Cisco Ios Dial Technologies Command Reference

Transcript

Cisco IOS Dial Technologies Command Reference November 2009 Americas Headquarters Cisco Systems, Inc. 170 West Tasman Drive San Jose, CA 95134-1706 USA http://www.cisco.com Tel: 408 526-4000 800 553-NETS (6387) Fax: 408 527-0883 Customer Order Number: THE SPECIFICATIONS AND INFORMATION REGARDING THE PRODUCTS IN THIS MANUAL ARE SUBJECT TO CHANGE WITHOUT NOTICE. ALL STATEMENTS, INFORMATION, AND RECOMMENDATIONS IN THIS MANUAL ARE BELIEVED TO BE ACCURATE BUT ARE PRESENTED WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED. USERS MUST TAKE FULL RESPONSIBILITY FOR THEIR APPLICATION OF ANY PRODUCTS. THE SOFTWARE LICENSE AND LIMITED WARRANTY FOR THE ACCOMPANYING PRODUCT ARE SET FORTH IN THE INFORMATION PACKET THAT SHIPPED WITH THE PRODUCT AND ARE INCORPORATED HEREIN BY THIS REFERENCE. IF YOU ARE UNABLE TO LOCATE THE SOFTWARE LICENSE OR LIMITED WARRANTY, CONTACT YOUR CISCO REPRESENTATIVE FOR A COPY. The Cisco implementation of TCP header compression is an adaptation of a program developed by the University of California, Berkeley (UCB) as part of UCB’s public domain version of the UNIX operating system. All rights reserved. Copyright © 1981, Regents of the University of California. NOTWITHSTANDING ANY OTHER WARRANTY HEREIN, ALL DOCUMENT FILES AND SOFTWARE OF THESE SUPPLIERS ARE PROVIDED “AS IS” WITH ALL FAULTS. CISCO AND THE ABOVE-NAMED SUPPLIERS DISCLAIM ALL WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING, WITHOUT LIMITATION, THOSE OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OR ARISING FROM A COURSE OF DEALING, USAGE, OR TRADE PRACTICE. CCDE, CCENT, CCSI, Cisco Eos, Cisco HealthPresence, Cisco IronPort, the Cisco logo, Cisco Lumin, Cisco Nexus, Cisco Nurse Connect, Cisco Pulse, Cisco StackPower, Cisco StadiumVision, Cisco TelePresence, Cisco Unified Computing System, Cisco WebEx, DCE, Flip Channels, Flip for Good, Flip Mino, Flipshare (Design), Flip Ultra, Flip Video, Flip Video (Design), Instant Broadband, and Welcome to the Human Network are trademarks; Changing the Way We Work, Live, Play, and Learn, Cisco Capital, Cisco Capital (Design), Cisco:Financed (Stylized), Cisco Store, and Flip Gift Card are service marks; and Access Registrar, Aironet, AllTouch, AsyncOS, Bringing the Meeting To You, Catalyst, CCDA, CCDP, CCIE, CCIP, CCNA, CCNP, CCSP, CCVP, Cisco, the Cisco Certified Internetwork Expert logo, Cisco IOS, Cisco Press, Cisco Systems, Cisco Systems Capital, the Cisco Systems logo, Cisco Unity, Collaboration Without Limitation, Continuum, EtherFast, EtherSwitch, Event Center, Explorer, Fast Step, Follow Me Browsing, FormShare, GainMaker, GigaDrive, HomeLink, iLYNX, Internet Quotient, IOS, iPhone, iQuick Study, IronPort, the IronPort logo, Laser Link, LightStream, Linksys, MediaTone, MeetingPlace, MeetingPlace Chime Sound, MGX, Networkers, Networking Academy, Network Registrar, PCNow, PIX, PowerKEY, PowerPanels, PowerTV, PowerTV (Design), PowerVu, Prisma, ProConnect, ROSA, ScriptShare, SenderBase, SMARTnet, Spectrum Expert, StackWise, The Fastest Way to Increase Your Internet Quotient, TransPath, WebEx, and the WebEx logo are registered trademarks of Cisco Systems, Inc. and/or its affiliates in the United States and certain other countries. All other trademarks mentioned in this document or website are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (0908R) Any Internet Protocol (IP) addresses and phone numbers used in this document are not intended to be actual addresses and phone numbers. Any examples, command display output, network topology diagrams, and other figures included in the document are shown for illustrative purposes only. Any use of actual IP addresses or phone numbers in illustrative content is unintentional and coincidental. Cisco IOS Dial Technologies Command Reference © 2001—2009 Cisco Systems, Inc. All rights reserved. About Cisco IOS and Cisco IOS XE Software Documentation Last Updated: March 5, 2009 This document describes the objectives, audience, conventions, and organization used in Cisco IOS and Cisco IOS XE software documentation, collectively referred to in this document as Cisco IOS documentation. Also included are resources for obtaining technical assistance, additional documentation, and other information from Cisco. This document is organized into the following sections: • • • • • Documentation Objectives, page iii Audience, page iii Documentation Conventions, page iv Documentation Organization, page v Additional Resources and Documentation Feedback, page xiii Documentation Objectives Cisco IOS documentation describes the tasks and commands available to configure and maintain Cisco networking devices. Audience The Cisco IOS documentation set is intended for users who configure and maintain Cisco networking devices (such as routers and switches) but who may not be familiar with the configuration and maintenance tasks, the relationship among tasks, or the Cisco IOS commands necessary to perform particular tasks. The Cisco IOS documentation set is also intended for those users experienced with Cisco IOS who need to know about new features, new configuration options, and new software characteristics in the current Cisco IOS release. Cisco IOS Dial Technologies Command Reference November 2009 iii Dial Commands Documentation Conventions Documentation Conventions In Cisco IOS documentation, the term router may be used to refer to various Cisco products; for example, routers, access servers, and switches. These and other networking devices that support Cisco IOS software are shown interchangeably in examples and are used only for illustrative purposes. An example that shows one product does not necessarily mean that other products are not supported. This section includes the following topics: • • • • Typographic Conventions, page iv Command Syntax Conventions, page iv Software Conventions, page v Reader Alert Conventions, page v Typographic Conventions Cisco IOS documentation uses the following typographic conventions: Convention ^ or Ctrl Description Both the ^ symbol and Ctrl represent the Control (Ctrl) key on a keyboard. For example, the key combination ^D or Ctrl-D means that you hold down the Control key while you press the D key. (Keys are indicated in capital letters but are not case sensitive.) A string is a nonquoted set of characters shown in italics. For example, when setting a Simple Network Management Protocol (SNMP) community string to public, do not use quotation marks around the string; otherwise, the string will include the quotation marks. string Command Syntax Conventions Cisco IOS documentation uses the following command syntax conventions: Convention bold italic [x] ... | [x | y] {x | y} [x {y | z}] Description Bold text indicates commands and keywords that you enter as shown. Italic text indicates arguments for which you supply values. Square brackets enclose an optional keyword or argument. An ellipsis (three consecutive nonbolded periods without spaces) after a syntax element indicates that the element can be repeated. A vertical line, called a pipe, indicates a choice within a set of keywords or arguments. Square brackets enclosing keywords or arguments separated by a pipe indicate an optional choice. Braces enclosing keywords or arguments separated by a pipe indicate a required choice. Braces and a pipe within square brackets indicate a required choice within an optional element. Cisco IOS Dial Technologies Command Reference iv November 2009 Dial Commands Documentation Organization Software Conventions Cisco IOS uses the following program code conventions: Convention Courier font Bold Courier font Description Courier font is used for information that is displayed on a PC or terminal screen. Bold Courier font indicates text that the user must enter. Angle brackets enclose text that is not displayed, such as a password. Angle brackets also are used in contexts in which the italic font style is not supported; for example, ASCII text. An exclamation point at the beginning of a line indicates that the text that follows is a comment, not a line of code. An exclamation point is also displayed by Cisco IOS software for certain processes. < > ! [ ] Square brackets enclose default responses to system prompts. Reader Alert Conventions The Cisco IOS documentation set uses the following conventions for reader alerts: Caution Means reader be careful. In this situation, you might do something that could result in equipment damage or loss of data. Note Means reader take note. Notes contain helpful suggestions or references to material not covered in the manual. Timesaver Means the described action saves time. You can save time by performing the action described in the paragraph. Documentation Organization This section describes the Cisco IOS documentation set, how it is organized, and how to access it on Cisco.com. Included are lists of configuration guides, command references, and supplementary references and resources that make up the documentation set. The following topics are included: • • • Cisco IOS Documentation Set, page vi Cisco IOS Documentation on Cisco.com, page vi Configuration Guides, Command References, and Supplementary Resources, page vii Cisco IOS Dial Technologies Command Reference November 2009 v Dial Commands Documentation Organization Cisco IOS Documentation Set Cisco IOS documentation consists of the following: • Release notes and caveats provide information about platform, technology, and feature support for a release and describe severity 1 (catastrophic), severity 2 (severe), and severity 3 (moderate) defects in released Cisco IOS code. Review release notes before other documents to learn whether or not updates have been made to a feature. Sets of configuration guides and command references organized by technology and published for each standard Cisco IOS release. – Configuration guides—Compilations of documents that provide informational and • task-oriented descriptions of Cisco IOS features. – Command references—Compilations of command pages that provide detailed information about the commands used in the Cisco IOS features and processes that make up the related configuration guides. For each technology, there is a single command reference that covers all Cisco IOS releases and that is updated at each standard release. • • • Lists of all the commands in a specific release and all commands that are new, modified, removed, or replaced in the release. Command reference book for debug commands. Command pages are listed in alphabetical order. Reference book for system messages for all Cisco IOS releases. Cisco IOS Documentation on Cisco.com The following sections describe the documentation organization and how to access various document types. Use Cisco Feature Navigator to find information about platform support and Cisco IOS, Cisco IOS XE, and Catalyst OS software image support. To access Cisco Feature Navigator, go to http://www.cisco.com/go/cfn. An account on Cisco.com is not required. New Features List The New Features List for each release provides a list of all features in the release with hyperlinks to the feature guides in which they are documented. Feature Guides Cisco IOS features are documented in feature guides. Feature guides describe one feature or a group of related features that are supported on many different software releases and platforms. Your Cisco IOS software release or platform may not support all the features documented in a feature guide. See the Feature Information table at the end of the feature guide for information about which features in that guide are supported in your software release. Configuration Guides Configuration guides are provided by technology and release and comprise a set of individual feature guides relevant to the release and technology. Cisco IOS Dial Technologies Command Reference vi November 2009 Dial Commands Documentation Organization Command References Command reference books describe Cisco IOS commands that are supported in many different software releases and on many different platforms. The books are provided by technology. For information about all Cisco IOS commands, use the Command Lookup Tool at http://tools.cisco.com/Support/CLILookup or the Cisco IOS Master Command List, All Releases, at http://www.cisco.com/en/US/docs/ios/mcl/allreleasemcl/all_book.html. Cisco IOS Supplementary Documents and Resources Supplementary documents and resources are listed in Table 2 on page xiii. Configuration Guides, Command References, and Supplementary Resources Table 1 lists, in alphabetical order, Cisco IOS and Cisco IOS XE software configuration guides and command references, including brief descriptions of the contents of the documents. The Cisco IOS command references are comprehensive, meaning that they include commands for both Cisco IOS software and Cisco IOS XE software, for all releases. The configuration guides and command references support many different software releases and platforms. Your Cisco IOS software release or platform may not support all these technologies. For additional information about configuring and operating specific networking devices, go to the Product Support area of Cisco.com at http://www.cisco.com/web/psa/products/index.html. Table 2 lists documents and resources that supplement the Cisco IOS software configuration guides and command references. These supplementary resources include release notes and caveats; master command lists; new, modified, removed, and replaced command lists; system messages; and the debug command reference. Table 1 Cisco IOS and Cisco IOS XE Configuration Guides and Command References Configuration Guide and Command Reference Titles Cisco IOS AppleTalk Configuration Guide Cisco IOS XE AppleTalk Configuration Guide Cisco IOS AppleTalk Command Reference Cisco IOS Asynchronous Transfer Mode Configuration Guide Cisco IOS Asynchronous Transfer Mode Command Reference Features/Protocols/Technologies AppleTalk protocol. LAN ATM, multiprotocol over ATM (MPoA), and WAN ATM. Cisco IOS Dial Technologies Command Reference November 2009 vii Dial Commands Documentation Organization Table 1 Cisco IOS and Cisco IOS XE Configuration Guides and Command References (continued) Configuration Guide and Command Reference Titles Cisco IOS Bridging and IBM Networking Configuration Guide Cisco IOS Bridging Command Reference Cisco IOS IBM Networking Command Reference Features/Protocols/Technologies • Transparent and source-route transparent (SRT) bridging, source-route bridging (SRB), Token Ring Inter-Switch Link (TRISL), and token ring route switch module (TRRSM). Data-link switching plus (DLSw+), serial tunnel (STUN), block serial tunnel (BSTUN); logical link control, type 2 (LLC2), synchronous data link control (SDLC); IBM Network Media Translation, including Synchronous Data Logical Link Control (SDLLC) and qualified LLC (QLLC); downstream physical unit (DSPU), Systems Network Architecture (SNA) service point, SNA frame relay access, advanced peer-to-peer networking (APPN), native client interface architecture (NCIA) client/server topologies, and IBM Channel Attach. • Cisco IOS Broadband and DSL Configuration Guide Cisco IOS XE Broadband and DSL Configuration Guide Cisco IOS Broadband and DSL Command Reference Cisco IOS Carrier Ethernet Configuration Guide Cisco IOS Carrier Ethernet Command Reference Point-to-Point Protocol (PPP) over ATM (PPPoA) and PPP over Ethernet (PPPoE). Connectivity fault management (CFM), Ethernet Local Management Interface (ELMI), IEEE 802.3ad link bundling, Link Layer Discovery Protocol (LLDP), media endpoint discovery (MED), and operations, administration, and maintenance (OAM). Autoinstall, Setup, Cisco IOS command-line interface (CLI), Cisco IOS file system (IFS), Cisco IOS web browser user interface (UI), basic file transfer services, and file management. Cisco IOS Configuration Fundamentals Configuration Guide Cisco IOS XE Configuration Fundamentals Configuration Guide Cisco IOS Configuration Fundamentals Command Reference Cisco IOS DECnet Configuration Guide Cisco IOS XE DECnet Configuration Guide Cisco IOS DECnet Command Reference Cisco IOS Dial Technologies Configuration Guide Cisco IOS XE Dial Technologies Configuration Guide Cisco IOS Dial Technologies Command Reference Cisco IOS Flexible NetFlow Configuration Guide Cisco IOS Flexible NetFlow Command Reference DECnet protocol. Asynchronous communications, dial backup, dialer technology, dial-in terminal services and AppleTalk remote access (ARA), large scale dialout, dial-on-demand routing, dialout, modem and resource pooling, ISDN, multilink PPP (MLP), PPP, virtual private dialup network (VPDN). Flexible NetFlow. Cisco IOS Dial Technologies Command Reference viii November 2009 Dial Commands Documentation Organization Table 1 Cisco IOS and Cisco IOS XE Configuration Guides and Command References (continued) Configuration Guide and Command Reference Titles Cisco IOS H.323 Configuration Guide Features/Protocols/Technologies Gatekeeper enhancements for managed voice services, Gatekeeper Transaction Message Protocol, gateway codec order preservation and shutdown control, H.323 dual tone multifrequency relay, H.323 version 2 enhancements, Network Address Translation (NAT) support of H.323 v2 Registration, Admission, and Status (RAS) protocol, tokenless call authorization, and VoIP gateway trunk and carrier-based routing. A variety of High Availability (HA) features and technologies that are available for different network segments (from enterprise access to service provider core) to facilitate creation of end-to-end highly available networks. Cisco IOS HA features and technologies can be categorized in three key areas: system-level resiliency, network-level resiliency, and embedded management for resiliency. A VoIP-enabled device that is deployed at the edge of networks. An SBC is a toolkit of functions, such as signaling interworking, network hiding, security, and quality of service (QoS). Subscriber identification, service and policy determination, session creation, session policy enforcement, session life-cycle management, accounting for access and service usage, session state monitoring. LAN interfaces, logical interfaces, serial interfaces, virtual interfaces, and interface configuration. Cisco IOS High Availability Configuration Guide Cisco IOS XE High Availability Configuration Guide Cisco IOS High Availability Command Reference Cisco IOS Integrated Session Border Controller Command Reference Cisco IOS Intelligent Services Gateway Configuration Guide Cisco IOS Intelligent Services Gateway Command Reference Cisco IOS Interface and Hardware Component Configuration Guide Cisco IOS XE Interface and Hardware Component Configuration Guide Cisco IOS Interface and Hardware Component Command Reference Cisco IOS IP Addressing Services Configuration Guide Cisco IOS XE Addressing Services Configuration Guide Cisco IOS IP Addressing Services Command Reference Cisco IOS IP Application Services Configuration Guide Cisco IOS XE IP Application Services Configuration Guide Cisco IOS IP Application Services Command Reference Cisco IOS IP Mobility Configuration Guide Cisco IOS IP Mobility Command Reference Cisco IOS IP Multicast Configuration Guide Cisco IOS XE IP Multicast Configuration Guide Cisco IOS IP Multicast Command Reference Address Resolution Protocol (ARP), Network Address Translation (NAT), Domain Name System (DNS), Dynamic Host Configuration Protocol (DHCP), and Next Hop Address Resolution Protocol (NHRP). Enhanced Object Tracking (EOT), Gateway Load Balancing Protocol (GLBP), Hot Standby Router Protocol (HSRP), IP Services, Server Load Balancing (SLB), Stream Control Transmission Protocol (SCTP), TCP, Web Cache Communication Protocol (WCCP), User Datagram Protocol (UDP), and Virtual Router Redundancy Protocol (VRRP). Mobile ad hoc networks (MANet) and Cisco mobile networks. Protocol Independent Multicast (PIM) sparse mode (PIM-SM), bidirectional PIM (bidir-PIM), Source Specific Multicast (SSM), Multicast Source Discovery Protocol (MSDP), Internet Group Management Protocol (IGMP), and Multicast VPN (MVPN). Cisco IOS Dial Technologies Command Reference November 2009 ix Dial Commands Documentation Organization Table 1 Cisco IOS and Cisco IOS XE Configuration Guides and Command References (continued) Configuration Guide and Command Reference Titles Cisco IOS IP Routing Protocols Configuration Guide Cisco IOS XE IP Routing Protocols Configuration Guide Cisco IOS IP Routing Protocols Command Reference Features/Protocols/Technologies Border Gateway Protocol (BGP), multiprotocol BGP, multiprotocol BGP extensions for IP multicast, bidirectional forwarding detection (BFD), Enhanced Interior Gateway Routing Protocol (EIGRP), Interior Gateway Routing Protocol (IGRP), Intermediate System-to-Intermediate System (IS-IS), on-demand routing (ODR), Open Shortest Path First (OSPF), and Routing Information Protocol (RIP). Cisco IOS IP Service Level Agreements (IP SLAs). Cisco IOS IP SLAs Configuration Guide Cisco IOS XE IP SLAs Configuration Guide Cisco IOS IP SLAs Command Reference Cisco IOS IP Switching Configuration Guide Cisco IOS XE IP Switching Configuration Guide Cisco IOS IP Switching Command Reference Cisco IOS IPv6 Configuration Guide Cisco IOS XE IPv6 Configuration Guide Cisco IOS IPv6 Command Reference Cisco IOS ISO CLNS Configuration Guide Cisco IOS XE ISO CLNS Configuration Guide Cisco IOS ISO CLNS Command Reference Cisco IOS LAN Switching Configuration Guide Cisco IOS XE LAN Switching Configuration Guide Cisco IOS LAN Switching Command Reference Cisco IOS Mobile Wireless Gateway GPRS Support Node Configuration Guide Cisco IOS Mobile Wireless Gateway GPRS Support Node Command Reference Cisco IOS Mobile Wireless Home Agent Configuration Guide Cisco IOS Mobile Wireless Home Agent Command Reference Cisco IOS Mobile Wireless Packet Data Serving Node Configuration Guide Cisco IOS Mobile Wireless Packet Data Serving Node Command Reference Cisco IOS Mobile Wireless Radio Access Networking Configuration Guide Cisco IOS Mobile Wireless Radio Access Networking Command Reference Cisco Express Forwarding, fast switching, and Multicast Distributed Switching (MDS). For IPv6 features, protocols, and technologies, go to the IPv6 “Start Here” document at the following URL: http://www.cisco.com/en/US/docs/ios/ipv6/configuration/ guide/ip6-roadmap.html ISO connectionless network service (CLNS). VLANs, Inter-Switch Link (ISL) encapsulation, IEEE 802.10 encapsulation, IEEE 802.1Q encapsulation, and multilayer switching (MLS). Cisco IOS Gateway GPRS Support Node (GGSN) in a 2.5-generation general packet radio service (GPRS) and 3-generation universal mobile telecommunication system (UMTS) network. Cisco Mobile Wireless Home Agent, an anchor point for mobile terminals for which mobile IP or proxy mobile IP services are provided. Cisco Packet Data Serving Node (PDSN), a wireless gateway that is between the mobile infrastructure and standard IP networks and that enables packet data services in a code division multiple access (CDMA) environment. Cisco IOS radio access network products. Cisco IOS Dial Technologies Command Reference x November 2009 Dial Commands Documentation Organization Table 1 Cisco IOS and Cisco IOS XE Configuration Guides and Command References (continued) Configuration Guide and Command Reference Titles Cisco IOS Multiprotocol Label Switching Configuration Guide Cisco IOS XE Multiprotocol Label Switching Configuration Guide Cisco IOS Multiprotocol Label Switching Command Reference Cisco IOS Multi-Topology Routing Configuration Guide Cisco IOS Multi-Topology Routing Command Reference Cisco IOS NetFlow Configuration Guide Cisco IOS XE NetFlow Configuration Guide Cisco IOS NetFlow Command Reference Cisco IOS Network Management Configuration Guide Features/Protocols/Technologies MPLS Label Distribution Protocol (LDP), MPLS Layer 2 VPNs, MPLS Layer 3 VPNs, MPLS Traffic Engineering (TE), and MPLS Embedded Management (EM) and MIBs. Unicast and multicast topology configurations, traffic classification, routing protocol support, and network management support. Network traffic data analysis, aggregation caches, export features. Basic system management; system monitoring and logging; troubleshooting, logging, and fault management; Cisco IOS XE Network Management Configuration Guide Cisco Discovery Protocol; Cisco IOS Scripting with Tool Cisco IOS Network Management Command Reference Control Language (Tcl); Cisco networking services (CNS); DistributedDirector; Embedded Event Manager (EEM); Embedded Resource Manager (ERM); Embedded Syslog Manager (ESM); HTTP; Remote Monitoring (RMON); SNMP; and VPN Device Manager Client for Cisco IOS Software (XSM Configuration). Cisco IOS Novell IPX Configuration Guide Cisco IOS XE Novell IPX Configuration Guide Cisco IOS Novell IPX Command Reference Cisco IOS Optimized Edge Routing Configuration Guide Cisco IOS Optimized Edge Routing Command Reference Optimized edge routing (OER) monitoring, policy configuration, routing control, logging and reporting, and VPN IPsec/generic routing encapsulation (GRE) tunnel interface optimization. Class-based weighted fair queuing (CBWFQ), custom queuing, distributed traffic shaping (DTS), generic traffic shaping (GTS), IP- to-ATM class of service (CoS), low latency queuing (LLQ), modular QoS CLI (MQC), Network-Based Application Recognition (NBAR), priority queuing, Security Device Manager (SDM), Multilink PPP (MLPPP) for QoS, header compression, AutoQoS, QoS features for voice, Resource Reservation Protocol (RSVP), weighted fair queuing (WFQ), and weighted random early detection (WRED). Access control lists (ACLs), authentication, authorization, and accounting (AAA), firewalls, IP security and encryption, neighbor router authentication, network access security, network data encryption with router authentication, public key infrastructure (PKI), RADIUS, TACACS+, terminal access security, and traffic filters. Novell Internetwork Packet Exchange (IPX) protocol. Cisco IOS Quality of Service Solutions Configuration Guide Cisco IOS XE Quality of Service Solutions Configuration Guide Cisco IOS Quality of Service Solutions Command Reference Cisco IOS Security Configuration Guide Cisco IOS XE Security Configuration Guide Cisco IOS Security Command Reference Cisco IOS Dial Technologies Command Reference November 2009 xi Dial Commands Documentation Organization Table 1 Cisco IOS and Cisco IOS XE Configuration Guides and Command References (continued) Configuration Guide and Command Reference Titles Cisco IOS Service Selection Gateway Command Reference Cisco IOS Software Activation Configuration Guide Cisco IOS Software Activation Command Reference Cisco IOS Software Modularity Installation and Configuration Guide Cisco IOS Software Modularity Command Reference Cisco IOS Terminal Services Configuration Guide Cisco IOS Terminal Services Command Reference Cisco IOS XE Terminal Services Command Reference Cisco IOS Virtual Switch Command Reference Features/Protocols/Technologies Cisco IOS Service Selection Gateway Configuration Guide Subscriber authentication, service access, and accounting. An orchestrated collection of processes and components to activate Cisco IOS software feature sets by obtaining and validating Cisco software licenses. Installation and basic configuration of software modularity images, including installations on single and dual route processors, installation rollbacks, software modularity binding, software modularity processes and patches. DEC, local-area transport (LAT), and X.25 packet assembler/disassembler (PAD). Virtual switch redundancy, high availability, and packet handling; converting between standalone and virtual switch modes; virtual switch link (VSL); Virtual Switch Link Protocol (VSLP). Note For information about virtual switch configuration, refer to the product-specific software configuration information for the Cisco Catalyst 6500 series switch or for the Metro Ethernet 6500 series switch. Cisco IOS Voice Configuration Library Cisco IOS Voice Command Reference Cisco IOS VPDN Configuration Guide Cisco IOS XE VPDN Configuration Guide Cisco IOS VPDN Command Reference Cisco IOS support for voice call control protocols, interoperability, physical and virtual interface management, and troubleshooting. The library includes documentation for IP telephony applications. Layer 2 Tunneling Protocol (L2TP) dial-out load balancing and redundancy, L2TP extended failover, L2TP security VPDN, multihop by Dialed Number Identification Service (DNIS), timer and retry enhancements for L2TP and Layer 2 Forwarding (L2F), RADIUS Attribute 82: tunnel assignment ID, shell-based authentication of VPDN users, tunnel authentication via RADIUS on tunnel terminator. Cisco IOS Wide-Area Networking Configuration Guide Frame Relay, Layer 2 Tunneling Protocol Version 3 (L2TPv3), Link Access Procedure, Balanced (LAPB), Switched Cisco IOS XE Wide-Area Networking Configuration Guide Multimegabit Data Service (SMDS), and X.25. Cisco IOS Wide-Area Networking Command Reference Cisco IOS Wireless LAN Configuration Guide Cisco IOS Wireless LAN Command Reference Broadcast key rotation, IEEE 802.11x support, IEEE 802.1x authenticator, IEEE 802.1x local authentication service for Extensible Authentication Protocol-Flexible Authentication via Secure Tunneling (EAP-FAST), Multiple Basic Service Set ID (BSSID), Wi-Fi Multimedia (WMM) required elements, and Wi-Fi Protected Access (WPA). Cisco IOS Dial Technologies Command Reference xii November 2009 Dial Commands Additional Resources and Documentation Feedback Table 2 Cisco IOS Supplementary Documents and Resources Document Title Cisco IOS Master Command List, All Releases Cisco IOS New, Modified, Removed, and Replaced Commands Cisco IOS Software System Messages Description Alphabetical list of all the commands documented in all Cisco IOS releases. List of all the new, modified, removed, and replaced commands for a Cisco IOS release. List of Cisco IOS system messages and descriptions. System messages may indicate problems with your system; be informational only; or may help diagnose problems with communications lines, internal hardware, or the system software. Alphabetical list of debug commands including brief descriptions of use, command syntax, and usage guidelines. Information about new and changed features, system requirements, and other useful information about specific software releases; information about defects in specific Cisco IOS software releases. Files used for network monitoring. To locate and download MIBs for selected platforms, Cisco IOS releases, and feature sets, use Cisco MIB Locator at the following URL: http://www.cisco.com/go/mibs Standards documents maintained by the Internet Engineering Task Force (IETF) that Cisco IOS documentation references where applicable. The full text of referenced RFCs may be obtained at the following URL: http://www.rfc-editor.org/ Cisco IOS Debug Command Reference Release Notes and Caveats MIBs RFCs Additional Resources and Documentation Feedback What’s New in Cisco Product Documentation is published monthly and describes all new and revised Cisco technical documentation. The What’s New in Cisco Product Documentation publication also provides information about obtaining the following resources: • • • Technical documentation Cisco product security overview Product alerts and field notices Cisco IOS Dial Technologies Command Reference November 2009 xiii Dial Commands Additional Resources and Documentation Feedback • Technical assistance Cisco IOS technical documentation includes embedded feedback forms where you can rate documents and provide suggestions for improvement. Your feedback helps us improve our documentation. CCDE, CCENT, CCSI, Cisco Eos, Cisco HealthPresence, Cisco IronPort, the Cisco logo, Cisco Nurse Connect, Cisco Pulse, Cisco SensorBase, Cisco StackPower, Cisco StadiumVision, Cisco TelePresence, Cisco Unified Computing System, Cisco WebEx, DCE, Flip Channels, Flip for Good, Flip Mino, Flipshare (Design), Flip Ultra, Flip Video, Flip Video (Design), Instant Broadband, and Welcome to the Human Network are trademarks; Changing the Way We Work, Live, Play, and Learn, Cisco Capital, Cisco Capital (Design), Cisco:Financed (Stylized), Cisco Store, Flip Gift Card, and One Million Acts of Green are service marks; and Access Registrar, Aironet, AllTouch, AsyncOS, Bringing the Meeting To You, Catalyst, CCDA, CCDP, CCIE, CCIP, CCNA, CCNP, CCSP, CCVP, Cisco, the Cisco Certified Internetwork Expert logo, Cisco IOS, Cisco Lumin, Cisco Nexus, Cisco Press, Cisco Systems, Cisco Systems Capital, the Cisco Systems logo, Cisco Unity, Collaboration Without Limitation, Continuum, EtherFast, EtherSwitch, Event Center, Explorer, Follow Me Browsing, GainMaker, iLYNX, IOS, iPhone, IronPort, the IronPort logo, Laser Link, LightStream, Linksys, MeetingPlace, MeetingPlace Chime Sound, MGX, Networkers, Networking Academy, PCNow, PIX, PowerKEY, PowerPanels, PowerTV, PowerTV (Design), PowerVu, Prisma, ProConnect, ROSA, SenderBase, SMARTnet, Spectrum Expert, StackWise, WebEx, and the WebEx logo are registered trademarks of Cisco Systems, Inc. and/or its affiliates in the United States and certain other countries. All other trademarks mentioned in this document or website are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (0910R) Any Internet Protocol (IP) addresses and phone numbers used in this document are not intended to be actual addresses and phone numbers. Any examples, command display output, network topology diagrams, and other figures included in the document are shown for illustrative purposes only. Any use of actual IP addresses or phone numbers in illustrative content is unintentional and coincidental. © 2008–2009 Cisco Systems, Inc. All rights reserved. Cisco IOS Dial Technologies Command Reference xiv November 2009 Using the Command-Line Interface in Cisco IOS and Cisco IOS XE Software Last Updated: March 5, 2009 This document provides basic information about the command-line interface (CLI) in Cisco IOS and Cisco IOS XE software and how you can use some of the CLI features. This document contains the following sections: • • • • Initially Configuring a Device, page xv Using the CLI, page xvi Saving Changes to a Configuration, page xxvi Additional Information, page xxvi For more information about using the CLI, see the “Using the Cisco IOS Command-Line Interface” section of the Cisco IOS Configuration Fundamentals Configuration Guide. For information about the software documentation set, see the “About Cisco IOS and Cisco IOS XE Software Documentation” document. Initially Configuring a Device Initially configuring a device varies by platform. For information about performing an initial configuration, see the hardware installation documentation that is provided with the original packaging of the product or go to the Product Support area of Cisco.com at http://www.cisco.com/web/psa/products/index.html. After you have performed the initial configuration and connected the device to your network, you can configure the device by using the console port or a remote access method, such as Telnet or Secure Shell (SSH), to access the CLI or by using the configuration method provided on the device, such as Security Device Manager. Cisco IOS Dial Technologies Command Reference November 2009 xv Dial Commands Using the CLI Changing the Default Settings for a Console or AUX Port There are only two changes that you can make to a console port and an AUX port: • • Change the port speed with the config-register 0x command. Changing the port speed is not recommended. The well-known default speed is 9600. Change the behavior of the port; for example, by adding a password or changing the timeout value. Note The AUX port on the Route Processor (RP) installed in a Cisco ASR1000 series router does not serve any useful customer purpose and should be accessed only under the advisement of a customer support representative. Using the CLI This section describes the following topics: • • • • • • • • • • • Understanding Command Modes, page xvi Using the Interactive Help Feature, page xix Understanding Command Syntax, page xx Understanding Enable and Enable Secret Passwords, page xxii Using the Command History Feature, page xxii Abbreviating Commands, page xxiii Using Aliases for CLI Commands, page xxiii Using the no and default Forms of Commands, page xxiv Using the debug Command, page xxiv Filtering Output Using Output Modifiers, page xxiv Understanding CLI Error Messages, page xxv Understanding Command Modes The CLI command mode structure is hierarchical, and each mode supports a set of specific commands. This section describes the most common of the many modes that exist. Table 3 lists common command modes with associated CLI prompts, access and exit methods, and a brief description of how each mode is used. Cisco IOS Dial Technologies Command Reference xvi November 2009 Dial Commands Using the CLI Table 3 CLI Command Modes Command Mode User EXEC Access Method Log in. Prompt Router> Exit Method Issue the logout or exit command. Mode Usage • • • Change terminal settings. Perform basic tests. Display device status. Issue show and debug commands. Copy images to the device. Reload the device. Manage device configuration files. Manage device file systems. Privileged EXEC From user EXEC mode, issue the enable command. Router# Issue the disable command or the exit command to return to user EXEC mode. • • • • • Global configuration From privileged EXEC mode, issue the configure terminal command. From global configuration mode, issue the interface command. Router(config)# Issue the exit command Configure the device. or the end command to return to privileged EXEC mode. Issue the exit command Configure individual to return to global interfaces. configuration mode or the end command to return to privileged EXEC mode. Interface configuration Router(config-if)# Line configuration Router(config-line)# Issue the exit command Configure individual From global to return to global terminal lines. configuration mode, configuration mode or issue the line vty or line the end command to console command. return to privileged EXEC mode. Cisco IOS Dial Technologies Command Reference November 2009 xvii Dial Commands Using the CLI Table 3 CLI Command Modes (continued) Command Mode ROM monitor Access Method From privileged EXEC mode, issue the reload command. Press the Break key during the first 60 seconds while the system is booting. Prompt rommon # > Exit Method Issue the continue command. Mode Usage • The # symbol represents the line number and increments at each prompt. Run as the default operating mode when a valid image cannot be loaded. Access the fall-back procedure for loading an image when the device lacks a valid image and cannot be booted. Perform password recovery when a CTRL-Break sequence is issued within 60 seconds of a power-on or reload event. Inspect various states on the router, including the Cisco IOS state. Replace or roll back the configuration. Provide methods of restarting the Cisco IOS software or other processes. Reboot hardware, such as the entire router, an RP, an ESP, a SIP, a SPA, or possibly other hardware components. Transfer files into or off of the router using remote access methods such as FTP, TFTP, and SCP. • • Diagnostic (available only on the Cisco ASR1000 series router) Router(diag)# The router boots or enters diagnostic mode in the following scenarios. When a Cisco IOS process or processes fail, in most scenarios the router will reload. If a Cisco IOS process failure is the reason for entering diagnostic mode, the failure must be resolved and the router must be rebooted to exit diagnostic mode. If the router is in diagnostic mode because of a transport-map configuration, access the router through another port or using a method that is configured to connect to the Cisco IOS CLI. If the RP auxiliary port was used to access the router, use another port for access. Accessing the router through the auxiliary port is not useful for customer purposes. • • • • A user-configured access policy was configured using the transport-map command, which directed the user into diagnostic mode. The router was accessed using an RP auxiliary port. A break signal (Ctrl-C, Ctrl-Shift-6, or the send break command) was entered, and the router was configured to enter diagnostic mode when the break signal was received. • • • • Cisco IOS Dial Technologies Command Reference xviii November 2009 Dial Commands Using the CLI EXEC commands are not saved when the software reboots. Commands that you issue in a configuration mode can be saved to the startup configuration. If you save the running configuration to the startup configuration, these commands will execute when the software is rebooted. Global configuration mode is the highest level of configuration mode. From global configuration mode, you can enter a variety of other configuration modes, including protocol-specific modes. ROM monitor mode is a separate mode that is used when the software cannot load properly. If a valid software image is not found when the software boots or if the configuration file is corrupted at startup, the software might enter ROM monitor mode. Use the question symbol (?) to view the commands that you can use while the device is in ROM monitor mode. rommon 1 > ? alias boot confreg cont context cookie . . . rommon 2 > set and display aliases command boot up an external process configuration register utility continue executing a downloaded image display the context of a loaded image display contents of cookie PROM in hex The following example shows how the command prompt changes to indicate a different command mode: Router> enable Router# configure terminal Router(config)# interface ethernet 1/1 Router(config-if)# ethernet Router(config-line)# exit Router(config)# end Router# Note A keyboard alternative to the end command is Ctrl-Z. Using the Interactive Help Feature The CLI includes an interactive Help feature. Table 4 describes how to use the Help feature. Table 4 CLI Interactive Help Commands Command help ? partial command? partial command command ? command keyword ? Purpose Provides a brief description of the help feature in any command mode. Lists all commands available for a particular command mode. Provides a list of commands that begin with the character string (no space between the command and the question mark). Completes a partial command name (no space between the command and ). Lists the keywords, arguments, or both associated with the command (space between the command and the question mark). Lists the arguments that are associated with the keyword (space between the keyword and the question mark). Cisco IOS Dial Technologies Command Reference November 2009 xix Dial Commands Using the CLI The following examples show how to use the help commands: help Router> help Help may be requested at any point in a command by entering a question mark '?'. If nothing matches, the help list will be empty and you must backup until entering a '?' shows the available options. Two styles of help are provided: 1. Full help is available when you are ready to enter a command argument (e.g. 'show ?') and describes each possible argument. 2. Partial help is provided when an abbreviated argument is entered and you want to know what arguments match the input (e.g. 'show pr?'.) ? Router# ? Exec commands: access-enable access-profile access-template alps archive Create a temporary access-List entry Apply user-profile to interface Create a temporary access-List entry ALPS exec commands manage archive files partial command? Router(config)# zo? zone zone-pair partial command Router(config)# we webvpn command ? Router(config-if)# pppoe ? enable Enable pppoe max-sessions Maximum PPPOE sessions command keyword ? Router(config-if)# pppoe enable ? group attach a BBA group Understanding Command Syntax Command syntax is the format in which a command should be entered in the CLI. Commands include the name of the command, keywords, and arguments. Keywords are alphanumeric strings that are used literally. Arguments are placeholders for values that a user must supply. Keywords and arguments may be required or optional. Specific conventions convey information about syntax and command elements. Table 5 describes these conventions. Cisco IOS Dial Technologies Command Reference xx November 2009 Dial Commands Using the CLI Table 5 CLI Syntax Conventions Symbol/Text < > (angle brackets) A.B.C.D. Function Indicate that the option is an argument. Indicates that you must enter a dotted decimal IP address. Indicates that you must enter one word. Indicates that you must enter more than one word. Notes Sometimes arguments are displayed without angle brackets. Angle brackets (< >) are not always used to indicate that an IP address is an argument. Angle brackets (< >) are not always used to indicate that a WORD is an argument. Angle brackets (< >) are not always used to indicate that a LINE is an argument. WORD (all capital letters) LINE (all capital letters) (carriage return) Indicates the end of the list of — available keywords and arguments, and also indicates when keywords and arguments are optional. When is the only option, you have reached the end of the branch or the end of the command if the command has only one branch. The following examples show syntax conventions: Router(config)# ethernet cfm domain ? WORD domain name Router(config)# ethernet cfm domain dname ? level Router(config)# ethernet cfm domain dname level ? <0-7> maintenance level number Router(config)# ethernet cfm domain dname level 7 ? Router(config)# snmp-server file-transfer access-group 10 ? protocol protocol options Router(config)# logging host ? Hostname or A.B.C.D IP address of the syslog server ipv6 Configure IPv6 syslog server Router(config)# snmp-server file-transfer access-group 10 ? protocol protocol options Cisco IOS Dial Technologies Command Reference November 2009 xxi Dial Commands Using the CLI Understanding Enable and Enable Secret Passwords Some privileged EXEC commands are used for actions that impact the system, and it is recommended that you set a password for these commands to prevent unauthorized use. Two types of passwords, enable (not encrypted) and enable secret (encrypted), can be set. The following commands set these passwords and are issued in global configuration mode: • • enable password enable secret password Using an enable secret password is recommended because it is encrypted and more secure than the enable password. When you use an enable secret password, text is encrypted (unreadable) before it is written to the config.text file. When you use an enable password, the text is written as entered (readable) to the config.text file. Each type of password is case sensitive, can contain from 1 to 25 uppercase and lowercase alphanumeric characters, and can start with a number. Spaces are also valid password characters; for example, “two words” is a valid password. Leading spaces are ignored, but trailing spaces are recognized. Note Both password commands have numeric keywords that are single integer values. If you choose a number for the first character of your password followed by a space, the system will read the number as if it were the numeric keyword and not as part of your password. When both passwords are set, the enable secret password takes precedence over the enable password. To remove a password, use the no form of the commands: no enable password or no enable secret password. For more information about password recovery procedures for Cisco products, see http://www.cisco.com/en/US/products/sw/iosswrel/ps1831/ products_tech_note09186a00801746e6.shtml. Using the Command History Feature The CLI command history feature saves the commands you enter during a session in a command history buffer. The default number of commands saved is 10, but the number is configurable within the range of 0 to 256. This command history feature is particularly useful for recalling long or complex commands. To change the number of commands saved in the history buffer for a terminal session, issue the terminal history size command: Router# terminal history size num A command history buffer is also available in line configuration mode with the same default and configuration options. To set the command history buffer size for a terminal session in line configuration mode, issue the history command: Router(config-line)# history [size num] To recall commands from the history buffer, use the following methods: • Press Ctrl-P or the up arrow key—Recalls commands beginning with the most recent command. Repeat the key sequence to recall successively older commands. Cisco IOS Dial Technologies Command Reference xxii November 2009 Dial Commands Using the CLI • Press Ctrl-N or the down arrow key—Recalls the most recent commands in the history buffer after they have been recalled using Ctrl-P or the up arrow key. Repeat the key sequence to recall successively more recent commands. Note • The arrow keys function only on ANSI-compatible terminals such as the VT100. Issue the show history command in user EXEC or privileged EXEC mode—Lists the most recent commands that you entered. The number of commands that are displayed is determined by the setting of the terminal history size and history commands. The CLI command history feature is enabled by default. To disable this feature for a terminal session, issue the terminal no history command in user EXEC or privileged EXEC mode or the no history command in line configuration mode. Abbreviating Commands Typing a complete command name is not always required for the command to execute. The CLI recognizes an abbreviated command when the abbreviation contains enough characters to uniquely identify the command. For example, the show version command can be abbreviated as sh ver. It cannot be abbreviated as s ver because s could mean show, set, or systat. The sh v abbreviation also is not valid because the show command has vrrp as a keyword in addition to version. (Command and keyword examples from Cisco IOS Release 12.4(13)T.) Using Aliases for CLI Commands To save time and the repetition of entering the same command multiple times, you can use a command alias. An alias can be configured to do anything that can be done at the command line, but an alias cannot move between modes, type in passwords, or perform any interactive functions. Table 6 shows the default command aliases. Table 6 Default Command Aliases Command Alias h lo p s u or un w Original Command help logout ping show undebug where To create a command alias, issue the alias command in global configuration mode. The syntax of the command is alias mode command-alias original-command. Following are some examples: • • • Router(config)# alias exec prt partition—privileged EXEC mode Router(config)# alias configure sb source-bridge—global configuration mode Router(config)# alias interface rl rate-limit—interface configuration mode Cisco IOS Dial Technologies Command Reference November 2009 xxiii Dial Commands Using the CLI To view both default and user-created aliases, issue the show alias command. For more information about the alias command, see http://www.cisco.com/en/US/docs/ios/fundamentals/command/reference/cf_book.html. Using the no and default Forms of Commands Most configuration commands have a no form that is used to reset a command to its default value or disable a feature or function. For example, the ip routing command is enabled by default. To disable this command, you would issue the no ip routing command. To re-enable IP routing, you would issue the ip routing command. Configuration commands may also have a default form, which returns the command settings to their default values. For commands that are disabled by default, using the default form has the same effect as using the no form of the command. For commands that are enabled by default and have default settings, the default form enables the command and returns the settings to their default values. The no and default forms of commands are described in the command pages of command references. Using the debug Command A debug command produces extensive output that helps you troubleshoot problems in your network. These commands are available for many features and functions within Cisco IOS and Cisco IOS XE software. Some debug commands are debug all, debug aaa accounting, and debug mpls packets. To use debug commands during a Telnet session with a device, you must first enter the terminal monitor command. To turn off debugging completely, you must enter the undebug all command. For more information about debug commands, see the Cisco IOS Debug Command Reference at http://www.cisco.com/en/US/docs/ios/debug/command/reference/db_book.html. Caution Debugging is a high priority and high CPU utilization process that can render your device unusable. Use debug commands only to troubleshoot specific problems. The best times to run debugging are during periods of low network traffic and when few users are interacting with the network. Debugging during these periods decreases the likelihood that the debug command processing overhead will affect network performance or user access or response times. Filtering Output Using Output Modifiers Many commands produce lengthy output that may use several screens to display. Using output modifiers, you can filter this output to show only the information that you want to see. Three output modifiers are available and are described as follows: • • • begin regular expression—Displays the first line in which a match of the regular expression is found and all lines that follow. include regular expression—Displays all lines in which a match of the regular expression is found. exclude regular expression—Displays all lines except those in which a match of the regular expression is found. Cisco IOS Dial Technologies Command Reference xxiv November 2009 Dial Commands Using the CLI To use one of these output modifiers, type the command followed by the pipe symbol (|), the modifier, and the regular expression that you want to search for or filter. A regular expression is a case-sensitive alphanumeric pattern. It can be a single character or number, a phrase, or a more complex string. The following example illustrates how to filter output of the show interface command to display only lines that include the expression “protocol.” Router# show interface | include protocol FastEthernet0/0 is up, line protocol is up Serial4/0 is up, line protocol is up Serial4/1 is up, line protocol is up Serial4/2 is administratively down, line protocol is down Serial4/3 is administratively down, line protocol is down Understanding CLI Error Messages You may encounter some error messages while using the CLI. Table 7 shows the common CLI error messages. Table 7 Common CLI Error Messages Error Message % Ambiguous command: “show con” Meaning How to Get Help You did not enter enough Reenter the command followed by a characters for the command to space and a question mark (?). The be recognized. keywords that you are allowed to enter for the command appear. You did not enter all the keywords or values required by the command. Reenter the command followed by a space and a question mark (?). The keywords that you are allowed to enter for the command appear. Enter a question mark (?) to display all the commands that are available in this command mode. The keywords that you are allowed to enter for the command appear. % Incomplete command. % Invalid input detected at “^” You entered the command inmarker. correctly. The caret (^) marks the point of the error. For more system error messages, see the following documents: • • • Cisco IOS Release 12.2SR System Message Guide Cisco IOS System Messages, Volume 1 of 2 (Cisco IOS Release 12.4) Cisco IOS System Messages, Volume 2 of 2 (Cisco IOS Release 12.4) Cisco IOS Dial Technologies Command Reference November 2009 xxv Dial Commands Saving Changes to a Configuration Saving Changes to a Configuration To save changes that you made to the configuration of a device, you must issue the copy running-config startup-config command or the copy system:running-config nvram:startup-config command. When you issue these commands, the configuration changes that you made are saved to the startup configuration and saved when the software reloads or power to the device is turned off or interrupted. The following example shows the syntax of the copy running-config startup-config command: Router# copy running-config startup-config Destination filename [startup-config]? You press Enter to accept the startup-config filename (the default), or type a new filename and then press Enter to accept that name. The following output is displayed indicating that the configuration was saved: Building configuration... [OK] Router# On most platforms, the configuration is saved to NVRAM. On platforms with a Class A flash file system, the configuration is saved to the location specified by the CONFIG_FILE environment variable. The CONFIG_FILE variable defaults to NVRAM. Additional Information • “Using the Cisco IOS Command-Line Interface” section of the Cisco IOS Configuration Fundamentals Configuration Guide: http://www.cisco.com/en/US/docs/ios/fundamentals/configuration/guide/cf_cli-basics.html or “Using Cisco IOS XE Software” chapter of the Cisco ASR 1000 Series Aggregation Services Routers Software Configuration Guide: http://www.cisco.com/en/US/docs/routers/asr1000/configuration/guide/chassis/Using_CLI.html • Cisco Product Support Resources http://www.cisco.com/web/psa/products/index.html Support area on Cisco.com (also search for documentation by task or product) http://www.cisco.com/en/US/support/index.html Software Download Center (downloads; tools; licensing, registration, advisory, and general information) (requires Cisco.com User ID and password) http://www.cisco.com/kobayashi/sw-center/ Error Message Decoder, a tool to help you research and resolve error messages for Cisco IOS software http://www.cisco.com/pcgi-bin/Support/Errordecoder/index.cgi Command Lookup Tool, a tool to help you find detailed descriptions of Cisco IOS commands (requires Cisco.com user ID and password) http://tools.cisco.com/Support/CLILookup • • • • Cisco IOS Dial Technologies Command Reference xxvi November 2009 Dial Commands Additional Information • Output Interpreter, a troubleshooting tool that analyzes command output of supported show commands https://www.cisco.com/pcgi-bin/Support/OutputInterpreter/home.pl CCDE, CCENT, CCSI, Cisco Eos, Cisco HealthPresence, Cisco IronPort, the Cisco logo, Cisco Nurse Connect, Cisco Pulse, Cisco SensorBase, Cisco StackPower, Cisco StadiumVision, Cisco TelePresence, Cisco Unified Computing System, Cisco WebEx, DCE, Flip Channels, Flip for Good, Flip Mino, Flipshare (Design), Flip Ultra, Flip Video, Flip Video (Design), Instant Broadband, and Welcome to the Human Network are trademarks; Changing the Way We Work, Live, Play, and Learn, Cisco Capital, Cisco Capital (Design), Cisco:Financed (Stylized), Cisco Store, Flip Gift Card, and One Million Acts of Green are service marks; and Access Registrar, Aironet, AllTouch, AsyncOS, Bringing the Meeting To You, Catalyst, CCDA, CCDP, CCIE, CCIP, CCNA, CCNP, CCSP, CCVP, Cisco, the Cisco Certified Internetwork Expert logo, Cisco IOS, Cisco Lumin, Cisco Nexus, Cisco Press, Cisco Systems, Cisco Systems Capital, the Cisco Systems logo, Cisco Unity, Collaboration Without Limitation, Continuum, EtherFast, EtherSwitch, Event Center, Explorer, Follow Me Browsing, GainMaker, iLYNX, IOS, iPhone, IronPort, the IronPort logo, Laser Link, LightStream, Linksys, MeetingPlace, MeetingPlace Chime Sound, MGX, Networkers, Networking Academy, PCNow, PIX, PowerKEY, PowerPanels, PowerTV, PowerTV (Design), PowerVu, Prisma, ProConnect, ROSA, SenderBase, SMARTnet, Spectrum Expert, StackWise, WebEx, and the WebEx logo are registered trademarks of Cisco Systems, Inc. and/or its affiliates in the United States and certain other countries. All other trademarks mentioned in this document or website are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (0910R) Any Internet Protocol (IP) addresses and phone numbers used in this document are not intended to be actual addresses and phone numbers. Any examples, command display output, network topology diagrams, and other figures included in the document are shown for illustrative purposes only. Any use of actual IP addresses or phone numbers in illustrative content is unintentional and coincidental. © 2008—2009 Cisco Systems, Inc. All rights reserved. Cisco IOS Dial Technologies Command Reference November 2009 xxvii Dial Commands Additional Information Cisco IOS Dial Technologies Command Reference xxviii November 2009 CONTENTS About Cisco IOS and Cisco IOS XE Software Documentation Documentation Objectives Audience iii iii iii Documentation Conventions iv Typographic Conventions iv Command Syntax Conventions Software Conventions v Reader Alert Conventions v iv Documentation Organization v Cisco IOS Documentation Set vi Cisco IOS Documentation on Cisco.com vi Configuration Guides, Command References, and Supplementary Resources Additional Resources and Documentation Feedback xiii vii Using the Command-Line Interface in Cisco IOS and Cisco IOS XE Software Initially Configuring a Device xv xv Using the CLI xvi Understanding Command Modes xvi Using the Interactive Help Feature xix Understanding Command Syntax xx Understanding Enable and Enable Secret Passwords xxii Using the Command History Feature xxii Abbreviating Commands xxiii Using Aliases for CLI Commands xxiii Using the no and default Forms of Commands xxiv Using the debug Command xxiv Filtering Output Using Output Modifiers xxiv Understanding CLI Error Messages xxv Saving Changes to a Configuration Additional Information xxvi xxvi Cisco IOS Dial Technologies Command Reference November 2009 xxix Contents Introduction DIA-1 DIA-3 DIA-4 Dial Commands aaa authorization configuration default aaa route download arap callback DIA-7 DIA-8 DIA-9 DIA-10 DIA-12 DIA-13 DIA-14 DIA-5 async default routing async dynamic address async dynamic routing async mode dedicated async mode interactive autodetect encapsulation autohangup autoselect backup delay DIA-16 DIA-17 DIA-19 DIA-20 backup interface backup load busyout (port) busyout (spe) backup interface dialer DIA-24 DIA-26 DIA-22 busyout (privileged EXEC) DIA-29 DIA-27 call progress tone country callback forced-wait callback nodsr-wait calltracker call-record calltracker enable DIA-34 DIA-31 DIA-33 called-number (modem pool) DIA-37 DIA-40 DIA-35 calltracker history max-size calltracker history retain-mins calltracker timestamp call-type cas-custom DIA-46 DIA-47 DIA-48 DIA-42 DIA-43 DIA-44 call-type cas cas-group (E1 controller) cas-group (T1 controller) channel-group DIA-64 DIA-55 DIA-59 Cisco IOS Dial Technologies Command Reference xxx November 2009 Contents chat-script DIA-69 DIA-72 DIA-73 DIA-74 class (controller) clear cot summary clear counters line clear dialer clear counters (async) DIA-78 DIA-76 clear dialer dnis clear dsip tracing DIA-79 DIA-81 clear dialer sessions DIA-82 DIA-83 clear interface virtual-access clear ip route download clear line DIA-85 DIA-86 DIA-84 clear line async-queue clear modem DIA-87 clear modem counters clear modem log clear port DIA-95 DIA-97 DIA-89 DIA-91 DIA-93 clear modempool-counters clear port log clear resource-pool clear spe DIA-101 DIA-99 DIA-100 clear snapshot quiet-time clear spe counters clear spe log clid group copy modem corlist outgoing DIA-107 DIA-108 DIA-103 DIA-105 clock source line corlist incoming cpp authentication cpp callback accept debounce-time rai dialer DIA-124 DIA-110 DIA-113 DIA-115 DIA-116 DIA-118 DIA-121 DIA-123 description (interface) dialer callback-secure DIA-125 Cisco IOS Dial Technologies Command Reference November 2009 xxxi Contents dialer callback-server dialer called dialer caller DIA-129 DIA-130 DIA-127 dialer clid group dialer dnis group dialer dns dialer dtr DIA-132 DIA-133 dialer congestion-threshold DIA-134 DIA-136 DIA-137 dialer enable-timeout DIA-138 DIA-140 DIA-142 dialer fast-idle (interface) dialer fast-idle (map-class) dialer hold-queue DIA-143 dialer idle-timeout (interface) dialer idle-timeout (template) dialer in-band dialer isdn DIA-148 DIA-149 DIA-150 DIA-152 DIA-144 DIA-146 dialer isdn short-hold dialer load-threshold dialer map DIA-154 dialer map snapshot dialer max-call dialer order dialer outgoing dialer persistent dialer pool DIA-165 DIA-161 DIA-163 DIA-167 DIA-168 DIA-170 DIA-172 DIA-174 dialer pool-member dialer pre-classify dialer priority dialer redial DIA-175 DIA-177 DIA-179 DIA-180 DIA-181 dialer remote-name dialer reserved-links dialer rotary-group dialer rotor dialer string DIA-183 DIA-185 dialer string (dialer profiles) DIA-187 Cisco IOS Dial Technologies Command Reference xxxii November 2009 Contents dialer string (legacy DDR) dialer string trunkgroup dialer voice-call dialer vpdn DIA-192 DIA-193 DIA-188 DIA-190 dialer wait-for-carrier-time (interface) dialer wait-for-carrier-time (map-class) dialer wait-for-line-protocol dialer watch-disable dialer watch-group dialer watch-list dialer-group DIA-198 DIA-199 DIA-200 DIA-204 DIA-196 DIA-194 DIA-195 dialer watch-list delay DIA-206 dialer-group (template) dialer-list protocol (Dial) dial-peer cor custom dial-peer cor list DIA-207 DIA-209 DIA-212 DIA-213 DIA-214 dial-shelf split backplane-ds0 dial-shelf split slots DIA-216 dial-shelf split slots none dial-shelf split slots remove dial-tdm-clock disconnect dnis group DIA-220 DIA-222 DIA-223 DIA-218 DIA-219 ds0 busyout (channel) ds0 busyout-threshold ds0-group (controller e1) encap-sequence encapsulation cpp firmware location firmware upgrade flowcontrol group-range interface bri DIA-224 DIA-226 DIA-228 DIA-232 DIA-234 DIA-236 failover group-number DIA-238 DIA-241 DIA-244 DIA-246 DIA-247 DIA-250 interface dialer Cisco IOS Dial Technologies Command Reference November 2009 xxxiii Contents interface multilink interface serial interface virtual-ppp DIA-251 DIA-253 DIA-255 DIA-256 interface virtual-template ip address negotiated ip address-pool DIA-260 DIA-259 ip dhcp-client network-discovery ip dhcp client route ip dhcp-server ip idle-group ip local pool ip route DIA-264 DIA-265 DIA-267 DIA-268 DIA-262 DIA-272 DIA-276 ip route (large-scale dial-out) ip rtp reserve DIA-278 ip tcp async-mobility server ip telnet comport ip telnet hidden ip telnet quiet ip telnet tos ipx ppp-client DIA-280 DIA-282 DIA-284 DIA-279 ip telnet timeout retransmit DIA-287 DIA-286 ipx compression cipx DIA-289 DIA-288 isdn all-incoming-calls-v120 isdn answer1, isdn answer2 isdn autodetect DIA-294 DIA-291 DIA-292 isdn bcac service audit DIA-295 DIA-297 DIA-299 DIA-301 isdn bcac service audit interface isdn bcac service audit trigger isdn bcac service retry max isdn bcac service timer isdn bcac service retry in-serv-on-fail DIA-303 DIA-305 isdn bcac service update linkup isdn bchan-number-order isdn busy DIA-313 DIA-307 DIA-309 isdn bcac service update provision DIA-311 Cisco IOS Dial Technologies Command Reference xxxiv November 2009 Contents isdn call interface isdn caller DIA-316 DIA-315 isdn calling-number isdn calling-party-num isdn conference-code isdn disconnect-cause DIA-318 DIA-320 DIA-322 isdn channel-id invert extended-bit DIA-323 DIA-324 DIA-325 DIA-326 isdn disconnect interface isdn fast-rollover-delay isdn flip-chan-flag isdn guard-timer isdn incoming ie DIA-328 DIA-329 DIA-330 isdn incoming alerting add-PI DIA-333 DIA-335 DIA-337 isdn incoming-voice isdn layer1-emulate isdn layer2-flap isdn logging isdn map isdn leased-line bri DIA-343 DIA-338 DIA-340 DIA-342 isdn modem-busy-cause isdn negotiate-bchan isdn not-end-to-end isdn nsf-service isdn number isdn outgoing ie DIA-351 DIA-352 DIA-346 DIA-347 DIA-349 DIA-350 isdn outgoing ie redirecting-number isdn outgoing-voice isdn overlap-receiving isdn piafs-enabled DIA-359 DIA-360 DIA-357 isdn overlap-receiving calltypes all DIA-363 DIA-364 DIA-365 DIA-362 isdn point-to-point-setup isdn protocol-emulate isdn reject DIA-367 isdn send-alerting DIA-369 DIA-371 isdn sending-complete Cisco IOS Dial Technologies Command Reference November 2009 xxxv Contents isdn service DIA-373 DIA-376 DIA-377 isdn silent-boot isdn snmp busyout b-channel isdn spid1, isdn spid2 isdn spoofing isdn static-tei DIA-380 DIA-382 DIA-383 DIA-386 DIA-378 isdn switch-type (BRI) isdn switch-type (PRI) isdn t306 isdn t310 DIA-389 DIA-391 isdn tei-negotiation (global) isdn tei-negotiation (interface) isdn test call interface isdn timer DIA-399 DIA-402 DIA-404 DIA-406 DIA-407 DIA-408 DIA-393 DIA-394 DIA-397 DIA-398 isdn test disconnect interface isdn timer t309 isdn timer t321 isdn transfer-code isdn transparent isdn twait-disable isdn v110 only isdn v110 padding isdn voice-priority isdn x25 dchannel isdn x25 static-tei limit base-size line-power DIA-409 DIA-411 DIA-412 DIA-414 DIA-416 DIA-417 l2tp tunnel retransmit initial retries DIA-419 DIA-420 limit overflow-size DIA-421 logging event nfas-status loopback (controller el) loopback local (controller) loopback local (interface) loopback remote (controller) map-class dialer DIA-427 DIA-422 DIA-423 DIA-424 DIA-425 DIA-426 Cisco IOS Dial Technologies Command Reference xxxvi November 2009 Contents member DIA-430 DIA-431 member (dial peer cor list) modem always-on modem at-mode DIA-432 modem answer-timeout DIA-434 DIA-433 modem at-mode-permit DIA-436 DIA-437 modem autoconfigure discovery modem autoconfigure type modem autotest modem bad modem buffer-size modem busyout modem callin modem callout DIA-439 DIA-440 DIA-442 DIA-443 DIA-438 modem busyout-threshold DIA-447 DIA-448 DIA-449 DIA-445 modem call-record modem country mica DIA-453 DIA-455 modem country microcom_hdms modem country smart_acf modem cts-required modem dialin DIA-462 DIA-464 DIA-461 DIA-458 modem dialout controller modem dtr-active modem enable modem host modem inout modem hold-reset DIA-465 DIA-466 DIA-468 DIA-469 DIA-470 DIA-471 DIA-472 modem cts-alarm modem log modem link-info poll time DIA-474 modem min-speed max-speed modem poll retry modem poll time modem printer DIA-476 DIA-477 DIA-478 DIA-475 modem recovery action DIA-480 Cisco IOS Dial Technologies Command Reference November 2009 xxxvii Contents modem recovery maintenance modem recovery threshold modem recovery-time modem ri-is-cd modem shutdown modem startup-test modem status-poll modemcap edit modemcap entry modem-pool modemui multilink DIA-497 DIA-501 DIA-488 DIA-489 DIA-490 DIA-491 DIA-486 DIA-482 DIA-485 DIA-492 DIA-493 DIA-495 modemui-version DIA-502 multilink bundle-name multilink max-fragments multilink virtual-template multilink-group netbios nbf number DIA-507 DIA-504 DIA-505 DIA-506 name (dial peer cor custom) DIA-509 DIA-508 network-clock-priority DIA-512 DIA-510 peer default ip address peer ip address forced peer match aaa-pools peer pool backup peer pool static pool-range port (global) ppp DIA-534 DIA-535 DIA-537 DIA-515 DIA-518 DIA-520 DIA-522 DIA-524 DIA-526 permission (dial peer voice) DIA-528 DIA-530 port modem autotest ppp accm DIA-532 ppp acfc local ppp acfc remote ppp bap call DIA-539 DIA-541 Cisco IOS Dial Technologies Command Reference xxxviii November 2009 Contents ppp bap callback ppp bap drop ppp bap max ppp bap link types DIA-542 DIA-543 DIA-544 DIA-545 DIA-547 ppp bap monitor load ppp bap number ppp bap timeout ppp bridge ip ppp bridge ipx DIA-548 DIA-551 DIA-553 ppp bridge appletalk DIA-554 DIA-555 DIA-557 DIA-558 ppp callback (DDR) ppp caller name ppp direction ppp dnis DIA-563 ppp callback (PPP client) DIA-560 DIA-561 ppp encrypt mppe ppp hold-queue ppp ipcp DIA-568 DIA-565 DIA-567 ppp ipcp default route ppp ipcp predictive ppp iphc max-header ppp lcp delay DIA-576 DIA-571 DIA-572 DIA-574 ppp iphc max-period ppp iphc max-time ppp lcp delay ppp lcp fast-start ppp lcp predictive ppp link reorders ppp max-bad-auth ppp max-configure ppp max-failure ppp microcode ppp mru match ppp max-terminate ppp loopback ignore DIA-579 DIA-581 DIA-583 DIA-585 DIA-586 DIA-588 DIA-589 DIA-591 DIA-592 DIA-594 DIA-596 DIA-598 DIA-599 Cisco IOS Dial Technologies Command Reference November 2009 xxxix Contents ppp ms-chap refuse ppp ms-chap-v2 refuse ppp mtu adaptive ppp multilink DIA-600 DIA-602 DIA-604 DIA-606 DIA-609 DIA-611 DIA-613 DIA-615 ppp multilink endpoint ppp multilink fragment delay ppp multilink fragment disable ppp multilink fragment maximum ppp multilink fragment size ppp multilink fragmentation ppp multilink group ppp multilink idle-link ppp multilink interleave DIA-619 DIA-621 DIA-623 DIA-616 DIA-618 ppp multilink links maximum ppp multilink links minimum ppp multilink load-threshold ppp multilink mrru DIA-634 DIA-628 DIA-630 DIA-632 ppp multilink multiclass DIA-637 DIA-641 DIA-644 DIA-647 ppp multilink multiclass local ppp multilink multiclass remote ppp multilink ncp sequenced ppp multilink slippage ppp pap wait ppp pfc local ppp pfc remote ppp quality ppp reliable-link ppp timeout aaa ppp timeout idle DIA-651 DIA-652 DIA-654 DIA-649 DIA-656 DIA-657 DIA-659 DIA-660 ppp timeout authentication DIA-661 ppp timeout idle (template) ppp timeout multilink link add DIA-662 DIA-664 DIA-666 DIA-668 ppp timeout multilink link remove ppp timeout multilink lost-fragment ppp timeout ncp DIA-669 Cisco IOS Dial Technologies Command Reference xl November 2009 Contents ppp timeout retry pri-group timeslots profile incoming range DIA-677 DIA-670 DIA-672 DIA-676 rcapi number rcapi server redundancy resource DIA-679 DIA-680 DIA-681 DIA-684 reload components DIA-686 resource-pool DIA-688 DIA-689 resource-pool aaa accounting ppp resource-pool aaa protocol resource-pool call treatment resource-pool group resource resource-pool profile customer resource-pool profile service resource-pool profile vpdn retry keepalive rotary DIA-704 DIA-707 DIA-709 DIA-711 DIA-702 DIA-691 DIA-692 DIA-693 resource-pool call treatment discriminator DIA-694 DIA-696 DIA-698 resource-pool profile discriminator DIA-700 DIA-699 rotary-group script activation script callback show caller script dialer script reset script startup sgbp dial-bids sgbp group sgbp member script connection script arap-callback DIA-715 DIA-713 DIA-718 DIA-720 DIA-722 DIA-724 DIA-726 set ip next-hop dynamic dhcp DIA-727 DIA-728 DIA-729 DIA-730 sgbp ppp-forward Cisco IOS Dial Technologies Command Reference November 2009 xli Contents sgbp protocol sgbp seed-bid shelf-id DIA-731 DIA-733 DIA-735 DIA-737 show async status show backup show busyout DIA-739 DIA-740 DIA-743 DIA-747 DIA-748 DIA-754 show call calltracker active show call calltracker handle show call calltracker history show call calltracker summary show call progress tone show caller DIA-759 DIA-756 show interfaces virtual-access show controllers bri DIA-767 DIA-761 show controllers e1 call-counters show controllers e1 cas-data show controllers t1 cas-data show controllers t1 clock show controllers t1 call-counters DIA-782 DIA-774 DIA-776 DIA-778 DIA-780 show controllers t1 firmware-status show controllers t1 timeslots show cot dsp DIA-786 DIA-788 DIA-790 DIA-783 DIA-784 show cot request show cot summary show dhcp show dialer DIA-792 DIA-794 DIA-798 DIA-800 show dialer dnis show dialer map show dial-shelf show dsc clock show dsi show dsip show dialer interface bri DIA-803 show dialer sessions show dial-shelf split DIA-812 DIA-819 DIA-805 DIA-806 DIA-809 DIA-810 Cisco IOS Dial Technologies Command Reference xlii November 2009 Contents show dsip clients show dsip nodes show dsip ports show dsip queue show dsip tracing show dsip transport show dsip version show interfaces bri DIA-822 DIA-824 DIA-826 DIA-829 DIA-830 DIA-832 DIA-835 DIA-837 DIA-842 DIA-843 DIA-849 show interfaces serial bchannel show interfaces virtual-access show ip interface virtual-access show ip local pool DIA-851 DIA-854 DIA-855 DIA-856 show ip route track-table show ipx compression show ipx spx-protocol show isdn DIA-858 show isdn nfas group show line async-queue show modem DIA-876 DIA-872 DIA-875 show modem at-mode show modem call-stats show modem calltracker DIA-885 DIA-886 show modem bundled-firmware DIA-887 DIA-893 show modem configuration show modem connect-speeds show modem cookie show modem csm show modem log show modem mica DIA-895 DIA-901 DIA-907 DIA-908 DIA-910 DIA-921 show modem mapping DIA-924 DIA-928 show modem operational-status show modem summary show modem test show modemcap show modem version DIA-944 DIA-945 DIA-947 DIA-953 Cisco IOS Dial Technologies Command Reference November 2009 xliii Contents show modem-pool show nbf cache show nbf sessions show port config show port log show port digital log DIA-956 DIA-958 DIA-961 DIA-963 DIA-968 DIA-971 DIA-979 show port modem calltracker show port modem log show port modem test show ppp bap DIA-1003 DIA-1006 DIA-982 DIA-990 DIA-993 show port operational-status show ppp multilink show rcapi status show queuing virtual-access DIA-1013 DIA-1011 show resource-pool call DIA-1014 DIA-1015 DIA-1017 show resource-pool customer show resource-pool resource show resource-pool vpdn show sessions show sgbp DIA-1024 DIA-1025 DIA-1026 show resource-pool discriminator DIA-1021 DIA-1019 show sgbp queries show snapshot show spe show spe digital DIA-1029 DIA-1027 DIA-1033 DIA-1035 show spe digital active show spe digital csr DIA-1037 DIA-1039 show spe digital disconnect-reason show spe digital summary show spe log DIA-1043 DIA-1045 DIA-1048 DIA-1050 DIA-1041 show spe modem show spe modem active show spe modem csr show spe modem disconnect-reason show spe modem high speed DIA-1052 DIA-1054 Cisco IOS Dial Technologies Command Reference xliv November 2009 Contents show spe modem high standard show spe modem low speed show spe modem low standard show spe modem summary show spe recovery show spe version DIA-1068 DIA-1071 DIA-1058 DIA-1060 DIA-1062 DIA-1065 show tech-support modem show tech-support spe show tgrm DIA-1083 DIA-1085 DIA-1088 DIA-1091 DIA-1093 DIA-1078 DIA-1080 show trunk group show vtemplate shutdown (port) shutdown (spe) snapshot client snapshot server source template spe DIA-1099 signaling-class cas DIA-1094 DIA-1095 DIA-1097 DIA-1098 spe call-record modem spe country spe log-size spe recovery start-character start-chat stop-character tdm clock priority template DIA-1117 DIA-1103 DIA-1101 spe download maintenance DIA-1108 DIA-1109 DIA-1111 DIA-1106 DIA-1112 DIA-1114 DIA-1115 test modem back-to-back timeout absolute timer DIA-1123 DIA-1122 DIA-1119 DIA-1120 test port modem back-to-back trunk group (global) tunnel DIA-1131 DIA-1125 DIA-1127 trunk-group (timeslots) Cisco IOS Dial Technologies Command Reference November 2009 xlv Contents virtual-profile if-needed vty-async DIA-1134 DIA-1132 DIA-1133 virtual-profile virtual-template vty-async dynamic-routing DIA-1136 DIA-1137 DIA-1138 vty-async header-compression vty-async ipx ppp-client loopback vty-async keepalive vty-async mtu DIA-1139 DIA-1140 vty-async ppp authentication vty-async ppp use-tacacs vty-async virtual-template x25 aodi DIA-1145 DIA-1146 DIA-1141 DIA-1142 DIA-1143 x25 map ppp Cisco IOS Dial Technologies Command Reference xlvi November 2009 Introduction This book contains the commands to configure and maintain Cisco IOS dial and access applications. These applications are documented in the following parts of the Cisco IOS Dial Technologies Configuration Guide: • • • • • • • • • • • • Dial Interfaces, Controllers, and Lines Modem Configuration and Management ISDN Configuration Signaling Configuration Dial-on-Demand Routing Configuration Dial-Backup Configuration Dial-Related Addressing Services Configuring Virtual Templates and Profiles PPP Configuration Callback and Bandwidth Allocation Configuration Dial Access Specialized Features Dial Access Scenarios Cisco IOS Dial Technologies Command Reference November 2009 DIA-1 Dial Commands Cisco IOS Dial Technologies Command Reference DIA-2 November 2009 Dial Commands Cisco IOS Dial Technologies Command Reference November 2009 DIA-3 Dial Commands aaa authorization configuration default aaa authorization configuration default To download static route configuration information from the authorization, authentication, and accounting (AAA) server using TACACS+ or RADIUS, use the aaa authorization configuration default command in global configuration mode. To remove static route configuration information, use the no form of this command. aaa authorization configuration default {radius | tacacs+} no aaa authorization configuration default Syntax Description radius tacacs+ RADIUS static route download. TACACS+ static route download. Command Default No configuration authorization is defined. Command Modes Global configuration Command History Release 12.0(3)T Modification This command was introduced. Examples The following example downloads static route information using a TACACS+ server: aaa authorization configuration default tacacs+ Related Commands Command aaa new-model aaa route download clear ip route download show ip route Description Enables the AAA access control model. Enables the download static route feature and sets the amount of time between downloads. Clears static routes downloaded from a AAA server. Displays all static IP routes, or those installed using the AAA route download function. Cisco IOS Dial Technologies Command Reference DIA-4 November 2009 Dial Commands aaa route download aaa route download To enable the static route download feature and set the amount of time between downloads, use the aaa route download command in global configuration mode. To disable this function, use the no form of this command. aaa route download [time] [authorization method-list] no aaa route download Syntax Description time authorization method-list (Optional) Time between downloads, in minutes. The range is from 1 to 1440 minutes. (Optional) Specify a named method list to which RADIUS authorization requests for static route downloads are sent. If these attributes are not set, all RADIUS authorization requests will be sent to the servers that are specified by the default method list. Command Default The default period between downloads (updates) is 720 minutes. Command Modes Global configuration Command History Release 12.0(3)T 12.1 12.2(8)T 12.2(28)SB Modification This command was introduced. This command was integrated into Cisco IOS Release 12.1. The authorization keyword was added; the method-list argument was added. This command was integrated into Cisco IOS Release 12.2(28)SB. Usage Guidelines This command is used to download static route details from the authorization, authentication, and accounting (AAA) server if the name of the router is hostname. The name passed to the AAA server for static routes is hostname-1, hostname-2... hostname-n—the router downloads static routes until it fails an index and no more routes can be downloaded. Examples The following example sets the AAA route update period to 100 minutes: aaa route download 100 The following example sets the AAA route update period to 10 minutes and sends static route download requests to the servers specified by the method list name “list1”: aaa route download 10 authorization list1 Cisco IOS Dial Technologies Command Reference November 2009 DIA-5 Dial Commands aaa route download Related Commands Command aaa authorization configuration default clear ip route download show ip route Description Downloads static route configuration information from the AAA server using TACACS+ or RADIUS. Clears static routes downloaded from a AAA server. Displays all static IP routes, or those installed using the AAA route download function. Cisco IOS Dial Technologies Command Reference DIA-6 November 2009 Dial Commands arap callback arap callback To enable an AppleTalk Remote Access (ARA) client to request a callback, use the arap callback command in global configuration mode. To disable callback requests, use the no form of this command. arap callback no arap callback Syntax Description This command has no arguments or keywords. Command Default Callback requests are not accepted on lines configured for ARA. Command Modes Global configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command enables the router to accept callback requests from ARA clients. You first have to enable AppleTalk routing on the router and then enable automatic ARA startup on the line. You can use this command with either local username authentication or TACACS+ authentication. Examples The following example accepts a callback request from an ARA client: arap callback Related Commands Command arap callback autoselect ppp bap call ppp callback (DDR) Description Enables an ARA client to request a callback from an ARA client. Configures a line to start an ARA, PPP, or SLIP session. Sets PPP BACP call parameters. Enables a dialer interface that is not a DTR interface to function either as a callback client that requests callback or as a callback server that accepts callback requests. Enables the Cisco IOS software to call back clients that request a callback from the EXEC level. Enables virtual profiles by AAA configuration. server (RLM) virtual-profile aaa Cisco IOS Dial Technologies Command Reference November 2009 DIA-7 Dial Commands async default routing async default routing Note Beginning in Cisco IOS Release 12.3(11)T, the async default routing command is replaced by the routing dynamic command. See the routing dynamic command for more information. To enable the router to pass routing updates to other routers over an asynchronous interface, use the async default routing command in interface configuration mode. To disable dynamic addressing, use the no form of this command. async default routing no async default routing Syntax Description This command has no arguments or keywords. Command Default Disabled Command Modes Interface configuration Command History Release 10.0 12.3(11)T Modification This command was introduced. This command was replaced by the routing dynamic command. Usage Guidelines Use the async default routing command to define the default behavior for router-to-router communication over connections to the AUX port configured as an asynchronous interface. This command is commonly used to enable two routers to communicate over an async dial backup link. To require a remote user to manually configure routing over connections to the AUX port configured as an asynchronous interface, use the async dynamic routing command. Examples The following example enables routing over asynchronous interface 0: interface async 0 async default routing Related Commands Command async dynamic routing Description Enables manually configured routing on an asynchronous interface. Cisco IOS Dial Technologies Command Reference DIA-8 November 2009 Dial Commands async dynamic address async dynamic address To specify dynamic asynchronous addressing, use the async dynamic address command in interface configuration mode. To disable dynamic addressing, use the no form of this command. async dynamic address no async dynamic address Syntax Description This command has no arguments or keywords. Command Default Dynamic addressing is disabled. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines You can control whether addressing is dynamic (the user specifies the address at the EXEC level when making the connection) or whether default addressing is used (the address is forced by the system). If you specify dynamic addressing, the router must be in interactive mode and the user will enter the address at the EXEC level. It is common to configure an asynchronous interface to have a default address and to allow dynamic addressing. With this configuration, the choice between the default address or dynamic addressing is made by users when they enter the slip or ppp EXEC command. If the user enters an address, it is used, and if the user enters the default keyword, the default address is used. Examples The following example shows dynamic addressing assigned to asynchronous interface six. interface ethernet 0 ip address 10.0.0.1 255.0.0.0 interface async 6 async dynamic address Related Commands Command peer default ip address Description Specifies an IP address, an address from a specific IP address pool, or an address from the DHCP mechanism to be returned to a remote peer connecting to this interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-9 Dial Commands async dynamic routing async dynamic routing To enable manually configured routing on an asynchronous interface, use the async dynamic routing command in interface configuration mode. To disable routing protocols, use the no form of this command; static routing is still used. async dynamic routing no async dynamic routing Syntax Description This command has no arguments or keywords. Command Default Disabled Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines The async dynamic routing command is commonly used to manually bring up PPP from an EXEC session. Examples The following example shows how to enable manually configured routing on asynchronous interface 1. The ip tcp header-compression passive command enables Van Jacobson TCP header compression and prevents transmission of compressed packets until a compressed packet arrives from the asynchronous link. interface async 1 async dynamic routing async dynamic address async default ip address 10.1.1.2 ip tcp header-compression passive A remote user who establishes a PPP or SLIP connection to this asynchronous interface can enable routing by using the /routing switch or the ppp/routing command. However, if you want to establish routing by default on connections to an asynchronous interface, use the async default routing command when you configure the interface. Cisco IOS Dial Technologies Command Reference DIA-10 November 2009 Dial Commands async dynamic routing Related Commands Command async default routing async dynamic address Description Enables the router to pass routing updates to other routers over the AUX port configured as an asynchronous interface. Specifies dynamic asynchronous addressing versus default addressing. ip tcp header-compression Enables TCP header compression. Cisco IOS Dial Technologies Command Reference November 2009 DIA-11 Dial Commands async mode dedicated async mode dedicated To place a line into dedicated asynchronous mode using Serial Line Internet Protocol (SLIP) or PPP encapsulation, use the async mode dedicated command in interface configuration mode. To return the line to interactive mode, use the no form of this command. async mode dedicated no async mode dedicated Syntax Description This command has no arguments or keywords. Command Default Asynchronous mode is disabled. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines With dedicated asynchronous network mode, the interface will use either SLIP or PPP encapsulation, depending on which encapsulation method is configured for the interface. An EXEC prompt does not appear, and the router is not available for normal interactive use. If you configure a line for dedicated mode, you will not be able to use the async dynamic address command because there is no user prompt. Examples The following example assigns an IP address to an asynchronous line and places the line into network mode. Setting the stop bits to 1 enhances performance. interface async 4 async default ip address 172.31.7.51 async mode dedicated encapsulation slip line 20 location remote computer stopbits 1 speed 115200 Related Commands Command async dynamic address async mode interactive Description Specifies dynamic asynchronous addressing. Returns a line that has been placed into dedicated asynchronous network mode to interactive mode, thereby enabling the slip and ppp EXEC commands. Cisco IOS Dial Technologies Command Reference DIA-12 November 2009 Dial Commands async mode interactive async mode interactive To return a line that has been placed into dedicated asynchronous network mode to interactive mode, thereby enabling the slip and ppp EXEC commands, use the async mode interactive command in interface configuration mode. To prevent users from implementing Serial Line Internet Protocol (SLIP) and PPP at the EXEC level, use the no form of this command. async mode interactive no async mode interactive Syntax Description This command has no arguments or keywords. Command Default Asynchronous mode is disabled. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines Interactive mode enables the slip and ppp EXEC commands. In dedicated mode, there is no user EXEC level. The user does not enter any commands, and a connection is automatically established when the user logs in, according to the configuration. Examples The following example places asynchronous interface 6 into interactive asynchronous mode: interface async 6 async default ip address 172.31.7.51 async mode interactive ip unnumbered ethernet 0 Related Commands Command Description async mode dedicated Places a line into dedicated asynchronous mode using SLIP or PPP encapsulation. ppp slip Starts an asynchronous connection using PPP. Starts a serial connection to a remote host by using SLIP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-13 Dial Commands autodetect encapsulation autodetect encapsulation To enable automatic detection of the encapsulation types operating over a point-to-point link to a specified serial or ISDN interface or dialer interface under Media Gateway Control Protocol (MGCP) network access server (NAS) packages, use the autodetect encapsulation command in interface configuration mode. To disable automatic dynamic detection of the encapsulation types on a link, use the no form of this command. autodetect encapsulation {[lapb-ta] [ppp] [v120]} no autodetect encapsulation {[lapb-ta] [ppp] [v120]} Syntax Description lapb-ta ppp v120 Link Access Procedure, Balanced (LAPB) for an ISDN terminal adapter. PPP encapsulation on the interface. V.120 encapsulation on B channels. Command Default No default behavior or values. Command Modes Interface configuration Command History Release 11.2 12.0(4)T 12.3(7)YB 12.4(6)T Modification This command was introduced. The lapb-ta keyword was added. Support was added for MGCP NAS packages. Support for MGCP NAS packages was integrated into Cisco IOS Release 12.4(6)T. Usage Guidelines At least one encapsulation type must be specified, but you can specify multiple encapsulation types. Encapsulation types can be specified in any order. Use this command to enable the specified serial or ISDN interface or dialer interface under an MGCP NAS package to accept calls and dynamically change the encapsulation in effect on the interface when the remote device does not signal the call type. For example, if an ISDN call does not identify the call type in the Lower Layer Compatibility fields and is using an encapsulation that is different from the one configured on the interface, the interface can change its encapsulation type dynamically. This command enables interoperation with ISDN terminal adapters that use V.120 encapsulation but do not signal V.120 in the call setup message. An ISDN interface that by default answers a call as synchronous serial with PPP encapsulation can change its encapsulation and answer such calls. Autodetection of LAPB traffic on an ISDN terminal adapter is possible by issuing the lapb-ta keyword. This allows recognition of incoming LAPB-terminal adapter (TA) calls. Automatic detection is attempted for 10 seconds after the link is established or the first five packets exchanged over the link, whichever is first. Cisco IOS Dial Technologies Command Reference DIA-14 November 2009 Dial Commands autodetect encapsulation Examples The following example configures BRI 0 to call and receive calls from two sites, use PPP encapsulation on outgoing calls, and use Challenge Handshake Authentication Protocol (CHAP) authentication on incoming calls. This example also enables BRI 0 to configure itself dynamically to answer calls that use V.120 but that do not signal V.120. interface bri 0 encapsulation ppp autodetect encapsulation v120 no keepalive dialer map ip 172.17.36.10 name EB1 234 dialer map ip 172.17.36.9 name EB2 456 dialer-group 1 isdn spid1 0146334600 isdn spid2 0146334610 isdn T200 1000 ppp authentication chap The following example enables the LAPB-TA and V.120 protocols for autodetection on the serial interface after you have configured the virtual terminals to handle asynchronous traffic: vty-async interface serial0:23 autodetect encapsulation lapb-ta v120 The following example enables PPP encapsulation and LAPB-TA and V.120 protocols for autodetection on the dialer interface under an MGCP NAS package: interface Dialer1 ip unnumbered Loopback1 encapsulation ppp dialer in-band dialer idle-timeout 240 dialer extsig dialer-group 1 autodetect encapsulation ppp v120 lapb-ta ppp authentication chap ! Related Commands Command encapsulation Description Sets the encapsulation method used by the interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-15 Dial Commands autohangup autohangup To configure automatic line disconnect, use the autohangup command in line configuration mode. To disable automatic line disconnect, use the no form of this command. autohangup no autohangup Syntax Description This command has no arguments or keywords. Command Default Disabled Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command causes the EXEC to issue the exit command when the last connection closes. The autohangup command is useful for the UNIX-to-UNIX Copy Program (UUCP) applications that automatically disconnect lines because UUCP scripts cannot issue the exit command to hang up the telephone. Examples The following example enables automatic line disconnect on lines 5 through 10: line 5 10 autohangup Related Commands Command exit (EXEC) Description Closes an active terminal session by logging off the router. Cisco IOS Dial Technologies Command Reference DIA-16 November 2009 Dial Commands autoselect autoselect To configure a line to start an Appletalk Remote Access (ARA), PPP, or Serial Line Internet Protocol (SLIP) session, use the autoselect command in line configuration mode. To disable this function on a line, use the no form of this command. autoselect {arap | ppp | slip | during-login | timeout seconds} no autoselect [timeout] Syntax Description arap ppp slip during-login timeout seconds ARA session. PPP session. SLIP session. Displays the username or password prompt without the user pressing the Return key. After the user logs in, the autoselect function begins. Timeout period from 1 to 120 seconds for the autoselect process. This argument applies only when the arap, ppp, or slip keyword functions are enabled and has no effect when the during-login keyword function is enabled. Command Default ARA session No timeout default Command Modes Line configuration Command History Release 10.3 11.3 Modification This command was introduced. The following keywords were added: • • • during-login no autoselect timeout seconds Usage Guidelines This command eliminates the need for users to enter an EXEC command to start an ARA, PPP, or SLIP session. Note SLIP does not support authentication. For PPP and ARAP, you must enable authentication. The autoselect command configures the Cisco IOS software to identify the type of connection being requested. For example, when a user on a Macintosh running ARA selects the Connect button, the Cisco IOS software automatically starts an ARAP session. If, on the other hand, the user is running SLIP or PPP and uses the autoselect ppp or autoselect slip command, the Cisco IOS software automatically Cisco IOS Dial Technologies Command Reference November 2009 DIA-17 Dial Commands autoselect starts a PPP or SLIP session, respectively. This command is used on lines making different types of connections. You should configure autoselect ppp when the gateway is configured for interactive PPP authentication. You do not need to configure autoselect ppp for dedicated PPP configurations. Note If you configure autoselect ppp, you should not configure a no exec under the same line; these processes are mutally exclusive. A line that does not have autoselect configured views an attempt to open a connection as noise. The router does not respond and the user client times out. When a timeout period is configured and the initial sample byte is not received before that timeout period, a default EXEC process (if configured) is initiated. Note After the modem connection is established, a Return is required to evoke a response, such as to get the username prompt. You might need to update your scripts to include this requirement. Additionally, the activation character should be set to the default and the exec-character-bits set to 7. If you change these defaults, the application cannot recognize the activation request. Examples The following example enables ARA on a line: line 3 arap enable autoselect arap The following example enables a timeout of 30 seconds on a PPP-enabled line: line 7 autoselect ppp autoselect timeout 30 The following example enables ARA on a line and allows logins from users with a modified CCL script and an unmodified script to log in: line 3 arap enable autoselect arap autoselect during-login arap noguest if-needed Related Commands Command arap use-tacacs arap warning time exec ppp authentication chap ppp authentication pap ppp bap call ppp use-tacacs Description Enables TACACS for ARA authentication. Sets when a disconnect warning message is displayed. Allows an EXEC process on a line, use the exec command in line configuration mode. Enables CHAP or PAP or both and specifies the order in which CHAP and PAP authentication are selected on the interface. Enables CHAP or PAP or both and specifies the order in which CHAP and PAP authentication are selected on the interface. Sets PPP BACP call parameters. Enables TACACS for PPP authentication. Cisco IOS Dial Technologies Command Reference DIA-18 November 2009 Dial Commands backup delay backup delay To define how much time should elapse before a secondary line status changes after a primary line status has changed, use the backup delay command in interface configuration mode. To return to the default so that as soon as the primary fails, the secondary is immediately brought up without delay, use the no form of this command. backup delay {enable-delay-period | never} {disable-delay-period | never} no backup delay {enable-delay-period | never} {disable-delay-period | never} Syntax Description enable-delay-period disable-delay-period never Number of seconds that elapse after the primary line goes down before the Cisco IOS software activates the secondary line. Number of seconds that elapse after the primary line comes up before the Cisco IOS software deactivates the secondary line. Secondary line is never activated or deactivated. Command Default 0 second delay Command Modes Interface configuration Command History Release 10.0 12.2(33)SRB1 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRB1. Usage Guidelines For environments in which spurious signal disruptions appear as intermittent lost carrier signals, we recommend that you enable some delay before activating and deactivating a secondary line. For the Cisco 7600 Backup Interface for Flexible UNI feature to work correctly, the enable and disable backup delay must be 0. Examples The following example sets a 10-second delay on deactivating the secondary line (serial interface 0); however, the line is activated immediately. interface serial 0 backup delay 0 10 Cisco IOS Dial Technologies Command Reference November 2009 DIA-19 Dial Commands backup interface backup interface To configure an interface as a secondary or dial backup, use the backup interface command in interface configuration mode. To disable the interface from serving as a backup, use the no form of this command. Cisco 7200 Series and Cisco 7500 Series Routers Only backup interface slot/port-adapter/port no backup interface slot/port-adapter/port Other Cisco Routers backup interface type number no backup interface type number Syntax Description slot/port-adapter/port The chassis slot, port adapter, and port number of the interface to configure as a backup. Include a slash (/) between slot, port-adapter, and port (for example, 1/1/1). See your hardware installation manual for the specific slot, port adapter, and port numbers. Type and port number of the interface being configured as a backup. type number Command Default This command is disabled by default. Command Modes Interface configuration Command History Release 11.0 12.2(33)SRB1 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRB1. Usage Guidelines The interface you define with this command can back up only one other interface. Routers support only serial and ISDN backup interfaces. Access servers support both asynchronous and serial backup interfaces. In Cisco IOS Release 12.2(33)SRB1 and later releases, you can configure a backup interface for Gigabit Ethernet on the Cisco 7600 router. The configurations on the primary and backup interfaces must match or the backup interface does not work. Note, however, that if the interface configuration includes the xconnect command, you must specify a different virtual circuit ID (VCID) on the primary and backup interfaces. Cisco IOS Dial Technologies Command Reference DIA-20 November 2009 Dial Commands backup interface Examples The following example sets serial 1 as the backup line to serial 0: interface serial 0 backup interface serial 1 The following example sets gigabitEthernet4/0/1 as the backup interface for gigabitEthernet3/0/1 on the Cisco 7600 router: interface gigabitEthernet 3/0/1 backup interface gigabitEthernet 4/0/1 Related Commands Command xconnect Description Configures a pseudowire for transporting data over the network. Cisco IOS Dial Technologies Command Reference November 2009 DIA-21 Dial Commands backup interface dialer backup interface dialer To configure a dialer interface as a secondary or dial backup, use the backup interface dialer command in interface configuration mode. To disable this feature, use the no form of this command. backup interface dialer number no backup interface dialer number Syntax Description number Dialer interface number to use as the backup interface. Command Default Disabled Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines Multiple dialer interfaces can use the same dialer pool, which might have a single ISDN interface as a member. Thus, that ISDN interface can back up different serial interfaces and can make calls to different sites. Examples The following example shows the configuration of a site that backs up two leased lines using one BRI. Two dialer interfaces are defined. Each serial (leased line) interface is configured to use one of the dialer interfaces as a backup. Both of the dialer interfaces use dialer pool 1, which has BRI 0 as a member. Thus, BRI 0 can back up two different serial interfaces and can make calls to two different sites. interface dialer0 ip unnumbered loopback0 encapsulation ppp dialer remote-name Remote0 dialer pool 1 dialer string 5550112 dialer-group 1 interface dialer1 ip unnumbered loopback0 encapsulation ppp dialer remote-name Remote1 dialer pool 1 dialer string 5550134 dialer-group 1 interface bri 0 encapsulation PPP dialer pool-member 1 ppp authentication chap Cisco IOS Dial Technologies Command Reference DIA-22 November 2009 Dial Commands backup interface dialer interface serial 0 ip unnumbered loopback0 backup interface dialer 0 backup delay 5 10 interface serial 1 ip unnumbered loopback0 backup interface dialer 1 backup delay 5 10 Cisco IOS Dial Technologies Command Reference November 2009 DIA-23 Dial Commands backup load backup load To set a traffic load threshold for dial backup service, use the backup load command in interface configuration mode. To return to the default value, use the no form of this command. backup load {enable-threshold | never} {disable-load | never} no backup load {enable-threshold | never} {disable-load | never} Syntax Description enable-threshold disable-load Percentage of the primary line’s available bandwidth that the traffic load must exceed to enable dial backup. Percentage of the available bandwidth that the traffic load must be less than to disable dial backup. The transmitted or received load on the primary line plus the transmitted or received load on the secondary line is less than the value entered for the disable-load argument to disable dial backup. The secondary line is never activated or deactivated because of the traffic load. never Command Default No threshold is defined. Command Modes Interface configuration Command History Release 10.0 12.2(33)SRB1 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRB1. Usage Guidelines When the transmitted or received load on the primary line is greater than the value assigned to the enable-threshold argument, the secondary line is enabled. The secondary line is disabled when one of the following conditions occurs: • • The transmitted load on the primary line plus the transmitted load on the secondary line is less than the value entered for the disable-load argument. The received load on the primary line plus the received load on the secondary line is less than the value entered for the disable-load argument. If the never keyword is used instead of an enable-threshold argument, the secondary line is never activated because of traffic load. If the never keyword is used instead of a disable-load argument, the secondary line is never activated because of traffic load. Cisco IOS Dial Technologies Command Reference DIA-24 November 2009 Dial Commands backup load Examples The following example sets the traffic load threshold to 60 percent of the primary line serial 0. When that load is exceeded, the secondary line is activated and will not be deactivated until the combined load is less than 5 percent of the primary bandwidth. interface serial 0 backup load 60 5 backup interface serial 1 Cisco IOS Dial Technologies Command Reference November 2009 DIA-25 Dial Commands busyout (port) busyout (port) To disable a port by waiting for the active services on the specified port to terminate, use the busyout command in port configuration mode. To reenable the ports, use the no form of this command. busyout no busyout Syntax Description This command has no arguments or keywords. Command Default Busyout is not enabled. Command Modes Port configuration Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T. Usage Guidelines The busyout command disables a port by waiting for the active services on the specified port to terminate. Use the no form of this command to reenable the ports. Examples The following example will disable service processing element (SPE) ports 1 to 10 on slot 1 once active services have terminated: Router(config)# port 1/1 1/10 Router(config-port)# busyout Related Commands Command clear port clear spe shutdown (port) show spe Description Resets the NextPort port and clears any active call. Reboots all specified SPEs. Disables a port. Displays SPE status. Cisco IOS Dial Technologies Command Reference DIA-26 November 2009 Dial Commands busyout (privileged EXEC) busyout (privileged EXEC) To inform a central-office switch that a channel is out-of-service, and to busyout an entire card on a dial shelf and remove it from dial services, use the busyout (privileged EXEC) command in privileged EXEC mode. To cancel busyout, use the no form of this command. busyout shelf/slot/port no busyout shelf/slot/port Syntax Description shelf/slot/port Shelf number, slot number, and port number. You must include the slash marks. Command Default Busyout is disabled. Command Modes Privileged EXEC Command History Release 11.3(2)AA 12.0 Modification This command was introduced and supported T1 and T3 only. This command was enhanced to support E1 and DMM HMM (Double Modem Module [12] Hex Modem Module [6]). Usage Guidelines This command does not terminate an existing call; instead, after you hang up or end a call, a new call cannot be established on a channel that has received a busyout command instruction. Use the busyout command before you remove a card from a shelf. The maintenance LED on the card goes ON after all the channels (or calls) have been terminated. The ON LED indicates that it is safe to remove the card from the shelf. Use this command to busyout digital signal level 0s (DS0s) on a trunk card or all modems on a modem card. To busyout an individual DS0, use the ds0 busyout controller configuration command. To display the busyout information, use the show busyout privileged EXEC command. Restrictions If the trunk card is using ISDN signaling, there is a limit on the amount of traffic that the exchange can accept on the signaling channel. The restrictions are as follows: • • A busyout can take 1 or 2 minutes to complete for a T1 or T2 trunk card. The no busyout command cannot be used within 3 minutes of the busyout command and vice versa; otherwise, the command will be rejected. Cisco IOS Dial Technologies Command Reference November 2009 DIA-27 Dial Commands busyout (privileged EXEC) Examples The following example enables busyout on the card in dial shelf 5, slot 4, port 1: busyout 5/4/1 Related Commands Command ds0 busyout (channel) modem busyout Description Forces a DS0 timeslot on a controller into the busyout state. Disables a modem from dialing or answering calls whereby the disabling action is not executed until the active modem returns to an idle state. Abruptly shuts down an active or idle modem installed in an access server or router. Displays information about the dial shelf, including clocking information. modem busyout-threshold Maintains a balance between the number of DS0s and modems. modem shutdown show dial-shelf Cisco IOS Dial Technologies Command Reference DIA-28 November 2009 Dial Commands busyout (spe) busyout (spe) To disable active calls on the specified service processing elements (SPEs), use the busyout command in SPE configuration mode. To reenable the SPEs, use the no form of this command. busyout no busyout Syntax Description This command has no arguments or keywords. Command Default Busyout is not enabled. Command Modes SPE configuration Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T. Usage Guidelines You can perform autodiagnostic tests and firmware upgrades when you put the SPEs in the Busiedout state. Active ports on the specified SPE will change the state of the specified range of SPEs to the BusyoutPending state. The state changes from BusyoutPending to Busiedout when all calls end. Use the show spe command to display the state of the range of SPEs. Use the shutdown command to override the busyout command. Use the no busyout command to reenable the SPEs. Examples The following example shows all active ports on SPE 1 to 10 on slot 1 being busied out: spe 1/1 1/10 busyout Related Commands Command clear port clear spe shutdown (port) show spe Description Resets the NextPort port and clears any active call. Reboots all specified SPEs. Disables a port. Displays SPE status. Cisco IOS Dial Technologies Command Reference November 2009 DIA-29 Dial Commands busyout (spe) Cisco IOS Dial Technologies Command Reference DIA-30 November 2009 Dial Commands call progress tone country call progress tone country To specify the country code for retrieving the call progress tone parameters from the call progress tone database, use the call progress tone country command in global configuration mode. To cancel the previous setting and to generate the call progress tones according to modem settings, use the no version of this command. call progress tone country country-name no call progress tone country country-name Syntax Description country-name Selects default call progress tones (ring and cadence settings) for the specified country. Valid entries are: argentina, australia, austria, belgium, brazil, canada, china, colombia, cyprus, czech-republic, denmark, finland, france, germany, greece, hongkong, hungary, iceland, india, indonesia, ireland, israel, italy, japan, korea, luxembourg, malaysia, mexico, netherlands, peru, philippines, poland, portugal, russia, singapore, slovakia, slovenia, south-africa, spain, sweden, switzerland, taiwan, thailand, turkey, unitedkingdom, usa, and venezuela. Command Default Default modem settings. (The country-name keyword northamerica was the default in Cisco IOS releases earlier than release 12.0(3)XG; usa is the default country keyword for Cisco IOS Release 12.0(3)XG and later releases.) Command Modes Global configuration Command History Release 12.0(3)XG 12.0(4)XI Modification This command was introduced. This command was enhanced with additional country keywords. Usage Guidelines Use the call progress tone country configuration to specify the country for call progress tone generation. While in many cases the country is chosen automatically on the basis of the modem setting, automatic selection does not work for all users because many modems do not support all countries and many users choose the “us” or “default-t1” or “default-e1” setting on their modem. This command affects the tones generated at the local interface and does not affect any information passed to the remote end of a connection or any tones generated at the remote end of a connection. For dial platforms (AS5200, AS5300, and AS5800), call progress tones are used only for the resource pool management application. Resource pool management assumes that the call progress tone selection is global. Select only one call progress tone set, and it will globally override country settings on all ports. Cisco IOS Dial Technologies Command Reference November 2009 DIA-31 Dial Commands call progress tone country Examples The following example shows the call progress tone set for Japan tone parameters: call progress tone country japan Related Commands Command show call progress tone Description Displays the contents of the internal CP tone database for a specific country. Cisco IOS Dial Technologies Command Reference DIA-32 November 2009 Dial Commands callback forced-wait callback forced-wait To force the Cisco IOS software to wait before initiating a callback to a requesting client, use the callback forced-wait command in global configuration mode. To disable the forced waiting period, use the no form of this command. callback forced-wait no callback forced-wait Syntax Description This command has no arguments or keywords. Command Default The forced waiting period is not set. Command Modes Global configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines Use this command when the router is calling back a modem that initiated a call, then dropped the connection, but requires a rest period before subsequent input is accepted. Examples The following example sets a waiting period during which a callback chat script is delayed from being sent on an outgoing target line: callback forced-wait Related Commands Command arap callback chat-script debug callback ppp callback (DDR) Description Enables an ARA client to request a callback from an ARA client. Places calls over a modem and logs in to remote systems. Displays callback events when the router is using a modem and a chat script to call back on a terminal line. Enables a dialer interface that is not a DTR interface to function either as a callback client that requests callback or as a callback server that accepts callback requests. Defines the IP addresses of the server. Enables virtual profiles by AAA configuration. server (RLM) virtual-profile aaa Cisco IOS Dial Technologies Command Reference November 2009 DIA-33 Dial Commands callback nodsr-wait callback nodsr-wait To set the time period for which an asynchronous callback waits to see the DSR signal go low after the router signals a hang-up request on the incoming call, use the callback nodsr-wait command in line configuration mode. To negate or change the line setting, use the no form of this command. callback nodsr-wait milliseconds no callback nodsr-wait Syntax Description milliseconds The timeout value in a range from 5000 to 30,000 milliseconds (ms). Default is 5000 ms. Defaults 5000 ms Command Modes Line configuration Command History Release 11.2(6.1)P Modification This command was introduced. Usage Guidelines Use the callback nodsr-wait command when the dial-out modem takes longer than 5000 ms to drop a carrier after the router signals a hang-up on the incoming call. Increase the duration of the callback if the debug callback command displays the following failed callback attempt message: callback process fail - timeout with DSR up Examples The following example sets the callback duration to 10 seconds for lines 1/0 to 1/107: line 1/0 1/107 callback nodsr-wait 10000 Related Commands Command callback forced-wait debug callback Description Sets a waiting period when DSR signals decrease after a callback, before the router attempts another callback. Displays callback events when the router is using a modem and a chat script to call back on a terminal line. Cisco IOS Dial Technologies Command Reference DIA-34 November 2009 Dial Commands called-number (modem pool) called-number (modem pool) To assign a called party number to a pool of modems, use the called-number command in modem pool configuration mode. To remove a number from a modem pool, use the no form of this command. called-number number [max-conn number] no called-number number [max-conn number] Syntax Description number max-conn number Called number for a modem pool. (Optional) Maximum number of simultaneous connections allowed for the called party number. Command Default Disabled Command Modes Modem pool configuration Command History Release 11.2P Modification This command was introduced. Usage Guidelines A called party number is a telephone number that is used to reach a remote destination. For example, a mobile laptop dials a called party number to reach the POP of an ISP. Some ISPs set up several called party numbers to enable remote clients to dial in, but to the end user, it appears and functions as one unified service. Cisco’s implementation of a called party number is based on the dialed number identification service (DNIS). You can configure multiple DNIS numbers in a single modem pool. However, the same DNIS number cannot be used in multiple modem pools. Each modem pool must be assigned different DNIS numbers. Use the max-conn option to provide overflow protection, which specifies a maximum number of simultaneous connections that a called party number can consume. For example, if you create one modem pool to serve two or more services or customers, this option guarantees how many modems each service or customer can have access to at any given time. The Cisco IOS software also includes a feature that simplifies the called number configuration. By using an x variable as the last digit in a called telephone number (for example, issuing the called-number 408555121x command), clients dialing different called numbers such as 4085551214 or 4085551215 will automatically be sent to the same modem pool. The x variable is a floating place holder for digits 1 through 9. Note Modem pools using MICA technologies or Microcom modems support incoming analog calls over ISDN PRI. However, only MICA modems support modem pooling for CT1 and CE1 configurations with channel associated signaling. Cisco IOS Dial Technologies Command Reference November 2009 DIA-35 Dial Commands called-number (modem pool) Examples In the following example, the modem pool called v90service is virtually partitioned between two customers using different DNIS numbers. The pool-range command assigns modems 1 to 110 to the shared modem pool. The called-number 5550112 max-conn 55 command assigns the DNIS number 5550112 to the v90service modem pool. The total number of simultaneous connections is limited to 55. The called-number 5550132 max-conn 55 command assigns the DNIS number 5550132, which is for a different customer, to the same v90service modem pool. The total number of simultaneous connections is also set to 55. modem-pool v90service pool-range 1-110 called-number 5550112 max-conn 55 called-number 4440132 max-conn 55 The following configuration rejects the pool-range 30 command because modem TTY line 30 is already a member of the modem pool v90service, which was configured in the previous example. Each modem in the access server is automatically assigned to a unique TTY line. TTY line numbers are assigned according to your shelf, slot, or port hardware configuration. modem-pool v34service # pool-range 30 Related Commands Command Description clear modempool-counters Clears active or running counters associated with one or more modem pools. modem-pool Creates a new modem pool or specifies an existing modem pool, which allows you to physically or virtually partition your access server for dial-in and dial-out access. Assigns a range of modems to a modem pool. Displays the configuration and connection status for one or more modem pools. pool-range show modem-pool Cisco IOS Dial Technologies Command Reference DIA-36 November 2009 Dial Commands calltracker call-record calltracker call-record To enable call record system logging (syslog) generation for the purpose of debugging, monitoring, or externally saving detailed call record information, use the calltracker call-record command in global configuration mode. To disable call record syslog generation, use the no form of this command. calltracker call-record {terse | verbose} [quiet] no calltracker call-record {terse | verbose} [quiet] Syntax Description terse verbose quiet Generates a brief set of call records containing a subset of the data stored within Call Tracker used primarily to manage calls. Generates a complete set of call records containing all of the data stored within Call Tracker used primarily to debug calls. (Optional) Call record will be sent only to the configured syslog server and not to the console. Command Default Call Tracker call record logging is disabled. Command Modes Global configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines Syslog call records will be generated in the order of ten seconds of call termination. A small delay is needed to ensure that all subsystems finish reporting all appropriate information on call termination. Furthermore, the process of logging is considered a very low priority with respect to normal call processing and data routing. As such, logging all call records can be guaranteed if Call Tracker is properly configured. However, the delay from the time a call actually terminated can vary if the CPU is busy handling higher-priority processes. Call Tracker records must be found within the History table for at least one minute after call termination for this capability to work. As such, one must ensure that Call Tracker history collection is not disabled with the calltracker history configuration options. Because the call rates possible on a high-capacity access server can be rather large and the information provided by the call records is substantial, simply enabling normal syslog call records can make the use of the console difficult. As such, by using the quiet option and having a syslog server configured to capture the call records, the console can be freed from displaying any call records, yet still have the call records captured by a syslog server. Cisco IOS Dial Technologies Command Reference November 2009 DIA-37 Dial Commands calltracker call-record The following informational logs are available: • • • CALL_RECORD provides generic data information shared for all call categories. This record is generated for both terse and verbose configuration options. MODEM_CALL_RECORD provides overall modem call information for modem calls only. This record is generated for both terse and verbose configuration options. MODEM_LINE_CALL_REC provides modem transport physical layer information used to debug modem connection problems for modem calls only. This record is generated for the verbose configuration option only. MODEM_INFO_CALL_REC provides modem status information used to debug modem problems for modem calls only. This record is generated for the verbose configuration option only. MODEM_NEG_CALL_REC provides client-host negotiation information used to debug modem negotiation problems for modem calls only. This record is generated for the verbose configuration option only. • • Examples The following example reports the Verbose Call Records for a normal modem call termination: *Nov 16 18:30:26.097: %CALLTRKR-3-CALL_RECORD: ct_hndl=5, service=PPP, origin=Answer, category=Modem, DS0 slot/cntr/chan=0/0/22, called=71071, calling=6669999, resource slot/port=1/0, userid=maverick5200, ip=192.9.1.2, mask=255.255.255.0, account id=5, setup=10/16/1999 18:29:20, conn=0.10, phys=17.12, srvc=23.16, auth=23.16, init-rx/tx b-rate=31200/33600, rx/tx chars=246/161, time=53.50, disc subsys=ModemDrvr, disc code=0xA220, disc text= Rx (line to host) data flushing - not OK/EC condition - locally detected/received DISC frame -- normal LAPM termination *Nov 16 18:30:26.097: %CALLTRKR-3-MODEM_CALL_REC: ct_hndl=5, prot: last=LAP-M, attempt=LAP-M, comp: last=V.42bis-Both, supp= V.42bis-RX V.42bis-TX, std: last=V.34+, attempt=V.34+, init=V.34+, snr=38, sq=3, rx/tx: chars=246/161, ec: rx/tx=22/12, rx bad=46, rx/tx b-rate: last=33600/33600, low=31200/33600, high=33600/33600, desired-client=33600/33600, desired-host=33600/33600, retr: local=0, remote=0, fail=0, speedshift: local up/down=1/0, remote up/down=0/0, fail=0, v90: stat=No Attempt, client=(n/a), fail=None, time(sec)=52, disc reason=0xA220 *Nov 16 18:30:26.101: %CALLTRKR-3-MODEM_LINE_CALL_REC: ct_hndl=5, rx/tx levl=-17/-16, phase-jit: freq=0, levl=0, far-end echo-levl=-71, freq offst=0, phase-roll=-98, round-trip=1, d-pad=None, d-pad comp=0, rbs=0, const=16, rx/tx: sym-rate=3429/3429, carr-freq=1959/1959, trel-code=0/0, preemph-index=6/0, rx/tx: const-shape=Off/On, nonlin-encode=Off/On, precode=Off/On, xmit levl-reduct=2/3, shape=0x1920212120202120202020202020202020202020201F1D191100 *Nov 16 18:30:26.101: %CALLTRKR-3-MODEM_INFO_CALL_REC: ct_hndl=5, general info=0x0, rx/tx link-layer=264/182, NAKs=0/0, rx/tx ppp-slip=5/7, bad ppp-slip=0, proj max rx b-rate: client=19200, host=24000, rx/tx: max neg I frame=128/128, neg window=15/15, T401 timeouts=1, tx window closures=0, rx overruns=0, retrans frames=0, v110: rx good=0, rx bad=0, tx=0, sync-lost=0, ss7/cot=0x00, v42bis size: dict=1024, test err=0, reset=0, v0 synch-loss=0, mail lost: host=0, sp=0, diag=0x00000000000000000000000000000000 *Nov 16 18:30:26.101: %CALLTRKR-3-MODEM_NEG_CALL_REC: ct_hndl=5, v8bis cap=0x00000000000000000000000000000000000000000000, v8bis mod-sl=0x00000000000000000000000000000000000000000000, v8 jnt-menu=0x01E0C14513942A000000000000000000000000000000, v8 call-menu=0x01C14513942A00000000000000000000000000000000, v90 train=0x00000000, v90 sgn-ptrn=0x00000000, state trnsn=0x000102030410204042430451FF00000000000000000000000000000000000000, phase2=0x010000F4EF221FF37E0001E4EFA21FF2E30001A4EF980101B7CF98003C0000000034EF40000502160 AE0301FFFFE1C07A707A70D650D6500 Cisco IOS Dial Technologies Command Reference DIA-38 November 2009 Dial Commands calltracker call-record Related Commands Command calltracker history max-size calltracker history retain-mins show call calltracker history show call calltracker summary Description Sets the maximum calls saved in the history table. Sets the number of minutes to save calls in the history table. Displays all information stored within the Call Tracker history database table for the most recent disconnected calls. Displays Call Tracker activity and configuration information such as the number of active calls and the history table attributes. Cisco IOS Dial Technologies Command Reference November 2009 DIA-39 Dial Commands calltracker enable calltracker enable To enable Call Tracker on the access server, use the calltracker enable command in global configuration mode. To restore the default condition, use the no form of this command. calltracker enable no calltracker enable Syntax Description This command has no arguments or keywords. Command Default Call Tracker is not enabled. Command Modes Global configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines To enable real-time call statistics from the MICA technologies modem to Call Tracker, you must configure the modem link-info poll time command. Examples The following example shows how to enable the Call Tracker feature: calltracker calltracker calltracker calltracker snmp-server snmp-server snmp-server snmp-server enable history max-size number history retain-mins minutes call-record terse packetsize byte-count queue-length length enable traps calltracker host host community-string calltracker Related Commands Command calltracker history max-size calltracker history retain-mins debug calltracker dnis modem link-info poll time show call calltracker active Description Sets the maximum calls saved in the history table. Sets the number of minutes to save calls in the history table. Displays debug messages tracing the Call Tracker processing flow. Enables Call Tracker SYSLOG support for generating detailed Call Records. Sets the polling interval at which link statistics are retrieved from the MICA modem. Displays all information stored within the Call Tracker active database for all active calls. Cisco IOS Dial Technologies Command Reference DIA-40 November 2009 Dial Commands calltracker enable show call calltracker history show call calltracker summary snmp-server host Displays all information stored within the Call Tracker history database table for the most recent disconnected calls. Displays Call Tracker activity and configuration information such as the number of active calls and the history table attributes. Specifies the host to receive Call Tracker traps. Cisco IOS Dial Technologies Command Reference November 2009 DIA-41 Dial Commands calltracker history max-size calltracker history max-size To set the maximum number of call entries stored in the Call Tracker history table, use the calltracker history max-size command in global configuration mode. To restore the default value, use the no form of this command. calltracker history max-size number no calltracker history max-size number Syntax Description number Maximum call entries to store in the Call Tracker history table. The valid range is from 0 through 10 times the maximum DS0 supported on a platform. A value of 0 prevents any history from being saved. Command Default The default maximum is dynamically calculated to be 1 times the maximum DS0 supported on a platform. Command Modes Global configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines Be careful when extending the maximum number of call entries stored in the Call Tracker history table, as this activity causes Call Tracker to use more memory resources to store the additional call data. Network access server memory consumption must be considered when increasing this parameter. The active call table is not affected by this command. Examples The following example sets the history table size to 50 calls: calltracker history max-size 50 Related Commands Command calltracker history retain-mins show call calltracker history show call calltracker summary Description Sets the number of minutes to save calls in the history table. Displays all information stored within the Call Tracker history database table for the most recent disconnected calls. Displays Call Tracker activity and configuration information such as the number of active calls and the history table attributes. Cisco IOS Dial Technologies Command Reference DIA-42 November 2009 Dial Commands calltracker history retain-mins calltracker history retain-mins To set the number of minutes for which call entries are stored in the Call Tracker history table, use the calltracker history retain-mins command in global configuration mode. To restore the default value, use the no form of this command. calltracker history retain-mins minutes no calltracker history retain-mins minutes Syntax Description minutes The length of time to store calls in the Call Tracker history table. The valid range is from 0 through 26,000 minutes. A value of 0 prevents any history from being saved. Defaults The default number of minutes is 5000. Command Modes Global configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines Active calls are not affected by this command. Entries in the active table are retained as long as the calls are connected. Examples The following example sets the retention time for the history table to 5000 minutes: calltracker history retain-mins 5000 Related Commands Command calltracker history max-size show call calltracker history show call calltracker summary Description Sets the maximum calls saved in the history table. Displays all information stored within the Call Tracker history database table for the most recent disconnected calls. Displays Call Tracker activity and configuration information such as the number of active calls and the history table attributes. Cisco IOS Dial Technologies Command Reference November 2009 DIA-43 Dial Commands calltracker timestamp calltracker timestamp To display the millisecond value of the call setup time in the Call Record (CDR) on the access server, use the calltracker timestamp command in global configuration mode. To restore the default value, use the no form of this command. calltracker timestamp msec no calltracker timestamp msec Syntax Description This command has no arguments or keywords. Command Default The default value of the call setup time does not contain milliseconds. It is in the hh:mm:ss form. Command Modes Global configuration Command History Release 12.1(3)T 12.2 12.3 12.3T 12.4T 12.4 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2. This command was integrated into Cisco IOS Release 12.3. This command was integrated into Cisco IOS Release 12.3.T. This command was integrated into Cisco IOS Release 12.4T. This command was integrated into Cisco IOS Release 12.4. Usage Guidelines This AS5400 command is used to add a milliseconds time stamp (hh:mm:ss.ms) to call detail records. These call records of originating and terminating calls are written to flat files on the subscriber server. These files may be passed periodically from the subscriber to the publisher server. Third-party applications such as billing and accounting use CDR data. All calltracker commands (including calltracker timestamp) are only supported for dial services and not for voice. Examples The following configuration example shows calltracker options and a display of calltracker active including time stamp: u5400# configure terminal Enter configuration commands, one per line. End with CNTL/Z. u5400(config)# calltracker ? call-record Generate a SYSLOG Call Record at end of call enable start calltracker history Aspects of the CT History Table timestamp CDR timestamp config Cisco IOS Dial Technologies Command Reference DIA-44 November 2009 Dial Commands calltracker timestamp u5400(config)# calltracker timestamp ? msec Shows millisecond value in timestamp u5400(config)# calltracker timestamp msec ? u5400# show call calltracker active -------------------------- call handle = 206 ------------------------------status-Active, service=PPP, origin=Anser, category-Modem DSO slot/port/dsl/chan=7/0/0/19, called=40852 68222,calling=(n/a) userid=myusername, ip=10.1.1.2, mask=10.1.1.2 setup=08/05/2003 192.04.41.645, conn=0.01,phys=23.73,service=16.33,authen=26.33 init rx/tx b-rate=28800/28800,rx/tx chars=0/0 resource slot/port=4/97, mp bundle=0,charged units=0,accontid=198 ibd handle=0x0,tty handle=0x63B4F010,tcb handle=0x0 Related Commands Command calltracker enable calltracker history retain-mins show call calltracker history show call calltracker summary Description Enables Call Tracker on the access server. Sets the number of minutes to save calls in the history table. Displays all information stored within the Call Tracker history database table for the most recent disconnected calls. Displays Call Tracker activity and configuration information such as the number of active calls and the history table attributes. Cisco IOS Dial Technologies Command Reference November 2009 DIA-45 Dial Commands call-type call-type To reject particular types of calls, use the call-type command in call discriminator profile configuration mode. To disable this feature, use the no form of this command. call-type {all | digital | speech | v110 | v120} no call-type {all | digital | speech | v110 | v120} Syntax Description all digital speech v110 v120 All calls. Digital calls. Speech calls. V.110 calls. V.120 calls. Command Default All calls are accepted by the network access server. Command Modes Call discriminator profile configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the call-type call discriminator command to reject particular types of calls. Call type all is mutually exclusive for all other call types. If call type all is set in the discriminator, no other call types are allowed. Also, once a DNIS is associated with a call type in a discriminator, it cannot be used in any other discriminator. Examples The following example shows the call discriminator being configured to reject speech calls for the call discriminator profile named “userd3”: resource-pool profile discriminator userd3 call-type speech Cisco IOS Dial Technologies Command Reference DIA-46 November 2009 Dial Commands call-type cas call-type cas To statically set the call-type override for incoming channel-associated signaling (CAS) calls, use the call-type cas command in DNIS group configuration mode. To disable this service, use the no form of this command. call-type cas {digital | speech} no call-type cas {digital | speech} Syntax Description digital speech Override call type to digital. The incoming call with the DNIS in the called group is treated as a digital call type. Override call-type to speech. The incoming call with the DNIS in the called group is treated as a speech call type. Command Default No default behavior or values. Command Modes DNIS group configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the call-type cas DNIS group configuration command to set the call-type override. From the resource pooling call-type perspective, use CT1 (CAS) to support either analog calls (speech) or digital calls (switched 56K). Switched 56K calls are digital calls that connect to High-Level Data Link Control (HDLC) framers. Unlike ISDN, it is impossible to communicate the call type in CT1. Therefore, switched 56K services in CT1 can be differentiated by the DNIS numbers. This command identifies that the call arriving with the DNIS in the DNIS group is assigned to the call type specified in the command. Examples The following example shows the DNIS group configuration mode being accessed to use the call-type cas command to set the call type override for CAS to speech: dialer dnis group modem-group1 call-type cas speech Cisco IOS Dial Technologies Command Reference November 2009 DIA-47 Dial Commands cas-custom cas-custom To customize signaling parameters for a particular E1 or T1 channel group on a channelized line, use the cas-custom command in controller configuration mode. To disable the signaling customization, use the no form of this command. cas-custom channel no cas-custom channel Syntax Description channel For E1, specifies a single channel group number, which can be from 0 to 30. This channel group number must match the channel number specified in the cas-group command. For T1, specifies a single channel group number, which can be between 0 and 23. Command Default No customized signaling parameters are set. If you do not specify a country name using the country name command, which is described in Table 8, ITU is the selected default signal. Command Modes Controller configuration Command History Release 11.2P 11.3(2)T 12.0(1)T 12.1(5)T Modification This command was introduced to support E1 channel groups. This command was implemented on additional Cisco access server and router platforms. This command was implemented on the Cisco 3600 series, and support for T1 channel groups was added. This command was implemented on the Cisco 3600 series, and support for T1 channel groups was added. Usage Guidelines The customization parameters set by the cas-custom channel command are applied to the same channel group number used in the cas-group channel timeslots range type signal command. These channel group numbers must match. Otherwise, the customized features specified by the cas-custom command will not be applied to the cas-group command’s configuration. The signaling customization will not take effect. See Example 1 (T1), page 52. However, you will not need to configure or set more than one channel group number per E1 line in most cases. Though rarely used, it is possible to split a single E1 (time slots 1 to 31) into two groups (for example, 1 to 15 on group 1 and time slots 17 to 31 in group 2). Cisco strongly recommends that you use the optional use-defaults keyword when specifying a particular country type; see the country name command in Table 8. This additional keyword ensures that all the local country settings are correctly enabled. For example, issue the country greece use-defaults command. If the use-defaults option is not specified, generic ITU will be the default setting for all countries. See Example 2 (E1 on AS5800), page 52. Cisco IOS Dial Technologies Command Reference DIA-48 November 2009 Dial Commands cas-custom You can configure the system to deviate from a country’s default settings as defined by Cisco. To do this, choose from the following list of commands described in Table 8: ani-digits min number max number, answer-signal {group-a | group-b} number, caller-digits number, category number, dnis-digits min number max number, invert-abcd, ka number, kd number, metering, nc-congestion, and unused-abcd value. To return a country back to its country specific default settings, issue the country name use-defaults command. To return a country back to the ITU standard, issue the default country name use-defaults command. See Example 4 (Localized E1 R2), page 53 and Example 6 (E1 R2 Country Defaults), page 54. Beginning in Cisco IOS Release 12.3(11)YK and Cisco IOS Release 12.4(2)T, you can block incoming collect calls for in-line signaling with the double-answer feature, which is activated by entering the double-answer keyword. The double-answer feature sends the incoming collect call through a series of answer functions that can last up to two seconds and which causes the switch to drop the collect call while the normal calls stay connected. See Example 7 (E1 Collect Call Blocking). Note Incoming collect calls in Brazil send a II-8 response and to block such calls, a category B-7 response must be sent instead of the usual answer signal. This is known as category based blocking. Brazil is the only country that supports category based call blocking. If the double-answer feature is configured for Brazil, it will overwrite the category blocking and will not send the category B7 response. Note Only integrated Cisco MICA technologies modems support E1 R2 signaling on Cisco 5000 series access servers and Cisco 3600 series routers. Table 8 shows a list of command options in cas-custom mode, which is used to customize R2 signaling settings. Table 8 Available Commands in cas-custom Mode CAS Options ani-digits min number max number Purpose Expected number of ANI digits. The minimum number of collected digits is set by min number. Replace number with a value between 0 and 64. The maximum number of collected digits is set by max number. Replace number with a value between 3 and 64. The default is 0 digits, which is the ITU default. Answer signal to be used. You can specify the group A signal or the group B signal. The signal number can be 1 to 15. Default is group-b 6, which is the ITU default. Specifies the number of digits the access server needs to collect before it requests ANI or CallerID information. The digits can be from 1 to 10. Default is 1, which is the ITU default. Specifies the type of incoming call, which is mapped to a group signal number. Signal numbers from 1 to 15 are available. Default is 1, which is the ITU default. answer-signal {group-a | group-b} number caller-digits number category number Cisco IOS Dial Technologies Command Reference November 2009 DIA-49 Dial Commands cas-custom Table 8 Available Commands in cas-custom Mode (continued) CAS Options country name Purpose Specifies local country settings to use with R2 signaling. Replace the name variable with one of the following supported country names. Cisco strongly recommends that you include the use-defaults option, which enables the default settings for a specific country. Default country setting is ITU. • • • • • • • argentina [use-defaults] australia [use-defaults] brazil [use-defaults] china [use-defaults] columbia [use-defaults] costarica [use-defaults] easteurope [use-defaults] The easteurope option supports Croatia, Russia, and the Slovak Republic. • • • • • ecuador-itu [use-defaults] ecuador-lme [use-defaults] greece [use-defaults] guatemala [use-defaults] hongkong-china [use-defaults] The Hong Kong options uses the China variant. indonesia [use-defaults] israel [use-defaults] itu ITU is the signaling default. ITU provides support for the following list of countries: Denmark, Finland, Germany, Russia (ITU variant), Hong Kong (ITU variant), and South Africa (ITU variant). The expression “ITU variant” means that there are multiple R2 signaling types deployed in the specified country, but Cisco supports the ITU variant. • • • • • • korea [use-defaults] malaysia [use-defaults] newzealand [use-defaults] Cisco IOS Dial Technologies Command Reference DIA-50 November 2009 Dial Commands cas-custom Table 8 Available Commands in cas-custom Mode (continued) CAS Options Purpose • • • • • • paraguay [use-defaults] peru [use-defaults] philippines [use-defaults] saudiarabia [use-defaults] singapore [use-defaults] southafrica-panaftel [use-defaults] The South Africa option uses the Panaftel variant. telmex [use-defaults] telnor [use-defaults] The telemex and telnor options are used in Mexico. thailand [use-defaults] uruguay [use-defaults] venezuela [use-defaults] vietnam [use-defaults] • • • • • • default Sets a command to its default setting. dnis-digits min number Expected number of DNIS digits. The minimum number of collected digits max number is set by min number. Replace number with a value between 3 and 64. The maximum number of collected digits is set by max number. Replace number with a value between 3 and 64. The default is 0 digits, which is the ITU default. double-answer exit invert-abcd ka number kd number metering nc-congestion Enables collect call blocking on E1 with R2 digital signaling. Default is that the double-answer feature is turned off. Takes you out of cas custom mode. Inverts the ABCD bits before tx and after rx. This feature is disabled by default, which is the ITU default. Specifies the KA signal code. You can choose 1 to 15. Default is 0, which is the ITU default. Specifies the KD signal code. You can choose 1 to 15. Default is 0, which is the ITU default. Specifies sending a metering pulse when the access server is making an outgoing call. Metering is turned off by default, which is the ITU default. Specifies the noncompelled congestion signal. This signal is sent to the central office when the access server is congested and cannot accept the call. The default is B4, which is the ITU default. Negates a command or sets its defaults. Specifies a range of 1 to 64, but using this command you either turn on the request-category or turn it off by eliminating the line in your configuration. Specifies unused ABCD bit values, which can have a 0 or 1 bit value. This feature is disabled by default, which is the ITU default. no request-category unused-abcd value Cisco IOS Dial Technologies Command Reference November 2009 DIA-51 Dial Commands cas-custom Examples Example 1 (T1) The following example enables this feature on channel 1: Router(config)# controller T1 1/0/1 Router(config-controller)# cas-custom 1 Example 2 (E1 on AS5800) The following example displays the available signaling parameters after you enter cas-custom mode. Notice that the same channel group 1 is specified in the ds0-group command and the cas-custom command. Router# configure terminal Enter configuration commands, one per line. End with CNTL/Z Router(config)# controller e1 1/0/1 Router(config-controller)# ds0-group 1 timeslots 1-31 type r2-digital r2-compelled Router(config-controller)# cas-custom 1 Router(config-ctrl-cas)# ? CAS custom commands: ani-digits Expected number of ANI digits answer-signal Answer signal to be used caller-digits Digits to be collected before requesting CallerID category Category signal country Country Name default Set a command to its defaults dnis-digits Expected number of DNIS digits exit Exit from cas custom mode invert-abcd invert the ABCD bits before tx and after rx ka KA Signal kd KD Signal metering R2 network is sending metering signal nc-congestion Non Compelled Congestion signal no Negate a command or set its defaults unused-abcd Unused ABCD bit values Example 3 (E1) The following example displays the available signaling parameters after you enter cas-custom mode. Notice that the same channel group 1 is specified in the cas-group command and the cas-custom command. Router(config)# controller e1 1 Router(config-controller)# cas-group 1 timeslots 1-31 type r2-digital r2-compelled Router(config-controller)# cas-custom 1 Router(config-ctrl-cas)# ? CAS custom commands: ani-digits Expected number of ANI digits answer-signal Answer signal to be used caller-digits Digits to be collected before requesting CallerID category Category signal country Country Name default Set a command to its defaults dnis-digits Expected number of DNIS digits exit Exit from cas custom mode invert-abcd invert the ABCD bits before tx and after rx ka KA Signal kd KD Signal metering R2 network is sending metering signal nc-congestion Non Compelled Congestion signal no Negate a command or set its defaults unused-abcd Unused ABCD bit values Cisco IOS Dial Technologies Command Reference DIA-52 November 2009 Dial Commands cas-custom Example 4 (Localized E1 R2) You can localize your R2 configuration for a specific country. Do not forget to include the use-defaults option as described in Table 8. For example, use the country argentina use-defaults command for a R2 scenario in Argentina. Router(config-ctrl-cas)# country ? argentina australia bolivia brazil bulgaria china colombia costarica croatia easteurope ecuador-itu ecuador-lme greece guatemala hongkong-china india indonesia israel itu korea laos malaysia malta newzealand paraguay peru philippines saudiarabia singapore southafrica-panaftel telmex telnor thailand uruguay venezuela vietnam Argentina Australia Bolivia Brazil Bulgaria China Colombia Costa Rica Croatia East Europe Ecuador ITU Ecuador LME Greece Guatemala Hong Kong (China variant) India Indonesia Israel ITU Korea LAOS Network (Thailand Variant) Malaysia Malta New Zealand Paraguay Peru Philippines Saudi Arabia Singapore South Africa Panaftel Telmex Telnor Thailand Uruguay Venezuela Vietnam Router(config-ctrl-cas)# country argentina ? use-defaults Use Country defaults Router(config-ctrl-cas)# country argentina use-defaults Example 5 (Collect ANI Digits) The following example customizes the signaling for channel group 1. The configuration collects three digits before it requests ANI information for analog calls received on a Cisco AS5800 in Argentina. Router(config)# cas-custom 1 Router(config-ctrl-cas)# country argentina use-defaults Router(config-ctrl-cas)# caller-digits 3 Router(config-ctrl-cas)# ^z Cisco IOS Dial Technologies Command Reference November 2009 DIA-53 Dial Commands cas-custom Example 6 (E1 R2 Country Defaults) Because cas-custom mode gives you the flexibility to customize R2 parameters, the margin for user error increases. Therefore, the Cisco IOS software enables you to return a country back to its default R2 settings using the use-defaults option. The following configuration brings up the Argentina default settings, changes a few customization parameters, then returns the Argentina R2 setting back to its original state. Router(config-ctrl-cas)# Router(config-ctrl-cas)# Router(config-ctrl-cas)# Router(config-ctrl-cas)# Router(config-ctrl-cas)# country argentina use-defaults caller-digits 3 unused-abcd 1 metering country argentina use-defaults Example 7 (E1 Collect Call Blocking) The following example configures the double-answer feature for incoming collect call blocking on the Cisco 2801 with R2 digital signaling with DTMF. The call blocking feature is for all countries. Router(config)# controller Router(config-controller)# Router(config-controller)# Router(config-controller)# e1 4/0 ds0-group 1 timeslot 1 type r2-digital compelled cas-custom 1 double-answer To disable call blocking, use the no form of this command: Router(config-controller)# no double-answer Related Commands Command profile incoming signaling-class cas Description Defines a template formed by directives guiding the CSM to process the digit sequence for a signaling class. Defines a signaling class which specifies the template that processes the ANI/DNIS delimiter. cas-group (E1 controller) Configures CAS on an E1 controller. Cisco IOS Dial Technologies Command Reference DIA-54 November 2009 Dial Commands cas-group (E1 controller) cas-group (E1 controller) To configure channel-associated signaling (CAS) on an E1 controller, use the cas-group command in controller configuration mode. To disable CAS for one or more time slots, use the no form of this command. cas-group channel timeslots range type signal no cas-group channel timeslots range type signal Syntax Description channel timeslots range Single channel group number from 0 to 30. Time slot or time slot range, which can be from 1 to 31. You can specify a time slot range (for example, 1-29), individual time slots separated by commas (for example 1, 3, 5), or a combination of the two (for example 1-14, 15, 17-31). The 16th time slot is reserved for out-of-band signaling. Type of CAS. Configure the signal type that your central office uses. For Cisco 5800 series access servers, replace the signal keyword with one of the following signal types: • type signal e&m-fgb [dtmf [dnis] | mf [dnis]]—Specifies ear and mouth channel signaling with feature group B support, which includes the wink-start protocol. The optional signal tones are DTMF and MF with the option of provisioning DNIS. e&m-fgd—Specifies ear and mouth channel signaling with feature group D support, which includes the wink-start protocol. e&m-immediate-start—Specifies ear and mouth channel signaling with immediate-start support. fxs-ground-start—Specifies Foreign Exchange Station ground-start signaling support. fxs-loop-start—Specifies Foreign Exchange Station loop-start signaling support. p7—Specifies the P7 switch type. r2-analog [dtmf | r2-compelled [ani] | r2-non-compelled [ani] | r2-semi-compelled [ani]] r2-digital [dtmf | r2-compelled [ani] | r2-non-compelled [ani] | r2-semi-compelled [ani]] r2-pulse [dtmf | r2-compelled [ani] | r2-non-compelled [ani] | r2-semi-compelled [ani]] sas-ground-start—Specifies Special Access Station ground-start signaling support. sas-loop-start—Specifies Special Access Station loop-start signaling support. • • • • • • • • • • Cisco IOS Dial Technologies Command Reference November 2009 DIA-55 Dial Commands cas-group (E1 controller) type signal (continued) For the Cisco 3600 series access servers, replace the signal variable with one of the following signal types: • • • r2-analog {r2-compelled [ani] | r2-non-compelled [ani] | r2-semi-compelled [ani]} r2-digital {r2-compelled [ani] | r2-non-compelled [ani] | r2-semi-compelled [ani]} r2-pulse {r2-compelled [ani] | r2-non-compelled [ani] | r2-semi-compelled [ani]} The following descriptions are provided for the previous R2 syntax bullets: • r2-analog—Specifies R2 ITU Q411 analog line signaling, which reflects the on/off switching of a tone in frequency-division multiplexing circuits (before TDM circuits were created). The tone is used for line signaling. r2-digital—Specifies R2 ITU Q421 digital line signaling, which is the most common signaling configuration. The A and B bits are used for line signaling. r2-pulse—Specifies R2 ITU supplement 7 pulse line signaling, which is a transmitted pulse that indicates a change in the line state. dtmf—Specifies the DTMF tone signaling (Cisco 5800 series access server only). r2-compelled [ani]—Specifies R2 compelled register signaling. You can also specify provisioning the ANI address option. r2-non-compelled [ani]—Specifies R2 noncompelled register signaling. r2-semi-compelled [ani]—Specifies R2 semicompelled register signaling. • • • • • • Command Default No CAS is configured on the controller. All R2 signaling types have DNIS turned on by default. Command Modes Controller configuration Command History Release 11.2P 12.0(1)T Modification This command was introduced. This command was implemented on the Cisco 3600 series. Cisco IOS Dial Technologies Command Reference DIA-56 November 2009 Dial Commands cas-group (E1 controller) Usage Guidelines Use this command to configure support for incoming and outgoing call signals (such as on-hook and off-hook) on each E1 controller. If you specify the time slot range 1-31, the system software automatically uses the 16th time slot to transmit the channel associated signaling. The signaling you configure on the access server must match the signaling used by the central office. For example if the central office switch is forwarding R2 analog signaling to a Cisco AS5800, then the access server’s E1 controller must also be configured for R2 analog signaling (r2-analog). All R2 signaling options have DNIS support turned on by default. If you enable the ani option, the collection of DNIS information is still performed. Specifying the ani option does not disable DNIS. DNIS is the number being called. ANI is the caller’s number. For example, if you are configuring router A to call router B, then the DNIS number is router B, the ANI number is router A. ANI is very similar to Caller ID. To customize the R2 signaling parameters, refer to the cas-custom controller configuration command. When you enable the cas-group command, the cas-custom command is automatically setup to be polled for configuration information. However, unless you enable or turn on specific features with the cas-custom command, the cas-custom feature has an empty set of signaling parameters. Note Only integrated MICA modems support E1 R2 signaling on Cisco access servers. DNIS is automatically collected for modem pools and R2 tone signaling. You do not need to specify the collection of DNIS information with the cas-group command. However, if you are using non-R2 tone signaling, the system must be manually configured to collect DNIS information. For non-R2 cas signaling, DNIS collection is done only for E&M-fgb. Examples In most cases, you will configure the same channel-associated signaling on each E1 controller. The following examples configure signaling and customized parameters on controller E1 2 using the cas-group and cas-custom controller configuration commands. The following example configures the E1 controller on a Cisco 5800 series access server. To configure a Cisco 3600 series access server, replace the command: controller e1 2/1/0 with the command: controller e1 2 Note The actual channel associated signaling is configured on the 16th time slot, which is the reason why this time slot does not come up in the following output. Router(config-controller)# configure terminal Enter configuration commands, one per line. End with CNTL/Z. Router(config-controller)# controller e1 2/1/0 Router(config-controller)# cas-group 1 timeslots 1-31 type r2-digital r2-compelled ani %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: RBS RBS RBS RBS RBS RBS of of of of of of controller controller controller controller controller controller 0 0 0 0 0 0 timeslot timeslot timeslot timeslot timeslot timeslot 1 2 3 4 5 6 is is is is is is up up up up up up Cisco IOS Dial Technologies Command Reference November 2009 DIA-57 Dial Commands cas-group (E1 controller) %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS of of of of of of of of of of of of of of of of of of of of of of of of controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot 7 is up 8 is up 9 is up 10 is up 11 is up 12 is up 13 is up 14 is up 15 is up 17 is up 18 is up 19 is up 20 is up 21 is up 22 is up 23 is up 24 is up 25 is up 26 is up 27 is up 28 is up 29 is up 30 is up 31 is up The following example shows all the supported E1 signaling types on a Cisco AS5800: Router(config-controller)# cas-group 1 timeslots 1-31 type ? e&m-fgb e&m-fgd e&m-immediate-start fxs-ground-start fxs-loop-start p7 r2-analog r2-digital r2-pulse sas-ground-start sas-loop-start E & M Type II FGB E & M Type II FGD E & M Immediate Start FXS Ground Start FXS Loop Start P7 Switch R2 ITU Q411 R2 ITU Q421 R2 ITU Supplement 7 SAS Ground Start SAS Loop Start Router(config-controller)# cas-group 1 timeslots 1-31 type r2-analog ? dtmf r2-compelled r2-non-compelled r2-semi-compelled DTMF tone signaling R2 Compelled Register signaling R2 Non Compelled Register signaling R2 Semi Compelled Register signaling R2 signaling parameters can be customized with the cas-custom controller configuration command: Router(config-controller)# cas-custom 1? CAS custom commands: caller-digits Digits to be collected before requesting CallerID category Category signal country Country Name default Set a command to its defaults exit Exit from cas custom mode invert-abcd invert the ABCD bits before tx and after rx metering R2 network is sending metering signal nc-congestion Non Compelled Congestion signal no Negate a command or set its defaults Cisco IOS Dial Technologies Command Reference DIA-58 November 2009 Dial Commands cas-group (T1 controller) cas-group (T1 controller) To configure channelized T1 time slots with robbed-bit signaling, and R1 channel-associated signaling, use the cas-group command in controller configuration mode. To disable signaling for one or more time slots, use the no form of this command. Cisco AS5200, Cisco AS5300, and Cisco AS5800 Series Access Servers cas-group channel timeslots range type signal no cas-group channel timeslots range type signal R1 Channel-Associated Signaling cas-group channel timeslots range type r1-modified {ani-dnis | dnis} no cas-group channel timeslots range type r1-modified {ani-dnis | dnis} Syntax Description channel timeslots range Single channel group number from 0 to 30. Time slot or time slot range, which can be from 1 to 24 for T1, and from 1 to 31 for E1. You can specify a time slot range (for example, 1-31), individual time slots separated by commas (for example 1, 3, 5), or a combination of the two (for example 1-7, 8, 17-31). The 16th time slot is reserved for out-of-band signaling. Type of robbed-bit signaling. Replace the signal variable with one of the following signal types. The keywords service, data, and voice are used for switched 56K configuration. These keywords are described at the end of this syntax description table. • type signal e&m-fgb [dtmf [dnis] | [service {data | voice}]] | [service {data | voice}] | [mf [dnis] | [service {data | voice}]]—Specifies ear and mouth channel signaling with feature group B support, which includes the wink-start protocol. Use the options dtmf [dnis] to configure dual tone multifrequency (DTMF) tone signaling with optional dialed number information server (DNIS) provisioning. Use the options mf [dnis] to configure MF tone signaling with optional DNIS provisioning. Use the options service {data | voice} for switched 56K configurations. (See the end of this syntax description table for more information about these switched 56K keywords.) e&m-fgd [service {data | voice}]—Specifies ear and mouth channel signaling with feature group D support, which includes the wink-start protocol. Use the options service {data | voice} for switched 56K configurations. (See the end of this syntax description table for more information.) e&m-immediate-start [service {data | voice}]—Specifies ear and mouth channel signaling with immediate-start support. Use the options service {data | voice} for switched 56K configurations. (See the end of this syntax description table for more information.)fxs-ground-start [service {data | voice}]—Specifies Foreign Exchange Station ground-start signaling support. Use the options [service {data | voice} for switched 56K configurations. (See the end of this syntax description table for more information.) • • Cisco IOS Dial Technologies Command Reference November 2009 DIA-59 Dial Commands cas-group (T1 controller) type signal (continued) • fxs-loop-start [service {data | voice}]—Specifies Foreign Exchange Station loop-start signaling support. Use the options service {data | voice} for switched 56K configurations. (See the end of this syntax description table for more information.) r1-modified ani-dnis—Indicates R1 signaling will collect ani and dnis information. r1-modified dnis—Indicates R1 signaling will collect only dnis information. sas-ground-start [service {data | voice}]—Specifies Special Access Station ground-start signaling support. Use the options service {data | voice} for switched 56K configurations. (See the end of this syntax description table for more information.) sas-loop-start [service {data | voice}]—Specifies Special Access Station loop-start signaling support. Use the options service {data | voice} for switched 56K configurations. service—(Optional) Specifies the type of services provided for scenarios involving switched 56K connections. Do not include this option in the cas-group command statement if you are not using the access server to provide switched 56K connections. data—Enables switched 56K digital data services on the specified range of time slots. The data is directly read from the time slot or channel. Time slots configured with this option will not accept analog modem calls. voice—Enables analog modem services on the specified range of time slots. The call is forwarded to the modems for demodulation. Time slots configured with this option will not accept switched 56K digital calls. • • • • • • • Command Default For ISDN PRI, the cas-group command is disabled. If the channelized T1 is not configured as a PRI, the default value for line signaling is e&m-fgb and the default value for tone signaling is DTMF. The R1 signaling default value is ani-dnis. Command Modes Controller configuration Command History Release 11.2 11.3T Modification This command was introduced. The following signaling keywords were added: • • • service data voice The R1 keyword was added. Cisco IOS Dial Technologies Command Reference DIA-60 November 2009 Dial Commands cas-group (T1 controller) Usage Guidelines Use the cas-group command to configure T1 controllers with different types of robbed-bit signaling, such as on-hook and off-hook for E&M feature group B (e&m-fgb). If you want to collect DNIS information on a T1 controller, you must manually configure it on the access server. DNIS collection is performed only for E&M-fgb. To collect DTMF DNIS for E&M-fgb under a controller T1 configuration, enter the cas-group 0 timeslots 1-24 type e&m-fgb dtmf dnis command. To collect MF DNIS for E&M-fgb, enter the cas-group 0 timeslots 1-24 type e&m-fgb mf dnis command. Examples The following example configures all 24 channels with ear and mouth robbed-bit signaling with feature group B support: Router(config-controller)# controller T1 0 Router(config-controller)# cas-group 1 timeslots 1-24 type e&m-fgb %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS of of of of of of of of of of of of of of of of of of of of of of of of controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot 1 is up 2 is up 3 is up 4 is up 5 is up 6 is up 7 is up 8 is up 9 is up 10 is up 11 is up 12 is up 13 is up 14 is up 15 is up 16 is up 17 is up 18 is up 19 is up 20 is up 21 is up 22 is up 23 is up 24 is up The following example configures the required signaling to support modem pooling and the digital number identification service (DNIS) over channelized T1 lines on a Cisco AS5300. The only supported signaling and tone types for modem pooling over CT1 RBS are E&M feature group B, DTMF tones, and MF tones. By configuring DNIS as part of the cas-group command, the system can collect DNIS digits for incoming calls, which can be redirected to specific modem pools setup for different customers or services. Additionally, you must be running MICA modems in the system and have at least 10% of your total modems in the default modem pool. Free modems are needed in the default pool to detect the incoming called number or DNIS before handing the call off to the appropriate modem pool. Therefore, two modems are actually needed to handle each incoming call. Note Make sure that your switch provides inband address information for incoming analog calls before you enable this feature. controller t1 0 cas-group 0 timeslots 1-24 type e&m-fgb dtmf dnis exit Cisco IOS Dial Technologies Command Reference November 2009 DIA-61 Dial Commands cas-group (T1 controller) modem-pool accounts1 pool-range 30-50 called-number 2000 max-conn 21 exit The following example configures a Cisco AS5200 to accept switched 56K digital calls on both of its T1 controllers: copy running-config startup-config The following example configures switched 56K digital services and analog modem services on one controller. Each service is assigned its own range of timeslots. Switched 56K calls are assigned to timeslots 1 through 15. Analog modem calls are assigned to timeslots 16 through 24. However, you must use different channel group numbers in each cas-group command entry. controller T1 0 cas-group 0 timeslots 1-15 type e&m-fgb service data cas-group 1 timeslots 16-24 type e&m-fgb service voice framing esf clock source line secondary linecode b8zs exit The following example configures R1 signaling on a Cisco AS5200 (T1 interface) and specifies the collection of both ANI and DNIS information: cas-group 1 timeslots 1-24 type r1-modified ani-dnis The following example configures R1 modified signaling on a Cisco AS5800 (T1 interface) and specifies the collection of both ANI and DNIS information: Router(config-controller)# cas-group 1 timeslots 1-24 type r1-modified ani-dnis Router(config-controller)# ^Z Router(config-controller)# debug csm Call Switching Module debugging is on 1d16h:%CONTROLLER-5-UPDOWN:Controller E1 1/1/0, changed state to up *Dec 17 11:27:47.946:allocate slot 4 and port 2 is allocated *Dec 17 11:27:47.946:CSM v(4/2) *Dec 17 11:27:47.961:CSM v(4/2) *Dec 17 11:27:49.413:CSM v(4/2) ev_IC_DNIS_INFO_COLLECTED. *Dec 17 11:27:50.265:CSM v(4/2) ev_IC_ADDR_INFO_COLLECTED. *Dec 17 11:27:50.265:CSM v(4/2) ev_DSX0_CONNECTED. Router# show modem csm 1/4/2 VDEV_INFO:slot 4, port 2 vdev_status(0x00000001):VDEV_STATUS_ACTIVE_CALL. csm_state(0x00000205)=CSM_IC5_CONNECTED, csm_event_proc=0x60665CB0, current call thru Channelize line invalid_event_count=0, wdt_timeout_count=0 watchdog timer is not activated wait_for_dialing:False, wait_for_bchan: pri_chnl=(E1 1/1/0:0), vdev_chnl=(s4, c2) start_chan_p=0, chan_p=61994BC4, time_slot=0 The calling party phone number = The called party phone number = 6789 ring_no_answer=0, ic_failure=0, ic_complete=1 dial_failure=0, oc_failure=0, oc_complete=0 c(E1 1/1/0:0):CSM_PROC_IDLE: ev_DSX0_CALL. c(E1 1/1/0:0):CSM_PROC_IC1_RING: ev_MODEM_OFFHOOK. c(E1 1/1/0:0):CSM_PROC_IC2_COLLECT_ADDR_INFO: c(E1 1/1/0:0):CSM_PROC_IC2_COLLECT_ADDR_INFO: c(E1 1/1/0:0):CSM_PROC_IC4_WAIT_FOR_CARRIER: Cisco IOS Dial Technologies Command Reference DIA-62 November 2009 Dial Commands cas-group (T1 controller) oc_busy=0, oc_no_dial_tone=0, oc_dial_timeout=0 remote_link_disc=0, busyout=0, modem_reset=0 call_duration_started=1d16h, call_duration_ended=00:00:00, total_call_duration=00:00:00 Router# debug mica msm MICA modems state machine debugging is on DA-Slot4# 1d16h:Msm2:MSM_IN_SERVICE:n_ring_ind:cc0x200 si5 dc3 ms0 cr56000,75 1d16h:Msm2:MSM_PREPARE:m_state_trans:newst MODEM_STATE_SETUP 1d16h:Msm2:MSM_SETUP:m_dig_det:di=0x23(#) 1d16h:Msm2:MSM_COLLECTING_DNIS:m_dig_det:di=0x41(A) 1d16h:Msm2:MSM_COLLECTING_DNIS:m_dig_det:di=0x36(6) 1d16h:Msm2:MSM_COLLECTING_DNIS:m_dig_det:di=0x37(7) 1d16h:Msm2:MSM_COLLECTING_DNIS:m_dig_det:di=0x38(8) 1d16h:Msm2:MSM_COLLECTING_DNIS:m_dig_det:di=0x39(9) 1d16h:Msm2:MSM_COLLECTING_DNIS:m_dig_det:di=0x42(B) 1d16h:Msm2:MSM_COLLECTING_ANI_PREFIX:m_dig_det:di=0x23(#) 1d16h:Msm2:MSM_COLLECTING_ANI:m_dig_det:di=0x41(A) 1d16h:Msm2:MSM_COLLECTING_ANI:m_dig_det:di=0x42(B) 1d16h:Msm2:MSM_COLLECTING_ANI_SUFFIX:t_timeout: 1d16h:Msm2:MSM_CALL_VERIFICATION:n_call_acc: 1d16h:Msm2:MSM_TRAING_NEGNG:m_state_trans:newst MODEM_STATE_CONNECT 1d16h:Msm2:MSM_TRAING_NEGNG:m_state_trans:newst MODEM_STATE_LINK 1d16h:Msm2:MSM_TRAING_NEGNG:m_state_trans:newst MODEM_STATE_TRAINUP 1d16h:Msm2:MSM_TRAING_NEGNG:m_state_trans:newst MODEM_STATE_EC_NEGOTIATING 1d16h:Msm2:MSM_TRAING_NEGNG:m_state_trans:newst MODEM_STATE_STEADY_STATE Cisco IOS Dial Technologies Command Reference November 2009 DIA-63 Dial Commands channel-group channel-group To configure serial WAN on a T1 or E1 interface, use the channel-group command in controller configuration mode. To clear a channel group, use the no form of this command. Cisco 2600 Series channel-group channel-group-number timeslots range [speed {56 | 64}] [aim aim-slot-number] no channel-group channel-group-number Cisco 2611 (Cisco Signaling Link Terminal [SLT]) channel-group channel-number no channel-group channel-number Cisco 2600XM Series, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, and Cisco 3745 channel-group channel-group-number {timeslots range [speed {56 | 64}] | unframed} [aim aim-slot-number] no channel-group [channel-group-number timeslots range] Cisco AS5350 and Cisco AS5400 Series channel-group channel-group-number no channel-group channel-group-number Cisco MC3810 channel-group channel-number timeslots range [speed {56 | 64}] no channel-group [channel-number timeslots range] Syntax Description channel-group-number Channel-group number on the Cisco 2600 series, Cisco 2600XM, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, and Cisco 3745 routers. When a T1 data line is configured, channel-group numbers can be values from 0 to 23. When an E1 data line is configured, channel-group numbers can be values from 0 to 30. Valid values can be 0 or 1 on the Cisco AS5350 and Cisco AS5400. Cisco IOS Dial Technologies Command Reference DIA-64 November 2009 Dial Commands channel-group timeslots range Specifies one or more time slots separated by commas, and spaces or ranges of time slots belonging to the channel group separated by a dash. The first time slot is numbered 1. • • For a T1 controller, the time slots range from 1 to 24. For an E1 controller, the time slots range from 1 to 31. You can specify a time slot range (for example, 1-29), individual time slots separated by commas (for example 1, 3, 5), or a combination of the two (for example 1-14, 15, 17-31). See the “Examples” section for samples of different timeslot ranges. speed {56 | 64} (Optional) Specifies the speed of the underlying DS0s in kilobits per second. Valid values are 56 and 64. The default line speed when configuring a T1 controller is 56 kbps on the Cisco 2600 series, Cisco 2600XM series, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, Cisco 3745, and Cisco MC3810. The default line speed when configuring an E1 controller is 64 kbps on the Cisco 2600 series, Cisco 2600XM series, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, Cisco 3745, and Cisco MC3810. The line speed controls real-time (VBR-RT) traffic shaping, and the maximum burst size (MBS) is 255 cells. aim aim-slot-number (Optional) Directs HDLC traffic from the T1/E1 interface to the AIM-ATM-VOICE-30 digital signaling processor (DSP) card on the Cisco 2600 series, Cisco 2600XM series, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, and Cisco 3745. Number of the channel. Valid values can be 0 or 1 on the Cisco SLT (Cisco 2611). Specifies the use of all 32 time slots for data. None of the 32 time slots is used for framing signals on the Cisco 2600XM series, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, and Cisco 3745. This keyword is applicable to E1 only. channel-number unframed Command Default The T1/E1 line is connected to the Motorola MPC-860x processor serial communication controller (SCC) or network module with two voice or WAN interface card (VIC or WIC) slots and 0/1/2 FastEthernet ports DSCC4 by default on Cisco 2600 series, Cisco 2600XM, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, and Cisco 3745 routers. There is no default behavior or values on the Cisco SLT (Cisco 2611). The serial interface object encapsulation is set to HDLC on a network access server (NAS) (Cisco AS5350 and Cisco AS5400 series routers). The default line speed is 56 kbps when a T1 controller is configured on the Cisco 2600 series, Cisco 2600XM series, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, Cisco 3745, and the Cisco MC3810. The default line speed is 64 kbps when an E1 controller is configured on the Cisco 2600 series, Cisco 2600XM series, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, Cisco 3745, and the Cisco MC3810. Cisco IOS Dial Technologies Command Reference November 2009 DIA-65 Dial Commands channel-group Command Modes Controller configuration Command History Release 11.3MA 12.0 12.0(7)XE 12.1(1)E 12.1(1)T Modification This command was introduced on the Cisco MC3810. This command was integrated into Cisco IOS Release 12.0 on the Cisco MC3810. This command was implemented on the Catalyst 6000 family switches. This command was integrated into Cisco IOS Release 12.1(1)E. This command was modified to accommodate two channel groups on a port on 1- and 2-port T1/E1 multiflex voice or WAN interface cards on the Cisco 2600 and Cisco 3600 series routers. The number of valid values for the kbps argument was changed on the Cisco MC3810; see the “Usage Guidelines” section for valid values. This command was implemented on the Cisco AS5350 and Cisco AS5400. The aim keyword was added for use on the Cisco 2600 series (including the Cisco 2691), Cisco 2600XM, Cisco 3660, Cisco 3725, and Cisco 3745. The unframed keyword was added for use on the Cisco 2600XM series, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, and Cisco 3745. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. 12.1(3a)E3 12.2(11)T 12.2(15)T 12.3(1) 12.2SX Usage Guidelines Use this command to direct HDLC traffic from the T1/E1 interface to the AIM-ATM-VOICE-30 DSP card. A channel group is created using Advanced Integration Module (AIM) HDLC resources when a channel-group command with the aim keyword is parsed during system initialization or when the command is entered during configuration. You must specify the aim keyword under a T1/E1 controller port to direct HDLC traffic from the T1/E1 interface to the AIM-ATM-VOICE-30 DSP card on the Cisco 2600 series, Cisco 2600XM series, Cisco 2691, Cisco 3631, Cisco 3660, Cisco 3725, and Cisco 3745. Note Neither the Cisco AS5400 series NAS nor the Cisco MC3810 is supported with the integrated voice and data WAN on T1/E1 interfaces using the AIM-ATM-VOICE-30 module. If previous channel-group commands are configured with the aim keyword, subsequent channel-group commands without the aim keyword are rejected. Similarly, if a regular channel-group command is followed by another channel-group command with the aim keyword implemented, the second command is rejected on the Cisco 2600 and Cisco 2600XM. A channel group using AIM HDLC resources is deleted only when a no channel-group command is entered. By default, the channel-group command on a NAS sets the serial interface object encapsulation to HDLC. You must override the default by entering the encapsulation ss7 command for that serial interface object. Once you override the default, encapsulation cannot be changed again for that object. The SS7 encapsulation option is new to the Integrated Signaling Link Terminal feature and is available only for interface serial objects created by the channel-group command. The Integrated Signaling Link Terminal feature added SLT functionality on Cisco AS5350 and Cisco AS5400 platforms. Cisco IOS Dial Technologies Command Reference DIA-66 November 2009 Dial Commands channel-group A digital SS7 link can be deleted by entering the no channel-group channel-group-number command on the associated T1/E1 controller. The link must first be stopped using the no shutdown command. It is not necessary to remove the channel ID association first. Use the channel-group command in configurations where the router or access server must communicate with a T1 or E1 fractional data line. The channel group number may be arbitrarily assigned and must be unique for the controller. The time-slot range must match the time slots assigned to the channel group. The service provider defines the time slots that comprise a channel group. Note Channel groups, channel-associated signaling (CAS) voice groups, DS0 groups, and time-division multiplexing (TDM) groups all use group numbers. All group numbers configured for channel groups, CAS voice groups, and TDM groups must be unique on the local Cisco MC3810 concentrator. For example, you cannot use the same group number for a channel group and for a TDM group. Furthermore, on the Cisco MC3810, only one channel group can be configured on a controller. The channel group number can be 0 or 1 on the Cisco SLT (Cisco 2611). The channel-group command also applies to Voice over Frame Relay, Voice over ATM, and Voice over HDLC on the Cisco MC3810. Examples The following example shows basic configuration directing HDLC traffic from the T1/E1 interface to the AIM-ATM-VOICE-30 DSP card, starting in global configuration mode: Router(config)# controller e1 1/0 Router(config-controller)# clock source internal Router(config-controller)# channel-group 0 timeslots 1-31 aim 0 The following example explicitly sets the encapsulation type to PPP to override the HDLC default: Router# configure terminal Router(config)# controller t1 6/0 Router(config-controller)# channel-group 2 timeslots 3 aim 0 Router(config-controller)# exit Router(config)# interface serial 6/0:2 Router(config-if)# encapsulation ppp Router(config-if)# ip address 10.0.0.1 255.0.0.0 Router(config-if)# no shutdown Router(config-if)# end The following example shows how to explicitly set the encapsulation type to SS7 to override the HDLC default using the Integrated Signaling Link Terminal feature. This example uses an 8PRI DFC card inserted into slot 7, and DS0-timeslot 3 on trunk 5 of that card is used as an SS7 link: Router# configure terminal Router(config)# controller t1 7/5 Router(config-controller)# channel-group 2 timeslots 3 Router(config-controller)# exit Router(config)# interface serial 7/5:2 Router(config-if)# encapsulation ss7 Router(config-if)# channel-id 0 Router(config-if)# no shutdown Router(config-if)# end Cisco IOS Dial Technologies Command Reference November 2009 DIA-67 Dial Commands channel-group The following example defines three channel groups. Channel-group 0 consists of a single time slot, channel-group 8 consists of seven time slots and runs at a speed of 64 kbps per time slot, and channel-group 12 consists of two time slots. Router(config-controller)# channel-group 0 timeslots 1 Router(config-controller)# channel-group 8 timeslots 5,7,12-15,20 speed 64 Router(config-controller)# channel-group 12 timeslots 2 The following example configures a channel group on controller T1 0 on a Cisco MC3810: Router(config)# controller T1 0 Router(config-controller)# channel-group 10 timeslots 10-64 The following example configures a channel group on controller E1 1 and specifies that all time slots are used for data: controller e1 1 channel-group 1 unframed Note SS7 digital F-link support for the 8PRI line card requires use of a third onboard TDM stream to route trunk DS0 messages to the onboard MGCs. Related Commands Command framing invert data linecode voice-card encapsulation Description Specifies the frame type for the T1 or E1 data line. Enables channel inversion. Specifies the line code type for the T1 or E1 line. Configures a card with voice processing resources and enters voice card configuration mode. Sets the encapsulation type. Cisco IOS Dial Technologies Command Reference DIA-68 November 2009 Dial Commands chat-script chat-script To create a script that will place a call over a modem, use the chat-script command in global configuration mode. To disable the specified chat script, use the no form of this command. chat-script script-name expect-send no chat-script script-name expect-send Syntax Description script-name expect-send Name of the chat script. Pairs of information elements: an item to expect and an item to send in response. Command Default No chat scripts are defined. Command Modes Global configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines Chat scripts are used in dial-on-demand routing (DDR) to give commands to dial a modem and commands to log on to remote systems. The defined script will be used to place a call over a modem. Some characteristics of chat scripts are as follows: • • • • Chat scripts are case sensitive. You can have any number of ABORT sequences active at once. When a chat script starts, the default timeout is 5 seconds. Changes to the timeout persist until the next time you change them in the script. A string within quotation marks is treated as a single entity. We recommend that one chat script (a “modem” chat script) be written for placing a call and another chat script (a “system” or “login” chat script) be written to log on to remote systems, where required. Suggested Chat Script Naming Conventions A suggested chat script naming convention is vendor-type-modulation. If you follow this convention, the syntax of the chat-script command becomes chat-script vendor-type-modulation expect-send. For example, if you have a Telebit T3000 modem that uses V.32bis modulation, you would name your chat script telebit-t3000-v32bis. The chat-script command could be written as follows: chat-script telebit-t3000-v32bis ABORT ERROR ABORT BUSY ABORT "NO ANSWER" "" "AT H" OK "AT DT \T" DIALING \c TIMEOUT 30 CONNECT \c Cisco IOS Dial Technologies Command Reference November 2009 DIA-69 Dial Commands chat-script Adhering to this naming convention allows you to use partial chat script names with regular expressions to specify a range of chat scripts that can be used. This capability is particularly useful for dialer rotary groups and is explained further in the next section. Chat scripts are in the form expect-send, where the send string following the hyphen (-) is executed if the preceding expect string fails. Each send string is followed by a return unless it ends with the escape sequence \c. The sequence ^x is translated into the appropriate control character, and the sequence \x is translated into x if \x is not one of the special sequences listed in Table 9. See the book titled Managing uucp and Usenet by Tim O’Reilly and Grace Todino for more information about chat scripts. Escape Sequences The escape sequences used in chat scripts are listed in Table 9. Table 9 Chat Script Send String Escape Sequences Escape Sequence \ \\ \” \c \d \K \n \N \p \q \r \s \t \T “” BREAK EOT Expect-Send Pairs Description Sends the ASCII character with its octal value. Sends a backslash (\) character. Sends a double-quote (“) character (does not work within double quotes). Suppresses a new line at the end of the send string. Delays for 2 seconds. Inserts a BREAK. Sends a newline or linefeed character. Sends a null character. Pauses for 0.25 second. Reserved, not yet used. Sends a return. Sends a space character. Sends a tab character. Replaced by phone number. Expects a null string. Causes a BREAK. This sequence is sometimes simulated with line speed changes and null characters. May not work on all systems. Sends an end-of-transmission character. Sample supported expect-send pairs are described in Table 10. Cisco IOS Dial Technologies Command Reference DIA-70 November 2009 Dial Commands chat-script Table 10 Sample Supported Expect-Send Pairs Expect and Send Pair ABORT string TIMEOUT time Function Designates a string whose presence in the input indicates that the chat script has failed. Sets the time to wait for input, in seconds. The default is 5 seconds and a timeout of 60 seconds is recommended for V.90 modems. For example, if a modem reports BUSY when the number dialed is busy, you can indicate that you want the attempt stopped at this point by including ABORT BUSY in your chat script. Alternate Handlers If you use the expect-send pair ABORT SINK instead of ABORT ERROR, the system terminates abnormally when it encounters SINK instead of ERROR. Missed Characters After the connection is established and you press the Return key, you must often press Return a second time before the prompt appears. For example, you might include the following as part of your chat script: ssword:-/r-ssword This part of the script specifies that, after the connection is established, you want ssword to be displayed. If it is not displayed, you must press Return again after the timeout passes. Examples The following example shows the chat-script command being used to create a chat script named t3000: chat-script t3000 ABORT ERROR ABORT BUSY ABORT "NO ANSWER" "" "AT H" OK "AT DT \T" DIALING \c TIMEOUT 60 CONNECT \c Related Commands Command dialer map script dialer Description Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies a default modem chat script. Cisco IOS Dial Technologies Command Reference November 2009 DIA-71 Dial Commands class (controller) class (controller) To create a signaling class structure that can be referred to by its name, use the class command in controller configuration mode. To remove the structure, use the no form of this command. class name no class name Syntax Description name The signaling class name which specifies the template that processes the automatic number identification/dialed number identification service (ANI/DNIS) delimiter. Command Default No signaling class structures are defined. Command Modes Controller configuration Command History Release 12.1(1)T Modification This command was introduced. Usage Guidelines A signaling class allows the Cisco AS5300 and Cisco AS5800 universal access servers to provide the ANI/DNIS delimiter on incoming T1/CAS trunk lines. The digit collection logic in the call switching module (CSM) for incoming T1 CAS calls in dual tone multifrequency (DTMF) is modified to process the delimiters, the ANI digits, and the DNIS digits. For this feature to work, a CAS signaling class with the template to process ANI/DNIS delimiters has to be defined. This creates a signaling class structure which can be referred to by its name. The name argument must match the name configured in the signaling-class cas command. Examples The following example defines a CAS signaling class with the template to process ANI/DNIS delimiters on channel 1: Router(config)# signaling-class cas test Router(config-sig-class)# profile incoming S<*a<*d<*n Router(config)# controller T1 1/0/1 Router(config-controller)# class test Related Commands Commands profile incoming signaling-class cas Descriptions Defines a template formed by directives guiding the CSM to process the digit sequence for a signaling class. Defines a signaling class which specifies the template that processes the ANI/DNIS delimiter. Cisco IOS Dial Technologies Command Reference DIA-72 November 2009 Dial Commands clear cot summary clear cot summary To reset the counters, use the clear cot summary command in privileged EXEC mode. clear cot summary Syntax Description This command has no arguments or keywords. Command Modes Privileged EXEC Command History Release 11.3(7) Modification This command was introduced. Examples There is no display generated, but the counters in the show cot summary command would be all zeros. Related Commands Command show cot dsp show cot request show cot summary Description Displays information about the COT DSP configuration or current status. Displays COT request information. Displays information about the COT activity. Cisco IOS Dial Technologies Command Reference November 2009 DIA-73 Dial Commands clear counters (async) clear counters (async) To clear the counters of a specified asynchronous interface or specified asynchronous interface group, as displayed by the show interface async command, use the clear counters command in EXEC mode. clear counters {async async-interface-number | group-async group-async-interface-number} Syntax Description async async-interface-number Counters in a specified asynchronous interface. Required async interface number of the asynchronous interface that has been previously created with this number specification. The range is from 1 through 49. Counters in a specified asynchronous interface group. Required group-async interface number that has been previously created with this number specification. The range is from 0 through 49. group-async group-async-interface-number Command Modes EXEC Command History Release 12.0 Modification This command was introduced. Usage Guidelines Before using this command, use the show interface async command to display the asynchronous related counters on the specified asynchronous interface. Examples The following example uses the show interface async command to display the asynchronous related counters on the asynchronous interface named 1. The example then uses the clear counters group-async command to clear the counters. After the counters are cleared, the configuration file for the interface is displayed. Router# show interface async 1 Async1 is down, line protocol is down modem(slot/port)=1/0, state=IDLE dsx1(slot/unit/channel)=NONE, status=VDEV_STATUS_UNLOCKED Hardware is Async Serial Interface is unnumbered. Using address of Ethernet0 (1.18.31.9) MTU 1500 bytes, BW 115 Kbit, DLY 100000 usec, rely 255/255, load 1/255 Encapsulation PPP, loopback not set, keepalive not set DTR is pulsed for 5 seconds on reset LCP Closed Closed: IPCP, CDPCP Last input never, output never, output hang never Last clearing of "show interface" counters 00:03:46 Input queue: 0/10/0 (size/max/drops); Total output drops: 0///// Queueing strategy: weighted fair Cisco IOS Dial Technologies Command Reference DIA-74 November 2009 Dial Commands clear counters (async) Output queue: 0/1000/64/0 (size/max total/threshold/drops) Conversations 0/0/256 (active/max active/max total) Reserved Conversations 0/0 (allocated/max allocated) 5 minute input rate 0 bits/sec, 0 packets/sec 5 minute output rate 0 bits/sec, 0 packets/sec 0 packets input, 0 bytes, 0 no buffer Received 0 broadcasts, 0 runts, 0 giants, 0 throttles 0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort 0 packets output, 0 bytes, 0 underruns 0 output errors, 0 collisions, 0 interface resets 0 output buffer failures, 0 output buffers swapped out 0 carrier transitions Router# Router# clear counters group-async 1 Clear "show interface" counters on this interface [confirm] Router# *Oct 17 00:42:27.083: %CLEAR-5-COUNTERS: Clear counter on interface Group-Asynce Related Commands Command Description clear modem counters Clears the statistical counters on one or more manageable modems on access servers or routers. show interface async Displays the asynchronous related counters on the specified asynchronous interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-75 Dial Commands clear counters line clear counters line To clear line counters, use the clear counters line command in EXEC mode. clear counters line {type | number} Syntax Description type number Line type: aux, console, tty, or vty. First line number to clear, which can be between 0 and 54. Command Modes EXEC Command History Release 11.2P Modification This command was introduced. Usage Guidelines This command clears the line counters shown by the show line command. Examples The following example shows the available options under the clear counters line command. When you issue this command, the counters (for example, Uses and Noise) displayed by the show line command are cleared. Router# clear counters line ? <0-54> aux console tty vty First Line number Auxiliary line Primary terminal line Terminal controller Virtual terminal Router# exit Router> show line Tty 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Typ CTY TTY TTY TTY TTY TTY TTY TTY TTY TTY TTY TTY TTY TTY TTY TTY TTY Tx/Rx 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 A Modem inout inout inout inout inout inout inout inout inout inout inout inout inout inout inout inout Roty AccO AccI Uses 0 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 1 Noise 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Overruns 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 0/0 * A A A * * * * * * * * * * * * A Cisco IOS Dial Technologies Command Reference DIA-76 November 2009 Dial Commands clear counters line A A A A A 17 18 19 20 21 TTY TTY TTY TTY TTY 115200/115200 115200/115200 115200/115200 115200/115200 115200/115200 - inout inout inout inout inout - - - 1 1 1 1 1 0 0 0 0 0 0/0 0/0 0/0 0/0 0/0 Related Commands Command show line Description Displays the parameters of a terminal line. Cisco IOS Dial Technologies Command Reference November 2009 DIA-77 Dial Commands clear dialer clear dialer To clear the values of dialer statistics for one or more serial interfaces or BRIs configured for dial-on-demand routing (DDR), use the clear dialer privileged EXEC mode command clear dialer [interface type number] Cisco 7500 Series Routers Only clear dialer [interface serial slot/port] Syntax Description interface type number slot/port (Optional) Indicates that one interface will be specified. (Optional) Interface type: async, serial, or bri. (Optional) Interface number. (Optional) Backplane slot number and port number on the interface. See your hardware installation manual for the specific slot and port numbers. Command Modes Privileged EXEC Command History Release 11.0 Modification This command was introduced. Usage Guidelines If the interface keyword and the arguments are not used, dialer statistics are cleared on all interfaces. Examples The following example clears the dialer statistics on serial interface 1: Router# clear dialer interface serial 1 Cisco IOS Dial Technologies Command Reference DIA-78 November 2009 Dial Commands clear dialer dnis clear dialer dnis To reset the counter statistics associated with a specific dialed number identification service (DNIS) group or number, use the clear dialer dnis command in privileged EXEC mode. clear dialer dnis {group name | number number} Syntax Description group name number number Dialer DNIS group statistics. Dialer DNIS number statistics. Command Modes Privileged EXEC Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the clear dialer dnis EXEC command to reset the counter statistics associated with a specific DNIS group or number. This command clears the counters for a DNIS group to reset the counter statistics associated with a specific DNIS group or number. If an ISP is charging a customer for the number of calls to a DNIS, it can clear the number after a week or month by using this command. Examples The following example shows the result of using the clear dialer dnis command for the DNIS group named “dg1”. Note that the counters have been cleared after the clear dialer dnis command has been entered. Router# show dialer dnis group dg1 DNIS Number:71028 4 total connections 3 peak connections 1 calltype mismatches DNIS Number:4156266541 8 total connections 5 peak connections 0 calltype mismatches DNIS Number:4085541628 3 total connections 2 peak connections 0 calltype mismatches DNIS Number:71017 2 total connections 1 peak connections 0 calltype mismatches Router# clear dialer dnis group dg1 Router# show dialer dnis group dg1 DNIS Number:71028 0 total connections Cisco IOS Dial Technologies Command Reference November 2009 DIA-79 Dial Commands clear dialer dnis 0 peak connections 0 calltype mismatches DNIS Number:4156266541 0 total connections 0 peak connections 0 calltype mismatches DNIS Number:4085541628 0 total connections 0 peak connections 0 calltype mismatches DNIS Number:71017 0 total connections 0 peak connections 0 calltype mismatches Related Commands Command show dialer dnis Description Displays the number of calls DNIS groups have had. Cisco IOS Dial Technologies Command Reference DIA-80 November 2009 Dial Commands clear dialer sessions clear dialer sessions To remove all dialer sessions and disconnect links when connected, use the clear dialer sessions command in EXEC mode. clear dialer sessions Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 12.0(3)T Modification This command was introduced. Examples The following example shows how to use the clear dialer sessions command: Router# clear dialer sessions Related Commands Command show dialer sessions Description Displays all dialer sessions. Cisco IOS Dial Technologies Command Reference November 2009 DIA-81 Dial Commands clear dsip tracing clear dsip tracing To clear Distributed System Interconnect Protocol (DSIP) tracing statistics (trace logging), use the clear dsip tracing command in privileged EXEC mode. clear dsip tracing {counters | tracing} [control | data | ipc] Syntax Description counters tracing control data ipc DSIP counters. DSIP tracing buffers. (Optional) Control counters or tracing buffers. (Optional) Data counters or tracing buffers. (Optional) Inter-process communication counters or tracing buffers. Command Default If no option is specified, all control, data, and inter-process communication counters or tracing buffers are cleared. Command Modes Privileged EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines Use this command to clear the counters displayed with the show dsip tracing EXEC command. Examples In the following example, the DSIP counters are cleared (including data, control, and ipc counters): Router# clear dsip tracing Related Commands Command show dsip tracing show dsip version Description Displays DSIP tracing buffer information. Displays DSIP version information. Cisco IOS Dial Technologies Command Reference DIA-82 November 2009 Dial Commands clear interface virtual-access clear interface virtual-access To tear down the virtual access interface and free the memory for other dial-in uses, use the clear interface virtual-access command in privileged EXEC mode. clear interface virtual-access number Syntax Description number Virtual access interface number. Command Modes Privileged EXEC (#) Command History Release 11.2F 12.2(33)SRE 15.0(1)M Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRE. This command was integrated into Cisco IOS Release 15.0(1)M. Usage Guidelines This command does not free the memory for uses unrelated to dial-in access. Examples The following example clears a specified virtual access interface. You can use the show interfaces virtual-access command to display the interface numbers before you clear any specific one. Router# clear interface virtual-access 2.1 Related Commands Command Description interface virtual-template Creates a virtual template interface that can be configured and applied dynamically in creating virtual access interfaces. show interfaces Displays statistics for the interfaces configured on a router or access server. Cisco IOS Dial Technologies Command Reference November 2009 DIA-83 Dial Commands clear ip route download clear ip route download To clear static routes downloaded from an authentication, authorization, and accounting (AAA) server, use the clear ip route download command in EXEC mode. clear ip route download {* | network-number network-mask | reload} Syntax Description * network-number network-mask reload All routes. Destination network route and mask in standard IP address notation. For example, 10.1.1.1 255.255.255.255. Delete all routes, then reload static routes from the AAA server and reset the timer configured by the aaa route download command. Command Modes EXEC Command History Release 12.0(3)T Modification This command was introduced. Usage Guidelines This command forces the router to reload static routes from the AAA server before the update timer expires. Examples The following example shows how to clear all routes: Router# clear ip route download * Related Commands Command aaa authorization configuration default aaa route download show ip route Description Downloads static route configuration information from the AAA server using TACACS+ or RADIUS. Enables the download static route feature and sets the amount of time between downloads. Displays all static IP routes, or those installed using the AAA route download function. Cisco IOS Dial Technologies Command Reference DIA-84 November 2009 Dial Commands clear line clear line To return a terminal line to idle state, use the clear line command in EXEC mode. clear line line-number Syntax Description line-number Absolute line number. Command Modes EXEC Command History Release 10.0 Modification This command was introduced. Usage Guidelines Use this command to log out of a specific session running on another line. If the line uses a modem, the modem will be disconnected. Examples The following example resets line 3 to idle state: Router# clear line 3 Cisco IOS Dial Technologies Command Reference November 2009 DIA-85 Dial Commands clear line async-queue clear line async-queue To reset the connections currently waiting to use a rotary line in the queue, use the clear line async-queue command in EXEC mode. clear line async-queue [rotary-group] Syntax Description rotary-group (Optional) Rotary group. Command Modes EXEC Command History Release 12.1(1)T Modification This command was introduced. Usage Guidelines Use this command without any argument to remove all rotary line queues and terminate the asynchronous queue manager. Use the clear line async-queue command with the rotary-group argument to reset only the specified rotary group. Examples The following example clears all the rotary queues and shows the resulting output: Router# clear line async-queue Clearing queued Clearing rotary Clearing line Clearing line Clearing rotary Clearing line Clearing line Clearing line connections for ALL rotary groups ! [confirm] group 1 69 70 group 2 66 67 68 Cisco IOS Dial Technologies Command Reference DIA-86 November 2009 Dial Commands clear modem clear modem To reset the hardware for one or more manageable modems on an access server or router, use the clear modem command in EXEC mode. clear modem {slot/port | all | group group-number | at-mode slot/port | test} Syntax Description slot/port all group group-number at-mode slot/port Slot and modem port number. (Include the slash mark when entering this variable, for example: 1/1.) All modems. This command disconnects any active calls. Group of modems. The modem group number is the number of the group you have previously created. AT directly connected session. The variable, slot/port, is required. This EXEC command clears an attention (AT) directly connected session to a manageable Microcom modem from a second Telnet session. Log or test report that is displayed by the show modem test command. If you do not clear the test regularly, eventually the oldest test report will replace the current test report. test Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Usage Guidelines The modem hardware is reset for modems that are idle or busied out for long periods of time. An AT directly connected session is usually initiated and closed from the same Telnet session when you enter the modem at-mode command and press Ctrl-C. However, you can clear an AT directly connected session that was mistakenly left open by enabling the clear modem at-mode command from a second Telnet session in to the access server. Examples The following example of the clear modem slot/port command resets the hardware for manageable modem 1/1: Router# clear modem 1/1 The following is an example of using the clear modem all command: Router# clear modem all This command will disconnect any active calls. Clear (reset) all modems? [confirm] Clearing modems................................................ Done Router# Cisco IOS Dial Technologies Command Reference November 2009 DIA-87 Dial Commands clear modem The following examples of the clear modem group command clear the manageable modems in group 1: Router# clear modem group 1 Router# clear modem group1 The following example executes the clear modem at-mode command from a Telnet session: modem at-mode 1/1 The following example executes the clear modem at-mode command from a second Telnet session while the first Telnet session is connected to the modem: Router# clear modem at-mode 1/1 clear "modem at-mode" for modem 1/1 [confirm] Router# The following output is displayed in the first Telnet session after the modem is cleared by the second Telnet session: Direct connect session cleared by vty0 (172.19.1.164) Related Commands Command Description clear modem counters Clears the statistical counters on one or more manageable modems on access servers or routers. interface group-async Creates a group interface that will serve as master, to which asynchronous interfaces can be associated as members. show modem at-mode Opens a directly connected session and enters AT command mode, which is used for sending AT commands to Microcom manageable modems. show modem test Displays the modem test log. Cisco IOS Dial Technologies Command Reference DIA-88 November 2009 Dial Commands clear modem counters clear modem counters To clear the statistical counters on one or more manageable modems installed in an access server, use the clear modem counters command in EXEC mode. clear modem counters [slot/port-number | group [group-number]] Syntax Description slot/port-number (Optional) Slot and modem port number. (Include the slash mark when entering this variable, for example: 1/1.) group [group-number] (Optional) One or all groups of modems. The optional modem group number is the number of a group-async interface. The group number range is from 1 to 1002. Command Default Disabled Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Usage Guidelines Entering the clear modem counters command without specifying an optional keyword or argument resets the modem statistics on each modem and the summary statistics displayed in the show modem summary command. The subcommand clear modem counters group without the group number clears counters in all modem groups. The optional modem group number is the number of a group you have previously created. Examples The following example of the clear modem counters slot/port command clears the statistical counters on manageable modem 1/1: Router# clear modem counters 1/1 The following example of the clear modem counters group command clears the statistical counters on all manageable modem groups: Router# clear modem counters group Clear "show modem" counters for all modem groups [confirm] Router# *Oct 17 20:20:24.974: %CLEAR-5-COUNTERS: Clear counter on modems in all groups e Router# Cisco IOS Dial Technologies Command Reference November 2009 DIA-89 Dial Commands clear modem counters Related Commands Command clear cot summary Description Clears the counters of a specified asynchronous interface or specified asynchronous interface group. show modem summary Displays a high-level report for all manageable modems dialing into and out of the network. Cisco IOS Dial Technologies Command Reference DIA-90 November 2009 Dial Commands clear modem log clear modem log To reset the log for one or more manageable modems installed in a Cisco AS5800 series access server, use the clear modem log command in EXEC mode. clear modem log [shelf/slot/port [shelf/slot/port ...] | group [group-number]] Syntax Description shelf/slot/port [shelf/slot/port ...] (Optional) One or several modem shelves listed in the order shelf, slot, and port. (Include the slash mark when entering the values.) The shelf value is the shelf ID of the dial shelf. The slot values range from 2 to 11 and the port values range from 0 to 323 on the UP324 modem card, and from 0 to 143 on the Double Density Modem Module (DMM) card. group [group-number] (Optional) One or all groups of modems. The optional modem group number is the number of a group-async interface. The group number range is from 1 to 1002. Command Default Reset logs for all modems. Command Modes EXEC Command History Release 12.1T Modification This command was introduced. Usage Guidelines Entering the clear modem log command without specifying an optional keyword or argument resets the log for all modems. Entering the clear modem log command and the group keyword without an argument clears the log for all modem groups. Use the optional shelf/slot/port or group-number argument to clear the log of a specific modem or modem group. The group-number argument is the number of a group you have previously created using the interface group-async global configuration and group range interface configuration commands. These commands create a group of asynchronous interfaces that are associated with a group asynchronous interface on the same device. Examples The following example clears the modem log for shelf 1, slot 4, port 0: Router# clear modem log 1/4/0 Clear Modem log for modem 1/4/00 [confirm]y Use the show modem log command to verify that the modem log for shelf 1, slot 4, port 0 is cleared: Router# show modem log 1/4/0 Modem 1/4/00 Events Log: Cisco IOS Dial Technologies Command Reference November 2009 DIA-91 Dial Commands clear modem log The following example clears the modem logs for shelf 1, slot 4, port 0 and shelf 1, slot 4, port 2: Router# clear modem log 1/4/1 1/4/2 Clear modem log for modems 1/4/01 to 1/4/02 [confirm]y Use the show modem log command to verify the modem logs for shelf 1, slot 4, port 0 and shelf 1, slot 4, port 2 are cleared: Router# show modem log 1/4/1 1/4/2 Modem 1/4/01 Events Log: Modem 1/4/02 Events Log: The following example clears the log for all modems: Router# clear modem log Clear modem log for all modems [confirm]y The following example clears the log for all modem groups: Router# clear modem log group Clear modem log for modems in all groups [confirm]y The following example clears the log for modem group 0: Router# clear modem log group 0 Clear modem log for modems in group 0 [confirm]y Related Commands Command group range interface group-async show modem log Description Creates a list of member asynchronous interfaces (associated with a group interface). Creates a group interface that will serve as master, to which asynchronous interfaces can be associated as members. Displays the modem history event status performed on a manageable modem or group of modems. Cisco IOS Dial Technologies Command Reference DIA-92 November 2009 Dial Commands clear modempool-counters clear modempool-counters To clear the active or running counters associated with one or more modem pools, use the clear modempool-counters command in EXEC mode. clear modempool-counters [name] Syntax Description name (Optional) Modem pool name. If you do not include this option, all counters for all modem pools will be cleared. Command Modes EXEC Command History Release 11.2P Modification This command was introduced. Usage Guidelines The clear modempool-counters command clears the counters that are displayed in the show modem-pool command. This command is used only with MICA technologies digital modems. Examples The following examples show three modem pools set up on the access server: System-def-Mpool, v90service, and v34service: Router# show modem-pool modem-pool: System-def-Mpool modems in pool: 20 active conn: 15 0 no free modems in pool modem-pool: v90service modems in pool: 50 active conn: 43 3 no free modems in pool called_party_number: 4441000 max conn allowed: 50, active conn: 43 3 max-conn exceeded, 3 no free modems in pool modem-pool: v34service modems in pool: 50 active conn: 30 1 no free modems in pool called_party_number: 4443000 max conn allowed: 50, active conn: 30 0 max-conn exceeded, 0 no free modems in pool In the following example, the clear modempool-counters v90service command clears the running counters for the v90services modem pool: Router# clear modempool-counters v90service Router# show modem-pool modem-pool: System-def-Mpool modems in pool: 20 active conn: 15 0 no free modems in pool Cisco IOS Dial Technologies Command Reference November 2009 DIA-93 Dial Commands clear modempool-counters modem-pool: v90service modems in pool: 50 active conn: 0 0 no free modems in pool called_party_number: 4441000 max conn allowed: 50, active conn: 0 0 max-conn exceeded, 0 no free modems in pool modem-pool: v34service modems in pool: 50 active conn: 30 1 no free modems in pool called_party_number: 4443000 max conn allowed: 50, active conn: 30 0 max-conn exceeded, 0 no free modems in pool Related Commands Command called-number (modem pool) modem-pool Description Assigns a called party number to a pool of modems. Creates a new modem pool or specifies an existing modem pool, which allows you to physically or virtually partition your access server for dial-in and dial-out access. Assigns a range of modems to a modem pool. Displays the configuration and connection status for one or more modem pools. pool-member show modem-pool Cisco IOS Dial Technologies Command Reference DIA-94 November 2009 Dial Commands clear port clear port To reset the NextPort port and clear any active call to the port, use the clear port command in EXEC mode. Cisco AS5400 with the NextPort Dial Feature Card (DFC) clear port [slot | slot/port] Cisco AS5800 with the Universal Port Card (UPC) clear port [shelf/slot | shelf/slot/port] Syntax Description slot slot/port (Optional) The slot number to be cleared. All ports on the specified slot will be cleared. For the Cisco AS5400, slot values range from 1 to 7. (Optional) The slot and port number to be cleared. For the Cisco AS5400, slot values range from 1 to 7 and port values range from 0 to one less than the number of ports supported by the card. You must type in the slash mark. (Optional) The shelf and slot number to be cleared. All ports on the specified shelf and slot will be cleared. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must type in the slash mark. (Optional) The shelf, slot, and port number to be cleared. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and port values range from 0 to 323. You must type in the slash mark. shelf/slot shelf/slot/port Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T. Usage Guidelines If you specify the shelf, slot, and port, you clear that port on that SPE. If you specify only the shelf and slot, you clear all active ports on that particular shelf and slot. If you do not specify a shelf, slot, or port, you clear all the ports on the access server. This command also clears the Bad state on a port and resets it. However, the port is not cleared if the SPE was previously in a Bad state due to an SPE firmware download. Cisco IOS Dial Technologies Command Reference November 2009 DIA-95 Dial Commands clear port Examples The following example shows output from the clear port command on the Cisco AS5400 with the NextPort DFC. This example clears slot 1, port 1: Router# clear port 1/1 This will clear port 1/01[confirm]y The following example shows output from the clear port command on the Cisco AS5800 with the UPC. This example clears shelf 1, slot 3, port 0: Router# clear port 1/3/0 This will clear port 1/03/00[confirm]y Related Commands Command busyout clear line clear spe show port digital log show port modem log show spe shutdown (port) Description Informs the central-office switch that a channel is out of service. Returns a terminal line to idle state. Reboots all specified SPEs. Displays the data event log for digital modems. Displays the events generated by the modem sessions Displays SPE status. Disables a port. Cisco IOS Dial Technologies Command Reference DIA-96 November 2009 Dial Commands clear port log clear port log To clear all event entries in the port level history event log, use the clear port log command in EXEC mode. Cisco AS5400 with NextPort DFC clear port log [slot | slot/port] Cisco AS5800 with Universal Port Card clear port log [shelf/slot | shelf/slot/port] Syntax Description slot slot/port (Optional) All ports on the specified slot. For the AS5400, slot values range from 0 to 7. (Optional) All ports on the specified slot and SPE. For the AS5400, slot values range from 0 to 7 and port values range from 0 to 107. Be sure to include the slash mark. (Optional) All ports on the specified shelf and slot. For the AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. Be sure to include the slash mark. (Optional) All ports on the specified SPE. For the AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and port values range from 0 to 323. Be sure to include the slash mark. shelf/slot shelf/slot/port Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. Usage Guidelines The clear port log command clears the entire port log. You cannot remove individual service events from the port log. On the Cisco AS5400 only, you can use show port modem log or the show port digital log to display specific service events, but you must use clear port log to clear the entire port event log. Examples The following example shows output from the clear port log command on the Cisco AS5400 with NextPort DFC. This example clears slot 1, port 1: Router# clear port log 1/1 This will clear log event history for port(s)1/01 - 1/01[confirm]y Cisco IOS Dial Technologies Command Reference November 2009 DIA-97 Dial Commands clear port log The following example shows output from the clear port log command on the Cisco AS5800 with universal port card. This example clears shelf 1, slot 3, port 0: Router# clear port log 01/03/00 This will clear port 1/03/00[confirm]y Related Commands Command show port digital log show port modem log Description Displays the data event log for digital modems. Displays the events generated by the modem sessions. Cisco IOS Dial Technologies Command Reference DIA-98 November 2009 Dial Commands clear resource-pool clear resource-pool To reset the counter statistics associated with a specific customer profile, call discriminator, or physical resource, use the clear resource-pool command in privileged EXEC mode. clear resource-pool {customer | discriminator | resource} {name | all} Syntax Description customer resource name all Customer profile. Physical resource. Checks the counters maintained for resource groups. Specific customer profile, discriminator, or physical resource in the access server. All customer profiles, discriminators, or physical resources in the access server. discriminator Call discriminator. Command Modes Privileged EXEC Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the clear resource-pool privileged EXEC command to reset the counter statistics associated with a specific customer profile, call discriminator, or physical resource. Examples The following example shows the use of the clear resource-pool command for the specific customer named “customer-isp”: Router# clear resource-pool customer ? WORD all Customer profile name Clear all customer profiles Router# clear resource-pool customer customer-isp Related Commands Command show resource-pool call show resource-pool customer show resource-pool resource Description Displays all active call information for all customer profiles and resource groups. Displays the contents of one or more customer profiles. Displays the resource groups configured in the NAS. Cisco IOS Dial Technologies Command Reference November 2009 DIA-99 Dial Commands clear snapshot quiet-time clear snapshot quiet-time To end the quiet period on a client router within two minutes, use the clear snapshot quiet-time command in EXEC mode. clear snapshot quiet-time interface-type interface-number Syntax Description interface-type interface-number Interface type and number. Command Modes EXEC Command History Release 10.3 Modification This command was introduced. Usage Guidelines The clear snapshot quiet-time command places the client router in a state to reenter the active period within two minutes. The two-minute hold period ensures a quiet period of at least two minutes between active periods. Examples The following example ends the quiet period on dialer interface 1: Router# clear snapshot quiet-time dialer 1 Related Commands Command show snapshot snapshot client Description Displays snapshot routing parameters associated with an interface. Configures a client router for snapshot routing. Cisco IOS Dial Technologies Command Reference DIA-100 November 2009 Dial Commands clear spe clear spe To reboot all specified service processing elements (SPEs), use the clear spe command in EXEC mode. Cisco AS5400 with the NextPort Dial Feature Card (DFC) clear spe [slot | slot/spe] Cisco AS5800 with the Universal Port Card (UPC) clear spe [shelf/slot | shelf/slot/spe] Syntax Description slot slot/spe (Optional) The slot number to be cleared. All ports on the specified slot will be cleared. For the Cisco AS5400, slot values range from 1 to 7. (Optional) The slot and service processing element (SPE) number to be cleared. All ports on the specified slot and SPE will be cleared. For the Cisco AS5400, slot values range from 1to 7 and SPE values range from 1 to 17. You must type in the slash mark. (Optional) The shelf and slot number to be cleared. All ports on the specified shelf and slot will be cleared. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must type in the slash mark. (Optional) The shelf, slot and SPE number to be cleared. All ports on the specified SPE will be cleared. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must type in the slash marks. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T. Usage Guidelines Execution of the clear spe command causes the configured firmware to be downloaded to the specified SPE or the range of SPEs and causes the power-on self-test (POST) to be executed. This command can be executed regardless of the state of the SPEs. Note All active ports running on the SPE are prematurely terminated and messages are logged into the appropriate log. Cisco IOS Dial Technologies Command Reference November 2009 DIA-101 Dial Commands clear spe This command downloads configured SPEs with firmware as configured. Unconfigured SPEs download with the default firmware, which is the bundled version. To configure and manage the downloading of firmware without abruptly terminating SPEs, use the firmware location or firmware upgrade commands as appropriate. Examples The following example clears SPEs when the clear spe command is entered on the Cisco AS5400 with the NextPort DFC. This example performs a coldstart on slot 1, SPE 1. Router# clear spe 1/1 Router# This will tear all active calls on the SPE(s), if any.[confirm]y The following example clears SPEs when the clear spe command is entered on the Cisco AS5800 with the UPC. This example performs a coldstart on shelf 1, slot 8, SPE 0. Router# clear spe 1/8/0 Router# This will tear all active calls on the SPE(s), if any.[confirm]y Related Commands Command busyout clear line clear port show spe shutdown (port) Description Disables a port by waiting for the active services on the specified port to terminate. Returns a line to its idle state. Resets the NextPort port and clears any active call. Displays SPE status. Disables a port. Cisco IOS Dial Technologies Command Reference DIA-102 November 2009 Dial Commands clear spe counters clear spe counters To clear all statistics, use the clear spe counters command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) clear spe counters [slot | slot/spe] [slot | slot/spe] Cisco AS5800 with the Universal Port Card (UPC) clear spe counters [slot/spe | shelf/slot | shelf/slot/spe] [slot/spe | shelf/slot | shelf/slot/spe] Syntax Description slot (Optional) The slot number to be cleared. All ports on the specified slot will be cleared. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. A range of slots can be cleared by entering a second value for the slot argument. (Optional) The slot and service processing element (SPE) number to be cleared. All ports on the specified slot and SPE will be cleared. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. The SPE values range from 0 to 17.You must type in the slash mark. A range of SPEs can be cleared by entering by entering a second value for the slot/spe argument. (Optional) The shelf and slot number to be cleared. All ports on the specified shelf and slot will be cleared. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must type in the slash mark. A range of slots can be cleared by entering by entering a second value for the shelf/slot argument. (Optional) The shelf, slot and SPE number to be cleared. All ports on the specified SPE will be cleared. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must type in the slash marks. A range of SPEs can be cleared by entering by entering a second value for the shelf/slot/spe argument. slot/spe shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T. Usage Guidelines The clear spe counters command clears statistical counters of all service types for the specified SPE, range of SPEs, or all the SPEs. If you do not set a parameter, you clear all SPE statistical counters. Cisco IOS Dial Technologies Command Reference November 2009 DIA-103 Dial Commands clear spe counters Examples The following example shows how to clear all statistics by entering the clear spe counters command on the Cisco AS5350 with the NextPort DFC: Router# clear spe counters 1/3 1/7 This will clear statistic counters for SPEs 1/03 - 1/07 [confirm]y The following example shows how to clear all statistics by entering the clear spe counters command on the Cisco AS5800 with the UPC. This example clears shelf 1, slot 3, ports 0 to 11. Router# clear spe counters 1/3/0 1/3/11 This will clear statistic counters for SPEs 1/03/00 - 1/03/11[confirm]y Cisco IOS Dial Technologies Command Reference DIA-104 November 2009 Dial Commands clear spe log clear spe log To clear event entries in the slot history event log, use the clear spe log command in EXEC mode. Cisco AS5400 with the NextPort Dial Feature Card (DFC) clear spe log [slot] [slot] Cisco AS5800 with the Universal Port Card (UPC) clear spe log [shelf/slot] [shelf/slot] Syntax Description slot (Optional) The slot number to be cleared. All ports on the specified slot will be cleared. For the Cisco AS5400, slot values range from 1 to 7. A range of slots can be cleared by entering a second value for the slot argument. (Optional) The shelf and slot number to be cleared. All ports on the specified shelf and slot will be cleared. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must type in the slash mark. A range of slots can be cleared by entering a second value for the shelf/slot argument. shelf/slot Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T. Usage Guidelines The clear spe log command clears event entries in the slot history event log. If you do not specify the shelf/slot range, all service processing element (SPE) event entries clear. If you specify the shelf/slot, only the event entries for that slot clear. Examples The following example shows output from the clear spe log command on the Cisco AS5400 with the NextPort DFC. This example clears the SPE log from shelf 1, 2 and 3: Router# clear spe log 1 3 This will clear slot event history for slot(s) 1 - 3[confirm]y The following example shows output from the clear spe log command on the Cisco AS5800 with the UPC. This example clears shelf 1, slot 8: Router# clear spe log 1/8 This will clear slot event history for slot(s) 8 - 8[confirm]y Cisco IOS Dial Technologies Command Reference November 2009 DIA-105 Dial Commands clear spe log Related Commands Command show spe log Description Displays the SPE system log. Cisco IOS Dial Technologies Command Reference DIA-106 November 2009 Dial Commands clid group clid group To add a calling line identifier (CLID) group to a discriminator, use the clid group command in CLID configuration mode. To remove a CLID group from a discriminator, use the no form of this command. clid group {clid-group-name | default} no clid group {clid-group-name | default} Syntax Description clid-group-name Name of the CLID group added to the discriminator. You can add an existing CLID group or one that is to be defined. Discrimination does not happen until the CLID group is defined. Default discrimination profile. Any CLID number coming in on a call is in its respective default group unless it is specifically assigned a CLID group name. default Command Default CLID screening is not used. Command Modes CLID configuration Command History Release 12.1(5)T Modification This command was introduced. Usage Guidelines Use the clid group command to add a CLID group (which specifies the calls to reject) to the discriminator. If you use the default option, CLID call screening is not used. Examples The following example shows a call discriminator named “clidElim” created and configured to block digital calls from the CLID group named “group1”: resource-pool profile discriminator clidElim call-type digital clid group group1 Related Commands Command call-type resource-pool profile discriminator Description Specifies the type of calls you want to block. Creates a call discrimination profile and assigns it a name. Cisco IOS Dial Technologies Command Reference November 2009 DIA-107 Dial Commands clock source line clock source line To set the E1 line clock source for the Cisco AS5200 access server, use the clock source line command in controller configuration mode. To change or remove the clocking source, use the no form of this command. clock source line {primary | secondary} no clock source line {primary | secondary} Syntax Description primary secondary Primary TDM clock source. Secondary TDM clock source. Command Default Primary TDM clock source is taken from the E1 controller 0 on the Cisco AS5200. Secondary TDM clock source is taken from the E1 controller 1 on the Cisco AS5200. Command Modes Controller configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines Configure the clock source line primary command on the controller that takes the most reliable clocking from an E1 line. Configure the clock source line secondary command on the controller that has the next best known clocking. With this configuration, the primary line clocking is backed up to the secondary line if the primary clocking shuts down. Examples The following example configures the Cisco AS5200 to use E1 controller 0 as the primary clocking source and the E1 controller 1 as the secondary clocking source: controller e1 0 framing esf linecode hdb3 pri-group timeslots 1-23 clock source line primary ! controller e1 1 framing esf linecode hdb3 pri-group timeslots 1-23 clock source line secondary Cisco IOS Dial Technologies Command Reference DIA-108 November 2009 Dial Commands clock source line Related Commands Command clear controller controller linecode show controllers e1 Description Resets the T1 or E1 controller. Configures a T1 or E1 controller and enters controller configuration mode. Selects the linecode type for T1 or E1 line. Displays information about the E1 links supported by the NPM (Cisco 4000) or MIP (Cisco 7500 series). Cisco IOS Dial Technologies Command Reference November 2009 DIA-109 Dial Commands copy modem copy modem To copy modem firmware to integrated modems in an access server, use the copy modem command in EXEC mode. copy {flash | tftp | rcp} modem Syntax Description flash tftp rcp Flash memory. Local TFTP server. Local rcp server. Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Usage Guidelines Note The copy modem command is no longer available for MICA portware and 56K Microcom modems on Cisco AS5200 and AS5300 access servers. Use the spe command instead. The Microcom V.34 modems and Cisco AS5200 V.110 terminal adapter will continue to use the copy modem command. On bootup, because these modems do not require download, the command displays the location of the firmware as "feature_card_flash." After you enable this command, you are asked to provide the download destination (a slot/port or all), the remote host name, and the path leading to the source modem firmware. If a modem that you want to upgrade is busy with a call when the copy modem command is enabled, the upgrade for that modem yields until the active call is dropped. All other idle modems in the upgrade range proceed with the downloading operation. Examples The following example copies the modem firmware file called modem_upgrade from the TFTP server called Modem_Server to modem 2/0, which is installed in a Cisco AS5200 access server: Router# copy tftp modem Modem Numbers (/[-/] | group | all)? 2/0 Address or name of remote host [UNKNOWN]? Modem_Server Source file name? file1/elem/modem_upgrade Accessing file 'file1/elem/modem_upgrade on Modem_Server... Loading file1/elem/modem_upgrade .from 192.168.254.254 (via Ethernet0): ! [OK] Loading file1/elem/modem_upgrade from 192.168.254.254 (via Ethernet0): !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! [OK - 237503/278528 bytes] Cisco IOS Dial Technologies Command Reference DIA-110 November 2009 Dial Commands copy modem Router# %MODEM-5-DL_START: Modem (2/0) started firmware download %MODEM-5-DL_GOOD: Modem (2/0) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 As shown in this example, you might want to upgrade and test one modem’s firmware before upgrading the firmware of all the modems on the access server, as shown in the next example. The following example downloads the same modem firmware file from the TFTP server to all the modems in the Cisco AS5200 access server: Router# copy tftp modem Modem Numbers (/[-/] | group | all)? all Address or name of remote host [UNKNOWN]? Modem_Server Source file name? file1/elem/modem_upgrade Accessing file 'file1/elem/modem_upgrade on Modem_Server... Loading file1/elem/modem_upgrade .from 192.168.254.254 (via Ethernet0): ! [OK] Loading file1/elem/modem_upgrade from 192.168.254.254 (via Ethernet0): !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! [OK - 237503/278528 bytes] Router# %MODEM-5-DL_START: Modem (2/0) started firmware download %MODEM-5-DL_START: Modem (2/1) started firmware download %MODEM-5-DL_START: Modem (2/2) started firmware download %MODEM-5-DL_START: Modem (2/3) started firmware download %MODEM-5-DL_START: Modem (2/4) started firmware download %MODEM-5-DL_START: Modem (2/5) started firmware download %MODEM-5-DL_START: Modem (2/6) started firmware download %MODEM-5-DL_START: Modem (2/7) started firmware download %MODEM-5-DL_START: Modem (2/8) started firmware download %MODEM-5-DL_START: Modem (2/9) started firmware download %MODEM-5-DL_START: Modem (2/10) started firmware download %MODEM-5-DL_START: Modem (2/11) started firmware download %MODEM-5-DL_START: Modem (2/12) started firmware download %MODEM-5-DL_START: Modem (2/13) started firmware download %MODEM-5-DL_START: Modem (2/14) started firmware download %MODEM-5-DL_START: Modem (2/15) started firmware download %MODEM-5-DL_START: Modem (2/16) started firmware download %MODEM-5-DL_START: Modem (2/17) started firmware download %MODEM-5-DL_START: Modem (2/18) started firmware download %MODEM-5-DL_START: Modem (2/19) started firmware download %MODEM-5-DL_START: Modem (2/20) started firmware download %MODEM-5-DL_START: Modem (2/21) started firmware download %MODEM-5-DL_START: Modem (2/22) started firmware download %MODEM-5-DL_START: Modem (2/23) started firmware download %MODEM-5-DL_GOOD: Modem (2/2) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/10) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/4) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/6) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/7) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/12) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/11) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 Cisco IOS Dial Technologies Command Reference November 2009 DIA-111 Dial Commands copy modem %MODEM-5-DL_GOOD: Modem (2/13) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/1) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/14) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/19) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/22) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/5) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/8) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/9) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/17) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/0) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/3) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/21) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/16) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/15) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/18) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/20) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 %MODEM-5-DL_GOOD: Modem (2/23) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 The following example copies the modem firmware file called STAR.M from Flash memory to the integrated modem 1/2: Router# copy flash modem Modem Numbers (/ | group | all)? 1/2 System flash directory: File Length Name/status 1 3539820 as5200-i-m.allcookies 2 239203 STAR.M 3 23072 BOOT.105 [3802288 bytes used, 4586320 available, 8388608 total] Source file name? STAR.M Router# %MODEM-5-DL_START: Modem (1/2) started firmware download %MODEM-5-DL_GOOD: Modem (1/2) completed firmware download: MNPClass10V.34/V.FCModemRev1.0.23/85.23/85 Router Related Commands Command copy spe Description Copies any file from a source to a destination. Enters SPE configuration mode and sets the range of SPEs. Cisco IOS Dial Technologies Command Reference DIA-112 November 2009 Dial Commands corlist incoming corlist incoming To specify the class of restrictions (COR) list to be used when a specified dial peer acts as the incoming dial peer, use the corlist incoming command in dial peer configuration mode. To clear the previously defined incoming COR list in preparation for redefining the incoming COR list, use the no form of this command. corlist incoming cor-list-name no corlist incoming cor-list-name Syntax Description cor-list-name Name of the dial peer COR list that defines the capabilities that the specified dial peer has when it is used as an incoming dial peer. Command Default No default behavior or values. Command Modes Dial peer configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines The dial-peer cor list and member commands define a set of capabilities (a COR list). These lists are used in dial peers to indicate the capability set that a dial peer has when it is used as an incoming dial peer (the corlist incoming command) or to indicate the capability set that is required for an incoming dial peer to make an outgoing call through the dial peer (the corlist outgoing command). For example, if dial peer 100 is the incoming dial peer and its incoming COR list name is list100, dial peer 200 has list200 as the outgoing COR list name. If list100 does not include all the members of list200 (that is, if list100 is not a superset of list200), it is not possible to have a call from dial peer 100 that uses dial peer 200 as the outgoing dial peer. Examples In the following example, incoming calls from 526.... are blocked from being switched to outgoing calls to 1900.... because the COR list for the incoming dial peer (list2) is not a superset of the COR list for the outgoing dial peer (list1): dial-peer list list1 member 900call dial-peer list list2 member 800call member othercall dial-peer voice 526 pots answer-address 408555.... corlist incoming list2 direct-inward-dial Cisco IOS Dial Technologies Command Reference November 2009 DIA-113 Dial Commands corlist incoming dial-peer voice 900 pots destination pattern 1900....... direct-inward-dial trunkgroup 101 prefix 333 corlist outgoing list1 Related Commands Command corlist outgoing dial-peer cor list member Description Specifies the COR list to be used by outgoing dial peers. Defines a COR list name. Adds a member to a dial peer COR list. Cisco IOS Dial Technologies Command Reference DIA-114 November 2009 Dial Commands corlist outgoing corlist outgoing To specify the class of restrictions (COR) list to be used by outgoing dial peers, use the corlist outgoing command in dial peer configuration mode. To clear the previously defined outgoing COR list in preparation for redefining the outgoing COR list, use the no form of this command. corlist outgoing cor-list-name no corlist outgoing cor-list-name Syntax Description cor-list-name Required name of the dial peer COR list for outgoing calls to the configured number using this dial peer. Command Default No default behavior or values. Command Modes Dial peer configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines If the COR list for the incoming dial peer is not a superset of the COR list for the outgoing dial peer, calls from the incoming dial peer cannot use that outgoing dial peer. Examples In the following example, incoming calls from 526.... are blocked from being switched to outgoing calls to 1900.... because the COR list for the incoming dial peer (list2) is not a superset of the COR list for the outgoing dial peer (list1): dial-peer list list1 member 900call dial-peer list list2 member 800call member othercall dial-peer voice 526 pots answer-address 408555.... corlist incoming list2 direct-inward-dial dial-peer voice 900 pots destination pattern 1900....... direct-inward-dial trunk group 101 prefix 333 corlist outgoing list1 Cisco IOS Dial Technologies Command Reference November 2009 DIA-115 Dial Commands cpp authentication cpp authentication Note Effective with Cisco IOS Release 12.3(4)T, the cpp authentication command is no longer available in Cisco IOS software. To enable negotiation of authentication with a router or bridge that supports the Combinet Proprietary Protocol (CPP) and that is calling in to this router, use the cpp authentication command in interface configuration mode. To disable negotiation of CPP authentication, use the no form of this command. cpp authentication no cpp authentication Syntax Description This command has no arguments or keywords. Command Default Disabled Command Modes Interface configuration Command History Release 11.2 12.3(4)T Modification This command was introduced. This command was removed and is no longer available in Cisco IOS software. Usage Guidelines Use this command for authenticating the device that is calling in to this router. Use this command to communicate over an ISDN interface with Cisco 700 and 800 series (formerly Combinet) routers that do not support PPP but do support the CPP. Since most Cisco routers support PPP, Cisco routers can communicate over ISDN with CPP devices by using PPP encapsulation, which supports both routing and fast switching. This command is supported on ISDN and dialer interfaces. This command uses names and passwords from the username password command. It does not support TACACS. Examples The following example configures a PRI to communicate with a bridge that does not support PPP: controller t1 1/1 framing esf linecode b8zs pri-group timeslots 1-23 isdn switchtype primary-4ess Cisco IOS Dial Technologies Command Reference DIA-116 November 2009 Dial Commands cpp authentication interface Serial1/1:23 encapsulation cpp cpp callback accept cpp authentication The following example configures a BRI to communicate with a bridge that does not support PPP: interface bri 0 encapsulation cpp cpp callback accept cpp authentication Related Commands Command cpp callback accept encapsulation cpp virtual-profile aaa Description Enables the router to accept callback from a router or bridge that supports the CPP. Enables encapsulation for communication with routers or bridges using the CPP. Enables virtual profiles by AAA configuration. Cisco IOS Dial Technologies Command Reference November 2009 DIA-117 Dial Commands cpp callback accept cpp callback accept Note Effective with Cisco IOS Release 12.3(4)T, the cpp callback accept command is no longer available in Cisco IOS software. To enable the router to accept callback from a router or bridge that supports the Combinet Proprietary Protocol (CPP), use the cpp callback accept command in interface configuration mode. To disable callback acceptance, use the no form of this command. cpp callback accept no cpp callback accept Syntax Description This command has no arguments or keywords. Defaults Disabled Command Modes Interface configuration Command History Release 11.2 12.3(4)T Modification This command was introduced. This command was removed and is no longer available in Cisco IOS software. Usage Guidelines Use this command to communicate over an ISDN interface with Cisco 700 and 800 series (formerly Combinet) routers that do not support PPP but do support CPP. Currently, most Cisco routers do support PPP. Cisco routers can communicate over ISDN with these devices by using PPP encapsulation, which supports both routing and fast switching. This command is supported on ISDN and dialer interfaces. Examples The following example configures the PRI serial interface 1/1:23 to communicate with a router or bridge that does not support PPP: controller t1 1/1 framing esf linecode b8zs pri-group timeslots 1-23 isdn switchtype primary-4ess ! interface Serial1/1:23 encapsulation cpp cpp callback accept cpp authentication Cisco IOS Dial Technologies Command Reference DIA-118 November 2009 Dial Commands cpp callback accept The following example configures BRI 0 to communicate with a router or bridge that does not support PPP: interface bri 0 encapsulation cpp cpp callback accept cpp authentication Related Commands Command cpp authentication encapsulation cpp Description Enables negotiation of authentication with a router or bridge that supports the CPP and that is calling in to this router. Enables encapsulation for communication with routers or bridges using the CPP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-119 Dial Commands cpp callback accept Cisco IOS Dial Technologies Command Reference DIA-120 November 2009 Dial Commands debounce-time rai debounce-time rai To configure a timer that prevents E1 or STM-1 trunk lines from being torn down in response to brief line outages, use the debounce-time rai command in controller configuration mode. To restore the default timer value, use the no form of this command. debounce-time rai milliseconds no debounce-time rai milliseconds Syntax Description milliseconds Time, in milliseconds (ms), to wait before tearing down an E1 or STM-1 line after receiving a Receive Alarm Indication (RAI) signal. AS5800 • E1 lines—Valid values range from 500 to 7000 ms. The value entered must be a multiple of 50. The default value is 500 ms. AS5850 • • E1 lines—Valid values range from 1000 to 7000 ms. The value entered must be a multiple of 50. The default value is 1000 ms. STM-1 lines—Valid values range from 2000 to 7000 ms. The value entered must be a multiple of 50. The default value is 2000 ms. Command Default The default value for the timer is used: • • • E1 lines on the AS5800—500 ms E1 lines on the AS5850—1000 ms STM-1 lines on the AS5850—2000 ms Command Modes Controller configuration Command History Release 12.2(2)XB5 12.2(11)T 12.3(7)XI 12.3(4)T Modification This command was introduced on the Cisco AS5800 and the route switch controller (RSC) Cisco AS5850. Support for this command on the Cisco AS5800 and the RSC Cisco AS5850 was integrated into Cisco IOS Release 12.2(11)T. Support for this command was added for the enhanced RSC (ERSC) Cisco AS5850. Support for the ERSC Cisco AS5850 was integrated into Cisco IOS Release 12.3(4)T. Cisco IOS Dial Technologies Command Reference November 2009 DIA-121 Dial Commands debounce-time rai Usage Guidelines Use the debounce-time rai command to configure a timer that allows Awaiting Info (I) calls to ignore brief trunk outages. When a Receive Alarm Indication (RAI) signal is received, the access server will wait the configured interval before tearing down the line. Examples The following example configures an E1 controller to wait for 5250 ms before tearing down an E1 trunk line: Router(config)# controller e1 1/0/0 Router(config-controller)# debounce-time rai 5250 Related Commands Command controller Description Configures a T1, E1, or J1 controller and enters controller configuration mode. Cisco IOS Dial Technologies Command Reference DIA-122 November 2009 Dial Commands description (interface) description (interface) To add a description to an interface configuration, use the description command in interface configuration mode. To remove the description, use the no form of this command. description string no description Syntax Description string Comment or a description to help you remember what is attached to this interface. This string is limited to 238 characters. Command Default No description is added. Command Modes Interface configuration Command History Release 9.21 Modification This command was introduced. Usage Guidelines The description command is meant solely as a comment to be put in the configuration to help you remember what certain interfaces are used for. The description appears in the output of the following EXEC commands: more nvram:startup-config, show interfaces, and more system:running-config. Examples The following example shows how to add a description for a T1 interface: interface serial 0 description Fractional T1 line to remote office -- 128 kbps Related Commands Command more nvram:startup-config more system:running-config show interfaces Description Displays the startup configuration file contained in NVRAM or specified by the CONFIG_FILE environment variable. Displays the running configuration. Displays statistics for all interfaces configured on the router or access server. Cisco IOS Dial Technologies Command Reference November 2009 DIA-123 Dial Commands dialer dialer To specify the dialer interface that an accept-dialout virtual private dialup network (VPDN) subgroup will use to dial out calls, use the dialer command in accept-dialout configuration mode. To remove the dialer interface from the accept-dialout VPDN subgroup, use the no form of this command. dialer dialer-interface no dialer Syntax Description dialer-interface Number of the dialer interface. Command Default Disabled Command Modes Accept-dialout configuration Command History Release 12.0(5)T Modification This command was introduced. Usage Guidelines You must first enable Layer 2 Tunneling Protocol (L2TP) on the accept-dialout VPDN subgroup by using the protocol l2tp command before you can enable the dialer command. Removing the protocol command will remove the dialer command from the accept-dialout subgroup. You can only specify one dialer per accept dialout group. Configuring a second dialer command will replace the first dialer command. Examples The following example creates an accept-dialout VPDN subgroup that uses dialer interface 2: VPDN-group 1 accept dialout protocol l2tp dialer 2 terminate-from hostname yourhost Related Commands Command accept-dialout protocol (VPDN) terminate-from Description Accepts requests to tunnel L2TP dial-out calls and creates an accept-dialout VPDN subgroup. Specifies the L2TP that the VPDN subgroup will use. Specifies the host name of the remote LAC or LNS that will be required when accepting a VPDN tunnel. Cisco IOS Dial Technologies Command Reference DIA-124 November 2009 Dial Commands dialer callback-secure dialer callback-secure To enable callback security, use the dialer callback-secure command in interface configuration mode. To disable callback security, use the no form of this command. dialer callback-secure no dialer callback-secure Syntax Description This command has no arguments or keywords. Command Default Disabled Command Modes Interface configuration Command History Release 11.0 Modification This command was introduced. Usage Guidelines This command affects those users that are not authorized to be called back through configuration of the dialer callback-server command. If the username (the host-name argument in the dialer map command) is not authorized for callback, the call will be disconnected if the dialer callback-secure command is configured. Examples The following partial example configures BRI0 with the commands required to make it function as the callback server on the shared network. Callback security is enabled on BRI0, such that any user other than user1 will be disconnected and not called back. interface BRI0 ip address 172.19.1.9 255.255.255.0 encapsulation ppp dialer callback-secure dialer enable-timeout 2 dialer map ip 172.19.1.8 name user1 class dial1 81012345678901 dialer-group 1 ppp callback accept ppp authentication chap ! map-class dialer dial1 dialer callback-server username Cisco IOS Dial Technologies Command Reference November 2009 DIA-125 Dial Commands dialer callback-secure Related Commands Command Description dialer callback-server Enables an interface to make return calls when callback is successfully negotiated. dialer map map-class dialer Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Defines a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback. Enables a dialer interface that is not a DTR interface to function either as a callback client that requests callback or as a callback server that accepts callback requests. ppp callback (DDR) Cisco IOS Dial Technologies Command Reference DIA-126 November 2009 Dial Commands dialer callback-server dialer callback-server To enable an interface to make return calls when callback is successfully negotiated, use the dialer callback-server command in interface configuration mode. To disable return calls, use the no form of this command. dialer callback-server [username | dialstring] no dialer callback-server Syntax Description username dialstring (Optional) Looks up the authenticated host name in a dialer map command. This is the default. (Optional) Identifies the return call during callback negotiation. Command Default Disabled. The default keyword is username. Command Modes Interface configuration Command History Release 11.0 Modification This command was introduced. Examples The following partial example configures BRI 0 to function as the callback server on the shared network: interface BRI0 ip address 172.19.1.9 255.255.255.0 encapsulation ppp dialer callback-secure dialer enable-timeout 2 dialer map ip 172.19.1.8 name mymap class dial1 81012345678901 dialer-group 1 ppp callback accept ppp authentication chap ! map-class dialer dial1 dialer callback-server username Related Commands Command dialer enable-timeout dialer hold-queue dialer map Description Sets the length of time an interface stays down after a call has completed or failed and before the interface is available to dial again. Allows interesting outgoing packets to be queued until a modem connection is established. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. dialer callback-secure Enables callback security. Cisco IOS Dial Technologies Command Reference November 2009 DIA-127 Dial Commands dialer callback-server Command map-class dialer Description Defines a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback. Enables a dialer interface that is not a DTR interface to function either as a callback client that requests callback or as a callback server that accepts callback requests. ppp callback (DDR) Cisco IOS Dial Technologies Command Reference DIA-128 November 2009 Dial Commands dialer called dialer called To configure dial-on-demand routing (DDR) to perform DNIS-plus-ISDN-subaddress binding for dialer profile interfaces, use the dialer called command in dial-on-demand routing configuration mode. To disable DNIS-plus-ISDN-subaddress binding, use the no form of this command. dialer called DNIS:subaddress no dialer called DNIS:subaddress Syntax Description DNIS:subaddress Dialed Number Identification Service or the called party number, a colon, and the ISDN subaddress. Command Default No default behavior or values. Command Modes Dial-on-demand routing configuration Command History Release 12.0(4)T Modification This command was introduced. Usage Guidelines If you have more than one DNIS-plus-ISDN-subaddress number to configure under the same dialer profile interface, you can configure multiple dialer called commands. The parser accepts a dialer called command with a DNIS and without the subaddress; however, the call will fail. For a successful call, enter the DNIS, a colon, and the ISDN subaddress after the dialer called command. Examples The following example configures a dialer profile for a receiver with DNIS 12345 and ISDN subaddress 6789: dialer called 12345:6789 Related Commands Command dialer caller Description Configures caller ID screening and, optionally, enables ISDN caller ID callback for legacy DDR or the dialer profiles DDR feature. Cisco IOS Dial Technologies Command Reference November 2009 DIA-129 Dial Commands dialer caller dialer caller To configure caller ID screening for a dialer rotary group interface or to bind an incoming call to a particular dialer profile, and, optionally, to enable ISDN caller ID callback, use the dialer caller command in interface configuration mode. To disable this feature, use the no form of this command. dialer caller number [callback] no dialer caller number [callback] Syntax Description number Remote telephone number for which to screen. Use a lower case letter x to represent a single “don’t care” digit. The maximum length of each number is 25 characters. (Optional) Enables callback. callback Command Default Caller ID screening, call binding, and ISDN caller ID callback are disabled. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines On a dialer rotary group interface, this command configures the Cisco IOS software to accept calls from the specified number or, used with the callback keyword, to reject incoming calls from the specified number but to initiate callback to the number. When the optional callback keyword is used, the initial call is rejected (hence, not subject to tolls) and callback is initiated to the calling number. When x’s are used in the callback number, dialer caller screening is based on a best match system that uses the number of x’s as a criterion. To make callback calls only to specified numbers or ranges of numbers but to accept any other incoming calls, make sure that the number of x’s in any configuration line that uses the callback keyword is less than the number of x’s in any configuration line that does not use the keyword. For example, if you use at most four x’s in the configuration lines with the callback keyword, then to accept calls from other numbers use at least five x’s in a configuration line that does not use the callback keyword. Note Caller ID screening requires a local switch that is capable of delivering the caller ID to the router or access server. If you enable caller ID screening but do not have such a switch, no calls will be allowed in. For dialer profiles, this command helps bind a dialer profile to—and thus configure—the interface used for a call. The dialer command acts as a binding command by associating an incoming call with a specified dialer profile if the caller ID presented by the call matches the dialer caller value. Cisco IOS Dial Technologies Command Reference DIA-130 November 2009 Dial Commands dialer caller Note Incoming calls also can be bound to a dialer profile based on PPP name authentication, so in this instance the incoming call can be bound to the dialer profile even if the presented caller ID does not match the dialer caller value. To configure caller ID screening with dialer profiles, use the legacy isdn caller command. Examples In the following example, callback calls will be made only to numbers in the 555 and 556 exchanges, but any other number can call in: dialer caller 408555xxxx callback dialer caller 408556xxxx callback dialer caller xxxxx Related Commands Command isdn caller show dialer Description Configures ISDN caller ID screening and, optionally, enables ISDN caller ID callback for legacy DDR. Displays general diagnostic information for interfaces configured for DDR. Cisco IOS Dial Technologies Command Reference November 2009 DIA-131 Dial Commands dialer clid group dialer clid group To create a Calling Line Identification (CLID) group in the resource pool and assign it a name, use the dialer clid group command in global configuration mode. To remove a CLID group from the resource pool, use the no form of this command. dialer clid group clid-group-name no dialer clid group clid-group-name Syntax Description clid-group-name Name of the CLID group created in the resource pool. Command Default No default behavior or values. Command Modes Global configuration Command History Release 12.1(5)T Modification This command was introduced. Usage Guidelines Use the dialer clid group command to create a CLID group and assign it a name. The CLID group name must be the same as the name used when configuring the customer profile. Customer profiles are configured with a DNIS and/or CLID group and call type. The DNIS and/or CLID and call type of the incoming call is used to find the appropriate customer profile. Examples The following example shows the command to configure a CLID group named “group1.” After you enter this command, the router prompt changes to the CLID configuration mode, Router(config-clid-group)#. Router(config)# dialer clid group group1 Related Commands Command number Description Adds a DNIS number to a dialer DNIS group. resource-pool call treatment discriminator Configures a CLID group in a discriminator. Cisco IOS Dial Technologies Command Reference DIA-132 November 2009 Dial Commands dialer congestion-threshold dialer congestion-threshold To specify congestion threshold in connected links, use the dialer congestion-threshold command in interface configuration mode. To disable this function, use the no form of this command. dialer congestion-threshold links no dialer congestion-threshold Syntax Description links Number of connected links for congestion threshold in the range from 0 to 64,000. Command Default The default number of connected links is 64,000. Command Modes Interface configuration Command History Release 12.0(3)T Modification This command was introduced. Usage Guidelines This command is used to force the dialer to search for another uncongested system (the alternate network access server) in a stack group to dial out using Stack Group Bidding Protocol (SGBP). Examples The following example sets the congestion threshold to five connected links on the Dialer interface 0: interface Dialer0 dialer aaa dialer congestion-threshold 5 Related Commands Command dialer reserved-links sgbp dial-bids Description Reserves links for dial-in and dial-out. Allows the stack group to bid for dial-out connection. Cisco IOS Dial Technologies Command Reference November 2009 DIA-133 Dial Commands dialer dnis group dialer dnis group To create a DNIS group, use the dialer dnis group command in global configuration mode. To remove a specific Dialed Number Identification Service (DNIS) group from the running configuration, use the no form of this command. dialer dnis group name no dialer dnis group name Syntax Description name Name to assign to the DNIS group number. Command Default A dialer DNIS group named default. Command Modes Global configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the dialer dnis group global configuration command to create a DNIS group. This command enables you to create and populate a DNIS group, which is then added to a profile (customer or discriminator) by using the dnis group command within that profile’s configuration mode. Examples The following example shows a specific DNIS group named modem-group1 being created with the options available for further configuration: dialer dnis group modem-group1 Dialer Called Configuration Commands: call-type set call-type override default Set a command to its defaults exit Exit from dialer configuration mode help Description of the interactive help system no Negate a command or set its defaults number Enter number in dnis group In the following example, a customer profile called isp-1 is created, a DNIS group called dnis-isp-1 is associated with the customer profile, and DNIS numbers 1234 and 5678 are assigned to the DNIS group. Only DNIS numbers 1234 and 5678 are allocated physical resources by the isp-1 customer profile, which counts and manages the resources for these two DNIS numbers and ignores all other DNIS numbers: resource-pool profile customer isp-1 dnis group dnis-isp-1 exit dialer dnis group dnis-isp-1 number 1234 number 5678 Cisco IOS Dial Technologies Command Reference DIA-134 November 2009 Dial Commands dialer dnis group Related Commands Command dnis group resource-pool profile Description Includes a group of DNIS numbers in a customer profile. Creates a resource group for RPM. Cisco IOS Dial Technologies Command Reference November 2009 DIA-135 Dial Commands dialer dns dialer dns To obtain a user profile name on a remote network using reverse Domain Name System (DNS), use the dialer dns command in interface configuration mode. To disable this function, use the no form of this command. dialer dns no dialer dns Syntax Description This command has no arguments or keywords. Command Default The reverse DNS function is disabled by default. Command Modes Interface configuration of a dialer rotary group leader Command History Release 12.0(3)T Modification This command was introduced. Usage Guidelines This command allows the dialer to use reverse DNS to get a profile name for accessing the authentication, authorization, and accounting (AAA) server. This command is not required when using named static routes. Examples The following example shows how to allow the dialer to use reverse DNS for name lookup: interface dialer 0 dialer aaa dialer dns Related Commands Command dialer aaa Description Allows a dialer to access the AAA server for dialing information. Cisco IOS Dial Technologies Command Reference DIA-136 November 2009 Dial Commands dialer dtr dialer dtr To enable dial-on-demand routing (DDR) on an interface and specify that the serial line is connected by non-V.25bis modems using Electronic Industries Association (EIA) signaling only—specifically, the data terminal ready (DTR) signal—use the dialer dtr command in interface configuration mode. To disable DDR for the interface, use the no form of this command. dialer dtr no dialer dtr Syntax Description This command has no arguments or keywords. Command Default DTR dialing is disabled. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines A serial interface configured for DTR dialing can place calls only; it cannot accept them. When a local interface is configured for DTR dialing, the remote interface (that will be receiving the calls) can be configured for in-band dialing or not configured for anything but encapsulation, depending on the desired behavior. If the remote interface is expected to terminate a call when no traffic is transmitted for some time, it must be configured for in-band dialing (along with access lists and a dummy dialer string). If the remote interface is purely passive, no configuration is necessary. Rotary groups cannot be configured for DTR dialing. The dialer map and dialer string commands have no effect on DTR dialers. Examples The following example enables DDR and specifies DTR dialing on an interface: Router(config-if)# dialer dtr Related Commands Command dialer in-band dialer map dialer string (legacy DDR) Description Specifies that DDR is to be supported. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies the destination string (telephone number) to be called for interfaces calling a single site. Cisco IOS Dial Technologies Command Reference November 2009 DIA-137 Dial Commands dialer enable-timeout dialer enable-timeout To set the length of time an interface stays down after a call has completed or failed and before it is available to dial again, use the dialer enable-timeout command in interface configuration mode. To return to the default value, use the no form of this command. dialer enable-timeout seconds no dialer enable-timeout Syntax Description seconds Time in seconds that the Cisco IOS software waits before the next call can occur on the specific interface. Acceptable values are positive, nonzero integers in the range from 1 through 2147483. This value must be greater than the serial pulse interval for this interface, set via the pulse-time command. Command Default 15 seconds Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines The dialer enable-timeout command can be configured as a line down timer, to keep asynchronous interface lines down for a certain period of time, and as a callback timer for both synchronous and asynchronous interfaces. If your phone lines are often busy or down, you may need to enforce a certain period of time before the system repeats an attempt to make a connection with a remote site. Configuring this timeout can prevent outgoing lines and switching equipment from being needlessly overloaded. In this application, the dialer enable-timeout command applies to both inbound and outbound calls on asynchronous interfaces only. When the dialer enable-timeout command is configured on an ISDN interface, its only effect is to set a callback timer, because it is not possible (nor advisable) to keep an ISDN interface disconnected. Examples The following example shows how to specify a timeout period of 30 seconds on asynchronous interface 1 before attempting another connection: interface async 1 dialer enable-timeout 30 The following example shows how to configure a BRI interface for legacy dial-on-demand routing (DDR) and ISDN caller ID callback: interface bri 0 description Connected to NTT 81012345678901 ip address 10.1.1.7 255.255.255.0 Cisco IOS Dial Technologies Command Reference DIA-138 November 2009 Dial Commands dialer enable-timeout no ip mroute-cache encapsulation ppp isdn caller 81012345678902 callback dialer enable-timeout 2 dialer map ip 10.1.1.8 name spanky 81012345678902 dialer-group 1 ppp authentication chap The following examples show how to configure a PPP callback server and client. PPP Callback Server The PPP callback server is configured on an ISDN BRI interface and requires an enable timeout period and a map class to be defined. interface bri 0 ip address 10.1.1.7 255.255.255.0 encapsulation ppp dialer callback-secure dialer enable-timeout 2 dialer map ip 10.1.1.8 name mymap class dial1 81012345678901 dialer-group 1 ppp callback accept ppp authentication chap PPP Callback Client The PPP callback client is also configured on an ISDN BRI interface, but does not require an enable timeout period or a map class to be defined. map-class dialer dial1 dialer callback-server username interface bri 0 ip address 10.1.1.8 255.255.255.0 encapsulation ppp dialer map ip 10.1.1.7 name yourmap 81012345678902 dialer-group 1 ppp callback request ppp authentication chap Cisco IOS Dial Technologies Command Reference November 2009 DIA-139 Dial Commands dialer fast-idle (interface) dialer fast-idle (interface) To specify the amount of time that a line for which there is contention will stay idle before it is disconnected and the competing call is placed, use the dialer fast-idle command in interface configuration mode. To return to the default value, use the no form of this command. dialer fast-idle seconds no dialer fast-idle Syntax Description seconds Idle time, in seconds, that must occur on an interface before the line is disconnected. Acceptable values are positive, nonzero integers. Command Default 20 seconds Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines The dialer fast idle timer is activated if there is contention for a line. The dialer fast idle timer is activated if a line is busy, a packet for a different next hop address is received, and the busy line is required to send the competing packet. If the line becomes idle for configured length of time, the current call is disconnected immediately and the new call is placed. If the line has not yet been idle as long as the fast idle timeout period, the packet is dropped because there is no way to get through to the destination. After the packet is dropped, the fast idle timer remains active and the current call is disconnected as soon as it has been idle for as long as the fast idle timeout. The fast idle timer will be restarted if, in the meanwhile, another packet is transmitted to the currently connected destination and it is classified as interesting. This command applies to inbound and outbound calls. Combining this command with the dialer idle-timeout command allows you to configure lines to stay up for a longer period of time when there is no contention, but to be reused more quickly when there are not enough lines for the current demand. Examples The following example specifies a fast idle timeout of 35 seconds on asynchronous interface 1: interface async 1 dialer fast-idle 35 Cisco IOS Dial Technologies Command Reference DIA-140 November 2009 Dial Commands dialer fast-idle (interface) Related Commands Command dialer map Description Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. dialer idle-timeout (interface) Specifies the idle time before the line is disconnected. Cisco IOS Dial Technologies Command Reference November 2009 DIA-141 Dial Commands dialer fast-idle (map-class) dialer fast-idle (map-class) To specify the fast idle timer value to use when placing a call to any telephone number associated with a specified class, use the dialer fast-idle command in map-class dialer configuration mode. To reset the dialer fast-idle timer to the default, use the no form of this command. dialer fast-idle seconds no dialer fast-idle Syntax Description seconds Number of seconds to wait before placing a different call. Command Default Defaults to the fast idle timer value that is set for the interface. Command Modes Map-class dialer configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This fast idle timer is associated only with the map class, not the entire interface. Examples The following example specifies a dialer fast idle time of 10 seconds: dialer string 4156884540 class Eng ! This map-class ensures that these calls use an ISDN speed of 56 kbps and a ! fast-idle time of 10 seconds. map-class dialer Eng isdn speed 56 dialer fast-idle 10 dialer wait-for-carrier-time 30 Related Commands Command Description dialer idle-timeout (interface) Specifies the amount of time that a line for which there is contention will stay idle before it is disconnected and the competing call is placed. dialer wait-for-carrier-time (map-class) map-class dialer Specifies the length of time to wait for a carrier when dialing out to the dial string associated with a specified map class. Defines a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback. Cisco IOS Dial Technologies Command Reference DIA-142 November 2009 Dial Commands dialer hold-queue dialer hold-queue To allow interesting outgoing packets to be queued until a modem connection is established, use the dialer hold-queue command in interface configuration mode. To disable the hold queue, use the no form of this command. dialer hold-queue packets timeout seconds no dialer hold-queue [packets] Syntax Description packets timeout seconds Number of packets, in the range from 1 to 100 packets, to hold in the queue. This argument is optional with the no form of this command. Amount of time, in seconds, to queue the packets. Command Default The outgoing packet queue is disabled. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines A dialer hold queue can be configured on any type of dialer, including in-band synchronous, asynchronous, data terminal ready (DTR), and ISDN dialers. Rotary groups can be configured with a dialer hold queue. If a rotary group is configured with a hold queue, all members of the group will be configured with a dialer hold queue and no individual member’s hold queue can be altered. If no hold queue is configured, packets are dropped during the time required to establish a connection. Setting packets to 0 using the dialer hold-queue command is equivalent to using the no dialer hold-queue command. Examples The following command configures a dialer hold queue to hold 10 packets: Router(config-if)# dialer hold-queue 10 timeout 60 Related Commands Command dialer-group Description Controls access by configuring an interface to belong to a specific dialing group. Cisco IOS Dial Technologies Command Reference November 2009 DIA-143 Dial Commands dialer idle-timeout (interface) dialer idle-timeout (interface) To specify the duration of idle time before a line is disconnected, use the dialer idle-timeout command in interface configuration mode. To reset the idle timeout to the default, use the no form of this command. dialer idle-timeout seconds [inbound | either] no dialer idle-timeout Syntax Description seconds inbound either Idle time, in seconds, that must occur on the interface before the line is disconnected. Acceptable values are positive, nonzero integers. (Optional) Only inbound traffic will reset the idle timeout. (Optional) Both inbound and outbound traffic will reset the idle timeout. Command Default Direction: outbound Idle time: 120 seconds Command Modes Interface configuration Command History Release 10.0 12.1(1)T Modification This command was introduced. The following keywords were added: • • inbound either Usage Guidelines This command is used on lines for which there is no contention. When contention occurs, the dialer fast-idle command is activated. For example, when a busy line is requested to send another packet to a different destination than it is currently connected to, line contention occurs and the dialer fast-idle command is activated. By default, this command applies to inbound and outbound calls. For example, if a receiving system needs to make outgoing calls, you might configure it with a short idle timeout. Only packets that match the dialer group reset the idle timer. Use the dialer idle-timeout command to set a very high idle timer when Multilink PPP is configured and you want a multilink bundle to be connected indefinitely. (The dialer-load threshold 1 command no longer keeps a multilink bundle of n links connected indefinitely and the dialer-load threshold command no longer keeps a multilink bundle of two links connected indefinitely.) Cisco IOS Dial Technologies Command Reference DIA-144 November 2009 Dial Commands dialer idle-timeout (interface) Examples The following example specifies an idle timeout of 3 minutes (180 seconds) on asynchronous interface 1. Because the inbound keyword is included, only inbound traffic that matches the dialer group will reset the idle timer. interface async 1 dialer idle-timeout 180 inbound Related Commands Command dialer fast-idle (interface) Description Specifies the amount of time that a line for which there is contention will stay idle before it is disconnected and the competing call is placed. Controls access by configuring an interface to belong to a specific dialing group. dialer-group Cisco IOS Dial Technologies Command Reference November 2009 DIA-145 Dial Commands dialer idle-timeout (template) dialer idle-timeout (template) To set the dialer idle timeout period in a virtual template interface, use the dialer idle-timeout command in template configuration mode. To change the dialer idle timeout, use the no form of this command. dialer idle-timeout seconds [inbound | either] no dialer idle-timeout seconds [inbound | either] Syntax Description seconds inbound either Resets the idle timer after the period specified, in seconds. (Optional) Resets the idle timer after the period specified based only on inbound traffic. (Optional) Resets the idle timer after the period specified based on either inbound or outbound traffic. Command Default No default behavior or values. Command Modes Template configuration Command History Release 12.2(4)T 12.2(11)T Modification This command was introduced for Resource Pool Manager (RPM) template configuration. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5300, Cisco AS5400, and Cisco AS5800. Usage Guidelines The dialer idle-timeout command allows the dialer idle timeout period to be specified in an RPM customer profile and applied on a per-dialed number identification service (DNIS) basis. The dialer idle timer configuration set in this command will override dialer idle timer configurations for dialer, group asynchronous, and virtual template interfaces, unless a per-user configuration is received from an authentication, authorization, and accounting (AAA) per-user interface configuration. In this case, the settings from the AAA per-user interface configuration take precedence over the local interface configuration. The dialer idle-timeout command works well with Multilink PPP (MLP) and Multichassis Multilink PPP (MMP) when the master bundle interface is not a virtual access (projected) interface. For virtual access interfaces where the dialer idle timer cannot be used, you can classify traffic that resets the PPP idle timer using the ip idle-group commands. Examples The following example sets the idle timeout period in an RPM customer profile template to 45 seconds: template template 1 dialer idle-timeout 45 Cisco IOS Dial Technologies Command Reference DIA-146 November 2009 Dial Commands dialer idle-timeout (template) The following example sets the idle timeout period in an RPM customer profile template to 60 seconds and resets the idle timer based on either inbound or outbound traffic: template template 1 dialer idle-timeout 60 either The following example sets the idle timeout period in an RPM customer profile template to 100 seconds and resets the idle timer based only on inbound traffic: template template 1 dialer idle-timeout 100 inbound Related Commands Command Description dialer-group (template) Controls access by configuring a virtual template interface to belong to a specific dialing group. ip idle-group template Configures interesting traffic on an interface for the PPP idle timer. Accesses the template configuration mode for configuring a particular customer profile template. Cisco IOS Dial Technologies Command Reference November 2009 DIA-147 Dial Commands dialer in-band dialer in-band To specify that dial-on-demand routing (DDR) is to be supported, use the dialer in-band command in interface configuration mode. To disable DDR for the interface, use the no form of this command. dialer in-band [no-parity | odd-parity] no dialer in-band Syntax Description no-parity odd-parity (Optional) No parity is to be applied to the dialer string that is sent out to the modem on synchronous interfaces. (Optional) Dialed number has odd parity (7-bit ASCII characters with the eighth bit as the parity bit) on synchronous interfaces. Command Default Disabled. By default, no parity is applied to the dialer string. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines The dialer in-band command specifies that chat scripts will be used on asynchronous interfaces and V.25bis will be used on synchronous interfaces. The parity keywords do not apply to asynchronous interfaces. The parity setting applies to the dialer string that is sent out to the modem. If you do not specify a parity, or if you specify no parity, no parity is applied to the output number. If odd parity is configured, the dialed number will have odd parity (7-bit ASCII characters with the eighth bit as the parity bit.) If an interface only accepts calls and does not place calls, the dialer in-band interface configuration command is the only command needed to configure it. If an interface is configured in this manner, with no dialer rotary groups, the idle timer never disconnects the line. It is up to the remote end (the end that placed the call) to disconnect the line based on idle time. Examples The following example specifies DDR for asynchronous interface 1: interface async 1 dialer in-band Related Commands Command dialer map Description Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. dialer string (legacy DDR) Specifies the string (telephone number) to be called for interfaces calling a single site. Cisco IOS Dial Technologies Command Reference DIA-148 November 2009 Dial Commands dialer isdn dialer isdn To specify the bit rate used on the B channel associated with a specified map class and to specify whether to set up semipermanent connections for this map class, use the dialer isdn command in map-class dialer configuration mode. To remove the speed and connection settings, use the no form of this command. dialer isdn [speed speed] [spc] no dialer isdn [speed speed] [spc] Syntax Description speed speed spc (Optional) Bit rate, in kilobytes per second (Kbps), used on the ISDN B channel. Values are 56 and 64. Default is 64. (Optional) ISDN semipermanent connection is used for calls associated with this map class. Command Default Bit rate is 64 Kbps. Semipermanent connections are not set up. Command Modes Map-class dialer configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines This command is valid for ISDN interfaces only. Examples The following example configures a speed of 56 Kbps and no semipermanent connections for the Eng map class: dialer string 4155550140 class Eng ! This map-class ensures that these calls use an ISDN speed of 56 kbps and that ! no semipermanent connection is set up. map-class dialer Eng dialer isdn speed 56 Related Commands Command dialer wait-for-carrier-time (map-class) Description Specifies the length of time to wait for a carrier when dialing out to the dial string associated with a specified map class. Cisco IOS Dial Technologies Command Reference November 2009 DIA-149 Dial Commands dialer isdn short-hold dialer isdn short-hold To configure the router to disconnect a call at the end of the current charging period if the line has been idle for at least the specified minimum period, use the dialer isdn short-hold command in map-class dialer configuration mode. To reset the ISDN short-hold timer to the default period, use the no form of this command. dialer isdn short-hold seconds no dialer isdn short-hold Syntax Description seconds Minimum number of seconds of idle time on the line. Default is 120 seconds. Command Default Disabled; the router uses a static idle timeout. When this command is enabled, the default short-hold timeout is 120 seconds. Command Modes Map-class dialer configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines This command is used for configuring ISDN Advice of Charge (AOC) on Cisco routers. Use the dialer isdn short-hold command if you subscribe to an ISDN AOC during-call service provided by the local ISDN network and want to use this option. The router uses the frequency at which the network sends the AOC-D message to determine the charging period. If the line has been idle for the short-hold timeout, the call disconnects at the end of the charging period. If the line has not been idle for at least that long, the call is maintained into the next charging period. Examples The following partial example configures the dialer map class Deutschland with a static idle timeout for outgoing calls. The static idle timer is to be used if for any reason the network does not provide charging information. It also configures a short-hold timeout to allow the router to determine dynamically whether to disconnect or continue the call at the end of the charging period. dialer map-class myclass dialer idle-timeout 150 dialer isdn short-hold 120 Cisco IOS Dial Technologies Command Reference DIA-150 November 2009 Dial Commands dialer isdn short-hold Related Commands Command dialer map dialer string (dialer profiles) dialer wait-for-carrier-time (map-class) map-class dialer Description Configures a serial interface or ISDN interface to call one or multiple sites, or to receive calls from multiple sites. Specifies the string (telephone number) to be used when placing a call from an interface. Specifies the length of time to wait for a carrier when dialing out to the dial string associated with a specified map class. Defines a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback. Cisco IOS Dial Technologies Command Reference November 2009 DIA-151 Dial Commands dialer load-threshold dialer load-threshold To configure bandwidth on demand by setting the maximum load before the dialer places another call to a destination, use the dialer load-threshold command in interface configuration mode. To disable the setting, use the no form of this command. dialer load-threshold load [outbound | inbound | either] no dialer load-threshold Syntax Description load Interface load used to determine whether to initiate another call or to drop a link to the destination. This argument represents a utilization percentage; it is a number between 1 and 255, where 255 is 100 percent. (Optional) Calculates the actual load using outbound data only. (Optional) Calculates the actual load using inbound data only. (Optional) Sets the maximum calculated load as the larger of the outbound and inbound loads. outbound inbound either Command Default No maximum load is predefined. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines When the cumulative load of all UP links (a number n) exceeds the load threshold the dialer adds an extra link and when the cumulative load of all UP links minus one (n - 1) is at or below load threshold then the dialer can bring down that one link. The dialer will make additional calls or drop links as necessary but will never interrupt an existing call to another destination. The load argument is the calculated weighted average load value for the interface; 1 is unloaded and 255 is fully loaded. The load is calculated by the system dynamically, based on bandwidth. You can set the bandwidth for an interface in kilobits per second, using the bandwidth command. The load calculation determines how much of the total bandwidth you are using. A load value of 255 means that you are using one hundred percent of the bandwidth. The load number is required. See the description of the bandwidth command earlier in this guide for more information. When multilink PPP is configured, the dialer load-threshold 1 command no longer keeps a multilink bundle of n links connected indefinitely and the dialer-load threshold 2 command no longer keeps a multilink bundle of 2 links connected indefinitely. If you want a multilink bundle to be connected indefinitely, you must set a high idle timer or make all traffic interesting. When two connected routers are configured to dial out, only one router should have the dialer max-call or dialer pool-member max-links command configured. Otherwise, if both routers dial simultaneously, each will reject the incoming call when it exceeds the setting for the max-links argument. If the Cisco IOS Dial Technologies Command Reference DIA-152 November 2009 Dial Commands dialer load-threshold maximum number of calls configured is one and dialing out is synchronized, no connection will come up or it will take many retries before the connection stays up. To prevent this problem, one of the following configurations is recommended: • Use the dialer max-call command to restrict the number of connections, rather than the dialer pool-member max-links command. The result is the same and the dialer max-call command is easier to understand and configure. When two systems will dial each other and a maximum of one link is desired, configure the dialer max-calls command on only one side of the connection, not on both sides. Configure the dialer load-threshold command on only one side of the connection, either the local or remote router, and configure the dialer max-call command on the interface where the dialer load-threshold command is configured. • • Note Dial-on-demand (DDR) load balancing does not forward packets correctly when the system dials out via the dialer load-threshold command and more than one remote device is connected by either dial-out or dial-in. This problem typically occurs on a PRI with dialer load-threshold configured, but it may also occur on BRI or multiple DDR interfaces in a dialer rotary group when more than one remote device is connected. As a workaround, remove the dialer load-threshold command. Examples In the following example, if the load to a particular destination on an interface in dialer rotary group 5 exceeds interface load 200, the dialer will initiate another call to the destination: interface dialer 5 dialer load-threshold 200 Related Commands Command bandwidth busyout dialer max-call dialer pool-member max-links dialer reserved-links interface dialer Description Specifies the maximum aggregate bandwidth for H.323 traffic. Creates a “host-failed” message that displays when a connection fails. Specifies the maximum number of calls to a remote destination that can be up at any one time for a dialer profile. Configures a physical interface to be a member of a dialer profile dialing pool. Includes a specified interface in a dialer rotary group. Defines a dialer rotary group. Cisco IOS Dial Technologies Command Reference November 2009 DIA-153 Dial Commands dialer map dialer map To configure a serial or ISDN interface to call multiple sites or to receive calls from multiple sites, use the dialer map command in interface configuration mode. Several options for using this command are possible; see the following description and the “Examples” section. To delete a particular dialer map entry, use the no form of this command. Complete Syntax dialer map protocol-keyword protocol-next-hop-address [broadcast | class dialer-map-class-name | modem-script modem-regular-expression | vrf vrf-name | name host-name | spc | speed 56 | speed 64 | system-script system-regular-expression | dial-string[:isdn-subaddress]] no dialer map protocol-keyword protocol-next-hop-address [broadcast | class dialer-map-class-name | modem-script modem-regular-expression | vrf vrf-name | name host-name | spc | speed 56 | speed 64 | system-script system-regular-expression | dial-string[:isdn-subaddress]] Dialer Map for an Asynchronous Interface To configure an asynchronous interface to place a call to a single site that requires a system script or that has no assigned modem script, or to multiple sites on a single line, on multiple lines, or on a dialer rotary group, use the following form of the dialer map interface configuration command: dialer map protocol-keyword protocol-next-hop-address [name host-name] [broadcast] [modem-script modem-regular-expression] [system-script system-regular-expression] [dial-string] no dialer map protocol-keyword protocol-next-hop-address [name host-name] [broadcast] [modem-script modem-regular-expression] [system-script system-regular-expression] [dial-string] Dialer Map for ISDN Interface and ISDN AOC Short-Hold Idle Timeout To configure an ISDN interface to place a call to multiple sites, to authenticate calls from multiple sites, and to identify the class name that configures the ISDN Advice of Charge (AOC) short-hold idle timeout, use the following form of the dialer map interface configuration command: dialer map protocol-keyword protocol-next-hop-address [name host-name] [speed 56 | speed 64] [broadcast] class dialer-map-class-name [dial-string[:isdn-subaddress]] no dialer map protocol-keyword protocol-next-hop-address [name host-name] [speed 56 | speed 64] [broadcast] class dialer-map-class-name [dial-string[:isdn-subaddress]] Dialer Map for German and Australian SPC The following command syntax is used only in Germany for circuits between an ISDN BRI and a 1TR6 ISDN switch, and in Australia for circuits between an ISDN PRI and a TS-014 switch. To set up network addressing on an ISDN BRI interface to support semipermanent connection between customer equipment and the exchange, use the following form of the dialer map interface configuration command: dialer map protocol-keyword protocol-next-hop-address [name host-name] [spc] [speed 56 | speed 64] [broadcast] dial-string[:isdn-subaddress] Cisco IOS Dial Technologies Command Reference DIA-154 November 2009 Dial Commands dialer map no dialer map protocol-keyword protocol-next-hop-address [name host-name] [spc] [speed 56 | speed 64] [broadcast] dial-string[:isdn-subaddress]] Dialer Map for MPLS VPN To configure a serial or ISDN interface to support an IP-based VPN routing and forwarding instance (VFR)-aware dialer map for a Multiprotocol Label Switching (MPLS) VPN, use the following form of the dialer map interface configuration command: dialer map ip protocol-next-hop-address vrf vrf-name name host-name dial-string no dialer map ip protocol-next-hop-address vrf vrf-name name host-name dial-string Dialer Map for Bridging To configure a serial or ISDN interface to support bridging, use the following form of the dialer map interface configuration command: dialer map bridge [name host-name] [broadcast] [dial-string[:isdn-subaddress]] no dialer map bridge [name host-name] [broadcast] [dial-string[:isdn-subaddress]] Syntax Description protocol-keyword protocol-next-hop-address Enter one of the protocol keywords listed followed by an appropriate address (for example, the clns keyword is followed by a network service access point, or NSAP, address): • • • • • • • • • • • appletalk—AppleTalk bridge—Bridging (no address is required) clns—Cisco IOS Connectionless Network Service (CLNS) decnet—DECnet hpr—High Performance Routing ip—IP ipx—Internetwork Packet Exchange llc2—Logical Link Control, type 2 netbios—NetBIOS pppoe—PPP over Ethernet snapshot—Snapshot routing protocol; refer to the dialer map snapshot command description for use of this keyword broadcast class dialer-map-class-name modem-script modem-regular-expression vrf vrf-name (Optional) Forwards broadcasts to the address specified with the protocol-next-hop-address argument. (Optional) Dialer map class name. (Optional) Modem script name to be used for the connection (asynchronous interfaces only). (Optional) VPN routing/forwarding instance (VRF) for use with a VRF-aware dialer map in an MPLS VPN. Provide a dial string after the VRF name. Cisco IOS Dial Technologies Command Reference November 2009 DIA-155 Dial Commands dialer map name host-name (Optional) The remote system with which the local router or access server communicates. Used for authenticating the remote system on incoming calls. The host-name argument is a case-sensitive name or ID of the remote device. For routers with ISDN interfaces, if calling line identification—sometimes called CLI, but also known as caller ID and automatic number identification (ANI)—is provided, the host-name argument can contain the number that the calling line ID provides. (Optional) Semipermanent connection between customer equipment and the exchange; used only in Germany for circuits between an ISDN BRI and a 1TR6 ISDN switch and in Australia for circuits between an ISDN PRI and a TS-014 switch. (Optional) Keyword and value indicating the line speed in kbps to use. Used for ISDN only. The default speed is speed 64 (64 kbps). (Optional) System script name to be used for the connection (asynchronous interfaces only). spc speed 56 | speed 64 system-script system-regular-expression dial-string[:isdn-subaddress] (Optional) Dial string (telephone number) sent to the dialing device when it recognizes packets with the specified address that matches the configured access lists, and the optional subaddress number used for ISDN multipoint connections (colon required for separating numbers). The dial string and ISDN subaddress, when used, must be the last item in the command line. Command Default For all forms of the command, no dialer map is configured. The default speed is 64 kbps. No scripts are defined for placing calls. Command Modes Interface configuration Command History Release 9.1 10.0 11.3 12.2(8)T 12.2(13)T Modification This command was introduced for synchronous serial interfaces using V.25bis dialing. This command was enhanced to support asynchronous and ISDN interfaces. This command was enhanced to support ISDN AOC. The vrf vrf-name keyword and argument were added. The vines and xns arguments were removed because Banyan Systems’ Virtual Integrated Network Service (VINES) and the Xerox Network System (XNS) are no longer available in Cisco IOS software. Cisco IOS Dial Technologies Command Reference DIA-156 November 2009 Dial Commands dialer map Usage Guidelines Usage Guidelines for Asynchronous Interfaces Configure a dialer map command for each remote destination for an asynchronous interface. Specify chat scripts for a physical interface that is not part of a dialer rotary group when no chat script is specified for the line, or when a system chat script is required to log in to the remote system. However, you need not specify a system script under the following conditions: • • The modem script can be used to dial in and log in to the remote system. You are calling a system that does not require a login script—that is, a system that answers and immediately goes into protocol mode. If you adhere to the chat script naming convention suggested in the description of the chat-script command, use the form modem-script *modulation-type in the dialer map command; for example, *-v32bis. This form allows you to specify the modulation type that is best for the system you are calling, and allows the modem type for the line to be specified by the script dialer command. The period (.) is a wildcard that matches any character, and the asterisk (*) indicates that the preceding character can be duplicated multiple times. For more information about regular expressions, refer to the “Regular Expressions” appendix in the Cisco IOS Dial Technologies Configuration Guide. If a modem script is specified in the dialer map interface configuration command and a modem script is specified in the script dialer line configuration command, the first chat script that matches both is used. If no script matches both, an error message is logged and the connection is not established. If there is no modem chat script specified for the line, the first chat script (that is, the one specified in the chat-script global configuration command) that matches the regular expression of the modem script is used. If there is a system script specified in the dialer map interface configuration command, the first chat script to match the regular expression is used. The modem-script and system-script keywords and corresponding arguments are optional. They are ignored on synchronous interfaces. If you have named your chat script according to the type of modem and modulation (for example, codex-v32 or telebit v32), your regular expression could be codex-.* in the script dialer line configuration command, and *-v32bis in the modem script specified in the dialer map command for a system to which you want to connect using V.32bis modulation. The modem lines (specified by the regular-expression argument in the script dialer line configuration command) would be set to one of the following regular expressions to match patterns, depending on the kind of modem you have: • • • codex-.* telebit-.* usr-.* Usage Guidelines for Synchronous Interfaces Use the dialer map command with the name keyword but without the dial string in configurations in which remote sites are calling a central site, but the central site is not calling the remote site. With this command, the local device will authenticate the remote site using Challenge Handshake Authentication Protocol (CHAP) or Password Authentication Protocol (PAP), which will send the remote site’s host name to the central site. The central site will then use this name to authenticate the caller, and will use the next hop address to send packets to the remote site. Because no dialer string is specified, the central site cannot call the remote router. Cisco IOS Dial Technologies Command Reference November 2009 DIA-157 Dial Commands dialer map Usage Guidelines for ISDN Interfaces and ISDN AOC Use the dialer map command with the name keyword in configurations in which remote sites are calling a central site, but the central site is not calling the remote site. With this command, the local device will authenticate the remote site using CHAP or PAP, which will send the remote site host name to the central site. The central site will then use this name to authenticate the caller, and will use the next hop address to send packets to the remote site. Because no dialer string is specified, the central site cannot call the remote router. For ISDN interfaces only, you can specify an optional speed parameter for dialer map commands if you also specify a dial string. This option informs the ISDN software whether it should place a call at 56 or 64 kbps. If you omit the ISDN speed parameter, the default is 64 kbps. For routers with ISDN interfaces, if CLI is provided, the host-name field may contain the number that calling line ID provides. When the network provides ISDN AOC information, use the dialer map command with the class keyword for outgoing calls. Use the map-class dialer global command to identify the class name, the dialer idle-timeout command to define a static idle timeout period for outgoing calls to the class, and the dialer isdn short-hold command to define the minimum idle time to wait before disconnecting calls at the end of the charging period. Usage Guidelines for MPLS VPN Beginning with Cisco IOS Release 12.2(8)T, dialer software became capable of being “VRF-aware for MPLS VPN,” meaning that it can distinguish between two destinations with the same IP address using information stored in a VRF. When the dialer map command is configured with the vrf keyword in an MPLS VPN, the dialer software looks up a map for the next hop address using the next hop address and the VRF name configured. Once dial-out takes place and authentication is complete, a virtual profile interface is created. The VRF is installed on the virtual profile interface using the following per-user authentication, authorization, and accounting (AAA) interface command: cisco-avpair “lcp:interface-config=ip vrf forwarding vrf-name” Data transfer occurs as defined by the virtual profile dialer. When an IP route for a particular VRF points to the dialer (configured using the ip route global configuration command), the dialer uses the VFR-aware dialer map to get the dial string and IP address, and to bring up the connection. Once the user is authenticated, a virtual access interface is created and the user details are downloaded from the AAA server, and finally, the appropriate IP VRF command is applied on the virtual access interface. Examples Asynchronous Interface Examples The following example sets the dialer speed at 56 kbps to call a remote site at 172.19.2.5: interface async 1 encapsulation ppp ppp authentication chap dialer map ip 172.19.2.5 speed 56 The following example shows a dialing chat script and a login chat script. The dialer in-band command enables dial-on-demand routing (DDR) on asynchronous interface 10, and the dialer map command looks for the specified dialing and the login scripts, then uses those scripts to dial the string 95550190. chat-script dial ABORT ERROR "" "AT Z" OK "ATDT \T" TIMEOUT 30 CONNECT \c chat-script login ABORT invalid TIMEOUT 15 name: billw word: wewpass ">" "slip default" interface async 10 dialer in-band dialer map ip 10.55.0.1 modem-script dial system-script login 95550190 Cisco IOS Dial Technologies Command Reference DIA-158 November 2009 Dial Commands dialer map In the following example, the remote site is calling the central site, and the central site is calling the remote site. The central router uses the name ZZZ to authenticate the remote router when connection is made, and uses the dialer string 14155550134 to call the remote router if it is not currently connected. interface async 1 dialer map ip 172.19.2.5 name ZZZ 14155550134 In the following example, a remote site is calling a central site, but the central site is not calling the remote site. The local device will authenticate the site that is calling in using CHAP. CHAP causes the remote site name, YYY, to be sent to the site it is calling. The central site will then use this name to authenticate the remote site. interface async 1 encapsulation ppp ppp authentication chap dialer map ip 172.19.2.5 name YYY ISDN AOC Short-Hold Idle Timeout Example In the following legacy DDR example, a BRI interface is configured with dialer map classes to use for outgoing calls, and a dialer idle timeout period to use for all incoming calls. All of the map classes are configured with dialer idle timeout periods that override the interface static dialer idle timeout for outgoing calls. Two map classes are also configured for an ISDN AOC short-hold idle timeout. hostname A ! username IA password 7 1533121F0725 username IB password 7 110A1016262D29 username IC password 7 1533121F072508 isdn switch-type basic-net3 ! interface bri 0 ip address 10.0.0.35 255.0.0.0 encapsulation ppp dialer idle-timeout 150 dialer map ip 10.0.0.33 name IA class One 06966600050 dialer map ip 10.0.0.40 name IB class Two 778578 dialer map ip 10.0.0.45 name IC class Three 778579 ppp authentication chap ! map-class dialer Three dialer idle-timeout 300 dialer isdn short-hold 10 ! map-class dialer One dialer idle-timeout 300 ! map-class dialer Two dialer idle-timeout 300 dialer isdn short-hold 10 SPC Example The following example configures the interface for semipermanent connections in Germany; the IP address and the phone number are provided: dialer map ip 192.168.48.2 spc 49305550155:3789 Cisco IOS Dial Technologies Command Reference November 2009 DIA-159 Dial Commands dialer map MPLS VPN Example In the following partial example, the number to be dialed is based on the VRF name and destination IP address configured. The VRF is identified based on the incoming interface of the packet, and is used with the destination IP address to determine the number to be dialed, as defined in the dialer map command. virtual-profile virtual-template 1 virtual-profile aaa ! interface virtual-template 1 ip unnumbered loopback0 ppp authentication chap ppp multilink . . . interface dialer 1 dialer map ip 10.9.9.9 vrf new_vrf name new_name 5550145 dialer map ip 10.9.9.9 vrf branch_vrf name branch_name 5550156 ppp authentication chap ppp multilink . . . ip route vrf vrfgreen_vrf 10.9.9.9 255.255.255.255 dialer1 ip route vrf vrfyellow_vrf 10.9.9.9 255.255.255.255 dialer1 Related Commands Command chat-script dialer idle-timeout (map-class) Description Places calls over a modem and logs in to remote systems. Specifies the fast idle timer value to use when placing a call to any telephone number associated with a specified class. dialer isdn short-hold Configures the router to disconnect a call at the end of the current charging period if the line has been idle for at least the specified minimum period. dialer map snapshot ip route map-class dialer Defines a dialer map for the snapshot routing protocol on a client router connected to a DDR interface. Establishes static IP routes, and pairs an IP address with a VRF-aware dialer map. Defines a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback. Sets PPP BACP call parameters. Enables virtual profiles by AAA configuration. ppp bap call virtual-profile aaa Cisco IOS Dial Technologies Command Reference DIA-160 November 2009 Dial Commands dialer map snapshot dialer map snapshot To define a dialer map for Cisco’s snapshot routing protocol on a client router connected to a dial-on-demand routing (DDR) interface, use the dialer map snapshot command in interface configuration mode. To delete one or more previously defined snapshot routing dialer maps, use the no form of this command. dialer map snapshot sequence-number dial-string no dialer map snapshot [sequence-number] Syntax Description sequence-number dial-string A number in the range from 1 to 254, inclusive, that uniquely identifies a dialer map. (Optional for the no form.) Telephone number of a remote snapshot server to be called during an active period. Command Default No snapshot routing dialer map is defined. Command Modes Interface configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines Enter a command for each remote snapshot server router the client router should call during an active period. Use the no dialer map snapshot form of this command to remove all previously defined snapshot dialer maps on the client router; use the no dialer map snapshot sequence-number form of this command to delete a specified dialer map. Examples The following examples define snapshot dialer maps on a client router: dialer map snapshot 12 4155550134 dialer map snapshot 13 4155550145 The following example removes one of the previously defined snapshot routing dialer maps on the client router: no dialer map snapshot 13 Cisco IOS Dial Technologies Command Reference November 2009 DIA-161 Dial Commands dialer map snapshot Related Commands Command dialer reserved-links interface dialer snapshot client Description Includes a specified interface in a dialer rotary group. Defines a dialer rotary group. Configures a client router for snapshot routing. Cisco IOS Dial Technologies Command Reference DIA-162 November 2009 Dial Commands dialer max-call dialer max-call To specify the maximum number of calls to a remote destination that can be up at any one time for a dialer profile, use the dialer max-call command in interface configuration mode. dialer max-call number Syntax Description number Maximum number of calls, ranging from 1 to 4096. Command Default No maximum number of calls is specified. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines The dialer max-call command is used to specify the maximum number of calls for the dialer interface. This command applies to dialer interfaces only. This command can be configured only if a dialer profile is enabled using the dialer pool command. The dialer max-call command cannot be used with legacy dial-on-demand routing (DDR). When two connected routers are configured to dial out, only one router should have the dialer max-call or dialer pool-member max-links command configured. Otherwise, if both routers dial simultaneously, each will reject the incoming call when it exceeds the setting for the max-links argument. If the maximum number of calls configured is one and dialing out is synchronized, no connection will come up or it will take many retries before the connection stays up. To prevent this problem, one of the following configurations is recommended: • Use the dialer max-call command to restrict the number of connections, rather than the dialer pool-member max-links command. The result is the same and the dialer max-call command is easier to understand and configure. When two systems will dial each other and a maximum of one link is desired, configure the dialer max-calls command on only one side of the connection, not on both sides. Configure the dialer load-threshold command on only one side of the connection, either the local or remote router, and configure the dialer max-call command on the interface where the dialer load-threshold command is configured. • • Examples The following example sets a maximum of six calls: dialer max-call 6 Cisco IOS Dial Technologies Command Reference November 2009 DIA-163 Dial Commands dialer max-call Related Commands Command dialer isdn Description Specifies the bit rate used on the B channel associated with a specified map class and specifies whether to set up semipermanent connections for this map class. Configures bandwidth on demand by setting the maximum load before the dialer places another call to a destination. Specifies, for a dialer interface, which dialing pool to use to connect to a specific destination subnetwork. Configures a physical interface to be a member of a dialer profile dialing pool. Specifies the length of time to wait for a carrier when dialing out to the dial string associated with a specified map class. dialer load-threshold dialer pool dialer pool-member max-links dialer wait-for-carrier-time (map-class) Cisco IOS Dial Technologies Command Reference DIA-164 November 2009 Dial Commands dialer order dialer order To specify the dialing order when multiple dial strings are configured, use the dialer order command in interface configuration mode. To change or remove the dialing order, use the no form of this command. dialer order [sequential | round-robin | last-successful] no dialer order [sequential | round-robin | last-successful] Syntax Description sequential (Optional) Always starts dialing the first dial string configured in a list of multiple strings, and continues to the next dial string when a call fails. This keyword allows dial string order to be prioritized, and is the default. (Optional) Always starts dialing using the dial string that follows the most recently used dial string. If no calls have previously been made, the dialer uses the first dial string. When a call fails, the dialer tries the next dial string until all dial strings have been tried. This keyword allows calls to be shared equally among the configured dial strings. However, if the dial strings are associated with multiple ISDN B channels on the same remote device, a call may be placed to bring up a second B channel without trying to call the number associated with the first B channel. round-robin last-successful (Optional) Always starts dialing using the most recently successful dial string, and continues to the next dial string in a list when a call fails. This keyword reduces the time needed to find a dial string that successfully completes a call when the dial strings are not likely to be equally successful. Command Default Dial order is sequential. Command Modes Interface configuration Command History Release 12.2(8)T Modification This command was introduced. Usage Guidelines The dialer order command keywords can be configured on a per-interface basis. The configuration rules are as follows: • • The keyword you configure applies to dial strings configured on an interface by the dialer map and dialer string configuration commands. The keyword you configure for a dialer interface is effective for all destinations defined by that interface. You can use the dialer order command in configurations that apply to both legacy dialers and dialer profiles. The command is also compatible with the following dialer features and protocols: • • Dialer redial Dialer Watch feature Cisco IOS Dial Technologies Command Reference November 2009 DIA-165 Dial Commands dialer order • • • • Dialer Persistent feature Bandwidth Allocation Control Protocol (BACP) Bandwidth on demand Multilink PPP Examples The following legacy dialer configuration shows how to set the dialing software to try the telephone number of the last successful call when starting a new call, rather than the first telephone number in the list (555-0104): interface Serial0/0 ip address 10.2.1.130 255.255.255.0 encapsulation ppp dialer in-band dialer map ip 10.2.1.131 name mymap1 modem-script scr-3 5550104 dialer map ip 10.2.1.131 name mymap1 modem-script scr-3 5550105 dialer map ip 10.2.1.131 name mymap1 modem-script scr-3 5550106 dialer-group 1 dialer order last-successful If in a previous attempt to dial network 10.2.1.131 the telephone number 555-0106 was successful, because the dial order is set to last-successful, the next attempt to dial network 10.2.1.131 will start again with the 555-0106 telephone number. The following dialer profile configuration shows how to set the dialing software to try the telephone number that occurs after the most recently used dial string when starting a new call, rather than the first telephone number in the list (0104): interface Dialer0 ip address 10.1.1.130 255.255.255.0 encapsulation ppp dialer pool 1 dialer string 0104 dialer string 0105 dialer string 0106 dialer string 0107 dialer-group 1 dialer order round-robin If in a previous attempt to dial network 10.1.1.130 the telephone number 0106 was successful, because the dial order is set to round-robin, the next attempt to dial network 10.1.1.130 will start with the 0107 telephone number. Related Commands Command dialer map dialer string Description Configures a serial interface or ISDN interface to call one or multiple sites, or to receive calls from multiple sites. Specifies the string (telephone number) to be used when placing a call from an interface. Cisco IOS Dial Technologies Command Reference DIA-166 November 2009 Dial Commands dialer outgoing dialer outgoing To configure the dialer map class for a Network Specific Facilities (NSF) dialing plan to support outgoing calls, use the dialer outgoing command in map-class dialer configuration mode. dialer outgoing class-name Syntax Description class-name Keyword for a specified AT&T Primary-4ESS NSF dialing plan. The following keywords are supported: sdn, megacomm, and accunet. Command Default This command is disabled; no class name is provided. Command Modes Map-class dialer configuration Command History Release 11.0 Modification This command was introduced. Usage Guidelines Use this command only to define a dialer map class for an NSF call-by-call service offered by AT&T on Primary-4ESS ISDN switches. This command is not used for other vendors and switch types. Examples The following partial example shows a class called sdn to support the Software Defined Network (SDN) dialing plan. For a more complete example using all the related commands, see the map-class dialer command. dialer outgoing sdn Related Commands Command dialer map dialer voice-call isdn nsf-service map-class dialer Description Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Configures the dialer map class for an NSF dialing plan to support outgoing voice calls. Configures NSF on an ISDN PRI for outgoing calls configured as voice calls. Defines a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback. Cisco IOS Dial Technologies Command Reference November 2009 DIA-167 Dial Commands dialer persistent dialer persistent To force a dialer interface to be connected at all times, even in the absence of interesting traffic, use the dialer persistent command in interface configuration mode. To disable this option, use the no form of this command. dialer persistent [delay [initial] seconds | max-attempts number] no dialer persistent Syntax Description delay initial seconds max-attempts number (Optional) Sets the delay before an attempt to reestablish a persistent connection after a network error has disrupted it. (Optional) Sets the delay before a persistent connection is established, after configuration or boot-up, in the absence of interesting traffic. (Optional) Sets the time, in seconds, for the delay or initial delay set by the delay and initial keywords. Default is 1 second. (Optional) Maximum number of attempts for reconnecting after a network error has disrupted the persistent connection. There is no default or limit to the number of attempts. Command Default No persistent connections are established. The default delay and initial delay interval is 1 second. There is no default or limit to the number of reconnection attempts. Command Modes Interface configuration Command History Release 12.2(4)T 12.2(11)T Modification This command was introduced. This feature was implemented on Cisco access server platforms. Usage Guidelines Do not use the dialer redial command when a dialer profile has been configured with the dialer persistent command. Both these configuration commands prompt the router to dial out, so it is desirable to configure only one of them. Do not use the dialer idle-timeout interface configuration command when a dialer profile has been configured with the dialer persistent command. Doing so has no effect on the idle timer, which is overridden by the dialer idle-timeout command as dialer idle-timeout 0. You can use the clear interface EXEC command on the dialer interface to clear unsuccessful dial attempts on a line without interesting traffic; the dialer software continues attempting to bring up the connection as persistent. To disconnect a persistent connection and prevent the software from attempting more dialing, use the shutdown interface configuration command. Once a connection has been brought up as persistent, it cannot be torn down due to a fast-idle timeout. Cisco IOS Dial Technologies Command Reference DIA-168 November 2009 Dial Commands dialer persistent Examples The following example shows how to configure a dialer interface for dialer persistent: ! interface dialer 0 ip address 10.1.1.2 255.255.255.0 encapsulation ppp dialer string 5550189 dialer pool 1 dialer-group 1 dialer persistent delay initial 20 ! access-list 101 permit icmp any any access-list 101 deny ip any any dialer-list 1 protocol ip list 101 Related Commands Command dialer-group dialer-list protocol dialer pool dialer redial Description Controls access by configuring an interface to belong to a specific dialing group. Defines a DDR dialer list to control dialing by protocol or by a combination of a protocol and a previously defined access list. Specifies for a dialer interface which dialing pool to use to connect to a specific destination subnetwork. Configures redial after failed outbound dial attempts. dialer string (dialer profiles) Specifies the string (telephone number) to be used when placing a call from an interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-169 Dial Commands dialer pool dialer pool To specify, for a dialer interface, which dialing pool to use to connect to a specific destination subnetwork, use the dialer pool command in interface configuration mode. To remove the dialing pool assignment, use the no form of this command. dialer pool number no dialer pool number Syntax Description number Dialing pool number, in the range 1 through 255. Command Default Disabled; no default number is specified. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines This command applies to dialer interfaces only. Examples The following example shows a dialer interface configuration that is linked to the physical interface configuration shown for BRI 1 in the dialer pool-member command section. Dialer interface 1 uses dialer pool 3, of which BRI 1 is a member. ! This is a dialer profile for reaching remote subnetwork 10.1.1.1. interface Dialer1 ip address 10.1.1.1 255.255.255.0 encapsulation ppp dialer remote-name Smalluser dialer string 4540 dialer pool 3 dialer-group 1 The following example might accompany the previous dialer profile configuration example. Physical interface BRI 1 has a reserved channel in dialer pool 3. That channel is inactive until BRI 1 uses it to place calls. interface BRI1 encapsulation ppp dialer pool-member 1 priority dialer pool-member 2 priority ! BRI 1 has a reserved channel ! until BRI 1 uses it to place dialer pool-member 3 min-link ppp authentication chap 50 50 in dialer pool 3; the channel remains inactive calls. 1 Cisco IOS Dial Technologies Command Reference DIA-170 November 2009 Dial Commands dialer pool Related Commands Command dialer pool-member dialer wait-for-carrier-time (map-class) Description Configures a physical interface to be a member of a dialer profiles dialing pool. Specifies the length of time to wait for a carrier when dialing out to the dial string associated with a specified map class. Cisco IOS Dial Technologies Command Reference November 2009 DIA-171 Dial Commands dialer pool-member dialer pool-member To configure a physical interface to be a member of a dialer profile dialing pool, use the dialer pool-member command in interface configuration mode. To remove the configuration, use the no form of this command. dialer pool-member number [priority priority] [min-link minimum] [max-link maximum] no dialer pool-member number Syntax Description number priority priority Dialing pool number, in the range 1 through 255. (Optional) Priority of this interface within the dialing pool. Valid values for the priority argument range from 1 (lowest) to 255 (highest). The default priority is 1. Interfaces with the highest priority are selected first for dialing out. (Optional) Minimum number of B channels on this interface that are reserved for this dialing pool. Valid values for the minimum argument range from 1 to 255. The default minimum is 1. A reserved channel is inactive until the specified interface uses it to place calls. This option applies to ISDN outgoing interfaces only. (Optional) Maximum number of B channels on this interface that can be used by this dialing pool. Valid values for the minimum argument range from 1 to 255. The default maximum is 255. This option applies to ISDN interfaces only, and can be configured on both incoming and outgoing calls. min-link minimum max-link maximum Command Default The interface is not a member of a dialer profile dialing pool. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines This command applies to asynchronous serial, synchronous serial, BRI, and PRI physical interfaces only. It does not apply to dialer interfaces. The common number used in the dialer pool command and in the dialer pool-member command links the physical interface and dialer interface configurations. The min-link keyword and value are used primarily for dial backup. The Cisco IOS software provides the dialer max-links interface configuration command and the max-link keyword with the dialer pool-member command to specify a maximum number of links. When two linked systems are configured to dial out, only one system needs to have the maximum number of links configured. Otherwise, if both systems dial simultaneously, each will reject the incoming call Cisco IOS Dial Technologies Command Reference DIA-172 November 2009 Dial Commands dialer pool-member when it exceeds the specified maximum links. If maximum links is configured to 1 and the dialing out is synchronized, no connection will come up or it will take many retries before a connection stays up. Some suggestions for correcting this behavior follow: • • • Use only the dialer max-links command to restrict the number of connections. The result is the same as configuring the dialer pool-member command with the max-link keyword. If two systems will dial each other and only one link is desired, configure the dialer max-links command on just one system. Configure the dialer load-threshold interface configuration command on only one side, either local or remote, and configure the dialer max-links command on the interface where the dialer load-threshold command was configured. Examples The following example for a 23-channel ISDN PRI T1 interface shows that only one channel is available for incoming calls and 22 channels are reserved for outgoing calls: dialer pool-member 1 min-link 22 max-link 23 The following sample report from the debug dialer EXEC command indicates that once one incoming call has been received, the next incoming call is denied: Incoming call id 0x3 rejected, exceeded max calls . . . Incoming call id 0x3 rejected, exceeded The following example reserves 19 channels for an incoming call on a 23-channel ISDN PRI T1 interface: dialer pool-member 1 min-link 5 max-link 24 The following example shows the configuration of one ISDN BRI interface to be a member of dialer pool 2 with priority 100: interface BRI2 encapsulation ppp dialer pool-member 2 priority 100 ppp authentication chap In the following example, BRI physical interface configuration BRI 1 has one reserved channel in dialer pool 3. That channel is inactive until BRI 1 uses it to place calls. interface BRI1 encapsulation ppp dialer pool-member 1 priority dialer pool-member 2 priority !BRI 1 has a reserved channel !until BRI 1 uses it to place dialer pool-member 3 min-link ppp authentication chap 50 50 in dialer pool 3; the channel remains inactive calls. 1 Related Commands Command dialer pool Description Specifies for a dialer interface, which dialing pool to use to connect to a specific destination subnetwork. Cisco IOS Dial Technologies Command Reference November 2009 DIA-173 Dial Commands dialer pre-classify dialer pre-classify To force IP Security (IPSec) to check an interesting packet against a dialer-list before enabling a dialer interface, use the dialer pre-classify command in crypto-map configuration mode. dialer pre-classify Syntax Description This command has no arguments or keywords. Command Modes Crypto-map configuration mode (config-crypto-map) Command History Release 12.3(15)T Modification This command was introduced. Usage Guidelines Use the crypto map isakmp-profile command to enter crypto-map configuration mode and create an Internet Security Association and Key Management Protocol (ISAKMP) profile on a crypto map, prior to using the dialer pre-classify command. Examples The following example shows how to check a dialer-list prior to enabling a dialer interface, by using the dialer pre-classify command: Router> enable Router# configure terminal Router(config)# crypto map map-name ipsec-isakmp profile isakmp-profile-name Router(config-crypto-map)# dialer pre-classify Related Commands Command crypto map isakmp-profile Description Configures an ISAKMP profile on a crypto map. Cisco IOS Dial Technologies Command Reference DIA-174 November 2009 Dial Commands dialer priority dialer priority To set the priority of an interface in a dialer rotary group, use the dialer priority command in interface configuration mode. To revert to the default setting, use the no form of this command. dialer priority number no dialer priority Syntax Description number Priority of an interface in a dialer rotary group; the highest number indicates the highest priority. This is a number from 0 through 255. The default value is 0, the lowest priority. Command Default No priority is predefined. When priority is defined, the default value is 0. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command is meaningful only for interfaces that are part of dialer rotary groups. The value 0 indicates the lowest priority, and 255 indicates the highest priority. The dialer priority command controls which interfaces within a dialer rotary group will be used first. Higher priority interfaces (configured with higher n value) are used first. The dialer priority command gives you the ability to tell the dialer rotary group which free interface (and, by extension for asynchronous interfaces, which modem) to use first. This command applies to outgoing calls only. For example, a router or access server might have a selection of many modems, some of which are better performers than others. You might have a 19.2-kbps, two 4800-bps, three 1200-bps, and one 300-bps modem on interfaces in one dialer rotary group. You do not want the router or access server to make the call on the 300-baud modem if any of the faster modems are free. You want to use the highest-performance modems first, and the slowest modems last. Examples In the following example, asynchronous interface 3 will be used after interfaces with higher priority and before interfaces with lower priority: interface async 3 dialer priority 5 Cisco IOS Dial Technologies Command Reference November 2009 DIA-175 Dial Commands dialer priority Related Commands Command dialer reserved-links interface dialer Description Includes a specified interface in a dialer rotary group. Defines a dialer rotary group. Cisco IOS Dial Technologies Command Reference DIA-176 November 2009 Dial Commands dialer redial dialer redial To configure redial after failed outbound dial attempts, use the dialer redial command in interface configuration mode. To disable redial, use the no form of this command. dialer redial interval interval-time attempts redials [re-enable disable-time] no dialer redial Syntax Description interval interval-time attempts redials re-enable disable-time Time, in seconds, between redial attempts. The time can range from 5 to 2147483 seconds. The maximum number of redial attempts to be performed. The number can range from 0 to 2147483. (Optional) Time, in seconds, for which the interface will be disabled if all redial attempts fail. The time can range from 5 to 2147483 seconds. Command Default Redial timer disabled. Command Modes Interface configuration Command History Release 12.1(2) 12.2(4)T Modification This command was introduced. This command was modified to allow the following: • • • • A disable time can be applied to a dialer profile interface and to a serial dialer. The dialer can be configured to apply a disable timer without performing any redial attempts. The dialer may select a different physical dialer on each redial attempt. The dialer will cycle through all dialer strings or matching dialer maps on each redial attempt before applying the redial interval. Usage Guidelines Use this command to customize the number of redial attempts to be made, the interval between redial attempts, and the amount of time the interface will be disabled if all redial attempts fail. Setting attempts 0 prevents redial attempts without inactivating the re-enable option. The re-enable option can be applied to both serial dialers and dialer profile interfaces. When a logical dialer interface such as a dialer profile or a dialer rotary group is used, redial attempts may occur on a different physical dialer on each attempt. The physical dialer selection algorithm may be customized using the dialer rotor interface configuration command. Do not use the dialer redial command when a dialer profile has been configured with the dialer persistent command. Both these configuration commands prompt the router to dial out, so it is desirable to configure only one of them. Cisco IOS Dial Technologies Command Reference November 2009 DIA-177 Dial Commands dialer redial Examples The following example configures the dialer to make five redial attempts with an interval of 10 seconds between attempts. If all redial attempts fail, the interface will be disabled for 50 minutes. dialer redial interval 10 attempts 5 re-enable 3000 Related Commands Command debug dialer events dialer persistent dialer rotor Description Displays debugging information about the packets received on a dialer interface. Forces a dialer interface to be connected at all times, even in the absence of interesting traffic. Specifies the method for identifying the outbound line to be used for ISDN or asynchronous DDR calls. Cisco IOS Dial Technologies Command Reference DIA-178 November 2009 Dial Commands dialer remote-name dialer remote-name To specify the authentication name of the remote router on the destination subnetwork for a dialer interface, use the dialer remote-name command in interface configuration mode. To remove the specified name, use the no form of this command. dialer remote-name user-name no dialer remote-name Syntax Description user-name Case-sensitive character string identifying the remote device; maximum length is 255 characters. Command Default No remote name is specified. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines This command applies only to dialer interfaces. Only one remote name can be associated with a dialer interface at a time. You may change the name associated with the dialer interface by reissuing the dialer remote-name command. Issuing the no dialer remote-name command removes the remote name configuration. When using Challenge Handshake Authentication Protocol (CHAP) or Password Authentication Protocol (PAP) authentication, user-name is the name of the remote device that is authenticating. Examples The following partial example sets the name of the remote host to yourhost: interface dialer 1 dialer remote-name yourhost Related Commands Command ppp bap call Description Sets PPP BACP call parameters. Cisco IOS Dial Technologies Command Reference November 2009 DIA-179 Dial Commands dialer reserved-links dialer reserved-links To reserve links for dial-in and dial-out, use the dialer reserved-links command in interface configuration mode. To clear the link, use the no form of this command. dialer reserved-links {dialin-link | dialout-link} no dialer reserved-links Syntax Description dialin-link dialout-link Link reserved for dial-in. Link reserved for dial-out. Command Default By default, no links are reserved. Command Modes Interface configuration Command History Release 12.0(3)T Modification This command was introduced. Examples The following example sets dial in reserved links to 1 and dialout reserved links to 0 on the Dialer0 interface: interface Dialer0 dialer aaa dialer reserved-links 1 0 Related Commands Command dialer congestion-threshold sgbp dial-bids Description Specifies congestion threshold in connected links. Allows the stack group to bid for dialout connection. Cisco IOS Dial Technologies Command Reference DIA-180 November 2009 Dial Commands dialer rotary-group dialer rotary-group To include a specified interface in a dialer rotary group, use the dialer rotary-group command in interface configuration mode. To remove the specified interface, use the no form of this command. dialer rotary-group interface-number no dialer rotary-group interface-number Syntax Description interface-number Number of the previously defined dialer interface in whose rotary group this interface is to be included. This is a number from 0 to 255. The dialer interface is defined by the interface dialer command. Command Default No interfaces are included in a dialer rotary group. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Examples The following example places asynchronous interfaces 1 and 2 into dialer rotary group 1, defined by the interface dialer 1 command: hostname central-site ! PPP encapsulation is enabled for interface dialer 1. interface dialer 1 encapsulation ppp dialer in-band ip address 172.18.2.1 255.255.255.0 ip address 172.16.4.1 255.255.255.0 secondary ! ! The first dialer map command allows the central site and remote site YYY ! to call each other and allows the central site to authenticate site YYY ! when it calls in. The second dialer map command, with no dialer string, ! allows the central site to authenticate remote site ZZZ when it calls in, but ! the central site cannot call remote site ZZZ (no phone number). dialer map ip 172.18.2.5 name YYY 14155550134 dialer map ip 172.16.4.5 name ZZZ ! ! The DTR pulse signals for three seconds on the interfaces in dialer ! group 1. This holds the DTR low so the modem can recognize that DTR has been ! dropped. pulse-time 3 ! ! Interfaces async 1 and async 2 are placed in dialer rotary group 1. ! All of the interface configuration commands (the encapsulation and dialer ! map commands shown earlier in this example) applied to interface ! dialer 1 apply to the physical interfaces assigned to the dialer group. ! Cisco IOS Dial Technologies Command Reference November 2009 DIA-181 Dial Commands dialer rotary-group interface async 1 dialer rotary-group 1 interface async 2 dialer rotary-group 1 Related Commands Command interface dialer Description Defines a dialer rotary group. Cisco IOS Dial Technologies Command Reference DIA-182 November 2009 Dial Commands dialer rotor dialer rotor To specify the method for identifying the outbound line to be used for ISDN or asynchronous dial-on-demand routing (DDR) calls, use the dialer rotor command in interface configuration mode. To remove the specified method, use the no form of this command. dialer rotor {priority | best} no dialer rotor {priority | best} Syntax Description priority best Selects the first outbound line with the highest priority; this is the selection criterion that was previously used. Selects the outbound line with the most recent success. If that line also has the most recent failure, then it will try the line with the least recent failure. If that line also has the most recent failure, it will then try an as-of-yet untried outbound line. Command Default Disabled Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command allows the router to skip outbound ISDN BRI and asynchronous lines that have problems. This command would not be useful for ISDN PRI, unless your local telephone service provider has problems keeping your lines properly configured. Examples The following example configures a dialer interface to select the outbound line that most recently placed a successful call: dialer rotor best Related Commands Command dialer priority Description Sets the priority of an interface in a dialer rotary group. Cisco IOS Dial Technologies Command Reference November 2009 DIA-183 Dial Commands dialer rotor Cisco IOS Dial Technologies Command Reference DIA-184 November 2009 Dial Commands dialer string dialer string To specify the string (telephone number) to be called for interfaces calling a single site, use the dialer string command in interface configuration mode. To delete the dialer string specified for the interface, use the no form of this command. dialer string dial-string[:isdn-subaddress] no dialer string Syntax Description dial-string :isdn-subaddress String of characters to be sent to a DCE device. (Optional) ISDN subaddress. Command Default No strings are predefined. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines To use this command on an asynchronous interface, you must define a modem chat script for the associated line by using the script dialer command. A script must be used to implement dialing. Dialers configured as in-band pass the string to the external dialing device. Specify one dialer string command per interface. To specify multiple strings, use the dialer map command. In general, you include a dialer string or dialer map command if you intend to use a specific interface to initiate a dial-on-demand routing (DDR) call. Note If a dialer string command is specified without a dialer-group command with access lists defined, dialing is never initiated. If the debug dialer command is enabled, an error message is displayed indicating that dialing never will occur. The string of characters specified for the dial-string argument is the default number used under the following conditions: • • A dialer map command is not included in the interface configuration. The next hop address specified in a packet is not included in any of the dialer map interface configuration commands recorded—assuming that the destination address passes any access lists specified for DDR with the dialer-list command. Cisco IOS Dial Technologies Command Reference November 2009 DIA-185 Dial Commands dialer string ITU-T V.25bis Options On synchronous interfaces, depending on the type of modem you are using, International Telecommunication Union Telecommunication (ITU-T) Standardization Sector V.25bis options might be supported as dial-string parameters of the dialer string command. Supported options are listed in Table 11. The functions of the parameters are nation specific, and they may have different implementations in your country. These options apply only if you have enabled DDR with the dialer in-band command. Refer to the operation manual for your modem for a list of supported options. Note The ITU-T carries out the functions of the former Consultative Committee for International Telegraph and Telephone (CCITT). Table 11 ITU-T V.25bis Options Option : < = > P T & Description Wait tone. Pause. Usage and duration of this parameter vary by country. Separator 3. For national use. Separator 4. For national use. Dialing to be continued in pulse mode. Optionally accepted parameter. Tone. Dialing to be continued in Dual Tone Multifrequency (DTMF) mode. Optionally accepted parameter. Flash. (The flash duration varies by country.) Optionally accepted parameter. Examples The following example specifies a dial-on-demand routing (DDR) telephone number to be tone-dialed on interface async 1 using the dialer string command: interface async 1 dialer string T14085550134 Related Commands Command dialer-group dialer in-band dialer-list protocol (Dial) dialer map script dialer Description Controls access by configuring an interface to belong to a specific dialing group. Specifies that DDR is to be supported. Defines a DDR dialer list to control dialing by protocol or by a combination of a protocol and a previously defined access list. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies a default modem chat script. Cisco IOS Dial Technologies Command Reference DIA-186 November 2009 Dial Commands dialer string (dialer profiles) dialer string (dialer profiles) To specify the string (telephone number) to be used when placing a call from an interface, use the dialer string command in interface configuration mode. To delete the telephone number specified for the interface, use the no form of this command. dialer string dial-string [class class-name] no dialer string Syntax Description dial-string class class-name Telephone number to be sent to a DCE device. (Optional) Dialer map class associated with this telephone number. Command Default No telephone numbers and class names are predefined. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines When you use dialer profiles for DDR, use the dialer string class form of this command to define a map class for a specific dialer profile. Dialer profiles make it unnecessary to use dialer maps to configure DDR. Note If a dialer string command is specified without a dialer-group command with access lists defined, dialing is never initiated. If the debug dialer command is enabled, an error message is displayed indicating that dialing never will occur. Examples The following example specifies that the dial string 4155550134 be used in calls to destinations defined by the map class myclass: dialer string 4155550134 class myclass Related Commands Command dialer-group dialer wait-for-carrier-time (map-class) interface dialer Description Controls access by configuring an interface to belong to a specific dialing group. Specifies the length of time to wait for a carrier when dialing out to the dial string associated with a specified map class. Defines a dialer rotary group. Cisco IOS Dial Technologies Command Reference November 2009 DIA-187 Dial Commands dialer string (legacy DDR) dialer string (legacy DDR) To specify the destination string (telephone number) to be called for interfaces calling a single site, use the dialer string command in interface configuration mode. To delete the dialer string specified for the interface, use the no form of this command. dialer string dial-string[:isdn-subaddress] no dialer string Syntax Description dial-string :isdn-subaddress String of characters to be sent to a DCE device. (Optional) ISDN subaddress preceded by a colon. Command Default No strings are predefined. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines To use this command on an asynchronous interface, you must define a modem chat script for the associated line by using the script dialer command. A script must be used to implement dialing. Dialers configured as in-band pass the string to the external dialing device. Specify one dialer string command per interface. In general, you include a dialer string command if you intend to use a specific interface to initiate a dial-on-demand routing (DDR) call. Note If a dialer string command is specified without a dialer-group command with access lists defined, dialing is never initiated. If the debug dialer command is enabled, an error message is displayed indicating that dialing never will occur. The string of characters specified for the dial-string argument is the default number used under the following conditions: • • A dialer map command is not included in the interface configuration. The next hop address specified in a packet is not included in any of the dialer map command in interface configuration modes recorded—assuming that the destination address passes any access lists specified for DDR with the dialer-list command. Cisco IOS Dial Technologies Command Reference DIA-188 November 2009 Dial Commands dialer string (legacy DDR) ITU-T V.25bis Options On synchronous interfaces, depending on the type of modem you are using, International Telecommunication Union Telecommunication (ITU-T) Standardization Sector V.25bis options might be supported as dial-string parameters of the dialer string command. Supported options are listed in Table 11. The functions of the parameters are nation specific, and they may have different implementations in your country. These options apply only if you have enabled DDR with the dialer in-band command. Refer to the operation manual for your modem for a list of supported options. Note The ITU-T carries out the functions of the former Consultative Committee for International Telegraph and Telephone (CCITT). Examples The following example specifies a DDR telephone number to be tone-dialed on asynchronous interface 1 using the dialer string command: interface async 1 dialer string T14085550134 Related Commands Command dialer-group dialer in-band dialer-list protocol (Dial) dialer map script dialer Description Controls access by configuring an interface to belong to a specific dialing group. Specifies that DDR is to be supported. Defines a DDR dialer list to control dialing by protocol or by a combination of a protocol and a previously defined access list. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies a default modem chat script. Cisco IOS Dial Technologies Command Reference November 2009 DIA-189 Dial Commands dialer string trunkgroup dialer string trunkgroup To specify a dial-out telephone number and dial-out trunk group name for a static configuration on a network access server (NAS), use the dialer string trunkgoup command in interface configuration mode. To delete the static, dial-out trunk group configuration, use the no form of this command. dialer string dial-string trunkgroup trunkgroup-label no dialer string dial-string trunkgroup trunkgroup-label Syntax Description dial-string trunkgroup-label String of characters to be dialed. A predefined dial-out trunk group name. Command Default No trunk groups are defined. Command Modes Interface configuration Command History Release 12.3(11)T Modification This command was introduced. Usage Guidelines A dialer string command, in general, enables a specific interface for initiating a dial-on-demand routing (DDR) call. The dialer string trunkgroup command enables use of a dial-out trunk group, which directs an outbound synchronous or asynchronous call to be initiated by DDR on a specific channel of an ISDN circuit. The channel (also called a digital service 0 or DS0 link), is a member of a defined dial-out trunk group. Individual DS0s from various signaling circuits can be aggregated into a dial-out trunk group. The dial-out trunk group configured by the dialer string trunkgroup command must be part of a static configuration on an NAS. See the “Related Commands” section for commands that allow other nonstatic configurations of dial-out trunk groups. Examples The following example enables use of dial-out trunk group TG1 on dialer interface 0 as part of a static NAS configuration: interface dialer 0 dialer string 5550112 trunkgroup TG1 Related Commands Command cas-custom ds0-group Description Customizes signaling parameters for a particular E1 or T1 channel group on a channelized line. Defines E1 channels for the CAS method by which the router connects to the PSTN. Cisco IOS Dial Technologies Command Reference DIA-190 November 2009 Dial Commands dialer string trunkgroup Command pri-group timeslots show trunk group Description Specifies an ISDN PRI group on a channelized T1 or E1 controller. Displays one or more trunk groups. trunk-group timeslots Directs an outbound synchronous or asynchronous call initiated by DDR to use specific DS0 channels of an ISDN circuit. Cisco IOS Dial Technologies Command Reference November 2009 DIA-191 Dial Commands dialer voice-call dialer voice-call To configure the dialer map class for a Network Specific Facilities (NSF) dialing plan to support outgoing voice calls, use the dialer voice-call command in map-class dialer configuration mode. dialer voice-call Syntax Description This command has no arguments or keywords. Command Default Disabled Command Modes Map-class dialer configuration Command History Release 11.0 Modification This command was introduced. Examples The following partial example defines a dialer map class to support the SDN dialing plan and to support outgoing voice calls. For a more complete example using all the related commands, see the map-class dialer command. map-class dialer sdnplan dialer voice-call dialer outgoing sdn Related Commands Command dialer map dialer outgoing map-class dialer Description Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Configures the dialer map class for a NSF dialing plan to support outgoing calls. Defines a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback. Cisco IOS Dial Technologies Command Reference DIA-192 November 2009 Dial Commands dialer vpdn dialer vpdn To enable a dialer profile or dial-on-demand routing (DDR) dialer to use Layer 2 Tunnel Protocol (L2TP) dialout, use the dialer vpdn command in interface configuration mode. To disable L2TP dialout on a dialer profile or DDR dialer, use the no form of this command. dialer vpdn no dialer vpdn Syntax Description This command has no arguments or keywords. Command Default Disabled Command Modes Interface configuration Command History Release 12.0(5)T Modification This command was introduced. Usage Guidelines The dialer vpdn command must be configured on the LNSs dialer interface to enable L2TP dialout. This command enables the dialer to place a VPDN call. Examples The following example shows how to configure the dialer interface and VPDN group on an LNS for L2TP dialout: interface Dialer2 ip address 172.16.2.3 255.255.255.128 encapsulation ppp dialer remote-name myname dialer string 5550134 dialer vpdn dialer pool 1 dialer-group 1 ppp authentication chap vpdn-group 1 request-dialout protocol l2tp pool-member 1 initiate-to ip 172.21.9.4 Related Commands Command dialer aaa request-dialout Description Allows a dialer to access the AAA server for dialing information. Enables an LNS to request VPDN dial-out calls by using L2TP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-193 Dial Commands dialer wait-for-carrier-time (interface) dialer wait-for-carrier-time (interface) To specify the length of time the interface waits for a carrier, use the dialer wait-for-carrier-time command in interface configuration mode. To reset the carrier wait time value to the default, use the no form of this command. dialer wait-for-carrier-time seconds no dialer wait-for-carrier-time Syntax Description seconds Number of seconds that the interface waits for the carrier to come up when a call is placed. Acceptable values are positive, nonzero integers. Command Default 30 seconds Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines On asynchronous interfaces, the dialer wait-for-carrier-time command sets the total time allowed for the chat script to run. If a carrier signal is not detected in this amount of time, the interface is disabled until the enable timeout occurs (configured with the dialer enable-timeout command). Do not use this command for BRI and leased-line interfaces. Examples The following example specifies a carrier wait time of 45 seconds on asynchronous interface 1: interface async 1 dialer wait-for-carrier-time 45 Related Commands Command Description dialer enable-timeout Sets the length of time an interface stays down after a call has completed or failed and before the interface is available to dial again. Cisco IOS Dial Technologies Command Reference DIA-194 November 2009 Dial Commands dialer wait-for-carrier-time (map-class) dialer wait-for-carrier-time (map-class) To specify the length of time to wait for a carrier when dialing out to the dial string associated with a specified map class, use the dialer wait-for-carrier-time command in map-class dialer configuration mode. To reset the carrier wait time value to the default, use the no form of this command. dialer wait-for-carrier-time seconds no dialer wait-for-carrier-time Syntax Description seconds Number of seconds that the interface waits for the carrier to come up when a call is placed. Acceptable values are positive, nonzero integers. The default is 30 seconds. Command Default 30 seconds Command Modes Map-class dialer configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines You can define different dialer map classes with different wait-for-carrier times to suit the different types of lines and interfaces. For example, you must define a longer wait time for a map class used by serial interfaces than for one used by ISDN interfaces. Do not use this command for BRI and leased-line interfaces. Examples The following example specifies a carrier wait time of 20 seconds for the class “Eng” on interface Dialer2: interface Dialer2 ip address 10.2.2.2 255.255.255.0 encapsulation ppp dialer remote-name Mediumuser dialer string 5264540 class Eng dialer wait-for-carrier-time 20 dialer load-threshold 50 either dialer pool 1 dialer-group 2 Cisco IOS Dial Technologies Command Reference November 2009 DIA-195 Dial Commands dialer wait-for-line-protocol dialer wait-for-line-protocol To set a maximum time the dialer will wait for a line protocol after establishing a physical connection before considering the call unsuccessful, use the dialer wait-for-line-protocol command in interface configuration mode. To disable this function, use the no form of this command. dialer wait-for-line-protocol wait-time no dialer wait-for-line-protocol Syntax Description wait-time Time, in seconds, that the dialer will wait for the line protocol to come up after the physical layer connection has been established. The time can range from 1 to 2147483 seconds. Command Default Timer is disabled. Command Modes Interface configuration Command History Release 12.2(4)T Modification This command was introduced. Usage Guidelines This command is supported only with encapsulation PPP. By default the Cisco IOS software considers a dial-out attempt successful if a connection is established to the physical layer (Layer 1 of the Open System Interconnection reference model). The dialer wait-for-line-protocol command can be used to configure a router to wait a specific amount of time for a line protocol to come up once a physical layer connection has been established. If the call is dropped before the timer has elapsed, the call will be considered a failure. Redial will be triggered if the redial options have been configured with the dialer redial interface configuration command. The dialer failure statistics for the physical interface will be updated, which may influence the selection of a physical dialer for the next dial attempt. The physical dialer selection algorithm may be customized using the dialer rotor interface configuration command. Note This command is not useful in conjunction with Cisco High-Level Data Link Control (HDLC) encapsulation. Cisco HDLC encapsulation is the default line protocol and will always come up regardless of line conditions. Examples The following example configures the dialer to wait 10 seconds for a line protocol after making a physical connection: dialer wait-for-line-protocol 10 Cisco IOS Dial Technologies Command Reference DIA-196 November 2009 Dial Commands dialer wait-for-line-protocol Related Commands Command debug dialer events dialer redial Description Displays debugging information about the packets received on a dialer interface. Configures the number of redial attempts to be made, the interval between redial attempts, and the amount of time the interface will be disabled if all redial attempts fail. Specifies the method for identifying the outbound line to be used for ISDN or asynchronous DDR calls. dialer rotor Cisco IOS Dial Technologies Command Reference November 2009 DIA-197 Dial Commands dialer watch-disable dialer watch-disable Note Effective with Cisco IOS Release 12.3(11)T, this command is replaced by the dialer watch-list delay command. See the dialer watch-list delay command page for more information. To set a delay time to the backup interface, use the dialer watch-disable command in interface configuration mode. To disable this feature, use the no form of this command. dialer watch-disable timeout no dialer watch-disable Syntax Description timeout The timeout value in seconds. Command Default Disabled Command Modes Interface configuration Command History Release 11.3 12.3(11)T Modification This command was introduced. This command was replaced by the dialer watch-list delay command. Usage Guidelines This command is used to add a delay time to the backup interface. The delay time delays the time it takes for the backup interface to disconnect after the primary interface recovers. Examples The following example forces a 6-second delay to the backup interface once the primary interface recovers: interface bri0 ip address 10.1.1.2 255.255.255.0 encapsulation ppp dialer map ip 10.3.1.1 255.255.255.0 name mymap 5550134 dialer-group 1 dialer watch-group 1 dialer watch-disable 6 Related Commands Command show dialer dnis Description Displays general diagnostic information for ISDN BRI interfaces configured for DDR. Cisco IOS Dial Technologies Command Reference DIA-198 November 2009 Dial Commands dialer watch-group dialer watch-group To enable dial-on-demand routing (DDR) backup on an interface using Dialer Watch, configure the interface using the dialer watch-group command in interface configuration mode. To disable this feature, use the no form of this command. dialer watch-group group-number no dialer watch-group group-number Syntax Description group-number Group number assigned that will point to a globally defined list of IP addresses to watch. The valid range is 1 to 255. Command Default Disabled Command Modes Interface configuration Command History Release 11.3T Modification This command was introduced. Usage Guidelines Use the dialer watch-group command on the secondary interface you want to enable DDR backup. The dialer watch group number points to a globally defined list (the dialer watch-list command) that contains the IP addresses to be watched. If you use the dialer watch-group command you must also use the dialer watch-list command. You must configure the standard commands required to enable the router to perform DDR in addition to the Dialer Watch commands. Refer to the Cisco IOS Dial Technologies Configuration Guide and the Cisco IOS Dial Technologies Command Reference for additional information. The dialer watch-group and dialer watch-list commands can be added in any order. Examples The following example configures BRI interface 0 as the backup interface: interface bri0 ip address 10.1.1.2 255.255.255.0 encapsulation ppp dialer watch-group 1 Related Commands Command dialer watch-list Description Adds the list of IP addresses to be monitored for Dialer Watch. Cisco IOS Dial Technologies Command Reference November 2009 DIA-199 Dial Commands dialer watch-list dialer watch-list To specify a list of watched routes of IP addresses or optionally, IP address and VPN routing and forwarding (VRF) instance pairs to be monitored by Dialer Watch, or to configure the router to dial the backup link if the primary link fails during initial startup, use the dialer watch-list command in global configuration mode. To disable these features, use the no form of this command. dialer watch-list group-number {ip ip-address address-mask [vrf vrf-name] | delay route-check initial seconds} no dialer watch-list group-number {ip ip-address address-mask [vrf vrf-name] | delay route-check initial seconds} Syntax Description group-number Group number assigned to the list. Valid group numbers are from 1 to 255. The value of this argument must match the group number set with the dialer watch-group command. Specifies the IP address or address range and address mask to be applied to the list. IP is the only routed protocol supported for Dialer Watch. (Optional) Specifies a watched route using the VRF instance table named in the vrf-name argument. ip ip-address address-mask vrf vrf-name delay route-check Number of seconds after which the router ensures that the primary route is up once initial seconds initial startup is complete. Command Default The dialer watch-list command is disabled. Command Modes Global configuration Command History Release 11.3 12.1(3)T 12.3(7)T Modification This command was introduced. The delay route-check initial seconds keywords and argument were introduced. The vrf vrf-name keyword and argument were introduced. Usage Guidelines Use this command to add all IP addresses or networks that you want monitored. There is no software limit to the number of IP addresses that can be added to a group. Use this command with the dialer watch-group interface configuration command. The group-number value must match the group number set in the dialer watch-group interface configuration command. For example, if you use dialer watch-group 1, you must also use dialer watch-list 1. The dialer watch-list and dialer watch-group commands can be added in any order. Address matching is exact; therefore, you must apply the specific IP address and mask range for the networks that you want monitored. Use the show ip route command to verify that the route you are watching exists in the routing table. The route configured for the dialer watch-list command must match the one in the routing table exactly. This matching includes verifying that both the network and the masks Cisco IOS Dial Technologies Command Reference DIA-200 November 2009 Dial Commands dialer watch-list are identical. You must configure the standard commands required to enable the router to perform dial-on-demand routing (DDR) in addition to configuring the Dialer Watch commands. Refer to the Cisco IOS Dial Technologies Configuration Guide and the Cisco IOS Dial Technologies Command Reference for additional information. Enabling the delay route-check initial keywords enables the router to check whether the primary route is up after the initial startup of the router is complete and the timer (in seconds) expires. Without this command, the Dialer Watch feature is triggered only when the primary route is removed from the routing table. If the primary link fails to come up during initial startup of the router, the route is never added to the routing table and hence cannot be watched. Therefore, using the delay route-check initial keywords enables the Dialer Watch feature to dial the backup link in the event of a primary link failure during the initial startup of the router. Enabling the vrf vrf-name keyword and argument configures the corresponding VRF table to be used to detect when the watched route for the VRF has gone down. A VRF is a per-VPN routing information repository that defines the virtual private network (VPN) membership of a customer site attached to a network access server. A VRF consists of an IP routing table, a derived Cisco Express Forwarding (CEF) table, a set of interfaces that use the forwarding table, and a set of rules and routing protocol parameters that control the information that is included in the routing table. A separate set of routing and CEF tables is maintained for each VPN customer. It is important to note that the VRF might have overlapping address space, as follows: At the provider edge (PE) router, each customer edge (CE) router will have a corresponding VRF associated with it. Further, two CE routers might be using the same address space, so that the corresponding VRFs at the PE router will have overlapping address space. For this reason, when using the vrf vrf-name keyword and argument, configure the watched route as an IP address-VRF name pair, where the IP address is the watched IP address and the VRF name is the routing and forwarding instance to which the IP address belongs. Configuring the Dialer Watch feature with only the IP address does not ensure that the correct CE route will be dialed when a watched route goes down. Configuring Dialer Watch with an IP address and VRF name pair ensures that the VRF table corresponding to the routing and forwarding instance to which the IP address belongs is found and the correct CE is dialed. You can define one watch route that watches the same IP address, but belongs to a different VRF, in a single watch list. Examples The following example specifies a pair of watched routes in a legacy dialer configuration. In this configuration, watch lists 1 and 2 are both watching the same IP address, but belong to different VRFs. interface BRI3/0 ip address 10.0.2.2 255.255.255.0 encapsulation ppp dialer map 10.1.2.0 vrf v1 3xxxxxx dialer map 10.1.2.0 vrf v2 4xxxxxx dialer-group 1 dialer watch-group 1 dialer watch-group 2 isdn switch-type ntt ppp authentication chap ! dialer watch-list 1 ip 10.2.1.0 255.255.255.0 vrf v1 dialer watch-list 2 ip 10.2.1.0 255.255.255.0 vrf v2 Cisco IOS Dial Technologies Command Reference November 2009 DIA-201 Dial Commands dialer watch-list The following example specifies a pair of watched routes in a dialer rotary group configuration. In this configuration, watch lists 1 and 2 are both watching the same IP address, but belong to different VRFs. interface BRI3/0 no ip address encapsulation ppp dialer rotary-group 1 isdn switch-type ntt ppp authentication chap ! interface Dialer1 ip address 10.0.2.2 255.255.255.0 encapsulation ppp dialer remote-name c3640-B dialer map 10.1.2.0 vrf v1 3xxxxxx dialer map 10.1.2.0 vrf v2 4xxxxxx dialer watch-group 1 dialer watch-group 2 dialer-group 1 ppp authentication chap ! dialer watch-list 1 ip 10.2.1.0 255.255.255.0 vrf v1 dialer watch-list 2 ip 10.2.1.0 255.255.255.0 vrf v2 dialer watch-list 1 delay disconnect 30 The following example specifies a pair of watched routes in a dialer profile configuration. In this configuration, watch lists 1 and 2 are both watching the same IP address, but belong to different VRFs. interface BRI3/0 no ip address encapsulation ppp dialer pool-member 1 isdn switch-type ntt ppp authentication chap ! interface Dialer1 ip vrf forwarding v1 ip address 10.0.2.2 255.255.255.0 encapsulation ppp dialer pool 1 dialer remote-name c3640-B dialer watch-disable 30 dialer string 03xxxxxxx1 dialer caller 03xxxxxxx1 callback dialer watch-group 1 dialer-group 1 ppp authentication chap ! interface Dialer2 ip vrf forwarding v2 ip address 10.0.2.2 255.255.255.0 encapsulation ppp dialer pool 1 dialer remote-name c3640-B dialer string 04xxxxxxx1 dialer caller 04xxxxxxx1 callback dialer watch-group 2 dialer-group 1 ppp authentication chap ! dialer watch-list 1 ip 10.2.1.0 255.255.255.0 vrf v1 dialer watch-list 2 ip 10.2.1.0 255.255.255.0 vrf v2 dialer watch-list 1 delay disconnect 30 dialer watch-list 2 delay disconnect 30 Cisco IOS Dial Technologies Command Reference DIA-202 November 2009 Dial Commands dialer watch-list The following example lists IP addresses to be watched and forms a group of networks to monitor: dialer watch-list 1 ip 10.1.1.0 255.255.255.0 dialer watch-list 1 ip 10.31.1.0 255.255.255.0 dialer watch-list 1 ip 10.12.1.0 255.255.255.0 The following partial example shows how to ensure that the router will check that the primary route is up after initial startup of the router is complete: ! Create backup link and enable process switching interface BRI0/0 ip address 10.13.1.1 255.255.255.0 encapsulation ppp no ip route-cache . . . ! Enable dialer watch on this backup interface. ! Watch the route specified with the dialer watch-list 1 command. ! Apply interesting traffic defined in dialer list 1. ! Apply crypto map on backup interface. dialer watch-group 1 dialer-group 1 isdn switch-type basic-ts013 no peer neighbor-route no cdp enable ppp authentication chap crypto map cisco . . . ! Access control list (ACL) 101 is the IPSec traffic used in match address. ! ACL 110 is for the dialer list to mark all IP traffic uninteresting. ! The dialer watch will trigger the ISDN backup when the route is lost. access-list 101 permit ip host 10.11.11.11 host 10.11.22.22 access-list 110 deny ip any any dialer watch-list 1 ip 192.168.0.222 255.255.255.255 ! These commands define the routes to be watched ! and check whether the primary route is up after the initial startup of the ! router is complete. ! The exact route (including subnet mask) must exist in the routing table. ! The dialer watch-group 1 command applies this list to the backup interface. dialer watch-list 1 delay route-check initial 10 dialer-list 1 protocol ip list 110 ! Interesting traffic is defined by ACL 110. ! The ACL is applied to BRI0/0 using dialer group 1. Related Commands Command dialer watch-group show ip route Description Enables DDR backup on an interface using Dialer Watch. Displays all static IP routes, or those installed using the AAA route download function. Cisco IOS Dial Technologies Command Reference November 2009 DIA-203 Dial Commands dialer watch-list delay dialer watch-list delay To configure the router to delay before connecting or disconnecting a secondary link for a route monitored by Dialer Watch, use the dialer watch-list delay command in global configuration mode. To disable these delays, use the no form of this command. dialer watch-list group-number delay {connect connect-time | disconnect disconnect-time} no dialer watch-list group-number delay {connect connect-time | disconnect disconnect-time} Syntax Description group-number connect connect-time Group number assigned to the list. Valid group numbers are from 1 to 255. Specifies that the router will delay dialing the secondary link when the primary link becomes unavailable. Time, in seconds, after which the router rechecks for availability of the primary link. If the primary link is still unavailable, the secondary link is then dialed. Valid times range from 1 to 2147483. Specifies that the disconnect timer is started when the secondary link is up and after the idle timeout period has expired, and only when software has determined that the primary route has come up. Time, in seconds. Valid times range from 1 to 2147483. disconnect disconnect-time Command Default No delay is configured. Command Modes Global configuration Command History Release 12.2(8)T Modification This command was introduced. Usage Guidelines Use this command to configure a delay before connecting or disconnecting a secondary link for a route monitored by Dialer Watch. This command will not work unless dial-on-demand routing (DDR) is configured and Dialer Watch has been enabled. Examples The following example configures the router to wait 10 seconds before verifying that the primary link is still down and dialing a secondary link: dialer watch-list 1 ip 10.1.1.0 255.255.255.0 dialer watch-list 1 delay connect 10 The following example configures the router to wait 10 seconds to disconnect a secondary link once the primary link has been reestablished: dialer watch-list 1 ip 10.1.1.0 255.255.255.0 dialer watch-list 1 delay disconnect 10 Cisco IOS Dial Technologies Command Reference DIA-204 November 2009 Dial Commands dialer watch-list delay Related Commands Command dialer watch-group dialer watch-list Description Enables DDR backup on an interface using Dialer Watch. Adds the list of IP addresses to be monitored for Dialer Watch. Cisco IOS Dial Technologies Command Reference November 2009 DIA-205 Dial Commands dialer-group dialer-group To control access by configuring an interface to belong to a specific dialing group, use the dialer-group command in interface configuration mode. To remove an interface from the specified dialer access group, use the no form of this command. dialer-group group-number no dialer-group Syntax Description group-number Number of the dialer access group to which the specific interface belongs. This access group is defined with the dialer-list command. Acceptable values are nonzero, positive integers between 1 and 10. Command Default No access is predefined. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines An interface can be associated with a single dialer access group only; multiple dialer-group assignment is not allowed. A second dialer access group assignment will override the first. A dialer access group is defined with the dialer-group command. The dialer-list command associates an access list with a dialer access group. Packets that match the dialer group specified trigger a connection request. Examples The following example specifies dialer access group number 1. The destination address of the packet is evaluated against the access list specified in the associated dialer-list command. If it passes, either a call is initiated (if no connection has already been established) or the idle timer is reset (if a call is currently connected). interface async 1 dialer-group 1 access-list 101 deny igrp 0.0.0.0 255.255.255.255 255.255.255.255 0.0.0.0 access-list 101 permit ip 0.0.0.0 255.255.255.255 0.0.0.0 255.255.255.255 dialer-list 1 protocol ip list 101 Related Commands Command dialer-list protocol (Dial) Description Defines a DDR dialer list to control dialing by protocol or by a combination of protocol and an access list. Cisco IOS Dial Technologies Command Reference DIA-206 November 2009 Dial Commands dialer-group (template) dialer-group (template) To control access by configuring a virtual access interface to belong to a specific dialing group, use the dialer-group command in template configuration mode. To remove an interface from the specified dialer access group, use the no form of this command. dialer-group dialer-list-number no dialer-group Syntax Description dialer-list-number Number of the dialer access group to which the specific interface belongs. This access group is defined with the dialer-list command. Acceptable values are positive numbers from 1 to 128. Command Default No access is predefined. Command Modes Template configuration Command History Release 12.2(4)T 12.2(11)T Modification This command was introduced for Resource Pool Manager (RPM) template configuration. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5300, Cisco AS5400, and Cisco AS5800. Usage Guidelines An interface can be associated with only a single dialer access group; multiple dialer-group assignment is not allowed. A second dialer access group assignment will override the first. A dialer access group is defined with the dialer-group template configuration command. The dialer-list command associates an access list with a dialer access group. For Cisco IOS Release 12.2(4)T, the number of dialer groups that can be configured was increased from 10 to 128. Packets that match the dialer group specified trigger a connection request. Examples The following example specifies dialer access group number 1. The destination address of the packet is evaluated against the access list specified in the associated dialer-list command. If it passes, either a call is initiated (if no connection has already been established) or the idle timer is reset (if a call is currently connected). template template1 dialer-group 1 Cisco IOS Dial Technologies Command Reference November 2009 DIA-207 Dial Commands dialer-group (template) Related Commands Command dialer-list protocol Description Defines a dialer list to control dialing by protocol or by a combination of protocol and an access list. Cisco IOS Dial Technologies Command Reference DIA-208 November 2009 Dial Commands dialer-list protocol (Dial) dialer-list protocol (Dial) To define a dial-on-demand routing (DDR) dialer list for dialing by protocol or by a combination of a protocol and a previously defined access list, use the dialer-list protocol command in global configuration mode. To delete a dialer list, use the no form of this command. dialer-list dialer-group protocol protocol-name {permit | deny | list access-list-number | access-group} no dialer-list dialer-group [protocol protocol-name [list access-list-number | access-group]] Syntax Description dialer-group protocol-name Number of a dialer access group identified in any dialer-group interface or template configuration command. Up to 128 dialer groups can be configured. One of the following protocol keywords: appletalk, bridge, clns, clns_es, clns_is, decnet, decnet_router-L1, decnet_router-L2, decnet_node, ip, ipx, or ipv6. Permits access to an entire protocol. Denies access to an entire protocol. Specifies that an access list will be used for defining a granularity finer than an entire protocol. permit deny list access-list-number Access list numbers specified in any DECnet, IP, or Novell IPX standard or extended access lists, including Novell IPX extended service access point (SAP) access lists and bridging types. See Table 12 for the supported access list types and numbers. access-group Filter list name used in the clns filter-set and clns access-group commands. Command Default No dialer lists are defined. Command Modes Global configuration Command History Release 10.0 10.3 12.2(2)T 12.2(4)T 12.2(11)T 12.2(13)T Modification This command was introduced. The list keyword and the access-list-number and access-group arguments were added. The ipv6 protocol keyword was added. The number of dialer groups that can be configured was increased to 128. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5300, Cisco AS5400, and Cisco AS5800. The igrp, vines, and xns arguments were removed because the Interior Gateway Routing Protocol (IGRP), Banyan Systems Virtual Integrated Network Service (VINES), and the Xerox Network System (XNS) are no longer available in Cisco IOS software. Cisco IOS Dial Technologies Command Reference November 2009 DIA-209 Dial Commands dialer-list protocol (Dial) Usage Guidelines The various no forms of this command have the following effects: • • • The no dialer-list dialer-group command deletes all lists configured for the specified dialer access group, regardless of the keyword previously used (permit, deny, protocol, or list). The no dialer-list dialer-group protocol protocol-name command deletes all lists configured for the specified dialer access group and protocol protocol-name. The no dialer-list dialer-group protocol protocol-name list access-list-number command deletes the specified list. The dialer-list protocol command permits or denies access to an entire protocol. The dialer-list protocol command with the optional list keyword provides finer permission granularity and also supports protocols that were not previously supported. This command also applies protocol access lists to dialer access groups to control dialing using DDR. The dialer access groups are defined with the dialer-group command. Table 12 lists the access list types and numbers that the dialer-list protocol command supports. The table does not include International Organization for Standardization Connectionless Network Service (ISO CLNS) because that protocol uses filter names instead of predefined access list numbers. Table 12 dialer-list protocol Command Supported Access List Types and Numbers Access List Type AppleTalk DECnet IP (standard) IP (extended) Novell IPX (standard) Novell IPX (extended) Transparent Bridging Access List Number Range (Decimal) 600–699 300–399 1–99 100–199 800–899 900–999 200–299 Examples Dialing occurs when an interesting packet (one that matches access list specifications) needs to be output on an interface. Using the standard access list method, packets can be classified as interesting or uninteresting. The following example classifies all other IP packets as interesting and permits them to initiate calls: access-list 101 permit ip 10.0.0.0 255.255.255.255 10.0.0.0 255.255.255.255 Then the following command places list 101 into dialer access group 1: dialer-list 1 protocol ip list 101 In the following example, DECnet access lists allow any DECnet packets with source area 10 and destination area 20 to trigger calls: access-list 301 permit 10.0 0.1023 10.0 0.1023 access-list 301 permit 10.0 0.1023 20.0 0.1023 Then the following command places access list 301 into dialer access group 1: dialer-list 1 protocol decnet list 301 Cisco IOS Dial Technologies Command Reference DIA-210 November 2009 Dial Commands dialer-list protocol (Dial) In the following example, a CLNS filter is defined and then the filter is placed in dialer access group 1: clns filter-set ddrline permit 47.0004.0001.... ! dialer-list 1 protocol clns list ddrline The following example configures an IPv6 access list named list2 and places the access list in dialer access group 1: ipv6 access-list list2 deny fec0:0:0:2::/64 any ipv6 access-list list2 permit any any ! dialer-list 1 protocol ipv6 list list2 Related Commands Command access-list clns filter-set Description Configures the access list mechanism for filtering frames by protocol type or vendor code. Builds a list of CLNS address templates with associated permit and deny conditions for use in CLNS filter expressions. dialer-group (template) Controls access by configuring a virtual template interface to belong to a specific dialing group. ipv6 access-list Defines an IPv6 access list and sets deny or permit conditions for the defined access list. Cisco IOS Dial Technologies Command Reference November 2009 DIA-211 Dial Commands dial-peer cor custom dial-peer cor custom To specify that named class of restrictions (COR) apply to dial peers, use the dial-peer cor custom command in global configuration mode. dial-peer cor custom Syntax Description This command has no arguments or keywords. Command Default No default behavior or keywords. Command Modes Global configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines You must use the dial-peer cor custom command and the name command to define the names of capabilities before you can specify COR rules and apply them to specific dial peers. Examples of possible names might include the following: call1900, call527, call9, and call911. Note You can define a maximum of 64 COR names. Examples The following example defines two COR names: dial-peer cor custom name group32 name CatchAll Related Commands Command Description name (dial peer cor custom) Provides a name for a custom COR. Cisco IOS Dial Technologies Command Reference DIA-212 November 2009 Dial Commands dial-peer cor list dial-peer cor list To define a class of restrictions (COR) list name, use the dial-peer cor list command in global configuration mode. To remove a previously defined COR list name, use the no form of this command. dial-peer cor list list-name no dial-peer cor list list-name Syntax Description list-name List name that is applied to incoming or outgoing calls to specific numbers or exchanges. Command Default No default behavior or keywords. Command Modes Global configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines A COR list defines a capability set that is used in the COR checking between incoming and outgoing dial peers. Examples The following example adds two members to the COR list named list1: dial-peer cor list list1 member 900block member 800_call Related Commands Command dial-peer cor custom member (dial peer cor list) name (dial peer cor custom) Description Specifies that named COR apply to dial peers. Adds a member to a dial peer COR list. Provides a name for a custom COR. Cisco IOS Dial Technologies Command Reference November 2009 DIA-213 Dial Commands dial-shelf split backplane-ds0 dial-shelf split backplane-ds0 To connect two router shelves to a dial shelf, use the dial-shelf split backplane-ds0 command in global configuration mode. To remove the connection, use the no form of this command. dial-shelf split backplane-ds0 {predefined-option | userdefined option} no dial-shelf split backplane-ds0 Syntax Description predefined-option Predefined backplane DS0 pairs. See Table 13 for a list of these options. userdefined option Number of backplane DS0 interfaces used by the router shelf that you define, in the range 128 to 2048. Command Default Option pair 6 Command Modes Global configuration Command History Release 12.1(5)T Modification This command was introduced. Usage Guidelines The options for this command come in pairs and vary according to the desired configuration. You will need to log in to each router shelf and separately configure the routers for the intended load. In most circumstances, it is recommended that the predefined options remain selected. These options are designed to be matched pairs, as seen in Table 13. You can select the userdefined keyword and define your own split, if needed. Table 13 lists the predefined options. dial-shelf split backplane ds-0 Predefined Options Table 13 Router Shelf 1 Option Pair 1 2 3 4 5 6 7 1 Router Shelf 2 Maximum Calls 1344 1152 1288 1150 960 Unused T1 — 4 — 2 — Option 1ct3cas part1ct1ct3cas part1ct1ct3isdn_b part1ct1ct3isdn 3ce1 Total Calls Maximum Calls 672 888 644 897 960 Unused T1 — 3 7 1 — 2016 2040 1932 2047 1920 — 2048 Option 2ct3cas part2ct1ct3cas 2ct3isdn part2ct1ct3isdn 3ce1 Default (no option entered) no dial-shelf backplane-ds0 1/2 of current — input 1024 — Default (no option entered) no dial-shelf backplane-ds0 1/2 of current — input 1024 — 1. This option is used to revert to the default for an environment that uses six E1 lines. Cisco IOS Dial Technologies Command Reference DIA-214 November 2009 Dial Commands dial-shelf split backplane-ds0 The dial-shelf split slot command must be defined for the dial-shelf split backplane-ds0 command to be active. Even if your system is already using a split dial shelf configuration, configuring one router shelf to handle two T3 trunks and the other router to handle the third trunk requires you to take the entire access server out of service. Busyout all connections before attempting to reconfigure. The configuration must be changed to set up one pool of TDM resources that can be used by either DMM cards or UPC and a second pool of two streams that contains TDM resources that can be used only by UPCs. You may have more trunk capacity than 2048 calls. It is your decision how to provision the trunks so the backplane capacity is not exceeded. If more calls come in than backplane DS0 capacity for that half of the split, the call will be rejected and an error message printed for each call. This cannot be detected while a new configuration is being built because the router cannot tell which T1 trunks are provisioned and which are not. The user may want some trunks in hot standby. The DMM, HMM, and VoIP cards can use only 1792 DS0 of the available 2048 backplane DS0. The UPC and trunk cards can use the full 2048 backplane DS0. The show tdm splitbackplane command shows the resources in two groups, the first 1792 accessible to all cards, and the remaining 256 accessible only to UPC and trunk cards. Examples The following example shows how to configure two router shelves. Refer to Table 13 to interpret the options specified. Configure router shelf 1 to run two CT3 interfaces with channel-associated signaling (CAS) and the ability to answer 1344 calls: dial-shelf split backplane-ds0 2ct3cas Configure router shelf 2 to run one CT3 interface with CAS on the second router shelf and the ability to answer 672 calls: dial-shelf split backplane-ds0 1ct3cas The total calls configured for the system are 2036 (1344 plus 672). Related Commands Command dial-shelf split slots show tdm splitbackplane Description Configures split dial shelves. Displays modem and PRI channel assignments with streams and channels on the modem side as assigned to the unit and channels on the PRI side of the TDM assignment. Cisco IOS Dial Technologies Command Reference November 2009 DIA-215 Dial Commands dial-shelf split slots dial-shelf split slots To configure split dial shelves, use the dial-shelf split slots command in global configuration mode. To change the router shelf to normal mode, if a router is in split mode and the other router shelf has already relinquished control of all dial shelf slots or is switched off, use the no form of this command. dial-shelf split slots slot-numbers no dial-shelf split slots Syntax Description slot-numbers List of the dial shelf slot numbers that the router owns in the range 0 to 11, separated by spaces. Slot ownership for each of the two router shelves is configured individually using the dial-shelf split slots command. Command Default No default behavior or keywords. Command Modes Global configuration Command History Release 11.3(8)AA Modification This command was introduced. Usage Guidelines You allocate the slots in the dial shelf between the two router shelves to achieve the desired configuration. The two router shelves are both configured to run in split mode by means of the dial-shelf split slots command. While a router is in split mode, additional slots can be added to the set that the router owns by re-entering the dial-shelf split slots command listing the new slots. The effect of entering two or more dial-shelf split slots commands with different slot numbers is cumulative. Slots must be explicitly removed from the list of router-owned slots with the dial-shelf split slots remove command. A single router can also be configured in split mode, but with no slots owned, by using the dial-shelf split slots none command. When you configure a Cisco AS5800 system to operate in split mode, it is the same as having two Cisco AS5800 systems with each having a separate set of feature boards assigned to its router; they just happen to be sharing a single dial shelf. Modem pooling, for example, is the same as if you had two separate Cisco AS5800 systems. Router shelf 1 has a modem pool that consists of all the modem cards that reside in slots owned by router shelf 1. The same situation applies to router shelf 2. Examples The following example would configure the router shelf to own slots 0 through 2 and 6 through 8. dial-shelf split slots 0 1 2 6 7 8 In this example, the other router shelf could be configured to own the other slots: 3, 4, 5, 9, 10, and 11. Cisco IOS Dial Technologies Command Reference DIA-216 November 2009 Dial Commands dial-shelf split slots Related Commands Command dial-shelf split slots none dial-shelf split slots remove Description Configures the router in dial shelf split mode but with no slots owned. Removes slots configured in split mode. dial-shelf split backplane-ds0 Connects two router shelves to a dial shelf. Cisco IOS Dial Technologies Command Reference November 2009 DIA-217 Dial Commands dial-shelf split slots none dial-shelf split slots none To configure the router in dial shelf split mode but with no slots owned, use the dial-shelf split slots none command in global configuration mode. dial-shelf split slots none Syntax Description This command has no arguments or keywords. Command Default No default behavior or keywords. Command Modes Global configuration Command History Release 11.3(8)AA Modification This command was introduced. Usage Guidelines The dial-shelf split slots none command is useful for configuring a single router in split mode, but with no slots owned. Examples The following example changes dial shelf slot ownership. The router will no longer have ownership of any dial shelf slots. dial-shelf split slots none Related Commands Command dial-shelf split slots remove Description Removes slots configured in split mode. Cisco IOS Dial Technologies Command Reference DIA-218 November 2009 Dial Commands dial-shelf split slots remove dial-shelf split slots remove To remove slots configured in split mode, use the dial-shelf split slots remove command in global configuration mode. dial-shelf split slots remove slot-numbers Syntax Description slot-numbers List of the dial shelf slot numbers to be removed ,separated by spaces, in the range 0 to 11. Command Default No default behavior or keywords. Command Modes Global configuration Command History Release 11.3(8)AA Modification This command was introduced. Usage Guidelines To move a slot from the control of one router shelf to the others, the router releasing the slot should be modified first by entering the dial-shelf split slots remove command, specifying the slot numbers to be released. The released slots can then be added to the slot set of the other router by re-entering the dial-shelf split slots command including the new slot numbers. The router shelf that is losing the slot frees any resources and clears any state associated with the card in the slot it is relinquishing. The dial shelf controller (DSC) reconfigures its hub to ignore traffic from that slot, and if there is a card in the slot it will be reset. This ensures that the card frees up any TDM resource it might be using and allows it to restart under control of the router shelf that is subsequently configured to own the slot. Examples The following example removes dial shelf slot 8 from the list of owned dial shelf slots: dial-shelf split slots remove 8 The effect of multiple commands is cumulative. Related Commands Command dial-shelf split slots none Description Configures the router in dial shelf split mode but with no slots owned. Cisco IOS Dial Technologies Command Reference November 2009 DIA-219 Dial Commands dial-tdm-clock dial-tdm-clock To configure the clock source and priority of the clock source used by the time-division multiplexing (TDM) bus on the dial shelf of the Cisco AS5800, use the dial-tdm-clock command in global configuration mode. To return the clock source and priority to the default values, use the no form of this command. dial-tdm-clock priority number {external {e1 | t1} [120ohm] | freerun | trunk-slot slot port port} [line {0 | 1}] no dial-tdm-clock priority number {external {e1 | t1} [120ohm] | freerun | trunk-slot slot port port} [line {0 | 1}] Syntax Description priority number external {e1 | t1} [120ohm] Specifies the priority of the clock source. The range is from 1 to 50. Priority 1 is the highest priority, and 50 is the lowest. Specifies the priority of an external clock source. The external clock source is connected to the front panel of the Dial Shelf Controller (DSC) card. Specifies priority of the E1 (2.048 MHz) or T1 (1.54 MHz) external clock source. The default value of the external coaxial cable impedance is 75 ohm. Specify the 120ohm option if a 120 ohm coaxial cable is connected. Specifies the priority of the local oscillator clock source. Specifies the priority of the trunk card to provide the clock source. The slot number is from 0 to 5 (these are the only slots capable of providing clock sources). Specifies the controller number on the trunk used to provide the clock source. The port number is from 0 to 28. The T1 and E1 trunk cards each have 12 ports. The T3 trunk card has 28 ports. (Optional) Specifies the optical port. If the physical optical port is 0, the line value is also 0. freerun trunk-slot slot port port line {0 | 1} Command Default If no clock sources are specified, the software selects the first available good clock source on a trunk port. Command Modes Global configuration Command History Release 11.3(2)AA 12.2(15)T 12.2(33)SRA 12.2SX Modification This command was introduced. The line keyword was added. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Cisco IOS Dial Technologies Command Reference DIA-220 November 2009 Dial Commands dial-tdm-clock Usage Guidelines The TDM bus in the backplane on the dial shelf must be synchronized to the T1/E1 clocks on the trunk cards. The DSC card on the dial shelf provides hardware logic to accept multiple clock sources as input and use one of them as the primary source to generate a stable, PPL synchronized output clock. The input clock can be any of the following sources: • • • Trunk port in slots 0 through 5 (up to 12 can be selected (two per slot) An external T1 or E1 clock source fed directly through a connector on the DSC card A free running clock from an oscillator in the clocking hardware on the DSC card The clock commands are listed in the configuration file with the highest priority listed first. If the current primary clock source is good, specifying another clock source of higher priority does not cause the clock source to switch to the higher priority clock source. The new higher priority clock source is used as a backup clock source. This prevents switching of the clock source as you enter multiple dial-tdm-clock priority configuration commands in random order. Also, it is important not to disturb the existing clock source as long as it is good. To force the new higher priority clock source to take over from a currently good primary clock source, configure the new clock source and use the no dial-tdm-clock priority command to remove the current primary clock source. To display the current primary and backup clocks along with their priorities, use the show dial-shelf clocks EXEC command. Examples In the following example, an external clock source is set at priority 1 and the trunk card in slot 4, port 1 is set at priority 5: Router(config)# dial-tdm-clock priority 1 external t1 Router(config)# dial-tdm-clock priority 5 trunk-slot 4 port 1 Router(config)# exit Related Commands Command show dial-shelf Description Displays information about the dial shelf, including clocking information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-221 Dial Commands disconnect disconnect To disconnect a line, use the disconnect command in EXEC mode. disconnect [connection] Syntax Description connection (Optional) Number of the line or name of the active network connection to be disconnected. Command Modes EXEC Command History Release 10.0 Modification This command was introduced. Usage Guidelines Do not disconnect a line to end a session. Instead, log off the host, so that the Cisco IOS software can clear the connection. Then end the session. If you cannot log out of an active session, disconnect the line. Examples In the following example, the user disconnects from the device Remote to return to the router: Remote% disconnect Connection closed by remote host Related Commands Command Description login (EXEC) Enables or changes a login user name. Cisco IOS Dial Technologies Command Reference DIA-222 November 2009 Dial Commands dnis group dnis group To include a group of Dialed Number Identification Service (DNIS) numbers in a customer profile, use the dnis group command in customer profile configuration mode. To remove a DNIS group from a customer profile, use the no form of this command. dnis group {default | name dnis-group-name} no dnis group {default | name dnis-group-name} Syntax Description default Allows a specified customer profile to accept all DNIS numbers coming into the access server. For example, a stray DNIS number not listed in any customer profile passes through this default DNIS group. Most customer profiles do not have this option configured. Assigns a name to a DNIS group. DNIS group name. It can have up to 23 characters. name dnis-group-name Command Default No DNIS groups are associated with a customer profile. Command Modes Customer profile configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the dnis group customer profile configuration command to include a group of DNIS numbers in a customer profile or discriminator. Examples The following example includes the DNIS group called customer1dnis in the customer1 customer profile: resource-pool profile customer customer1 dnis group name customer1dnis Related Commands Command dialer dnis group resource-pool profile customer Description Creates a DNIS group. Creates a customer profile. Cisco IOS Dial Technologies Command Reference November 2009 DIA-223 Dial Commands ds0 busyout (channel) ds0 busyout (channel) To busyout one or more digital signal level 0s (DS0s), use the ds0 busyout command in controller configuration mode. To cancel busyout on a DS0, use the no form of this command. ds0 busyout ds0 no ds0 busyout ds0 Syntax Description ds0 DS0 number listed as a single channel, or listed as a channel range with the starting channel number and the ending channel number seperated by a hyphen. The range of numbers can be from 1 to 24 for T1. For example, from 1 to 10, or from 10 to 24. Command Default Disabled Command Modes Controller configuration Command History Release 11.3(2)AA 12.0 Modification This command was introduced, and supported T1 and T3 only. This command was integrated into Cisco IOS Release 12.0, and supported the E1and DMM HMM (Double Modem Module [12] Hex Modem Module [6]). Usage Guidelines Use the ds0 busyout command when you to busyout a one or more DS0s (channels). If there is an active call, the software waits until the call terminates by a disconnection; then the DS0 is busied out. First you must specify the T1 line (port) containing the 24 DS0s, using the controller T1 command. To busyout all DS0s on a trunk card or all modems on a modem card, use the busyout privileged EXEC command. To display the busyout information, use the show busyout privileged EXEC command. Note The ds0 busyout command only applies to cas-group command configurations for channel-associated signaling. This command has no effect on pri-group command configurations. Examples In this example, the controller T1 is configured with cas-group (channel-associated signaling). The following example removes DS0s 1 through 10 from dialup services. These DS0s are assigned to the T1 port (line) in shelf 6, slot 0, port 0: controller t1 6/0/0 ds0 busyout 1-10 exit Cisco IOS Dial Technologies Command Reference DIA-224 November 2009 Dial Commands ds0 busyout (channel) Related Commands Command busyout modem busyout Description Informs the central-office switch that a channel is out of service. Disables a modem from dialing or answering calls whereby the disabling action is not executed until the active modem returns to an idle state. Abruptly shuts down an active or idle modem installed in an access server or router. Displays the busyout status for a card on the dial shelf. Displays information about the dial shelf, including clocking information. modem busyout-threshold Maintains a balance between the number of DS0s and modems. modem shutdown show busyout show dial-shelf Cisco IOS Dial Technologies Command Reference November 2009 DIA-225 Dial Commands ds0 busyout-threshold ds0 busyout-threshold To define a threshold to maintain a balance between the number of DS0s and modems, use the ds0 busyout-threshold command in global configuration mode. To remove the threshold, use the no form of this command. Cisco AS5300 and AS5800 Access Servers Only ds0 busyout-threshold threshold-number no ds0 busyout-threshold threshold-number Note This command is the same as the modem busyout-threshold command for the Cisco AS5350 and AS5400 access servers. Syntax Description threshold-number Number of modems that are free when the router should enforce the stipulation that the number of free DS0 lines is less than or equal to the number of modems. Command Default No threshold is defined. Command Modes Global configuration Command History Release 11.3(2)AA 12.2 Modification This command was introduced as modem busyout-threshold. This command was changed to ds0 busyout-threshold for the Cisco AS5300 and AS5800 access servers. Usage Guidelines The ds0 busyout-threshold command functionality is also often termed autobusyout. This command applies to all DS0 lines coming into the router and counts all free modems in all pools. The ds0 busyout-threshold command periodically checks to see if the number of free modems is less that the user specified threshold and if it is it ensures the number of free DS0 channels is less than or equal to the number of modems. This command should only be used where excess calls to one router are forwarded by the exchange to an additional router on the same exchange group number. Since the ds0 busyout-threshold command checks only periodically, the threshold should be greater than the number of calls the user expects to receive in 1 minute plus a safety margin. For example, if the user receives an average of 10 calls per minute, then a threshold of 20 would be advised. Very small thresholds should be avoided since they do not allow sufficient time for the exchange to respond to out-of-service notifications from the router, and callers may receive busy signals when free modems are all used. Cisco IOS Dial Technologies Command Reference DIA-226 November 2009 Dial Commands ds0 busyout-threshold Caution The number of DS0 lines in normal operating conditions should be approximately equal to the number of modems (for example, within 30). If it is not, this will cause a lot of messaging traffic to the exchange and may cause active calls to be dropped. This is not a concern for short periods, that is, when modem cards are replaced. On T3 controllers, any contained T1 controllers that are not in use should be undeclared to remove them from the autobusyout list. Examples The following example shows how you might configure the ds0 busyout-threshold command: ds0 busyout-threshold 30 Related Commands Command busyout modem busyout modem shutdown Description Informs the central-office switch that a channel is out-of-service. Disables a modem from dialing or answering calls whereby the disabling action is not executed until the active modem returns to an idle state. Abruptly shuts down an active or idle modem installed in an access server or router. ds0 busyout (channel) Forces a DS0 time slot on a controller into the busyout state. Cisco IOS Dial Technologies Command Reference November 2009 DIA-227 Dial Commands ds0-group (controller e1) ds0-group (controller e1) To define E1 channels for compressed voice calls and the channel-associated signaling (CAS) method by which the router connects to the PBX or PSTN, enter the ds0-group command in controller configuration mode. To remove the group and signaling setting, use the no form of this command. ds0-group channel timeslots range type signal no ds0-group channel timeslots range type signal Syntax Description channel timeslots range Specifies a single channel group number. Replace the channel variable with a number from 0 through 30. Specifies a time-slot range, which can be from 1 through 31. You can specify a time-slot range (for example, 1-31), individual time-slots separated by commas (for example 1, 3, 5), or a combination of the two (for example 1-14, 15, 17-31). The sixteenth time slot is reserved for out-of-band signaling. Specifies the type of channel-associated signaling. Configure the signal type that your central office uses. Replace the signal argument with one of the following signal types: • • • type signal r2-analog [r2-compelled [ani] | r2-non-compelled [ani] | r2-semi-compelled [ani]] r2-digital [r2-compelled [ani] | r2-non-compelled [ani] | r2-semi-compelled [ani]] r2-pulse [r2-compelled [ani] | r2-non-compelled [ani] | r2-semi-compelled [ani]] The following descriptions are provided for the previous three R2 syntax bullets: • r2-analog—Specifies R2 ITU Q411 analog line signaling, which reflects the on/off switching of a tone in frequency-division multiplexing circuits (before TDM circuits were created). The tone is used for line signaling. r2-digital—Specifies R2 ITU Q421 digital line signaling, which is the most common signaling configuration. The A and B bits are used for line signaling. r2-pulse—Specifies R2 ITU supplement 7 pulse line signaling, which is a transmitted pulse that indicates a change in the line state. r2-compelled [ani]—Specifies R2 compelled register signaling. You can also specify provisioning the ANI address option. r2-non-compelled [ani]—Specifies R2 noncompelled register signaling. r2-semi-compelled [ani]—Specifies R2 semicompelled register signaling. • • • • • Command Default No channel-associated signaling is configured on the controller. All R2 signaling types have DNIS turned on by default. Cisco IOS Dial Technologies Command Reference DIA-228 November 2009 Dial Commands ds0-group (controller e1) Command Modes Controller configuration Command History Release 11.3MA 12.0(5)XK 12.0(7)T 12.1(2)XH 12.1(3)T 12.2 Modification The command was introduced as the voice-group command on the Cisco MC3810 concentrator. The command was implemented on the Cisco 2600 and Cisco 3600 series with a different name and some keyword modifications. The command was implemented on the Cisco 2600 and Cisco 3600 series with a different name and some keyword modifications. The command was modified for E1 R2 signaling. The command was modified for E1 R2 signaling. The command was modified to exclude sas keywords. The Single Attachment Station (SAS) CAS options of sas-loop-start and sas-ground-start are not supported as a type of signaling for the DS0 group. Usage Guidelines Use this command to configure support for incoming and outgoing call signals (such as on-hook and off-hook) on each E1 controller. If you specify the time-slot range 1-31, the system software automatically uses the sixteenth time slot to transmit the channel-associated signaling. The signaling you configure on the access server must match the signaling used by the central office. For example, if the central office switch is forwarding R2 analog signaling to a Cisco 2600 or 3600 series router, the E1 controller on the router must also be configured for R2 analog signaling (r2-analog). All R2 signaling options have DNIS support turned on by default. If you enable the ani option, the collection of DNIS information is still performed. Specifying the ani option does not disable DNIS. DNIS is the number being called. ANI is the caller’s number. For example, if you are configuring router A to call router B, the DNIS number is router B and the ANI number is router A. ANI is very similar to Caller ID. To customize the R2 signaling parameters, refer to the cas-custom controller configuration command. When you enable the ds0-group command, the cas-custom command is automatically set up to be polled for configuration information. However, unless you enable or turn on specific features with the ds0-custom command, the cas-custom feature has an empty set of signaling parameters. DNIS is automatically collected for modem pools and R2 tone signaling. You do not need to specify the collection of DNIS information with the ds0-group command. However, if you are using non-R2 tone signaling, the system must be manually configured to collect DNIS information. For non-R2 CAS signaling, DNIS collection is done only for E&M-fgb. Examples In most cases, you will configure the same channel-associated signaling on each E1 controller. The following examples configure signaling and customized parameters on controller E1 2 using the ds0-group and cas-custom controller configuration commands. The actual channel-associated signaling is configured on the sixteenth time slot, which is the reason why this time slot does not come up in the following output. Router(config)# controller e1 2 Router(config-controller)# ds0-group 1 timeslots 1-31 type r2-digital r2-compelled ani Cisco IOS Dial Technologies Command Reference November 2009 DIA-229 Dial Commands ds0-group (controller e1) Router(config-controller)# %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: %DSX0-5-RBSLINEUP: RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS RBS of of of of of of of of of of of of of of of of of of of of of of of of of of of of of of controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller controller 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot timeslot 1 is up 2 is up 3 is up 4 is up 5 is up 6 is up 7 is up 8 is up 9 is up 10 is up 11 is up 12 is up 13 is up 14 is up 15 is up 17 is up 18 is up 19 is up 20 is up 21 is up 22 is up 23 is up 24 is up 25 is up 26 is up 27 is up 28 is up 29 is up 30 is up 31 is up The following example shows all the supported E1 signaling types on a Cisco 2600 or 3600 series router. Router(config-controller)# ds0-group 1 timeslots 1-31 type ? e&m-fgb e&m-fgd e&m-immediate-start fxs-ground-start fxs-loop-start p7 r2-analog r2-digital r2-pulse sas-ground-start sas-loop-start E & M Type II FGB E & M Type II FGD E & M Immediate Start FXS Ground Start FXS Loop Start P7 Switch R2 ITU Q411 R2 ITU Q421 R2 ITU Supplement 7 SAS Ground Start SAS Loop Start Note Cisco IOS Releases later than 12.2 do not support the Single Attachment Station (SAS) CAS options of sas-loop-start and sas-ground-start. Router(config-controller)# cas-group 1 timeslots 1-31 type r2-analog ? r2-compelled r2-non-compelled r2-semi-compelled R2 Compelled Register Signalling R2 Non Compelled Register Signalling R2 Semi Compelled Register Signalling R2 signaling parameters can be customized with the cas-custom controller configuration command: Router(config-controller)# cas-custom 1 Router(config-ctrl-cas)# ? Cisco IOS Dial Technologies Command Reference DIA-230 November 2009 Dial Commands ds0-group (controller e1) CAS custom commands: caller-digits Digits to be collected before requesting CallerID category Category signal country Country Name default Set a command to its defaults exit Exit from cas custom mode invert-abcd invert the ABCD bits before tx and after rx metering R2 network is sending metering signal nc-congestion Non Compelled Congestion signal no Negate a command or set its defaults Cisco IOS Dial Technologies Command Reference November 2009 DIA-231 Dial Commands encap-sequence encap-sequence To assign an encapsulation sequence number to a priority class in a multiclass multilink PPP bundle, use the encap-sequence command in policy-map class configuration mode. To reset the default value, use the no form of this command. encap-sequence [sequence-id | none] no encap-sequence sequence-id Syntax Description sequence-id none Assigns a unique encapsulation sequence number to priority class in a multiclass multilink PPP bundle. Valid range is from 0 to 3. Specifies that a certain priority class is classified as or is assigned the highest priority, and packets are not encapsulated with a sequence number for multiclass multilink PPP. Command Default Sequence numbers are not assigned to priority classes. Command Modes Policy-map class configuration Command History Release 12.2(31)SB2 Modification This command was introduced and implemented on the Cisco 10000 series router for the PRE2. Usage Guidelines The encap-sequence command allows you to assign sequence numbers to priority classes in a policy map for multiclass multilink PPP encapsulation. This command is only supported on the PRE2. A class with a multiclass multilink PPP sequence number must have an associated queue action such as bandwidth and shape. The sequence number assigned to each priority class must be unique. The default sequence number for class-default is 0 and it is not configurable. If you do not assign a sequence number to a priority class, the priority queue packets use PPP encapsulation. Interleaving is allowed for priority traffic regardless of the encapsulated sequence number configuration. Examples The following example shows that class voice has the highest priority and that packets are not encapsulated with a sequence number for multiclass multilink PPP. Router(config)# policy-map prec1 Router(config-pmap)# class voice Router(config-pmap-c)# priority Router(config-pmap-c)# police 128 Router(config-pmap-c)# encap-sequence none Router(config-pmap-c)# exit Router(config-pmap)# class video Cisco IOS Dial Technologies Command Reference DIA-232 November 2009 Dial Commands encap-sequence Router(config-pmap-c)# bandwidth 1000 Router(config-pmap-c)# police 1000 Router(config-pmap-c)# encap-sequence 1 Router(config-pmap-c)# exit Router(config-pmap)# class game Router(config-pmap-c)# bandwidth 1000 Router(config-pmap-c)# encap-sequence 2 Router(config-pmap-c)# exit Router(config-pmap)# class class-default Related Commands Command show ppp multilink Description Displays information for multilink PPP bundles. Cisco IOS Dial Technologies Command Reference November 2009 DIA-233 Dial Commands encapsulation cpp encapsulation cpp Note Effective with Cisco IOS Release 12.3(4)T, the encapsulation cpp command is no longer available in Cisco IOS software. To enable encapsulation for communication with routers or bridges using the Combinet Proprietary Protocol (CPP), use the encapsulation cpp command in interface configuration mode. To disable CPP encapsulation, use the no form of this command. encapsulation cpp no encapsulation cpp Syntax Description This command has no arguments or keywords. Command Default CPP encapsulation disabled. Command Modes Interface configuration Command History Release 11.2 12.3(4)T Modification This command was introduced. This command was removed and is no longer available in Cisco IOS software. Usage Guidelines Use this command to communicate over an ISDN interface with Cisco 700 and 800 series (formerly Combinet) routers that do not support PPP but do support CPP. Most Cisco routers support PPP. Cisco routers can communicate over ISDN with these devices by using PPP encapsulation, which supports both routing and fast switching. The Cisco 700 and 800 series routers support only IP, IPX, and bridging. For AppleTalk, these Cisco routers automatically perform half-bridging. This command is supported on ISDN BRIs and PRIs only. Examples The following example configures BRI interface 0 to communicate with a router or bridge that does not support PPP: interface bri 0 encapsulation cpp cpp callback accept cpp authentication Cisco IOS Dial Technologies Command Reference DIA-234 November 2009 Dial Commands encapsulation cpp The following example configures PRI serial interface 1/1:23 to communicate with a router or bridge that does not support PPP: controller t1 1/1 framing esf linecode b8zs pri-group timeslots 1-23 isdn switchtype primary-4ess ! interface Serial1/1:23 encapsulation cpp cpp callback accept cpp authentication Related Commands Command cpp authentication cpp callback accept Description Enables negotiation of authentication with a router or bridge that supports the CPP and that is calling in to this router. Enables the router to accept callback from a router or bridge that supports the CPP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-235 Dial Commands failover group-number failover group-number To configure shelf redundancy for Cisco AS5800 universal access servers, use the failover group-number command in redundancy configuration mode. To disable redundancy, use the no form of this command. failover group-number group-code no failover group-number group-code Syntax Description group-code The failover group code. An integer that identifies a redundant pair of router shelves. Each member of the pair must be configured with the same group code. When failover mode is enabled, this group code is sent in place of the router MAC address. Command Default Redundancy is not enabled. Command Modes Redundancy configuration Command History Release 12.1(5)XV1 12.2(11)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(11)T. Usage Guidelines This command must be configured on both router shelves. The group-code argument is used by the system controller and must be the same for both router shelves forming the redundant pair. For successful failover to occur, both router-shelf configurations must be synchronized. Configure each router shelf separately, as active and backup respectively, with the same configuration except for the IP address on egress interfaces. Note Test the backup router shelf configuration before deployment in a production environment. Examples The following example assigns the configured router shelf to the redundancy pair designated as 25. These commands must be issued on both router shelves in the redundant router-shelf pair: Router(config)# redundancy Router(config-red)# failover group-number 25 Cisco IOS Dial Technologies Command Reference DIA-236 November 2009 Dial Commands failover group-number Related Commands Command redundancy show redundancy Purpose Enters redundancy mode for further configuration. Displays current or historical status and related information and displays shelf-redundancy status. Cisco IOS Dial Technologies Command Reference November 2009 DIA-237 Dial Commands firmware location firmware location To download firmware into the modems, use the firmware location command in Service Processing Element (SPE) configuration mode. To revert the router to the system embedded image default, use the no form of this command. firmware location [IFS]filename no firmware location Syntax Description IFS: (Optional) IOS file specification (IFS), which can be any valid IFS on any local file system. Examples of legal specifications include: • • • bootflash:—Loads the firmware from a separate Flash memory device. flash:—Loads the firmware from the Flash NVRAM located within the router. system:/—Loads the firmware from a built-in file within the Cisco IOS image. The optional forward slash (/) and system path must be entered with this specification. Use the dir all-filesystems EXEC command to display legal IFSs. filename The firmware filename. When filename is entered without an IFS specification, this name defaults to the file in Flash memory. Command Default Downloads SPE firmware in Flash memory. Command Modes SPE configuration Command History Release 12.0(4)XI1 12.0(6)T 12.0(7)T 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5200, Cisco AS5300, and Cisco AS5800. This command was integrated into Cisco IOS Release 12.0(6)T. This command was implemented on the Cisco AS5300 and Cisco AS5800 for MICA technologies modems. This command was implemented on the Cisco AS5400 for the NextPort dial feature card (DFC). This command was implemented on the Cisco AS5400 for the NextPort DFC and on the Cisco AS5800 for the universal port card (UPC). This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T. Cisco IOS Dial Technologies Command Reference DIA-238 November 2009 Dial Commands firmware location Usage Guidelines Use the firmware location SPE configuration command to download firmware into your modems. This command specifies the location of the firmware file and downloads the firmware in the range of SPEs specified, depending on the states configured by the firmware upgrade command. Use the firmware location command with the firmware upgrade command. The entire SPE is affected by the firmware location command. The latest SPE firmware image can usually be retrieved from Cisco.com. You must first copy the SPE image from a TFTP server to Flash memory using the copy tftp flash command. The firmware location command is a configuration command and must be saved into the system configuration using the write memory command; otherwise, at the next reboot downloading of the specified firmware will not occur. The firmware location command was first supported in Cisco IOS Release 12.0(4)XI1. For earlier images, use the copy command. For the Cisco IOS Release 12.0(4)XI1 images, the copy flash modem command is disabled for MICA technologies modems and newer versions of the 56-kbps Microcom modems. The older V.34 Microcom modems still use the copy command for downloading in Cisco IOS Release 12.0(4)XI1 images. Note This command should be used when traffic is low because the firmware location download will not begin until the modems have no active calls. Otherwise, use the firmware upgrade command to customize the scheduling of modem downloads for your needs. You cannot use the firmware location command on SPEs that are in the Bad state. Examples The following example shows how to display all legal IFSs: Router# dir all-filesystems Directory of nvram:/ 121 122 -rw---1543 5 startup-config private-config 126968 bytes total (125368 bytes free) Directory of system:/ 6 1 2 17 dr-x -rwdr-x dr-x 0 2929 0 0 date> date> date> memory running-config ucode vfiles No space information available Directory of flash:/ 1 -rw12575032 c5300-js-mz.122-11.T 16777216 bytes total (4202120 bytes free) Directory of bootflash:/ 1 -rw1155864 2 -rw381540 3 -rw384056 8388608 bytes total (5682340 bytes free) c5300-boot-mz.113-10.T.bin mica-modem-pw.2.6.2.0.bin pw2621.ios Cisco IOS Dial Technologies Command Reference November 2009 DIA-239 Dial Commands firmware location Directory of lex:/ No files in directory No space information available The following example shows how to enter the SPE configuration mode, set the range of SPEs, specify the firmware file location in Flash memory, download the file to the SPEs, and display a status report using the show spe EXEC command: Router# configure terminal Router(config)# spe 7/0 7/17 Router(config-spe)# firmware location flash:np-6-75 Router(config-spe)# firmware upgrade busyout Started downloading firmware flash:np-6-75.spe Router(config-spe)# exit Router# show spe 7 . . . SPE SPE SPE SPE SPE# Port # State Busyout Shut Crash 7/00 0000-0005 ACTIVE 1 0 0 7/01 0006-0011 DOWNLOAD 1 0 0 7/02 0012-0017 DOWNLOAD 1 0 0 7/03 0018-0023 DOWNLOAD 1 0 0 . . . Port State BBBBBB bbbbbb bbbbbb bbbbbb Call Type ______ ______ ______ ______ The following configuration example specifies a firmware file located in Flash memory: spe 1/0 1/8 firmware location np-spe-upw-1.0.1.2.bin The following configuration example shows how to download firmware that is not bundled with the Cisco IOS image: spe 1/2 1/4 firmware location flash:portware.2620.ios The following configuration example shows how to download firmware that is bundled with the Cisco IOS image: spe 2/9 2/9 firmware location system:/ucode/microcom_firmware Related Commands Command clear port clear spe copy copy tftp flash firmware upgrade show spe version spe download maintenance spe recovery Description Resets the NextPort port and clears any active call. Reboots all specified SPEs. Copies any file from a source to a destination. Copies the SPE image from a TFTP server to the Flash memory. Specifies the method in which the SPE will be downloaded. Displays the firmware version on an SPE. Performs download maintenance on SPEs that are marked for recovery. Sets an SPE port for recovery. Cisco IOS Dial Technologies Command Reference DIA-240 November 2009 Dial Commands firmware upgrade firmware upgrade To modify the way in which the service processing element (SPE) will be downloaded, use the firmware upgrade command in SPE configuration mode. To revert to the default SPE firmware upgrade option, busyout, use the no form of this command. firmware upgrade {busyout | recovery | reboot} no firmware upgrade Cisco AS5350, Cisco AS5400, and Cisco AS5800 firmware upgrade [busyout | download-maintenance | reboot] Syntax Description busyout recovery reboot download-maintenance Upgrades when all calls are terminated on the SPE. Upgrades during download maintenance time. Upgrades at the next reboot. Upgrades during download maintenance time. Command Default An upgrade occurs when all calls are terminated on the SPE (busyout). For the Cisco AS5350, Cisco AS5400, and Cisco AS5800 there is no default. Command Modes SPE configuration Command History Release 12.0(4)XI1 12.0(6)T 12.0(7)T 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5200, Cisco AS5300, and Cisco AS5800. This command was integrated into Cisco IOS Release 12.0(6)T. This command was implemented on the Cisco AS5300 and Cisco AS5800 for MICA technologies modems. This command was implemented on the Cisco AS5400 for the NextPort dial feature card (DFC). This command was implemented on the Cisco AS5400 for the NextPort DFC and Cisco AS5800 for the universal port card (UPC). This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T. Usage Guidelines Three methods of upgrade are available: busyout, reboot, and download-maintenance or recovery. The reboot keyword requests the Cisco access servers to upgrade SPE firmware at the next reboot. The busyout keyword upgrades SPE firmware after waiting for all calls to be terminated on an SPE. Cisco IOS Dial Technologies Command Reference November 2009 DIA-241 Dial Commands firmware upgrade The download-maintenance or recovery keyword requests SPE firmware download during maintenance time. Use this command in conjunction with the firmware location command and the spe download maintenance command. The SPE firmware location command is designed to integrate all continuous ranges of SPEs containing the same firmware location. However, the firmware upgrade command does not affect the ranges of SPEs. As such, all SPEs within the ranges of SPEs must have the same firmware upgrade mode or the router uses the default upgrade mode to busyout state. If you want to upgrade a single SPE within an existing range of SPEs with a different upgrade mode than is currently configured, you must first change the upgrade mode for the entire range of SPEs and then change the firmware location for the specific SPE being upgraded. Furthermore, each time you merge ranges of SPEs due to configuration changes, verify that the configuration of the SPE firmware upgrade remains effective to what is desired. Examples The following example sets the SPEs and specifies the firmware upgrade to take place once all calls are terminated on the SPE: Router(config)# spe 1/03 Router(config-spe)# firmware location np-spe-upw-1.0.1.2.bin Router(config-spe)# firmware upgrade busyout If the busyout upgrade command is specified, or if no upgrade mode is specified, the SPE modems are set into a “pending download” state when you use the firmware location command on the specified SPE. The pending download state prevents any modem in that state to be allocated for new calls until the state is cleared. Modems with active calls remain active for their call durations, but enter the pending download state when they terminate. This pending download state can be cleared only when the SPE is finally downloaded. When all modems within the SPE are in the pending download state and no active calls remain on the SPE, the SPE is reloaded. The busyout option is the fastest way to upgrade modems on an active router but can severely impact the capacity of the router during the upgrade. The following example sets the default option for the firmware upgrade process: Router(config-spe)# firmware upgrade busyout If reboot upgrade is specified, the SPE modems are not reloaded to the new firmware location until the router is rebooted. The reboot upgrade option is useful for routers that need to have their SPE upgraded and that also will be rebooted for maintenance. When the new firmware is configured, the configuration takes effect after the reboot takes place. The following example sets the firmware upgrade reboot: Router(config-spe)# firmware upgrade reboot If recovery upgrade is specified, the SPE modems are reloaded based on the modem recovery algorithm. Only when no active calls exist on the SPE does the firmware download take place. Furthermore, at the time configured with the modem recovery maintenance command, the modem recovery maintenance process attempts, in a controller fashion, to reload the modems by busying out the modems for a window duration of time to make the download take place. Refer to the modem recovery documentation for more information. The recovery upgrade option upgrades modems on an active router with the least impact. Capacity is kept at a maximum. However, this option may take a few days for all modems to be reloaded to the new firmware location. The following example sets the system for a firmware upgrade recovery: Router(config-spe)# firmware upgrade recovery For the Cisco AS5350, Cisco AS5400, or Cisco AS5800, use the following syntax to set the system for a firmware upgrade recovery: Router(config-spe)# firmware upgrade download-maintenance Cisco IOS Dial Technologies Command Reference DIA-242 November 2009 Dial Commands firmware upgrade Related Commands Command firmware location show spe version spe download maintenance spe recovery Description Downloads firmware into the modems from this file location. Displays the firmware version on an SPE. Performs download maintenance on SPEs that are marked for recovery. Sets an SPE port for recovery. modem recovery maintenance Specifies the scheduled modem maintenance recovery behavior. Cisco IOS Dial Technologies Command Reference November 2009 DIA-243 Dial Commands flowcontrol flowcontrol To set the method of data flow control between the terminal or other serial device and the router, use the flowcontrol command in line configuration mode. To disable flow control, use the no form of this command. flowcontrol {none | software [lock] [in | out] | hardware [in | out]} no flowcontrol {none | software [lock] [in | out] | hardware [in | out]} Syntax Description none software lock Turns off flow control. Sets software flow control. (Optional) Makes it impossible to turn off flow control from the remote host when the connected device needs software flow control. This option applies to connections using the Telnet or rlogin protocols. (Optional) Specifies the direction of software or hardware flow control: the keyword in causes the Cisco IOS software to listen to flow control from the attached device, and the out keyword causes the software to send flow control information to the attached device. If you do not specify a direction, both directions are assumed. Sets hardware flow control. For more information about hardware flow control, see the hardware manual that was shipped with your router. [in | out] hardware Command Default Flow control is disabled. Command Modes Line configuration Command History Release 10.0 12.2(31)SB2 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(31)SB2. Usage Guidelines When software flow control is set, the default stop and start characters are Ctrl-S and Ctrl-Q (XOFF and XON). You can change them using the stop-character and start-character commands. If a remote Telnet device requires software flow control, the remote system should not be able to turn it off. Using the lock option makes it possible to refuse “dangerous” Telnet negotiations if they are inappropriate. Examples The following example sets hardware flow control on line 7: line 7 flowcontrol hardware Cisco IOS Dial Technologies Command Reference DIA-244 November 2009 Dial Commands flowcontrol Related Commands Command start-character stop-character Description Sets the flow control start character. Sets the flow control stop character. Cisco IOS Dial Technologies Command Reference November 2009 DIA-245 Dial Commands group-range group-range To create a list of member asynchronous interfaces (associated with a group interface), use the group-range command in interface configuration mode. To remove an interface from the member list, use the no form of this command. group-range low-end-of-interfacerange high-end-of-interfacerange no group-range interface Syntax Description low-end-ofinterfacerange high-end-ofinterfacerange interface Beginning interface number to be made a member of the group interface. Ending interface number to be made a member of the group interface. Interface number to be removed from the group interface. Command Default No interfaces are designated as members of a group. Command Modes Interface configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines Using the group-range command, you create a group of asynchronous interfaces that are associated with a group asynchronous interface on the same device. This group interface is configured by using the interface group-async command. This one-to-many structure allows you to configure all associated member interfaces by entering one command on the group interface, rather than entering this command on each interface. You can customize the configuration on a specific interface by using the member command. Interface numbers can be removed from the interface group using the no group-range command. Examples The following example defines interfaces 2, 3, 4, 5, 6, and 7 as members of asynchronous group interface 0: interface group-async 0 group-range 2 7 Related Commands Command interface group-async member Description Creates a group interface that will serve as master, to which asynchronous interfaces can be associated as members. Alters the configuration of an asynchronous interface that is a member of a group. Cisco IOS Dial Technologies Command Reference DIA-246 November 2009 Dial Commands interface bri interface bri To configure a BRI interface and enter interface configuration mode, use the interface bri command in global configuration mode. Cisco 7200 Series and 7500 Series Routers interface bri number interface bri slot/port Cisco 7200 Series and 7500 Series Routers with BRI Subinterfaces Only interface bri number.subinterface-number [multipoint | point-to-point] interface bri slot/port.subinterface-number [multipoint | point-to-point] X.25 on an ISDN BRI Interface interface bri number:0 interface bri slot/port:0 Syntax Description number Port, connector, or interface card number. The numbers are assigned at the factory at the time of installation or when added to a system, and can be displayed with the show interfaces command. On the Cisco 7200 series, slot location and port number of the interface. The slash mark is required. Subinterface number in the range from 1 to 4,294,967,293. The number that precedes the period (.) must match the number this subinterface belongs to. The period is required. slot/port .subinterface-number multipoint | point-to-point (Optional) Specifies a multipoint or point-to-point subinterface. The default is multipoint. :0 Subinterface created by applying the isdn x25 static-tei and the isdn x25 dchannel commands to the specified BRI interface. This interface must be configured for X.25. Command Default The default mode for subinterfaces is multipoint. Command Modes Global configuration Cisco IOS Dial Technologies Command Reference November 2009 DIA-247 Dial Commands interface bri Command History Release 10.3 11.2F 11.2P Modification This command was introduced. This command was enhanced with the capability to carry X.25 traffic on the D channel. This command was modified to include slot/port syntax for the PA-8B-ST and PA-4B-U port adapters on the Cisco 7200 series. Usage Guidelines Subinterfaces can be configured to support partially meshed Frame Relay networks. (Refer to the Frame Relay chapters in the Cisco IOS Wide-Area Networking Configuration Guide.) To specify the BRI interface that is created by enabling X.25 on a specified ISDN BRI interface, use the interface bri global configuration command with a subinterface 0 specification. Examples The following example configures BRI 0 to call and receive calls from two sites, use PPP encapsulation on outgoing calls, and use Challenge Handshake Authentication Protocol (CHAP) authentication on incoming calls: interface bri 0 encapsulation ppp no keepalive dialer map ip 172.16.36.10 name EB1 234 dialer map ip 172.16.36.9 name EB2 456 dialer-group 1 isdn spid1 41346334600101 4633460 isdn spid2 41346334610101 4633461 isdn T200 1000 ppp authentication chap The following example creates a BRI 0:0 interface for X.25 traffic over the D channel and then configures the new interface to carry X.25 traffic: interface bri 0 isdn x25 dchannel isdn x25 static-tei 8 ! interface bri 0:0 ip address 10.1.1.2 255.255.255.0 x25 address 31107000000100 x25 htc 1 x25 suppress-calling-address x25 facility windowsize 2 2 x25 facility packetsize 256 256 x25 facility throughput 9600 9600 x25 map ip 10.1.1.3 31107000000200 Related Commands Command dialer-group dialer map encapsulation Description Controls access by configuring an interface to belong to a specific dialing group. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Sets the encapsulation method used by the interface. Cisco IOS Dial Technologies Command Reference DIA-248 November 2009 Dial Commands interface bri Command isdn spid1, isdn spid2 ppp bap call show interfaces bri Description Defines the SPID number that has been assigned by the ISDN service provider for the B1 channel. Sets PPP BACP call parameters. Displays information about the BRI D channel or about one or more B channels. Cisco IOS Dial Technologies Command Reference November 2009 DIA-249 Dial Commands interface dialer interface dialer To define a dialer rotary group, use the interface dialer command in global configuration mode. interface dialer dialer-rotary-group-number no interface dialer dialer-rotary-group-number Syntax Description dialer-rotary-group-number Number of the dialer rotary group in the range from 0 to 255. Command Default No dialer rotary groups are predefined. Command Modes Global configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines Dialer rotary groups allow you to apply a single interface configuration to a set of physical interfaces. This capability allows a group of interfaces to be used as a pool of interfaces for calling many destinations. Once the interface configuration is propagated to a set of interfaces, those interfaces can be used to place calls using the standard dial-on-demand routing (DDR) criteria. When multiple destinations are configured, any of these interfaces can be used for outgoing calls. Dialer rotary groups are useful in environments that require multiple calling destinations. Only the rotary group needs to be configured with the dialer map commands. The only configuration required for the interfaces is the dialer rotary-group command indicating that each interface is part of a dialer rotary group. Although a dialer rotary group is configured as an interface, it is not a physical interface. Instead, it represents a group of interfaces. Interface configuration commands entered after the interface dialer command will be applied to all physical interfaces assigned to specified rotary groups. Individual interfaces in a dialer rotary group do not have individual addresses. The dialer interface has a protocol address, and that address is used by all interfaces in the dialer rotary group. Examples The following example identifies interface dialer 1 as the dialer rotary group leader. Interface dialer 1 is not a physical interface, but represents a group of interfaces. The interface configuration commands that follow apply to all interfaces included in this group. interface dialer 1 encapsulation ppp authentication chap dialer in-band ip address 10.2.3.4 dialer map ip 10.2.2.5 name YYY 14155553434 dialer map ip 10.3.2.6 name ZZZ Cisco IOS Dial Technologies Command Reference DIA-250 November 2009 Dial Commands interface multilink interface multilink To create a multilink bundle and enter multilink interface configuration mode to configure the bundle, use the interface multilink command in global configuration mode. To remove a multilink bundle, use the no form of this command. interface multilink multilink-bundle-number no interface multilink Syntax Description multilink-bundle-number Number of the multilink bundle (a nonzero number). Command Default No multilink bundles are created. Command Modes Global configuration Command History Release 12.0(3)T 12.0 12.2(16)BX 12.2(28)SB 12.2(31)SB2 Modification This command was introduced. This command was introduced on the PRE1 for the Cisco 10000 series router. This command was implemented on the PRE2. This command was integrated in Cisco IOS Release 12.2(28)SB for the PRE2. This command was introduced on the PRE3 and the range of valid values for multilink interfaces was expanded on the PRE3. Usage Guidelines Cisco 10000 Series Router The following describes the valid multilink interface values for the Cisco 10000 series router: • • 1 to 9999—(PRE2) Cisco IOS Release 12.2(28)SB and later releases 1 to 9999 and 65,536 to – 1 to 9999 and 65,536 to 2,147,483,647 (Cisco IOS Release 12.2(31)SB2 and later releases) – 1 to 9999 and 65,536 to 2,147,483,647 (Cisco IOS Release 12.2(31)SB2 and later releases) valid multilink-bundle-number values are from 1 to 2,147,483,647. Examples The following example creates multilink bundle 1: interface multilink 1 ip address 192.168.11.4 255.255.255.192 encapsulation ppp ppp multilink keepalive Cisco IOS Dial Technologies Command Reference November 2009 DIA-251 Dial Commands interface multilink Related Commands Command ppp multilink group Description Restricts a physical link to joining only a designated multilink-group interface. ppp multilink fragment disable Disables packet fragmentation. Cisco IOS Dial Technologies Command Reference DIA-252 November 2009 Dial Commands interface serial interface serial To specify a serial interface created on a channelized E1 or channelized T1 controller (for ISDN PRI, channel-associated signaling, or robbed-bit signaling), use the interface serial command in global configuration mode. Cisco 7200 Series and Cisco 7500 Series Routers interface serial slot/port:timeslot no interface serial slot/port:timeslot Cisco AS5200 Series and Cisco 4000 Series Access Servers interface serial controller-number:timeslot no interface serial controller-number:timeslot Syntax Description slot/port :timeslot Slot number and port number where the channelized E1 or T1 controller is located. The slash mark is required. For ISDN, the D channel time slot, which is the :23 channel for channelized T1 and the :15 channel for channelized E1. PRI time slots are in the range from 0 to 23 for channelized T1 and in the range from 0 to 30 for channelized E1. For channel-associated signaling or robbed-bit signaling, the channel group number. The colon is required. On a dual port card, it is possible to run channelized on one port and primary rate on the other port. controller-number Channelized E1 or T1 controller number. Command Default No default behavior or values. Command Modes Global configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines You must explicitly specify a serial interface. The D channel is always the :23 channel for T1 and the :15 channel for E1. Cisco IOS Dial Technologies Command Reference November 2009 DIA-253 Dial Commands interface serial Examples The following example configures channel groups on time slots 1 to 11 and ISDN PRI on time slots 12 to 24 of T1 controller 0. Then the examples configures the first two channel groups as serial interfaces 0:0 and 0:1. controller t1 0 channel-group 0 timeslot 1-6 channel-group 1 timeslot 7 channel-group 2 timeslot 8 channel-group 3 timeslot 9-11 pri-group timeslots 12-24 ! interface serial 0:0 ip address 172.18.13.2 255.255.255.0 encapsulation ppp ! interface serial 0:1 ip address 172.18.13.3 255.255.255.0 encapsulation ppp The following example configures ISDN PRI on T1 controller 4/1 and then configures the D channel on the resulting serial interface 4/1:23: controller t1 4/1 framing crc4 linecode hdb3 pri-group timeslots 1-24 interface serial 4/1:23 ip address 172.18.13.1 255.255.255.0 encapsulation ppp Related Commands Command controller Description Configures a T1 or E1 controller and enters controller configuration mode. show controllers t1 call-counters Displays the total number of calls and call durations on a T1 controller. show interfaces Displays statistics for all interfaces configured on the router or access server. Cisco IOS Dial Technologies Command Reference DIA-254 November 2009 Dial Commands interface virtual-ppp interface virtual-ppp To enter interface configuration mode and assign a virtual-PPP interface number, use the interface virtual-ppp command in global configuration mode. To disable a virtual-PPP interface, use the no form of this command. interface virtual-ppp number no interface virtual-ppp number Syntax Description number Virtual-PPP interface number. Valid values range from one to 2147483647. Command Default No default behavior or values Command Modes Global configuration Command History Release 12.3(2)T Modification This command was introduced. Usage Guidelines Use the interface virtual-ppp command to create a virtual interface with PPP encapsulation. Issuing the interface virtual-ppp command enters interface configuration mode. Examples The following example configures a virtual-PPP interface with the number 503 and enters interface configuration mode: interface virtual-ppp 503 Related Commands Command l2tp-class Description Creates a template of L2TP control plane configuration settings that can be inherited by different pseudowire classes and enters L2TP class configuration mode. Specifies the name of an L2TP pseudowire class and enters pseudowire class configuration mode. Binds an attachment circuit to an L2TPv3 pseudowire for xconnect service. pseudowire-class pseudowire Cisco IOS Dial Technologies Command Reference November 2009 DIA-255 Dial Commands interface virtual-template interface virtual-template To create a virtual template interface that can be configured and applied dynamically in creating virtual access interfaces, use the interface virtual-template command in global configuration mode. To remove a virtual template interface, use the no form of this command. interface virtual-template number no interface virtual-template number Syntax Description number Number used to identify the virtual template interface. Up to 200 virtual template interfaces can be configured. On the Cisco 10000 series router, up to 4095 virtual template interfaces can be configured. Command Default No virtual template interface is defined. Command Modes Global configuration (config) Command History Release 11.2F 12.2(4)T 12.2(28)SB 12.2(33)SRA 12.2(31)SB2 12.2(33)SXH Modification This command was introduced. This command was enhanced to increase the maximum number of virtual template interfaces from 25 to 200. This command was integrated into Cisco IOS Release 12.2(28)SB. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command was integrated into Cisco IOS Release 12.2(31)SB2. This command was integrated into Cisco IOS Release 12.2(33)SXH. Usage Guidelines A virtual template interface is used to provide the configuration for dynamically created virtual access interfaces. It is created by users and can be saved in NVRAM. After the virtual template interface is created, it can be configured in the same way as a serial interface. Virtual template interfaces can be created and applied by various applications such as virtual profiles, virtual private dialup networks (VPDNs), PPP over ATM, protocol translation, and Multichassis Multilink PPP (MMP). Cisco 10000 Series Router You can configure up to 4095 total virtual template interfaces on the Cisco 10000 series router. To ensure proper scaling and to minimize CPU utilization, we recommend the following virtual template interface settings: • • A keepalive timer of 30 seconds or greater using the keepalive command. The default is 10 seconds. Do not enable the Cisco Discovery Protocol (CDP). CDP is disabled by default. Use the no cdp enable command to disable CDP, if necessary. Cisco IOS Dial Technologies Command Reference DIA-256 November 2009 Dial Commands interface virtual-template • • Disable link-status event messaging using the no logging event link-status command. To prevent the virtual-access subinterfaces from being registered with the SNMP functionality of the router and using memory, do not use the router’s SNMP management tools to monitor PPP sessions. Use the no virtual-template snmp command to disable the SNMP management tools. When a virtual template interface is applied dynamically to an incoming user session, a virtual access interface (VAI) is created. If you configure a virtual template interface with interface-specific commands, the Cisco 10000 series router does not achieve the highest possible scaling. To verify that the router does not have interface-specific commands within the virtual template interface configuration, use the test virtual-template number subinterface command. Examples Cisco 10000 Series Router The following example creates a virtual template interface called Virtual-Template1: Router(config)# interface Virtual-Template1 Router(config-if)# ip unnumbered Loopback1 Router(config-if)# keepalive 60 Router(config-if)# no peer default ip address Router(config-if)# ppp authentication pap Router(config-if)# ppp authorization vpn1 Router(config-if)# ppp accounting vpn1 Router(config-if)# no logging event link-status Router(config-if)# no virtual-template snmp Virtual Template with PPP Authentication Example The following example creates and configures virtual template interface 1: interface virtual-template 1 type ethernet ip unnumbered ethernet 0 ppp multilink ppp authentication chap IPsec Virtual Template Example The following example shows how to configure a virtual template for an IPsec virtual tunnel interface. interface virtual-template1 type tunnel ip unnumbered Loopback1 tunnel mode ipsec ipv4 tunnel protection ipsec profile virtualtunnelinterface Related Commands Command cdp enable clear interface virtual-access keepalive Description Enables Cisco Discovery Protocol (CDP) on an interface. Tears down the live sessions and frees the memory for other client uses. Enables keepalive packets and to specify the number of times that the Cisco IOS software tries to send keepalive packets without a response before bringing down the interface. Displays the configuration of the active VAI that was created using a virtual template interface. Associates a tunnel interface with an IPsec profile. Sets the zone name for the connected AppleTalk network. show interface virtual-access tunnel protection virtual interface Cisco IOS Dial Technologies Command Reference November 2009 DIA-257 Dial Commands interface virtual-template Command virtual-profile virtual template Description Enables virtual profiles. Specifies the destination for a tunnel interface. Cisco IOS Dial Technologies Command Reference DIA-258 November 2009 Dial Commands ip address negotiated ip address negotiated To specify that the IP address for a particular interface is obtained via PPP/IPCP (IP Control Protocol) address negotiation, use the ip address negotiated command in interface configuration mode. To disable this feature, use the no form of this command. ip address negotiated [previous] no ip address negotiated [previous] Syntax Description previous (Optional) IPCP attempts to negotiate the previously assigned address. Command Default No default behavior or values. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines Use the ip address negotiated interface command to enable a Cisco router to automatically negotiate its own registered WAN interface IP address from a central server (via PPP/IPCP) and to enable all remote hosts to access the global Internet using this single registered IP address. Examples The following example configures an asynchronous interface (interface async1) to obtain its IP address via PPP/IPCP address negotiation: interface async1 ip address negotiated encapsulation ppp Related Commands Command encapsulation ip address ip unnumbered Description Sets the encapsulation method used by the interface. Sets a primary or secondary IP address for an interface. Enables IP processing on an interface without assigning an explicit IP address to the interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-259 Dial Commands ip address-pool ip address-pool To enable a global default address pooling mechanism used to supply IP addresses to dial-in asynchronous, synchronous, or ISDN point-to-point interfaces, use the ip address-pool command in global configuration mode. To disable IP address pooling globally on all interfaces with the default configuration, use the no form of this command. ip address-pool {dhcp-pool | dhcp-proxy-client | local} no ip address-pool Syntax Description dhcp-pool Uses on-demand address pooling as the global default address mechanism. This option supports only remote access PPP sessions using a Multiprotocol Label Switching (MPLS) Virtual Private Network (VPN). IP addresses are obtained from locally configured virtual routing and forwarding (VRF)-associated Dynamic Host Configuration Protocol (DHCP) pools. Uses the router as the proxy client between a third-party DHCP server and peers connecting to the router as the global default address mechanism. Uses the local address pool named default as the global default address mechanism. dhcp-proxy-client local Command Default IP address pooling is disabled globally. Command Modes Global configuration Command History Release 11.0 12.2(8)T Modification This command was introduced. The dhcp-pool keyword was added. Usage Guidelines The global default IP address pooling mechanism applies to all interfaces that have been left in the default setting of the peer default ip address command. If any peer default ip address command other than peer default ip address pool (the default) is configured, the interface uses that mechanism and not the global default mechanism. Thus all interfaces can be independently configured, or left unconfigured so that the global default configuration applies. This flexibility minimizes the configuration effort on the part of the administrator. The ip address-pool dhcp-pool command supports only remote access PPP sessions using an MPLS VPN. IP addresses are obtained from locally configured VRF-associated DHCP pools. A VRF VPN instance is a per-VPN routing information repository that defines the VPN membership of a customer site. Cisco IOS Dial Technologies Command Reference DIA-260 November 2009 Dial Commands ip address-pool Examples The following example specifies the DHCP on-demand address pooling mechanism as the global default mechanism for assigning peer IP addresses: ip address-pool dhcp-pool The following example specifies the DHCP proxy client mechanism as the global default mechanism for assigning peer IP addresses: ip address-pool dhcp-proxy-client The following example specifies a local IP address pool named “default” as the global default mechanism for all interfaces that have been left in their default setting: ip address-pool local Related Commands Command Description peer default ip address Specifies an IP address, an address from a specific IP address pool, or an address from the DHCP mechanism to be returned to a remote peer connecting to this interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-261 Dial Commands ip dhcp-client network-discovery ip dhcp-client network-discovery To control the sending of Dynamic Host Configuration Protocol (DHCP) Inform and Discover messages, use the ip dhcp-client network-discovery command in global configuration mode. To change or disable DHCP message control, use the no form of this command. ip dhcp-client network-discovery informs number-of-messages discovers number-of-messages period seconds no ip dhcp-client network-discovery informs number-of-messages discovers number-of-messages period seconds Syntax Description informs number-of-messages Number of DHCP Inform messages. Valid choices are 0, 1, or 2 messages. Default is 0 messages. discovers number-of-messages Number of DHCP Discover messages. Valid choices are 0, 1, or 2 messages. Default is 0 messages. period seconds Timeout period for retransmission of DHCP Inform and Discover messages. Valid periods are from 3 to 15 seconds. Default is 15 seconds. Command Default 0 DHCP Inform and Discover messages (network discovery is disabled when both the informs and discovers keywords are set to 0); 15-second timeout period. Command Modes Global configuration Command History Release 12.2 12.2(28)SB 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(28)SB. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines The ip dhcp-client network-discovery command allows peer routers to dynamically discover Domain Name System (DNS) and NetBIOS name server information configured on a DHCP server using PPP IP Control Protocol (IPCP) extensions. Setting the number of DHCP Inform or Discover messages to 1 or 2 determines how many times the system sends a DHCP Inform or Discover message before stopping network discovery, as follows: • When the number of DHCP Inform messages is set to 1, once the first Inform messages is sent the system waits for a response from the DHCP server for the specified timeout period. If there is no response from the DHCP server by the end of the timeout period, the system sends a DHCP Discover message when the number of Discover messages is not set to 0. If the number of Discover messages is set to 1, network discovery stops. If the number of Discover messages is set to 2, the system waits Cisco IOS Dial Technologies Command Reference DIA-262 November 2009 Dial Commands ip dhcp-client network-discovery again for a response from the DHCP server for the specified timeout period. If there is no response from the DHCP server by the end of this second timeout period, the system sends a second DHCP Discover message and stops network discovery. • When the number of DHCP Inform messages is set to 2, once the first Inform messages is sent, the system waits for a response from the DHCP server for the specified timeout period. If there is no response from the DHCP server by the end of the timeout period, the system sends another DHCP Inform message. If the number of Discover messages is set to 1, network discovery stops. If the number of Discover messages is set to 2, the system waits again for a response from the DHCP server for the specified timeout period. If there is no response from the DHCP server by the end of this second timeout period, the system sends a second DHCP Discover message and stops network discovery. Network discovery also stops when the DHCP server responds to DHCP Inform and Discover messages before the configured number of messages and timeout period are exceeded. Setting the number of messages to 0 disables sending of DHCP Inform and Discover messages, and is the same as entering the no ip dhcp-client network-discovery command. When the ip dhcp-client network-discovery command is disabled, the system falls back to the static configurations made using the async-bootp dns-server and async-bootp nb-server global configuration commands or, as a last resort, to a DNS server address assigned with the ip name-server command. Examples The following example sets two DHCP Inform and Discovery messages and a timeout period of 12 seconds: ip dhcp-client network-discovery informs 2 discovers 2 period 12 Related Commands Command async-bootp ip dhcp-server Description Configures extended BOOTP requests for asynchronous interfaces as defined in RFC 1084. Specifies which DHCP servers to use on a network, and specifies the IP address of one or more DHCP servers available on the network. Specifies the address of one or more name servers to use for name and address resolution. ip name-server Cisco IOS Dial Technologies Command Reference November 2009 DIA-263 Dial Commands ip dhcp client route ip dhcp client route To configure the Dynamic Host Configuration Protocol (DHCP) client to associate any added routes with a specified tracked object number, use the ip dhcp client command in interface configuration mode. To restore the default setting, use the no form of this command. ip dhcp client route track number no ip dhcp client route track Syntax Description route track number Associates a tracked object number with the DHCP-installed static route. Valid values for the number argument range from 1 to 500. Command Default No routes are associated with a track number. Command Modes Interface configuration (config-if) Command History Release 12.3(2)XE 12.3(8)T 12.2(33)SXH 12.2(33)SRE 15.0(1)M Modification This command was introduced. This command was integrated into Cisco IOS Release 12.3(8)T. This command was integrated into Cisco IOS Release 12.2(33)SXH. This command was integrated into Cisco IOS Release 12.2(33)SRE. This command was integrated into Cisco IOS Release 15.0(1)M. Usage Guidelines The ip dhcp client command must be configured before the ip address dhcp command is configured on an interface. The ip dhcp client command is checked only when an IP address is acquired from DHCP. If the ip dhcp client command is specified after an IP address has been acquired from DHCP, the ip dhcp client command will not take effect until the next time the router acquires an IP address from DHCP. Examples The following example configures DHCP on an Ethernet interface and associates tracked object 123 with routes generated from this interface: interface ethernet 0/0 ip dhcp client route track 123 ip address dhcp Related Commands Command ip address dhcp Description Acquires an IP address on an Ethernet interface from the DHCP. Cisco IOS Dial Technologies Command Reference DIA-264 November 2009 Dial Commands ip dhcp-server ip dhcp-server To specify which Dynamic Host Configuration Protocol (DHCP) servers to use on your network, or to specify the IP address of one or more DHCP servers available on the network, use the ip dhcp-server command in global configuration mode. To remove a DHCP server IP address, use the no form of this command. ip dhcp-server [ip-address | name] no ip dhcp-server [ip-address | name] Syntax Description ip-address name (Optional) IP address of a DHCP server. (Optional) Name of a DHCP server. Command Default The IP limited broadcast address of 255.255.255.255 is used for transactions if no DHCP server is specified. This default allows automatic detection of DHCP servers. Command Modes Global configuration Command History Release 11.0 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines A DHCP server temporarily allocates network addresses to clients through the access server on an as-needed basis. While the client is active, the address is automatically renewed in a minimum of 20-minute increments. When the user terminates the session, the interface connection is terminated so that network resources can be quickly reused. You can specify up to ten servers on the network. In normal situations, if a SLIP or PPP session fails (for example, if a modem line disconnects), the allocated address will be reserved temporarily to preserve the same IP address for the client when dialed back into the server. This way, the session that was accidentally terminated can often be resumed. To use the DHCP proxy-client feature, enable your access server to be a proxy-client on asynchronous interfaces by using the ip address-pool dhcp-proxy-client command. If you want to specify which DHCP servers are used on your network, use the ip dhcp-server command to define up to ten specific DHCP servers. Note To facilitate transmission, configure intermediary routers (or access servers with router functionality) to use an IP helper address whenever the DHCP server is not on the local LAN and the access server is using broadcasts to interact with the DHCP server. Refer to the chapters about configuring IP addressing in the Cisco IOS IP Addressing Services Configuration Guide. Cisco IOS Dial Technologies Command Reference November 2009 DIA-265 Dial Commands ip dhcp-server The ip address-pool dhcp-proxy-client command initializes proxy-client status to all interfaces defined as asynchronous on the access server. To selectively disable proxy-client status on a single asynchronous interface, use the no peer default ip address interface command. Examples The following command specifies a DHCP server with the IP address of 172.24.13.81: ip dhcp-server 172.24.13.81 Related Commands Command ip address-pool ip helper-address Description Enables an address pooling mechanism used to supply IP addresses to dial-in asynchronous, synchronous, or ISDN point-to-point interfaces. Forwards UDP broadcasts, including BOOTP, received on an interface. peer default ip address Specifies an IP address, an address from a specific IP address pool, or an address from the DHCP mechanism to be returned to a remote peer connecting to this interface. show cot dsp Displays information about the COT DSP configuration or current status. Cisco IOS Dial Technologies Command Reference DIA-266 November 2009 Dial Commands ip idle-group ip idle-group To configure interesting traffic on a virtual template interface for the PPP idle timer, use the ip idle-group command in interface configuration mode. To remove the configuration, use the no form of this command. ip idle-group {access-list-number | access-list-name} {in | out} no ip idle-group {access-list-number | access-list-name} {in | out} Syntax Description access-list-number access-list-name in out IP access list number. IP access list name. Classifies IP inbound traffic for the PPP idle timer. Classifies IP outbound traffic for the PPP idle timer. Command Default No default behavior or values. Command Modes Interface configuration Command History Release 12.2(4)T 12.2(11)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5300, Cisco AS5400 and Cisco AS5800. Usage Guidelines The ip idle-group command is applied to a virtual template interface and configures interesting traffic on either inbound or outbound traffic. Examples The following example specifies access list 101 as interesting for inbound IP traffic and access list 102 as interesting for outbound IP traffic: interface virtual-template 1 ppp timeout idle 60 ip idle-group 101 in ip idle-group 102 out Related Commands Command corlist incoming Description Sets the PPP idle timeout parameters on a virtual template interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-267 Dial Commands ip local pool ip local pool To configure a local pool of IP addresses to be used when a remote peer connects to a point-to-point interface, use the ip local pool command in global configuration mode. To remove a range of addresses from a pool (the longer of the no forms of this command), or to delete an address pool (the shorter of the no forms of this command), use one of the no forms of this command. ip local pool {default | poolname} [low-ip-address [high-ip-address]] [group group-name] [cache-size size] [recycle delay seconds] no ip local pool poolname low-ip-address [high-ip-address] no ip local pool {default | poolname} Syntax Description default poolname low-IP-address [high-IP-address] group group-name cache-size size Creates a default local IP address pool that is used if no other pool is named. Name of the local IP address pool. (Optional) First and, optionally, last address in an IP address range. (Optional) Creates a pool group. (Optional) Sets the number of IP address entries on the free list that the system checks before assigning a new IP address. Returned IP addresses are placed at the end of the free list. Before assigning a new IP address to a user, the system checks the number of entries from the end of the list (as defined by the cache-size size option) to verify that there are no returned IP addresses for that user. The range for the cache size is 0 to 100. The default cache size is 20. (Optional) Indicates the time (in seconds) to hold an IP address in the local pool before making it available for reuse. recycle delay seconds Command Default No address pools are configured. Any pool created without the optional group keyword is a member of the base system group. Command Modes Global configuration Command History Release 11.0 11.3AA 12.1(5)DC 12.2(13)T Modification This command was introduced. This command was enhanced to allow address ranges to be added and removed. This command was enhanced to allow pool groups to be created. This command was integrated into Cisco IOS Release 12.2(13)T and support was added for the Cisco 6400 node route processor 25v (NRP-25v) and Cisco 7400 platforms. The recycle delay keyword and seconds argument were added. 12.4(15)T Cisco IOS Dial Technologies Command Reference DIA-268 November 2009 Dial Commands ip local pool Usage Guidelines Use the ip local pool command to create one or more local address pools from which IP addresses are assigned when a peer connects. You may also add another range of IP addresses to an existing pool. To use a named IP address pool on an interface, use the peer default ip address pool interface configuration command. A pool name can also be assigned to a specific user using authentication, authorization, and accounting (AAA) RADIUS and TACACS functions. If no named local IP address pool is created, a default address pool is used on all point-to-point interfaces after the ip address-pool local global configuration command is issued. If no explicit IP address pool is assigned, but pool use is requested by use of the ip address-pool local command, the special pool named “default” is used. The optional group keyword and associated group name allows the association of an IP address pool with a named group. Any IP address pool created without the group keyword automatically becomes a member of a base system group. The optional recycle delay keyword and its associated time indicates the time in seconds to hold the IP address from the pool before making it available for reuse. An IP address pool name can be associated with only one group. Subsequent use of the same pool name, within a pool group, is treated as an extension of that pool, and any attempt to associate an existing local IP address pool name with a different pool group is rejected. Therefore, each use of a pool name is an implicit selection of the associated pool group. Note To reduce the chances of inadvertent generation of duplicate addresses, the system allows creation of the special pool named “default” only in the base system group, that is, no group name can be specified with the pool name “default.” All IP address pools within a pool group are checked to prevent overlapping addresses; however, no checks are made between any group pool member and a pool not in a group. The specification of a named pool within a pool group allows the existence of overlapping IP addresses with pools in other groups, and with pools in the base system group, but not among pools within a group. Otherwise, processing of the IP address pools is not altered by their membership in a group. In particular, these pool names can be specified in peer commands and returned in RADIUS and AAA functions with no special processing. IP address pools can be associated with Virtual Private Networks (VPNs). This association permits flexible IP address pool specifications that are compatible with a VPN and a VPN routing and forwarding (VRF) instance. The IP address pools can also be used with the translate commands for one-step vty-async connections and in certain AAA or TACACS+ authorization functions. Refer to the chapter “Configuring Protocol Translation and Virtual Asynchronous Devices” in the Cisco IOS Terminal Services Configuration Guide and the “System Management” part of the Cisco IOS Configuration Fundamentals Configuration Guide for more information. IP address pools are displayed with the show ip local pool EXEC command. Examples The following example creates a local IP address pool named “pool2,” which contains all IP addresses in the range 172.16.23.0 to 172.16.23.255: ip local pool pool2 172.16.23.0 172.16.23.255 The following example configures a pool of 1024 IP addresses: no ip local pool default ip local pool default 10.1.1.0 10.1.4.255 Cisco IOS Dial Technologies Command Reference November 2009 DIA-269 Dial Commands ip local pool Note Although not required, it is good practice to precede local pool definitions with a no form of the command to remove any existing pool, because the specification of an existing pool name is taken as a request to extend that pool with the new IP addresses. If the intention is to extend the pool, the no form of the command is not applicable. The following example configures multiple ranges of IP addresses into one pool: ip local pool default 10.1.1.0 10.1.9.255 ip local pool default 10.2.1.0 10.2.9.255 The following examples show how to configure two pool groups and IP address pools in the base system group: ip ip ip ip ip ip ip local local local local local local local pool pool pool pool pool pool pool p1-g1 10.1.1.1 10.1.1.50 group grp1 p2-g1 10.1.1.100 10.1.1.110 group grp1 p1-g2 10.1.1.1 10.1.1.40 group grp2 lp1 10.1.1.1 10.1.1.10 p3-g1 10.1.2.1 10.1.2.30 group grp1 p2-g2 10.1.1.50 10.1.1.70 group grp2 lp2 10.1.2.1 10.1.2.10 In the example: • • • Group grp1 consists of pools p1-g1, p2-g1, and p3-g1. Group grp2 consists of pools p1-g2 and p2-g2. Pools lp1 and lp2 are not associated with a group and are therefore members of the base system group. Note that IP address 10.1.1.1 overlaps groups grp1, grp2, and the base system group. Also note that there is no overlap within any group including the base system group, which is unnamed. The following examples show configurations of IP address pools and groups for use by a VPN and VRF: ip ip ip ip ip ip ip local local local local local local local pool pool pool pool pool pool pool p1-vpn1 10.1.1.1 10.1.1.50 group vpn1 p2-vpn1 10.1.1.100 10.1.1.110 group vpn1 p1-vpn2 10.1.1.1 10.1.1.40 group vpn2 lp1 10.1.1.1 10.1.1.10 p3-vpn1 10.1.2.1 10.1.2.30 group vpn1 p2-vpn2 10.1.1.50 10.1.1.70 group vpn2 lp2 10.1.2.1 10.1.2.10 The examples show configuration of two pool groups, including pools in the base system group, as follows: • • • Group vpn1 consists of pools p1-vpn1, p2-vpn1, and p3-vpn1. Group vpn2 consists of pools p1-vpn2 and p2-vpn2. Pools lp1 and lp2 are not associated with a group and are therefore members of the base system group. Note that IP address 10.1.1.1 overlaps groups vpn1, vpn2, and the base system group. Also note that there is no overlap within any group including the base system group, which is unnamed. The VPN needs a configuration that selects the proper group by selecting the proper pool based on remote user data. Thus, each user in a given VPN can select an address space using the pool and associated group appropriate for that VPN. Duplicate addresses in other VPNs (other group names) are not a concern, because the address space of a VPN is specific to that VPN. Cisco IOS Dial Technologies Command Reference DIA-270 November 2009 Dial Commands ip local pool In the example, a user in group vpn1 is associated with some combination of the pools p1-vpn1, p2-vpn1, and p3-vpn1, and is allocated addresses from that address space. Addresses are returned to the same pool from which they were allocated. The following example configures a recycle delay of 30 seconds to hold IP addresses in the pool before making them available for reuse: ip local pool default 10.1.1.0 10.1.9.255 recycle delay 30 Related Commands Command debug ip peer ip address-pool peer default ip address show ip local pool translate lat translate tcp Description Displays additional output when IP address pool groups are defined. Enables an address pooling mechanism used to supply IP addresses to dial in asynchronous, synchronous, or ISDN point-to-point interfaces. Specifies an IP address, an address from a specific IP address pool, or an address from the DHCP mechanism to be returned to a remote peer connecting to this interface. Displays statistics for any defined IP address pools. Translates a LAT connection request automatically to another outgoing protocol connection type. Translates a TCP connection request automatically to another outgoing protocol connection type. Cisco IOS Dial Technologies Command Reference November 2009 DIA-271 Dial Commands ip route ip route To establish static routes, use the ip route command in global configuration mode. To remove static routes, use the no form of this command. ip route prefix mask {ip-address | interface-type interface-number [ip-address]} [dhcp] [distance] [name next-hop-name] [permanent | track number] [tag tag] no ip route prefix mask {ip-address | interface-type interface-number [ip-address]} [dhcp] [distance] [name next-hop-name] [permanent | track number] [tag tag] Syntax Description prefix mask ip-address interface-type interface-number dhcp IP route prefix for the destination. Prefix mask for the destination. IP address of the next hop that can be used to reach that network. Network interface type and interface number. (Optional) Enables a Dynamic Host Configuration Protocol (DHCP) server to assign a static route to a default gateway (option 3). Note Specify the dhcp keyword for each routing protocol. distance name next-hop-name permanent track number tag tag (Optional) Administrative distance. The default administrative distance for a static route is 1. (Optional) Applies a name to the specified route. (Optional) Specifies that the route will not be removed, even if the interface shuts down. (Optional) Associates a track object with this route. Valid values for the number argument range from 1 to 500. (Optional) Specifies the tag value that can be used as a “match” value for controlling redistribution via route maps. Command Default No static routes are established. Command Modes Global configuration (config) Command History Release 10.0 12.3(2)XE 12.3(8)T 12.3(9) 12.2(33)SRE Modification This command was introduced. This command was modified. The track keyword and number argument were added. This command was modified. The dhcp keyword was added. This command was integrated into Cisco IOS Release 12.3(9). This command was integrated into Cisco IOS Release 12.2(33)SRE. Cisco IOS Dial Technologies Command Reference DIA-272 November 2009 Dial Commands ip route Release 12.2(33)SXH 15.0(1)M Modification This command was integrated into Cisco IOS Release 12.2(33)SXH. This command was integrated into Cisco IOS Release 15.0(1)M. Usage Guidelines The establishment of a static route is appropriate when the Cisco IOS software cannot dynamically build a route to the destination. When you specify a DHCP server to assign a static route, the interface type and number and administrative distance may be configured also. If you specify an administrative distance, you are flagging a static route that can be overridden by dynamic information. For example, routes derived with Enhanced Interior Gateway Routing Protocol (EIGRP) have a default administrative distance of 100. To have a static route that would be overridden by an EIGRP dynamic route, specify an administrative distance greater than 100. Static routes have a default administrative distance of 1. Static routes that point to an interface on a connected router will be advertised by way of Routing Information Protocol (RIP) and EIGRP regardless of whether redistribute static commands are specified for those routing protocols. This situation occurs because static routes that point to an interface are considered in the routing table to be connected and hence lose their static nature. Also, the target of the static route should be included in the network (DHCP) command. If this condition is not met, no dynamic routing protocol will advertise the route unless a redistribute static command is specified for these protocols. With the following configuration: rtr1 (serial 172.16.188.1/30)--------------> rtr2(Fast Ethernet 172.31.1.1/30) ------> router [rip | eigrp] network 172.16.188.0 network 172.31.0.0 • RIP and EIGRP redistribute the route if the route is pointing to the Fast Ethernet interface: ip route 172.16.188.252 255.255.255.252 FastEthernet 0/0 RIP and EIGRP do not redistribute the route with the following ip route command because of the split horizon algorithm: ip route 172.16.188.252 255.255.255.252 serial 2/1 • EIGRP redistributes the route with both of the following commands: ip route 172.16.188.252 255.255.255.252 FastEthernet 0/0 ip route 172.16.188.252 255.255.255.252 serial 2/1 With the Open Shortest Path First (OSPF) protocol, static routes that point to an interface are not advertised unless a redistribute static command is specified. Adding a static route to an Ethernet or other broadcast interface (for example, ip route 0.0.0.0 0.0.0.0 Ethernet 1/2) will cause the route to be inserted into the routing table only when the interface is up. This configuration is not generally recommended. When the next hop of a static route points to an interface, the router considers each of the hosts within the range of the route to be directly connected through that interface, and therefore it will send Address Resolution Protocol (ARP) requests to any destination addresses that route through the static route. A logical outgoing interface, for example, a tunnel needs to be configured for a static route. If this outgoing interface is deleted from the configuration, the static route is removed from the configuration and hence does not show up in the routing table. To have the static route inserted into the routing table again, configure the outgoing interface once again and add the static route to this interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-273 Dial Commands ip route The practical implication of configuring the ip route 0.0.0.0 0.0.0.0 ethernet 1/2 command is that the router will consider all of the destinations that the router does not know how to reach through some other route as directly connected to Ethernet interface 1/2. So the router will send an ARP request for each host for which it receives packets on this network segment. This configuration can cause high processor utilization and a large ARP cache (along with memory allocation failures). Configuring a default route or other static route that directs the router to forward packets for a large range of destinations to a connected broadcast network segment can cause your router to reload. Specifying a numerical next hop that is on a directly connected interface will prevent the router from using proxy ARP. However, if the interface with the next hop goes down and the numerical next hop can be reached through a recursive route, you may specify both the next hop and interface (for example, ip route 0.0.0.0 0.0.0.0 ethernet 1/2 10.1.2.3) with a static route to prevent routes from passing through an unintended interface. The name next-hop-name keyword and argument combination allows you to associate static routes with names in your running configuration. If you have several static routes, you can specify names that describe the purpose of each static route in order to more easily identify each one. The track number keyword and argument combination specifies that the static route will be installed only if the state of the configured track object is up. Recursive Static Routing In a recursive static route, only the next hop is specified. The output interface is derived from the next hop. For the following recursive static route example, all destinations with the IP address prefix address prefix 192.168.1.1/32 are reachable via the host with address 10.0.0.2: ip route 192.168.1.1 255.255.255.255 10.0.0.2 A recursive static route is valid (that is, it is a candidate for insertion in the IPv4 routing table) only when the specified next hop resolves, either directly or indirectly, to a valid IPv4 output interface, provided the route does not self-recurse, and the recursion depth does not exceed the maximum IPv4 forwarding recursion depth. The following example defines a valid recursive IPv4 static route: interface serial 2/0 ip address 209.165.201.1 255.255.255.252 exit ip route 192.168.1.1 255.255.255.255 10.0.0.2 The following example defines an invalid recursive IPv4 static route. This static route will not be inserted into the IPv4 routing table because it is self-recursive. The next hop of the static route, 192.168.1.0/30, resolves via the first static route 192.168.1.0/24, which is itself a recursive route (that is, it only specifies a next hop). The next hop of the first route, 192.168.1.0/24, resolves via the directly connected route via the serial interface 2/0. Therefore, the first static route would be used to resolve its own next hop. interface serial 2/0 ip address 209.165.201.1 255.255.255.252 exit ip route 192.168.1.0 255.255.255.0 10.0.0.2 ip route 192.168.1.0 255.255.255.252 192.168.1.100 It is not normally useful to manually configure a self-recursive static route, although it is not prohibited. However, a recursive static route that has been inserted in the IPv4 routing table may become self-recursive as a result of some transient change in the network learned through a dynamic routing protocol. If this situation occurs, the fact that the static route has become self-recursive will be detected Cisco IOS Dial Technologies Command Reference DIA-274 November 2009 Dial Commands ip route and the static route will be removed from the IPv4 routing table, although not from the configuration. A subsequent network change may cause the static route to no longer be self-recursive, in which case it is reinserted in the IPv4 routing table. Note IPv4 recursive static routes are checked at one-minute intervals. Therefore, a recursive static route may take up to a minute to be inserted into the routing table once its next hop becomes valid. Likewise, it may take a minute or so for the route to disappear from the table if its next hop becomes invalid. Examples The following example shows a selection of an administrative distance of 110. In this case, packets for network 10.0.0.0 will be routed to a router at 172.31.3.4 if dynamic information with an administrative distance less than 110 is not available. ip route 10.0.0.0 255.0.0.0 172.31.3.4 110 Note Specifying the next hop without specifying an interface when configuring a static route can cause traffic to pass through an unintended interface if the default interface goes down. The following example shows how to route packets for network 172.31.0.0 to a router at 172.31.6.6: ip route 172.31.0.0 255.255.0.0 172.31.6.6 The following example shows how to route packets for network 192.168.1.0 directly to the next hop at 10.1.2.3. If the interface goes down, this route is removed from the routing table and will not be restored unless the interface comes back up. ip route 192.168.1.0 255.255.255.0 Ethernet 0 10.1.2.3 The following example shows how to install the static route only if the state of track object 123 is up: ip route 0.0.0.0 0.0.0.0 Ethernet 0/1 10.1.1.242 track 123 The following example shows how to use the dhcp keyword in a configuration of Ethernet interfaces 1 and to enable the interfaces to obtain the next-hop router IP addresses dynamically from a DHCP server: ip route 10.165.200.225 255.255.255.255 ethernet 1 dhcp ip route 10.165.200.226 255.255.255.255 ethernet 2 dhcp 20 The following example shows that using the name next-hop-name keyword and argument combination for each static route in the configuration helps you remember the purpose for each static route: ip route 172.0.0.0 255.0.0.0 10.0.0.1 name name1 The name for the static route is displayed when the show running-configuration command is entered: Router# show running-config | include ip route ip route 172.0.0.0 255.0.0.0 10.0.0.1 name name2 Related Commands Command network (DHCP) redistribute (IP) Description Configures the subnet number and mask for a DHCP address pool on a Cisco IOS DHCP server. Redistributes routes from one routing domain into another routing domain. Cisco IOS Dial Technologies Command Reference November 2009 DIA-275 Dial Commands ip route (large-scale dial-out) ip route (large-scale dial-out) To establish static routes and define the next hop for large-scale dial-out, use the ip route command in global configuration mode. To remove static routes, use the no form of this command. ip route network-number network-mask {ip-address | interface} [distance] [name name] no ip route Syntax Description network-number network-mask ip-address interface distance name name IP address of the target network or subnet. Network mask that lets you mask network and subnetwork bits. Internet address of the next hop that can be used to reach that network in standard IP address notation. Example: 10.1.1.1. Network interface name and number to use. (Optional) Administrative distance, which is a rating of the trustworthiness of a routing information source, such as an individual router or a group of routers. (Optional) Name of the user profile. Command Default No static route is established. Command Modes Global configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines A static route is appropriate when the communication server cannot dynamically build a route to the destination. If you specify an administrative distance, you are flagging a static route that can be overridden by dynamic information. For example, Interior Gateway Routing Protocol (IGRP)-derived routes have a default administrative distance of 100. To have a static route that would be overridden by an IGRP dynamic route, specify an administrative distance greater than 100. Static routes have a default administrative distance of 1. Static routes that point to an interface will be advertised using RIP, IGRP, and other dynamic routing protocols, regardless of whether redistribute static commands were specified for those routing protocols. These static routes will be advertised because static routes that point to an interface are considered to be connected in the routing table and hence lose their static nature. However, if you define a static route to an interface that is not in one of the networks defined in a network command, no dynamic routing protocols will advertise the route unless a redistribute static command is specified for these protocols. The user profile name is passed to an authentication, authorization, and accounting (AAA) server as the next hop for large-scale dial-out, and is the name argument with the -out suffix appended. The suffix is automatically supplied and is required because dial-in and user profile names must be unique. Cisco IOS Dial Technologies Command Reference DIA-276 November 2009 Dial Commands ip route (large-scale dial-out) Examples In the following example, an administrative distance of 110 was chosen. In this case, packets for network 10.0.0.0 will be routed via to the communication server at 172.19.3.4 if dynamic information with an administrative distance less than 110 is not available. ip route 10.0.0.0 255.0.0.0 172.19.3.4 110 In the following example, packets for network 172.19.0.0 will be routed to the communication server at 172.19.6.6: ip route 172.19.0.0 255.255.0.0 172.19.6.6 In the following example, the user profile named “profile1-out” will be retrieved from the AAA server: ip route 10.0.0.0 255.255.255.255 Dialer0 name profile1 Related Commands Command Description show ip route Displays all static IP routes, or those installed using the AAA route download function. Cisco IOS Dial Technologies Command Reference November 2009 DIA-277 Dial Commands ip rtp reserve ip rtp reserve To reserve a special queue for a set of Real-Time Transport Protocol (RTP) packet flows belonging to a range of User Datagram Protocol (UDP) destination ports, use the ip rtp reserve command in interface configuration mode. To disable the special queue for real-time traffic, use the no form of this command. ip rtp reserve lowest-udp-port range-of-ports [maximum-bandwidth] no ip rtp reserve Syntax Description lowest-udp-port range-of-ports maximum-bandwidth Lowest UDP port number to which the packets are sent. Number, which when added to the lowest UDP port value, yields the highest UDP port value. (Optional) Bandwidth, in kilobits per second, reserved for the RTP packets to be sent to the specified UDP ports. Command Default This function is disabled by default. No default values are provided for the arguments. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines If the bandwidth needed for RTP packet flows exceeds the maximum bandwidth specified, the reserved queue will degrade to a best-effort queue. This command helps in improving the delay bounds of voice streams by giving them a higher priority. Examples The following example reserves a unique queue for traffic to destination UDP ports in the range 32768 to 32788 and reserves 1000 kbps bandwidth for that traffic: ip rtp reserve 32768 20 1000 Related Commands Command ppp multilink Description Enables MLP on an interface and, optionally, enables dynamic bandwidth allocation. ppp multilink fragment delay Specifies a maximum size, in units of time, for packet fragments on an MLP bundle. ppp multilink interleave Enables interleaving of packets among the fragments of larger packets on an MLP bundle. Cisco IOS Dial Technologies Command Reference DIA-278 November 2009 Dial Commands ip tcp async-mobility server ip tcp async-mobility server To enable asynchronous listening, which in turn allows TCP connections to TCP port 57, use the ip tcp async-mobility server command in global configuration mode. To turn listening off, use the no form of this command. ip tcp async-mobility server no ip tcp async-mobility server Syntax Description This command has no arguments or keywords. Command Default Asynchronous listening is disabled (turned off). Command Modes Global configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines After asynchronous listening is turned on by the ip tcp async-mobility server command, use the tunnel command to establish a network layer connection to a remote host. Both commands must be used to enable asynchronous mobility. Examples The following example shows how to configure asynchronous mobility. The tunnel command is used to establish a network layer connection with an IBM host named “mktg.” Router# configure terminal Router(config)# ip tcp async-mobility server Router(config)# exit Router# tunnel mktg Related Commands Command tunnel Description Sets up a network layer connection to a router. Cisco IOS Dial Technologies Command Reference November 2009 DIA-279 Dial Commands ip telnet comport ip telnet comport To enable the Cisco IOS Telnet server to use the RFC 2217 Com Port extensions, use the ip telnet comport command in global configuration mode. To disable RFC 2217 Com Port extensions, use the no form of this command. ip telnet comport {disconnect delay seconds | enable | flow level number-of-characters | receive window window-size} no ip telnet comport enable Syntax Description disconnect delay enable flow level receive window seconds number-of-charcters window-size (Optional) Delay before TCP closes after the DTR drop. Note At lease one of these alternative keywords must be entered. (Optional) Enables the Cisco IOS Telnet server to use the RFC 2217 Com Port extensions. (Optional) Sets the flow control level. (Optional) Sets the maximum TCP receive window size. Number of seconds to delay the TCP closure. Possible values: 0 to 360. Number of characters to be saved in the device buffer before sending an RFC 2217 SUSPEND message. Maximum window size. Possible values: 1 to 4128. Command Default Telnet Com Port extensions are enabled Command Modes Global configuration Command History Release 11.3(1) 12.1 12.2 12.3 12.4 Modification This command was introduced. This was integrated into Cisco IOS Release 12.1. This was integrated into Cisco IOS Release 12.2. This was integrated into Cisco IOS Release 12.3. This was integrated into Cisco IOS Release 12.4. Usage Guidelines RFC 2217 Telnet Com Port extensions are used to communicate modem hardware signal status from a modem on a network access server (NAS) to a TCP/IP client. An example would be a client PC using a package such as DialOut/EZ (Tacticalsoftware.com) to provide an emulated COM port via a TCP connection to a Cisco AS5000 NAS with integrated modems. When Com Port extensions are enabled on the NAS, the binary Telnet option (RFC 856) should be used. The Telnet client must connect to TCP ports 6000+ for individual lines, or 7000+ for rotaries on the Cisco NAS. Cisco IOS Dial Technologies Command Reference DIA-280 November 2009 Dial Commands ip telnet comport Setting the Command to Avoid Interruptions Although the default settings for the ip telnet comport command are suitable for most applications, in a few cases some settings should be changed for efficient communications. Two possible situations are described below. • Preventing Data Buffer Overflows Before the application can send data it must determine the modem’s readiness for transmission. This checking process generates some initial data. If many of these checks occur in a short period of time, the data will be buffered. Command ip telnet comport can be set to prevent a buffer overflow from of these trivial data events. In this case, the ip telnet comport flow level (range: 1 through 1023) is adjusted. This enables the PC-hosted comm-serv to send a signal to the remote to prevent (SUSPEND) transmission of any data or commands. When the application is actually ready to receive data, the remote can start transmissions. • Handling DTR Drops When a Data Terminal Ready (DTR, a signal pin on a serial interface) is dropped during a communcation, the PC application may incorrectly interpret the event as an error. This situation can be prevented by changing the disconnect delay (range is 1 to 360 seconds) of command ip telnet comport . Adding this delay gives the application time to receive and properly act on the DTR drop message before the tcp connection is closed down. Examples The following example disables Telnet Com Port extensions: no ip telnet comport enable Related Commands Command debug telnet Description Displays information about Telnet option negotiation messages for incoming Telnet connections to a Cisco IOS Telnet server. Cisco IOS Dial Technologies Command Reference November 2009 DIA-281 Dial Commands ip telnet hidden ip telnet hidden To hide IP address or host name information when a Telnet session is established, use the ip telnet hidden command in global configuration mode. To make IP address or hostname information visible, use the no form of this command. ip telnet hidden {addresses | hostnames} no ip telnet hidden {addresses | hostnames} Syntax Description addresses hostnames Specifies that IP addresses will not be displayed when a Telnet session is established. Specifies that host names will not be displayed when a Telnet session is established. Command Default IP addresses and host names are visible Command Modes Global configuration Command History Release 12.2(1) Modification This command was introduced. Usage Guidelines By default, when a Telnet client connects to the server, the client will display a message with the server IP address and host name, as shown in the following example: Router# telnet is-dialer Trying is-dialer.cisco.com (10.20.0.167)... Open The ip telnet hidden command can be configured to hide the IP address of the client or the host name of the client in the message. Configuring the ip telnet hidden addresses command results in the client displaying a message with the IP address of the server hidden, as shown in the following example: Router# telnet is-dialer Trying is-dialer.cisco.com address #1 ... Open Configuring the ip telnet hidden hostnames command results in the client displaying a message with the host name of the server hidden, as shown in the following example: Router# telnet is-dialer Trying (10.20.0.167) ... Open Cisco IOS Dial Technologies Command Reference DIA-282 November 2009 Dial Commands ip telnet hidden Configuring both the ip telnet hidden addresses and ip telnet hidden hostnames commands results in the client displaying a message with both the IP address and the host name of the server hidden, as shown in the following example: Router# telnet is-dialer Trying address #1 ... Open Examples The following example configures the Telnet client to hide both IP addresses and host name information when connecting to the server: ip telnet hidden addresses ip telnet hidden hostnames Related Commands Command busy-message ip telnet quiet telnet Description Creates a “host failed” message that displays when a connection fails. Suppresses the display of Telnet connection messages. Logs in to a host that supports Telnet. Cisco IOS Dial Technologies Command Reference November 2009 DIA-283 Dial Commands ip telnet quiet ip telnet quiet To suppress the display of Telnet connection messages, use the ip telnet quiet command in global configuration mode. To cancel this option, use the no form of this command. ip telnet quiet no ip telnet quiet Syntax Description This command has no arguments or keywords. Command Default Telnet connection message suppression is disabled by default. Command Modes Global configuration Command History Release 12.1 Modification This command was introduced. Usage Guidelines The ip telnet quiet command does not suppress TCP or error messages. It is most useful to Internet service providers, to allow them to hide the onscreen messages displayed during connection, including Internet addresses, from subscription users. Examples The following example globally disables onscreen connect messages: ip telnet quiet The following example shows the login and logout messages displayed during login and logout when the ip telnet quiet command has not been configured to suppress Cisco IOS software messages: Router# telnet Server3 Translating "Server3"...domain server (171.68.89.42) [OK] Trying Server3--Server3.cisco.com (171.68.89.42)... Open Kerberos: No default realm defined for Kerberos! login:User2 Password: Welcome to OpenVMS VAX version V6.1 on node CRAW Last interactive login on Tuesday, 15-DEC-1998 11:01 Last non-interactive login on Sunday, 3-JAN-1999 22:32 Server3)logout User2 logged out at 16-FEB-2000 09:38:27.85 [Connection to Server3 closed by foreign host] Cisco IOS Dial Technologies Command Reference DIA-284 November 2009 Dial Commands ip telnet quiet The following example shows the limited messages displayed during login and logout when the ip telnet quiet command has been configured to suppress Cisco IOS software messages: Router# telnet Server3 login:User2 Password: Welcome to OpenVMS VAX version V6.1 on node CRAW Last interactive login on Tuesday, 15-DEC-1998 11:01 Last non-interactive login on Sunday, 3-JAN-1999 22:32 Server3)logout User2 logged out at 16-FEB-2000 09:38:27.85 Related Commands Command busy-message rlogin telnet Description Creates a “host-failed” message that displays when a connection fails. Logs in to a UNIX host using rlogin. Logs in to a host that supports Telnet. service hide-telnet-address Hides addresses while trying to establish a Telnet session. Cisco IOS Dial Technologies Command Reference November 2009 DIA-285 Dial Commands ip telnet timeout retransmit ip telnet timeout retransmit To specify a maximum period that TCP will attempt to retransmit a segment for a Telnet connection, use the ip telnet timeout command in global configuration mode. To remove the maximum TCP retransmission period, use the no form of this command. ip telnet timeout retransmit seconds no ip telnet timeout retransmit Syntax Description seconds Number of seconds for the timeout value. Values can range from 1 to 2147483. Command Default no ip telnet timeout retransmit Command Modes Global configuration Command History Release 12.4(9)T Modification This command was introduced. Usage Guidelines Configure the ip telnet timeout command to specify an explicit maximum period that TCP will attempt to retransmit a segment for a Telnet connection. For the default setting (no ip telnet timeout retransmit), TCP’s retransmit timeout will be based on the estimated round trip time for the connection (typically, seven or eight minutes). Note If Telnet has no data to transmit, the TCP connection remains indefinitely (regardless of whether the other end is reachable), unless you configure TCP keepalives. This setting has an effect on connections using the Telnet protocol (whether inbound or outbound), not on connections using other protocols such as rlogin and ssh (secure shell). Examples The following example sets the TCP retransmit time to a value of 12 hours: Router(config)#ip telnet timeout retransmit 432000 Related Commands Command service tcp-keepalives-in service tcp-keepalives-out telnet Description Enables TCP keepalives on an inbound connection. Enables TCP keepalives on an outbound connection. Logs in to a host that supports Telnet. Cisco IOS Dial Technologies Command Reference DIA-286 November 2009 Dial Commands ip telnet tos ip telnet tos To set the type of service (ToS) precedence bits in the IP header for Telnet packets sent by the router, use the ip telnet tos command in global configuration mode. To restore the default value, use the no form of this command. ip telnet tos hex-value no ip telnet tos Syntax Description hex-value Hexadecimal value of the ToS precedence bits in the IP header. Valid values range from 0 to FF. The default value is 0xC0. Command Default The default ToS value for Telnet packets is 0xC0. Command Modes Global configuration (config) Command History Release 11.2(10)P 11.3(1) 12.2(33)SRE Modification This command was introduced. This command was integrated into Cisco IOS Release 11.3(1). This command was integrated into Cisco IOS Release 12.2(33)SRE. Usage Guidelines Compatibility with older Telnet clients may require the configuration of the ip telnet tos 0 command. Examples The following example configures a ToS precedence bit value of 0xF0 in the IP header: Router(config)# ip telnet tos F0 The following example displays the output for an invalid ToS precedence value: Router(config)# ip telnet tos F2 %Invalid TOS F2 Related Commands Command telnet Description Logs in to a host that supports Telnet. Cisco IOS Dial Technologies Command Reference November 2009 DIA-287 Dial Commands ipx compression cipx ipx compression cipx To enable compression of Internetwork Packet Exchange (IPX) packet headers in a PPP session, use the ipx compression cipx command in interface configuration mode. To disable compression of IPX packet headers in a PPP session, use the no form of this command. ipx compression cipx number-of-slots no ipx compression cipx Syntax Description number-of-slots Number of stored IPX headers allowed. The range is from 10 to 256. A slot is similar to a table entry for a complete IPX header. When a packet is received, the receiver stores the complete IPX header in a slot and tells the destination which slot it used. As subsequent CIPX packets are sent, the receiver uses the slot number field to determine which complete IPX header to associate with the CIPX packet before passing the packet up to IPX. Command Default No compression of IPX packets during a PPP session. Default number of slots is 16. Command Modes Interface configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This interface configuration command enables IPX header compression on PPP links. Examples The following example enables IPX header compression for PPP: encapsulation ppp ipx compression cipx 128 Related Commands Command Description show ipx compression Displays the current status and statistics of IPX header compression during PPP sessions. Cisco IOS Dial Technologies Command Reference DIA-288 November 2009 Dial Commands ipx ppp-client ipx ppp-client To enable a nonrouting Internetwork Packet Exchange (IPX) client to connect to an asynchronous interface, the interface must be associated with a loopback interface configured to run IPX. To permit such connections, use the ipx ppp-client command in interface configuration mode. To disable a nonrouting IPX client, use the no form of this command. ipx ppp-client loopback loopback-interface-number no ipx ppp-client loopback loopback-interface-number Syntax Description loopback Loopback interface configured with a unique IPX network number. loopback-interface-number Number of the loopback interface. Command Default IPX client connections are not permitted over PPP. Command Modes Interface configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command enables IPX clients to log in to the router from a device running a virtual terminal protocol, then issue the PPP command at the EXEC prompt to connect to a remote device. You must first configure a loopback interface with a unique IPX network number. The loopback interface is then assigned to an asynchronous interface, which permits IPX clients to connect to the asynchronous interface. Examples The following example configures IPX to run over PPP on asynchronous interface 3: ipx routing 0000.0c07.b509 interface loopback0 no ip address ipx network 544 ipx sap-interval 2000 interface ethernet0 ip address 172.21.14.64 ipx network AC150E00 ipx encapsulation SAP interface async 3 ip unnumbered ethernet0 encapsulation ppp async mode interactive async default ip address 172.18.1.128 ipx ppp-client loopback0 ipx sap-interval 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-289 Dial Commands ipx ppp-client Related Commands Command interface loopback ipx network Description Creates a loopback interface. Enables IPX routing on a particular interface and optionally selects the type of encapsulation (framing). Cisco IOS Dial Technologies Command Reference DIA-290 November 2009 Dial Commands isdn all-incoming-calls-v120 isdn all-incoming-calls-v120 To configure an ISDN BRI or PRI interface to answer all incoming calls as V.120 when the terminal adapter uses V.120 signaling but does not send the Lower-Layer Compatibility field in Setup messages, use the isdn all-incoming-calls-v120 command in interface configuration mode. To remove this configuration, use the no form of the command. isdn all-incoming-calls-v120 no isdn all-incoming-calls-v120 Syntax Description This command has no arguments or keywords. Command Default By default, ISDN interfaces answer calls as synchronous serial with PPP encapsulation. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines Use this command only when you want all incoming calls to be answered as V.120. If you want the interface to automatically detect whether the incoming call uses V.120 or PPP encapsulation, use the autodetect encapsulation command. This command applies only when the incoming call originates on an asynchronous device and needs to terminate in an available vty on the router. Examples The following partial example shows that BRI 0 is configured to answer all calls as V.120: interface bri 0 isdn all-incoming-calls-v120 Related Commands Command autodetect encapsulation Description Enables automatic detection of the encapsulation types in operation over a point-to-point link to a specified serial or ISDN interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-291 Dial Commands isdn answer1, isdn answer2 isdn answer1, isdn answer2 To have the router verify a called-party number or subaddress number in the incoming setup message for ISDN BRI calls, if the number is delivered by the switch, use the isdn answer1 command in interface configuration mode. To remove the verification request, use the no form of this command. isdn answer1 [called-party-number][:subaddress] no isdn answer1 [called-party-number][:subaddress] To have the router verify an additional called-party number or subaddress number in the incoming setup message for ISDN BRI calls, if the number is delivered by the switch, use the isdn answer2 command in interface configuration mode. To remove this second verification request, use the no form of this command. isdn answer2 [called-party-number][:subaddress] no isdn answer2 [called-party-number][:subaddress] Syntax Description called-party-number (Optional) Telephone number of the called party. At least one value—called-party-number or subaddress—must be specified. The maximum number of digits for called-party-number is 50. (Optional) Identifies the number that follows as a subaddress. Use the colon (:) when you configure both the called party number and the subaddress, or when you configure only the subaddress. (Optional) Subaddress number used for ISDN multipoint connections. At least one value—called-party-number or subaddress—must be specified. The maximum number of digits for subaddress is 50. : subaddress Command Default The router does not verify the called party or subaddress number. Command Modes Interface configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines If you do not specify the isdn answer1 or isdn answer2 command, all calls are processed or accepted. If you specify the isdn answer1 or isdn answer2 command, the router must verify the incoming called-party number and the subaddress before processing or accepting the call. The verification proceeds from right to left for the called-party number; it also proceeds from right to left for the subaddress number. You can configure just the called-party number or just the subaddress. In such a case, only that part is verified. To configure a subaddress only, include the colon (:) before the subaddress number. Cisco IOS Dial Technologies Command Reference DIA-292 November 2009 Dial Commands isdn answer1, isdn answer2 You can declare a digit a “don’t care” digit by configuring it as an x or X. In such a case, any incoming digit is allowed. Examples In the following example, 5550122 is the called-party number and 1234 is the subaddress: interface bri 0 isdn answer1 5550122:1234 In the following example, only the subaddress is configured: interface bri 0 isdn answer1 :1234 Cisco IOS Dial Technologies Command Reference November 2009 DIA-293 Dial Commands isdn autodetect isdn autodetect To enable the automatic detection of ISDN SPIDs and switch type, use the isdn autodetect command in interface configuration mode. To disable the automatic detection of ISDN SPIDs and switch type, use the no form of this command. isdn autodetect no isdn autodetect Syntax Description This command has no arguments or keywords. Command Default The automatic detection of ISDN SPIDs and switch type is disabled. Command Modes Interface configuration Command History Release 12.0(3)T Modification This command was introduced. Usage Guidelines This command applies to North America only. If you are outside of North America, you must use the isdn switch-type (BRI) or isdn switch-type (PRI) interface configuration command to specify the ISDN switch type. Examples The following example enables the automatic detection of ISDN SPIDs and switch type: isdn autodetect Related Commands Command isdn spid1, isdn spid2 isdn switch-type (BRI) isdn switch-type (PRI) Description Defines the SPID number that has been assigned by the ISDN service provider for the B1 channel. Specifies the central office switch type on the ISDN BRI interface. Specifies the central office switch type on the ISDN PRI interface. Cisco IOS Dial Technologies Command Reference DIA-294 November 2009 Dial Commands isdn bcac service audit isdn bcac service audit To enable service audits on an interface configured for B-Channel Availability Control (BCAC), use the isdn bcac service audit command in interface configuration mode. To disable service audits, use the no form of this command. isdn bcac service audit no isdn bcac service audit Syntax Description This command has no arguments or keywords. Command Default This command is disabled by default. Command Modes Interface configuration Command History Release 12.3(1) Modification This command was introduced. Usage Guidelines This commands starts service audits for all triggers. Use the isdn bcac service audit trigger command to selectively enable and disable audit triggers. Examples The following example shows how to configure service audits on serial interface 2:23: interface serial 2:23 isdn bcac service audit Related Commands Command Description isdn bcac service audit Specifies that the BCAC service audit needs to be triggered on the entire interface interface. isdn bcac service audit Enables individual BCAC service triggers. trigger isdn bcac service retry Specifies that the BCAC service state of the channel needs to be changed to in-serv-on-fail In Service because no acknowledgment was received. isdn bcac service retry Specifies the maximum number of times a BCAC service message can be max retransmitted when unacknowledged. isdn bcac service timer Changes the value of the BCAC T3M1 or T323 service message timer. isdn bcac service update linkup Triggers updates of the BCAC service states between peer nodes through exchange of SERV and SERV ACK messages. Cisco IOS Dial Technologies Command Reference November 2009 DIA-295 Dial Commands isdn bcac service audit Command isdn bcac service update provision isdn service Description Enables the functionality of service status for provisioning ISDN PRI B channels. Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference DIA-296 November 2009 Dial Commands isdn bcac service audit interface isdn bcac service audit interface To specify that B-Channel Availability Control (BCAC) service audit needs to be triggered on the entire interface, use the isdn bcac service audit interface command in interface configuration mode. To change or remove the specification, use the no form of this command. isdn bcac service audit interface no isdn bcac service audit interface Syntax Description This command has no arguments or keywords. Command Default The default can be to trigger audits on a single channel, a group of channels, or the entire interface, depending upon the type of trigger set. See the “Usage Guidelines” section for the isdn bcac service audit trigger command for the list of triggers. Command Modes Interface configuration Command History Release 12.3(1) Modification This command was introduced. Usage Guidelines Use this command when the service audit needs to be triggered on the entire interface when a condition to trigger the service audit is triggered for any channel. Examples The following example shows how to configure service audits on serial interface 2:23: interface serial 2:23 isdn bcac service audit interface Related Commands Command Description isdn bcac service audit Enables service audits on an interface configured for BCAC. isdn bcac service audit Enables individual BCAC service triggers. trigger isdn bcac service retry Specifies that the BCAC service state of the channel needs to be changed to in-serv-on-fail In Service because no acknowledgment was received. isdn bcac service retry Specifies the maximum number of times a BCAC service message can be max retransmitted when unacknowledged. isdn bcac service timer Changes the value of the BCAC T3M1 or T323 service message timer. isdn bcac service update linkup Triggers updates of the BCAC service states between peer nodes through exchange of SERV and SERV ACK messages. Cisco IOS Dial Technologies Command Reference November 2009 DIA-297 Dial Commands isdn bcac service audit interface Command isdn bcac service update provision isdn service Description Enables the functionality of service status for provisioning ISDN PRI B channels. Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference DIA-298 November 2009 Dial Commands isdn bcac service audit trigger isdn bcac service audit trigger To reenable individual B-Channel Availability Control (BCAC) service triggers, use the isdn bcac service audit trigger command in interface configuration mode. To disable individual service triggers, use the no form of this command. isdn bcac service audit trigger number no isdn bcac service audit trigger number Syntax Description number A number from 1 to 6 that disables specific service triggers; see a list of these triggers in the “Usage Guidelines” section. Command Default All triggers are configured. Command Modes Interface configuration Command History Release 12.3(1) Modification This command was introduced. Usage Guidelines The service audit procedure can be used by the either the user or network side to bring both ends of the interface into agreement about the service status through an exchange of SERV and SERV ACK messages. Following is the list of triggers with the conditions that cause them. Triggers 1 through 4 are triggered by single-channel audits. Trigger 5 occurs on the entire interface. Trigger 6 applies to a group of channels, which in some cases may apply to the entire interface. • • • Trigger 1: Upon receiving an incoming call indicating a channel that is in the out-of-service (OOS) or Maint (maintenance) state. Trigger 2: Upon receiving an unsolicited SERV ACK message when the received service status differs from the current status. Trigger 3: Upon receiving an unallowed response to a SERV message. An unallowed response means a SERV ACK message, which indicates a higher availability than was sent in the SERV message. Trigger 4: Upon receiving an ISDN call clearing message with cause code 44 (requested channel not available) when this message is not caused by “glare,” which is a SETUP message collision requesting the same channel. Trigger 5: Once every 24 hours on all channels. Trigger 6: Once every hour on all channels that are in the OOS or Far-end state. • • • Cisco IOS Dial Technologies Command Reference November 2009 DIA-299 Dial Commands isdn bcac service audit trigger Examples The following example shows how to disable service trigger 4 on serial interface 2:23: interface serial 2:23 no isdn bcac service audit trigger 4 Related Commands Command Description isdn bcac service audit Enables service audits on an interface configured for BCAC. isdn bcac service audit Specifies that the BCAC service audit needs to be triggered on the entire interface interface. isdn bcac service retry Specifies that the BCAC service state of the channel needs to be changed to in-serv-on-fail In Service because no acknowledgment was received. isdn bcac service retry Specifies the maximum number of times a BCAC service message can be max retransmitted when unacknowledged. isdn bcac service timer Changes the value of the BCAC T3M1 or T323 service message timer. isdn bcac service update linkup isdn bcac service update provision isdn service Triggers updates of the BCAC service states between peer nodes through exchange of SERV and SERV ACK messages. Enables the functionality of service status for provisioning ISDN PRI B channels. Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference DIA-300 November 2009 Dial Commands isdn bcac service retry in-serv-on-fail isdn bcac service retry in-serv-on-fail To specify that the B-Channel Availability Control (BCAC) service state of the channel needs to be changed to In Service because no acknowledgment was received, use the isdn bcac service retry in-serv-on-fail command in interface configuration mode. To change or remove this specification, use the no form of this command. isdn bcac service retry in-serv-on-fail no isdn bcac service retry in-serv-on-fail Syntax Description This command has no arguments or keywords. Command Default Original service state is maintained. Command Modes Interface configuration Command History Release 12.3(1) Modification This command was introduced. Usage Guidelines Use this command when there is a need to change the service state of a channel to In Service when no acknowledgment is received, even after retransmitting the service message the maximum number of allowed times. If this command is not configured, the original service state is maintained. Examples The following example shows how to configure an option whereby, on service message exchange failure, the service state of the concerned channel or channels will be set to In Service: interface serial 2:23 isdn bcac service retry in-serv-on-fail Related Commands Command Description isdn bcac service audit Enables service audits on an interface configured for BCAC. isdn bcac service audit Specifies that the BCAC service audit needs to be triggered on the entire interface interface. isdn bcac service audit Enables individual BCAC service triggers. trigger isdn bcac service retry Specifies the maximum number of times a BCAC service message can be max retransmitted when unacknowledged. isdn bcac service timer Changes the value of the BCAC T3M1 or T323 service message timer. isdn bcac service update linkup Triggers updates of the BCAC service states between peer nodes through exchange of SERV and SERV ACK messages. Cisco IOS Dial Technologies Command Reference November 2009 DIA-301 Dial Commands isdn bcac service retry in-serv-on-fail Command isdn bcac service update provision isdn service Description Enables the functionality of service status for provisioning ISDN PRI B channels. Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference DIA-302 November 2009 Dial Commands isdn bcac service retry max isdn bcac service retry max To specify the maximum number of times a B-Channel Availability Control (BCAC) service message can be retransmitted when unacknowledged, use the isdn bcac service retry max command in interface configuration mode. To remove or change the specification, use the no form of this command. isdn bcac service retry max retries no isdn bcac service retry max retries Syntax Description retries A number from 0 to 127 that determines the maximum number of times that a service message can be retransmitted when unacknowledged. Default is 2. Command Default Maximum retransmissions is 2. Command Modes Interface configuration Command History Release 12.3(1) Modification This command was introduced. Usage Guidelines When a SERV message is sent to the far side, SERV message timer T3M1 or T323 is started. If no SERV ACK message is received before these timers expire, the SERV message is retransmitted. This command determines how many times retransmission occurs. Examples The following example shows how to set the maximum service message retransmissions on serial interface 2:23 to 50: interface serial 2:23 isdn bcac service retry max 50 Related Commands Command Description isdn bcac service audit Enables service audits on an interface configured for BCAC. isdn bcac service audit Specifies that the BCAC service audit needs to be triggered on the entire interface interface. isdn bcac service audit Enables individual BCAC service triggers. trigger isdn bcac service retry Specifies that the BCAC service state of the channel needs to be changed to in-serv-on-fail In Service because no acknowledgment was received. isdn bcac service timer Changes the value of the BCAC T3M1 or T323 service message timer. isdn bcac service update linkup Triggers updates of the BCAC service states between peer nodes through exchange of SERV and SERV ACK messages. Cisco IOS Dial Technologies Command Reference November 2009 DIA-303 Dial Commands isdn bcac service retry max Command isdn bcac service update provision isdn service Description Enables the functionality of service status for provisioning ISDN PRI B channels. Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference DIA-304 November 2009 Dial Commands isdn bcac service timer isdn bcac service timer To change the value of the B-Channel Availability Control (BCAC) T3M1 or T323 service message timer, use the isdn bcac service timer command in interface configuration mode. To change the timer value, use the no form of this command. isdn bcac service timer milliseconds no isdn bcac service timer milliseconds Syntax Description milliseconds Length, in milliseconds (ms), of the T3M1 or T323 service message timer. Valid range is from 500 to 120000 ms; default is 120000 ms. Command Default The T3M1 or T323 service message timer defaults to 120000 ms. Command Modes Interface configuration Command History Release 12.3(1) Modification This command was introduced. Usage Guidelines The T3M1 or T323 service message timer is started when a SERV message is sent to the far side. Examples The following example shows how to change the service timers to 600 ms on serial interface 2:23: interface serial 2:23 isdn bcac service timer 600 Related Commands Command Description isdn bcac service audit Enables service audits on an interface configured for BCAC. isdn bcac service audit Specifies that the BCAC service audit needs to be triggered on the entire interface interface. isdn bcac service audit Enables individual BCAC service triggers. trigger isdn bcac service retry Specifies that the BCAC service state of the channel needs to be changed to in-serv-on-fail In Service because no acknowledgment was received. isdn bcac service retry Specifies the maximum number of times a BCAC service message can be max retransmitted when unacknowledged. isdn bcac service update linkup Triggers updates of the BCAC service states between peer nodes through exchange of SERV and SERV ACK messages. Cisco IOS Dial Technologies Command Reference November 2009 DIA-305 Dial Commands isdn bcac service timer Command isdn bcac service update provision isdn service Description Enables the functionality of service status for provisioning ISDN PRI B channels. Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference DIA-306 November 2009 Dial Commands isdn bcac service update linkup isdn bcac service update linkup To trigger updates of the B-Channel Availability Control (BCAC) service states between peer nodes through exchange of SERV and SERV ACK messages, use the isdn bcac service update linkup command in interface configuration mode. To disable triggering of updates, use the no form of this command. isdn bcac service update linkup no isdn bcac service update linkup Syntax Description This command has no arguments or keywords. Command Default This command is disabled by default. Command Modes Interface configuration Command History Release 12.3(1) Modification This command was introduced. Usage Guidelines This command updates the service states of all the channels to the far side of the interface by exchanging SERV and SERV ACK messages whenever ISDN Layer 2 comes up. Use the isdn bcac service update linkup command to bring the service state of the channels on the interface in synchronization with its peer through the exchange of SERV messages. This synchronizing of the service states will be triggered whenever ISDN Layer 2 comes up. This command can be used with the isdn service command in cases where the service state of the channels needs to be synchronized when the ISDN Layer 2 comes up, and in particular, when the ISDN Layer 2 comes up after the router has reloaded. Examples The following example shows how to trigger service state updates on serial interface 2:23: interface serial 2:23 isdn bcac service update linkup Related Commands Command Description isdn bcac service audit Enables service audits on an interface configured for BCAC. isdn bcac service audit Specifies that the BCAC service audit needs to be triggered on the entire interface interface. isdn bcac service audit Enables individual BCAC service triggers. trigger Cisco IOS Dial Technologies Command Reference November 2009 DIA-307 Dial Commands isdn bcac service update linkup Command Description isdn bcac service retry Specifies that the BCAC service state of the channel needs to be changed to in-serv-on-fail In Service because no acknowledgment was received. isdn bcac service retry Specifies the maximum number of times a BCAC service message can be max retransmitted when unacknowledged. isdn bcac service timer Changes the value of the BCAC T3M1 or T323 service message timer. isdn bcac service update provision isdn service Enables the functionality of service status for provisioning ISDN PRI B channels. Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference DIA-308 November 2009 Dial Commands isdn bcac service update provision isdn bcac service update provision To enable functionality of service status for provisioning the ISDN B channels, use the isdn bcac service update provision command in interface configuration mode. To disable provisioning, use the no form of this command. isdn bcac service update provision no isdn bcac service update provision Syntax Description This command has no arguments or keywords. Command Default This command is disabled by default. Command Modes Interface configuration Command History Release 12.3(1) Modification This command was introduced. Usage Guidelines This command enables functionality of service status for provisioning the B channels, which for the Cisco implementation happens only on reboot. Examples The following example shows how to enable the service service status for provisioning the B channels on serial interface 2:23: interface serial 2:23 isdn bcac service update provision Related Commands Command Description isdn bcac service audit Enables service audits on an interface configured for BCAC. isdn bcac service audit Specifies that the BCAC service audit needs to be triggered on the entire interface interface. isdn bcac service audit Enables individual BCAC service triggers. trigger isdn bcac service retry Specifies that the BCAC service state of the channel needs to be changed to in-serv-on-fail In Service because no acknowledgment was received. isdn bcac service retry Specifies the maximum number of times a BCAC service message can be max retransmitted when unacknowledged. isdn bcac service timer Changes the value of the BCAC T3M1 or T323 service message timer. Cisco IOS Dial Technologies Command Reference November 2009 DIA-309 Dial Commands isdn bcac service update provision Command isdn bcac service update linkup isdn service Description Triggers updates of the BCAC service states between peer nodes through exchange of SERV and SERV ACK messages. Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference DIA-310 November 2009 Dial Commands isdn bchan-number-order isdn bchan-number-order To configure an ISDN PRI interface to make outgoing call selection in ascending descending, or round-robin order, use the isdn bchan-number-order command in interface configuration mode. To restore the default, use the no form of this command or reconfigure the interface with the new value. isdn bchan-number-order {ascending | descending} [round-robin] no isdn bchan-number-order Syntax Description ascending Makes the outgoing B-channel selection in ascending order as follows: • • Channels 1 to 24 for a T1 controller Channels 1 to 31 for an E1 controller Channels 24 to 1 for a T1 controller Channels 31 to 1 for an E1 controller descending Makes the outgoing B-channel selection in descending order as follows: • • round-robin (Optional) Enables a round-robin B-channel selection scheme. Command Default Selection default is ascending for the network side; descending for the user side. Command Modes Interface configuration Command History Release 11.3T 12.3(1) Modification This command was introduced. The round-robin keyword was added. Usage Guidelines This command supports ascending, descending, and round-robin B-channel selection schemes. This command is for PRI configuration only. This command supports ascending and descending B-channel selection by instructing the router to select the lowest or highest available B channel starting at either channel B1 (ascending) or channel B23 for a T1 and channel B31 for an E1 (descending). In the ascending B-channel selection scheme, for example, if the channel selected for the last call was channel 14, then if channel x, where x is any channel number less than or equal to 14, becomes available by the time a channel is selected for the next call, that channel will be selected for the call. In the round-robin B-channel selection scheme, the next channel selected is the current channel number x plus 1 for ascending, or current channel number x minus 1 for descending configuration. When the channel selection software routine reaches channel 1 (the bottom for descending) or channel 23 for T1 and channel 31 for E1 (the top for ascending), the software routine wraps around. An example for a descending configuration: After reaching channel 1, the routine goes back to channel 31 or 23 and then decrements the count from there. Cisco IOS Dial Technologies Command Reference November 2009 DIA-311 Dial Commands isdn bchan-number-order Examples The following example configures the outgoing B-channel order on a PRI interface to be in ascending order. The router will select the lowest available B channel beginning with channel B1. interface serial 5:10 isdn bchan-number-order ascending The following example configures the outgoing B-channel order on a PRI interface to be round-robin in ascending order. interface serial 4:23 isdn bchan-number-order ascending round-robin Cisco IOS Dial Technologies Command Reference DIA-312 November 2009 Dial Commands isdn busy isdn busy To set a false busy signal on an ISDN B channel, use the isdn busy command in interface configuration mode. To remove this condition, use the no form of this command. isdn busy dsl number b_channel number no isdn busy dsl number b_channel number Syntax Description dsl number Digital subscriber loop (DSL) number. b_channel number B channel or range of B channels to be set to the false busy signal. B channel numbers range from 1 to 24; 0 indicates the entire interface. The state of the channel, which is obtained using the show isdn command with the status keyword, can also be added to the command. Command Default Disabled Command Modes Interface configuration Command History Release 12.0 Modification This command was introduced. Usage Guidelines This command gives the impression that a call is active when the channel is actually idle. Use the b_channel 0 keywords to set a false busy signal on the entire interface. Use the show isdn command with the status keyword to display the DSL number and channel state. Examples The following example sets the entire PRI interface to a false busy signal; the DSL number was obtained using the show isdn command with the status keyword, and then used in the command. isdn busy dsl 3 b_channel 0 state 1 The following example sets the false busy signal on B channel 11; the DSL number was obtained using the show isdn command with the status keyword, and then used in the command. isdn busy dsl 3 b_channel 11 state 2 Related Commands Command isdn service Description Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference November 2009 DIA-313 Dial Commands isdn busy Cisco IOS Dial Technologies Command Reference DIA-314 November 2009 Dial Commands isdn call interface isdn call interface The isdn call interface command is replaced by the isdn test call interface command. See the isdn test call interface command for more information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-315 Dial Commands isdn caller isdn caller To configure ISDN caller ID screening and optionally to enable ISDN caller ID callback for legacy dial-on-demand routing (DDR), use the isdn caller command in interface configuration mode. To disable this feature, use the no form of this command. isdn caller phone-number [callback] [exact] no isdn caller phone-number [callback] [exact] Syntax Description phone-number callback exact Remote telephone number for which to screen. Use the letter X to represent a single “don’t care” digit. The maximum length of each number is 25 digits. (Optional) Enables callback. (Optional) Performs matching on incoming telephone number exactly as entered. Command Default Disabled Command Modes Interface configuration Command History Release 10.0 11.2F 12.1 Modification This command was introduced. This command was implemented on additional Cisco router and access server platforms. The exact keyword was added. Usage Guidelines This command configures the router to accept calls from the specified number. Note Caller ID screening requires a local switch or router that is capable of delivering the caller ID to the router. If you enable caller ID screening but do not have such a switch or router, no calls are allowed in. Caller ID screening is available on Cisco 7200 and 7500 series, Cisco 4000 series, Cisco 3000 series, and Cisco 2500 series routers that have one or more BRIs. When the optional callback keyword is used and a call is received from one of the callback numbers, the initial call is rejected (hence, not subject to tolls) and a callback is initiated to that calling number. When Xs are used in the callback number, dialer caller screening is based on a best match system that uses the number of Xs as a criterion. To make callback calls only to specified numbers or ranges of numbers but to accept any other incoming calls, make sure that the number of Xs in any configuration line that uses the callback keyword is less than the number of Xs in any configuration line that does not use the keyword. For example, if you use at most four Xs in the configuration lines with the callback keyword, then to accept calls from other numbers use at least five Xs in a configuration line that does not use the keyword. Cisco IOS Dial Technologies Command Reference DIA-316 November 2009 Dial Commands isdn caller When a telephone number is entered without the exact keyword, the software compares each number going from right to left until matching numbers are detected. For example, if the phone-number argument is 4085550134, calls from telephone numbers 0134, 50134, 5550134, and 4085550134 would be accepted, but calls from telephone numbers 44 and 4155550134 would be rejected. If you want to accept a telephone number exactly as it is configured, enter it with the exact keyword. For example, if the phone-number argument is 5550112 and the exact keyword is applied, only the telephone number 5550112 is accepted; calls from telephone numbers 408550112 and 50112 would be rejected. The maximum length of each telephone number is 25 characters. There is no limit on the numbers you can specify per interface. Examples The following example configures the router to accept a call containing the numbers 415 555-0134: isdn caller 4155550134 The following example configures the router to accept a call only from telephone number 555-0134: isdn caller 5550134 exact In the above example, a call from telephone number 415 555-0134 would be rejected. The following example configures the router to accept a call with telephone number containing 415 555-01 and any numbers in the last two positions: isdn caller 41555501xx In the following example, callback calls will be made only to numbers in the 555 exchange, but any other telephone number can call in: isdn caller 408555xxxx callback isdn caller xxxxx Related Commands Command show dialer Description Displays general diagnostic information for interfaces configured for DDR. Cisco IOS Dial Technologies Command Reference November 2009 DIA-317 Dial Commands isdn calling-number isdn calling-number To configure an ISDN PRI or BRI interface to present the number of the device making the outgoing call, use the isdn calling-number command in interface configuration mode. To remove a previously configured calling number, use the no form of this command. isdn calling-number calling-number no isdn calling-number Syntax Description calling-number Number of the device making the outgoing call; only one entry is allowed. Command Default No calling number is presented. Command Modes Interface configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines An interface can have only one ISDN calling-number entry. For ISDN BRI, this command is intended for use when the ISDN network offers TS014 tariffing, in which devices present the calling (billing) number. For ISDN PRI, this command is intended for use when the network offers better pricing on calls in which devices present the calling number (that is, the billing number). The calling number information is included in the outgoing setup message. Note This command cannot be used with German 1TR6 ISDN BRI switches. It can be used with all other switches, including all ISDN PRI switches. Examples The following example first configures the T1 interface, then configures the D channel interface to present the billing number 4233570925 when it makes outgoing calls: controller t1 1/1 framing esf linecode b8zs pri-group timeslots 1-23 isdn switchtype primary-4ess ! interface serial 1/1:23 ip address 10.1.1.1 255.255.255.0 encapsulation ppp isdn calling-number 4233570925 dialer map ip 10.1.1.2 name mymap 14193460913 Cisco IOS Dial Technologies Command Reference DIA-318 November 2009 Dial Commands isdn calling-number In the following example, the ISDN BRI interface is configured to present the number 5550112 when it makes outgoing calls: interface bri 0 isdn calling-number 5550112 Related Commands Command interface dialer interface serial Description Configures a BRI interface and enters interface configuration mode. Specifies a serial interface created on a channelized E1 or channelized T1 controller (for ISDN PRI, CAS, or robbed bit signaling). Cisco IOS Dial Technologies Command Reference November 2009 DIA-319 Dial Commands isdn calling-party-num isdn calling-party-num To specify whether the network-provided or user-provided calling party number is selected when two calling party numbers are sent from a primary NET5 switch on ISDN, use the isdn calling-party-num command in interface configuration mode. To reset the default value, use the no form of this command. isdn calling-party-num {network-provided | user-provided} [first | last] no isdn calling-party-num Syntax Description network-provided user-provided first last Network-provided calling party number. User-provided calling party number. (Optional) Specifies that the first number provided as the calling number information element (IE) should be used to display the calling party number. (Optional) Specifies that the last number provided as the calling number IE should be used to display the calling party number. Command Default The first user-provided calling party number is used to display the calling party number. Command Modes Interface configuration Command History Release 12.2 12.3(7)T 12.3(7) Modification This command was introduced for the primary ISDN NET5 switch. The first and last keywords were added and this command was integrated into this release. This command was integrated into this release. Usage Guidelines The isdn calling-party-num command is useful for customers who use network-provided and user-provided calling party numbers for accounting purposes. The selected number will be used by dialer filters, such as those configured with the isdn caller command. Use the optional first and last keywords for instances when more than one calling number is sent. By default, the first number is used, and subsequent numbers are not recognized. If you specify last in the command syntax, the last calling number displays in the caller ID display. An example application of the last keyword can be seen in an enterprise customer using multiple 800 numbers in an intelligent network service from a PSTN service provider. If a PSTN user dials (from 919-555-1111, for example) the customer’s 800 number, the PSTN service provider routes the call to the customer's telephone number (for example, 408-555-0100) based on the 800 number. The incoming ISDN SETUP message from the PSTN has two user-provided calling party IEs: • • The 800 number that the user dialed The calling party number of the PSTN user (919-555-1111) Cisco IOS Dial Technologies Command Reference DIA-320 November 2009 Dial Commands isdn calling-party-num Because the Cisco IOS gateway always uses the first user-provided calling party number by default, the IP phone user is able to see only the 800 number and not the actual calling party number of the PSTN user, unless the last keyword is entered in the command syntax. Examples The following example shows how to configure the ISDN switch to accept network-provided calling party numbers. If more than one number is provided, the last number provided is used as the calling party number: interface Serial0:23 no ip address encapsulation ppp dialer rotary-group 1 isdn switch-type primary-net5 isdn protocol-emulate network isdn incoming-voice modem isdn calling-number 1111111 isdn calling-party-num network-provided last isdn T310 40000 no cdp enable Related Commands Command isdn caller isdn calling-number Description Configures ISDN caller ID screening and optionally enables ISDN caller ID callback for legacy DDR. Configures an ISDN PRI or BRI interface to present the number of the device making the outgoing call. Cisco IOS Dial Technologies Command Reference November 2009 DIA-321 Dial Commands isdn channel-id invert extended-bit isdn channel-id invert extended-bit To invert the value of the extend bit (0x80) in the last octet of the channel ID information element, use the isdn channel-id invert extended-bit command in interface configuration mode. To restore the default setting, use the no form of this command. isdn channel-id invert extended-bit no isdn channel-id invert extended-bit Syntax Description This command has no arguments or keywords. Command Default The last octet of the channel ID information element is not inverted. Command Modes Interface configuration Command History Release 12.2 Modification This command was introduced. Usage Guidelines Use this command if you use a primary-DMS 100 switch type to ensure compatibility with a Setup or Call Proceeding message containing a channel ID information element. This command can be used only with ISDN PRI. This command replaces the isdn-flip-chan-flag command. Examples The following example configures the router to invert the extended bit in the last octet of the channel ID information element: isdn channel-id invert extended-bit Cisco IOS Dial Technologies Command Reference DIA-322 November 2009 Dial Commands isdn conference-code isdn conference-code To activate three-way call conferencing, use the isdn conference-code command in interface configuration mode. To disable three-way call conferencing, use the no form of this command. isdn conference-code code no isdn conference-code Syntax Description code Number from 0 to 999 (ISDN conference code). Command Default The default code is 60. Command Modes Interface configuration Command History Release 12.0(3)T Modification This command was introduced. Usage Guidelines Use this command if your ISDN line is connected to an NI1 or a Nortel DMS-100 Custom switch. Your telephone service provider should provide an ISDN conference code when you order three-way call conferencing. Examples The following example specifies 61 as the ISDN conference code: isdn conference-code 61 Cisco IOS Dial Technologies Command Reference November 2009 DIA-323 Dial Commands isdn disconnect interface isdn disconnect interface The isdn disconnect interface command is replaced by the isdn test disconnect interface command. See the isdn test disconnect interface command for more information. Cisco IOS Dial Technologies Command Reference DIA-324 November 2009 Dial Commands isdn disconnect-cause isdn disconnect-cause To send a specific ISDN cause code to the switch, use the isdn disconnect-cause command in interface configuration mode. To return to the default condition, use the no form of this command. isdn disconnect-cause {cause-code-number | busy | not-available} no isdn disconnect-cause Syntax Description cause-code-number busy not-available Sends a cause code number (submitted as integer in the range of 1 through 127) to the switch. Sends the USER-BUSY code to the switch. Sends the CHANNEL-NOT-AVAILABLE code to the switch. Command Default The default condition is no cause code override. If the isdn disconnect-cause command is not configured, the default cause codes for the application are sent. Command Modes Interface configuration Command History Release 12.0(5)T Modification This command was introduced. Usage Guidelines The isdn disconnect-cause command overrides specific cause codes (such as modem availability and resource pooling) that are sent to the switch by ISDN applications. When the isdn disconnect-cause command is implemented, the configured cause codes are sent to the switch; otherwise, the default cause codes for the application are sent. ISDN protocol errors are still reflected in the cause codes and are not overridden. Examples The following example sends the CHANNEL-NOT-AVAILABLE code to the ISDN switch: interface serial0:20 isdn disconnect-cause not-available Related Commands Command isdn disconnect-cause Description Sends a specific ISDN cause code to the switch. Cisco IOS Dial Technologies Command Reference November 2009 DIA-325 Dial Commands isdn fast-rollover-delay isdn fast-rollover-delay To control the timing between successive dial attempts, use the isdn fast-rollover-delay command in interface configuration mode. To remove or change a value, use the no form of this command. isdn fast-rollover-delay seconds no isdn fast-rollover-delay Syntax Description seconds Number of seconds between dial attempts. Command Default No default timer. Command Modes Interface configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command provides a timer separate from the dialer wait-for-carrier timer to control the amount of time that elapses before calls are redialed. This delay is provided to allow the old call to be torn down completely before the new call is attempted. The isdn fast-rollover-delay command is necessary on some ISDN switches because the new call may be attempted before the old call is completely torn down, which causes the second call or the callback to fail. Use this command when all the following conditions are true: • • • • A BRI has two phone numbers configured, one for each B channel. You are dialing in to this BRI. You have a dialer map or dialer string for each phone number. The first call succeeds but the second call continuously fails. When these conditions occur, set the isdn fast-rollover-delay command to 5 seconds and try again. A delay of 5 seconds should cover most cases. Configure sufficient delay to make sure that the ISDN RELEASE_COMPLETE message has been sent or received before the fast rollover call is made. Use the debug isdn q931 command to display this information. When the isdn fast-rollover-delay command is configured on a client requesting callback, the callback client first confirms whether the callback server has placed a call back to the callback client before dialing any subsequent numbers. Cisco IOS Dial Technologies Command Reference DIA-326 November 2009 Dial Commands isdn fast-rollover-delay Examples The following partial example sets the fast-rollover delay that is suggested when all the conditions specified in the list in the “Usage Guidelines” are true: isdn fast-rollover-delay 5 Related Commands Command dialer map dialer wait-for-carrier-time (map-class) ppp callback (DDR) Description Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies the length of time to wait for a carrier when dialing out to the dial string associated with a specified map class. Enables a dialer interface that is not a DTR interface to function either as a callback client that requests callback or as a callback server that accepts callback requests. Cisco IOS Dial Technologies Command Reference November 2009 DIA-327 Dial Commands isdn flip-chan-flag isdn flip-chan-flag The isdn flip-chan-flag command is replaced by the isdn channel-id invert extended-bit command. See the isdn channel-id invert extended-bit command for more information. Cisco IOS Dial Technologies Command Reference DIA-328 November 2009 Dial Commands isdn guard-timer isdn guard-timer To enable a managed timer for authentication requests, use the isdn guard-timer command in interface configuration mode. To reset the timer to its default value, use the no form of this command. isdn guard-timer milliseconds [on-expiry {accept | reject}] no isdn guard-timer Syntax Description milliseconds on-expiry accept reject Number of milliseconds that the network access server (NAS) waits for a response from the AAA security server. The valid range is from 1000 through 20,000. (Optional) Determines whether calls are accepted or rejected after the specified number of milliseconds has expired. If no expiry action is selected, calls are rejected. (Optional) Calls are accepted if the guard-timer expires before AAA responds. (Optional) Calls are rejected if the guard-timer expires before AAA responds. Command Default The default timer value is eight (8) seconds and calls are rejected when the timer expires. Command Modes Interface configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines The guard-timer starts when the DNIS number is sent to AAA for authentication. When the timer expires, authentication ends and the call is accepted or rejected based on the configured expiry action. Examples The following example sets the guard-timer to six (6) seconds and specifies that the call should be rejected if AAA does not respond within that interval: interface serial 1/0/0:23 isdn guard-timer 6000 on-expiry reject Related Commands Command aaa preauth Description Enables authentication using DNIS numbers. Cisco IOS Dial Technologies Command Reference November 2009 DIA-329 Dial Commands isdn incoming alerting add-PI isdn incoming alerting add-PI To add a Progress Indicator (PI) in an incoming ALERTING messages during ISDN B-channel cut-through, use the isdn incoming alerting add-PI command in interface configuration mode. To remove the indicator, use the no form of this command. isdn incoming alerting add-PI no isdn incoming alerting add-PI Syntax Description This command has no arguments or keywords. Command Default On North American ISDN switches, the default behavior is to add the PI in incoming ALERTING messages. On ISDN switches compliant with the European Telecommunications Standards Institute (ETSI), the default behavior is to not add the PI in incoming ALERTING messages. Command Modes Interface configuration Command History Release 12.3 Modification This command was introduced for ISDN BRI and PRI interfaces. Usage Guidelines The isdn incoming alerting add-PI and no isdn incoming alerting add-PI commands provide a way for switch types conforming to different standards to handle B-channel cut-through. These commands apply to both ISDN BRI and PRI connections. North American switch types such as the 5ESS, 4ESS, DMS, and NI allow cut-through when an ALERTING message is received. ISDN B-channel cut-through for customer premises equipment (CPE) should happen upon receipt of a channel ID Information Element (IE) in the CALL_PROC message. For this reason, the default on North American ISDN switches is to add the PI in incoming ALERTING message. On ETSI-compliant ISDN switches, the default behavior is to not add the PI in incoming ALERTING messages. But ETSI also specifies that when the remote device is playing tones or announcements, it should also include the PI in the ALERTING message. This is not the default behavior for ETSI-compliant switches, but the isdn incoming alerting add-PI command allows Cisco IOS software to support this behavior. The isdn incoming alerting add-PI and no isdn incoming alerting add-PI commands can be used on switches that do not want to add the PI in incoming ALERTING messages and on those switches that cannot handle or do not want the PI in incoming ALERTING messages. Cisco IOS Dial Technologies Command Reference DIA-330 November 2009 Dial Commands isdn incoming alerting add-PI Examples Because the the isdn incoming alerting add-PI command is the default for a North American ISDN switch, the following example shows that when the interface configuration is displayed, the isdn incoming alerting add-PI command is not listed, even if it was explicitly configured: Router(config)# interface BRI1/0 Router(config-if)# no ip address Router(config-if)# isdn switch-type basic-dms100 Router(config-if)# isdn spid1 40876726760101 5459374 Router(config-if)# isdn spid2 51076726760101 5459375 Router(config-if)# isdn incoming-voice voice Router(config-if)# isdn incoming alerting add-PI Router(config-if)# end Router(config)# end Router# show running interface BRI1/0 Building configuration... Current configuration : 167 bytes ! interface BRI1/0 no ip address isdn switch-type basic-dms100 isdn spid1 40876726760101 5459374 isdn spid2 51076726760101 5459375 isdn incoming-voice voice end The following example shows that when the the no isdn incoming alerting add-PI command is configured on a North American ISDN switch, the command is listed in the interface configuration: Router(config)# interface BRI1/0 Router(config-if)# no isdn incoming alerting add-PI Router(config-if)# end Router(config)# end Router# show running interface BRI1/0 Building configuration... Current configuration : 201 bytes ! interface BRI1/0 no ip address isdn switch-type basic-dms100 isdn spid1 4087672676 5459374 isdn spid2 51076726760101 5459375 isdn incoming-voice voice no isdn incoming alerting add-PI end Because the default for ETSI-compliant ISDN switches is no isdn incoming alerting add-PI, the following example shows that when the the isdn incoming alerting add-PI command is added to the configuration for a NET3 switch, the command is listed in the interface configuration: Router(config-if)# no ip address Router(config-if)# isdn switch-type basic-net3 Router(config-if)# isdn spid1 40876726760101 5459374 Router(config-if)# isdn spid2 51076726760101 5459375 Router(config-if)# isdn incoming-voice voice Router(config-if)# isdn incoming alerting add-PI Router(config-if)# end Router(config)# end Router# show running interface BRI1/0 Building configuration... Cisco IOS Dial Technologies Command Reference November 2009 DIA-331 Dial Commands isdn incoming alerting add-PI Current configuration : 165 bytes ! interface BRI1/0 no ip address isdn switch-type basic-net3 isdn spid1 40876726760101 5459374 isdn spid2 51076726760101 5459375 isdn incoming-voice voice isdn incoming alerting add-PI end If the configuration for the NET3 switch were changed back to contain no isdn incoming alerting add-PI, the command would not be listed in the interface configuration, because this is the default behavior for ETSI-compliant switches: Current configuration : 165 bytes ! interface BRI1/0 no ip address isdn switch-type basic-net3 isdn spid1 40876726760101 5459374 isdn spid2 51076726760101 5459375 isdn incoming-voice voice end Cisco IOS Dial Technologies Command Reference DIA-332 November 2009 Dial Commands isdn incoming ie isdn incoming ie To specify that the channel-id and display information elements (IEs) may be accepted in incoming ISDN messages, use the isdn incoming ie command in interface configuration mode. To indicate that one of these IEs may not be accepted in incoming ISDN messages, use the no form of this command. isdn incoming ie {channel-id [accept-qsig-variant] | display {dms250 | transparent}} [redirecting-selection {first | last}] no isdn incoming ie {channel-id [accept-qsig-variant] | display {dms250 | transparent}} [redirecting-selection {first | last}] Syntax Description channel-id accept-qsig-variant Information element pertaining to the channel ID. (Optional) Specifies that the ISDN D channel supports QSIG switches that send a variant (the D-channel selector bit is not set) of the normal channel ID IE usage for calls that are “signaling only.” Information element pertaining to the text display. (Optional) Configures the router to accept the ISDN incoming message when octet 3 of the display IE has been modified for compatibility with the DMS-250 switch type. Note display dms250 This keyword is available only when the display keyword is entered. This option controls the handling of octet 3 of the display IE in the incoming message, and applies only when DMS-100 or DMS-250 switches must interoperate with other switch types. transparent (Optional) Configures the router to accept the ISDN message when the display IE has been packed in the incoming message without modifying or inserting octet 3. This is the default behavior for non-DMS switches. Note This keyword is available only when the display keyword is entered. This option controls the handling of octet 3 of the display IE in the incoming message, and applies only when DMS-100 or DMS-250 switches must interoperate with other switch types. redirecting-selection (Optional) Selects the first or the last redirect number (RDN) when multiple RDN IEs are received on an incoming ISDN call. The first keyword selects the first RDN received; the last keyword selects the last RDN received. Note The first and last keywords are available only when the redirecting-selection keyword is entered. Command Default Supported IEs are accepted in applicable incoming messages by default. The channel ID does not accept IEs with the QSIG variant, and the display IE for DMS-250 (transparent) is not altered. When multiple RDN IEs are received on an incoming ISDN call, the last RDN is automatically selected. Command Modes Interface configuration Cisco IOS Dial Technologies Command Reference November 2009 DIA-333 Dial Commands isdn incoming ie Command History Release 12.3(7)T 12.4(7) 12.4(8) Modification This command was introduced. The accept-qsig-variant keyword was added. The redirecting-selection, first, and last keywords were added. Usage Guidelines Incompatibility between ISDN switch types at the originating and terminating gateways can prevent provided IEs from being passed end-to-end. Cisco devices can be configured to transparently accept incoming unsupported IEs, allowing full interworking between different switch types. Use the isdn incoming ie command to configure a Cisco router to transparently accept unsupported IEs to its peer. IEs may be sent in any codeset. However IEs can be manually controlled using only the isdn incoming ie command when they are sent in codeset 0. IEs will be accepted only in applicable message types. To configure the router so it will not accept channel ID and display IEs, use the no isdn incoming ie command. Note If the isdn gateway-max-interworking command is enabled, IEs that are invalid for some destination switch types may be passed. This can result in the occurrence of undesirable events. Note If the isdn protocol-emulate command is switched between the network and user configurations, the isdn outgoing ie command reverts to its default setting. The isdn outgoing ie command must be reissued to restore the manual configuration. Examples The following example configures the serial interface for the QSIG D channel to accept “malformed” channel-id IEs: interface se3/0:3:23 isdn incoming ie channel-id accept-qsig-variant end The following example configures the serial interface to select the first RDN IE when multiple RDN IEs are received on an incoming ISDN call: interface se3/0:3:23 isdn incoming ie redirecting-selection first end Related Commands Command isdn gateway-maxinterworking isdn outgoing ie isdn protocol-emulate Description Prevents an H.323 gateway from checking for ISDN protocol compatibility and dropping IEs in call messages. Specifies that an IE may be passed in outgoing ISDN messages. Configures an ISDN data or voice port to emulate network or user functionality. Cisco IOS Dial Technologies Command Reference DIA-334 November 2009 Dial Commands isdn incoming-voice isdn incoming-voice To route all incoming voice calls to the modem and determine how they will be treated, use the isdn incoming-voice command in interface configuration mode. To disable the setting or return to the default, use the no form of this command. isdn incoming-voice {voice | data [56 | 64] | modem [56 | 64]} no isdn incoming-voice {voice | data [56 | 64] | modem [56 | 64]} Syntax Description voice data Incoming voice calls bypass the modems and be handled as a voice call. Incoming voice calls bypass the modems and will be handled as digital data. If the data keyword is selected, you can specify a B-channel bandwidth of either 56 kbps or 64 kbps. Incoming voice calls are passed over to the digital modems, where they negotiate the appropriate modem connection with the far-end modem. If this keyword is selected, you can specify a B-channel bandwidth of either 56 kbps or 64 kbps. If no argument is entered, the default value is 64. modem Command Default If you do not enter the 56 or 64 keywords after the data keyword, the default value will be 64 kbps. Command Modes Interface configuration Command History Release 11.1 11.1AA 12.0(2)XC 11.2 11.3NA 12.0(3)T Modification This command was introduced for ISDN PRI interfaces. This command was implemented on ISDN BRI interfaces. This command was implemented on ISDN BRI interfaces. This command was enhanced for channelized T1 and integrated into Cisco IOS Release 11.2. This command was implemented on additional Cisco router and access server platforms. This command was implemented on additional Cisco router and access server platforms. Usage Guidelines Unless you specify otherwise, all calls received by the router and characterized as voice calls are treated as normal ISDN calls, which are handled as digital data and not passed over to the modem. Ordinarily, a data device ignores incoming voice calls, but the tariff structure for data and voice calls might make it less expensive to do “data over voice” calls. If you use the voice keyword, incoming ISDN voice calls will be treated as voice calls and handled by either a modem or a voice DSP as directed by CSM. If the default value is configured and the bearer capability of the incoming call is the voice keyword, the call will be rejected. Cisco IOS Dial Technologies Command Reference November 2009 DIA-335 Dial Commands isdn incoming-voice To answer incoming voice calls at a configured rate (overriding the incoming data rate in the call), use the data keyword. To establish speedier connections for analog calls to the router, use the isdn incoming-voice command with the modem keyword to have voice calls routed through digital modems (as pulse-code modulated analog data) instead of being treated as digital data. Configure this command on each D channel in the access server or router. Incoming circuit-switched data calls are not affected by this command. Note Use the isdn incoming-voice modem command only when you are using ISDN. You must use this command to carry voice over a modem when using ISDN PRI. Examples The following example designates incoming ISDN voice calls to be treated as voice calls: interface 10 isdn incoming-voice voice The following example for channelized T1 configures the D channel (hence, all B channels) to answer all incoming voice calls at 56 kbps: interface serial 0:23 isdn incoming-voice data 56 The following example routes all incoming voice calls through the modem as analog data: interface BRI 0/0 isdn incoming-voice modem The following example enables incoming and outgoing ISDN calls to route to the modems using the D channel serial interface: interface serial 0:23 isdn incoming-voice modem Cisco IOS Dial Technologies Command Reference DIA-336 November 2009 Dial Commands isdn layer1-emulate isdn layer1-emulate To configure the Layer 1 operation of a BRI voice port as clock master (NT) or slave (TE), use the isdn layer1-emulate command in interface configuration mode. To restore the default (user), use the no form of this command. isdn layer1-emulate {user | network} no isdn layer1-emulate Syntax Description user network Physical interface operation in clock slave mode (as TE). Physical interface operation in clock master mode (as NT). Command Default Layer 1 port operation is as user (TE functionality as clock slave). Command Modes Interface configuration Command History Release 12.0(3)XG 12.1(3)XI Modification This command was introduced on the MC3810. This command was implemented on the Cisco 2600 and Cisco 3600 series. Usage Guidelines If you use the no isdn layer1-emulate network command, the physical layer port operation defaults to user. Examples The following example configures the Layer 1 operation of a BRI voice port as QSIG clock slave (TE): configure terminal interface bri 1 isdn layer1-emulate user Related Commands Command isdn protocol-emulate (dial) Description Configures the Layer 2 and Layer 3 port protocol of a BRI voice port or a PRI interface to emulate NT (network) or TE (user) functionality. network-clock-priority Specifies the clock-recovery priority for the BRI voice ports in a BVM. Cisco IOS Dial Technologies Command Reference November 2009 DIA-337 Dial Commands isdn layer2-flap isdn layer2-flap To send RESTART or STATUS ENQUIRY messages over the ISDN PRI line when a Layer 2 link flap and recovery occurs, use the isdn layer2-flap command in interface configuration mode. To disable sending these messages, use the no form of this command. isdn layer2-flap {restart | status-enq} no isdn layer2-flap {restart | status-enq} Syntax Description restart status-enq Sends a RESTART message to the remote peer. Sends a STATUS-ENQUIRY message to the remote peer. Command Default This command is disabled by default, in which case, no RESTART or STATUS-ENQUIRY messages are sent in the event of a Layer 2 flap and recovery. Command Modes Interface configuration Command History Release 12.4(15)T Modification This command was introduced. Usage Guidelines When you include the isdn layer2-flap command in the ISDN configuration, the router (as a user agent) sends a RESTART or STATUS-ENQUIRY message to the remote peer when a Layer 2 flap and recovery occurs. This notification enhances the gateway’s ability to gracefully recover from a Layer 2 flap or failure error condition. This graceful recovery frees gateway resources to handle future calls and to increase the call completion rate. Use the isdn layer2-flap command with the isdn timer t309 command in your configuration. The isdn timer t309 command enables the router to hold or drop calls. The effect of using these two commands in the event of a Layer 2 flap and recovery is summarized as follows: • • Layer 2 failure and then a Layer 2 recovery before the T309 timer expires (with T309 timer enabled)—STATUS-ENQUIRY message Layer 2 failure and then a Layer 2 recovery after the T309 timer expires or with the T309 timer not enabled—RESTART message Examples The following example shows how to enable the router to send a RESTART message when a Layer 2 flap or failure error condition occurs and recovery happens after the T309 timer has expired (or the T309 timer is not enabled): isdn layer2-flap restart Cisco IOS Dial Technologies Command Reference DIA-338 November 2009 Dial Commands isdn layer2-flap Related Commands Command isdn timer t309 Description Changes the value of the T309 timer to clear the network connection and to release the B channel and call reference when a data-link disconnection occurs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-339 Dial Commands isdn leased-line bri isdn leased-line bri To configure an ISDN BRI for leased-line service, or to configure both 64-kbps leased-line and ISDN service on the same BRI, use the isdn leased-line bri command in global configuration mode. To remove or change channel configurations, use the no form of this command. isdn leased-line bri number/number [b1 | b2 | 128 | 144 | Return-key] no isdn leased-line bri number/number [b1 | b2 | 128 | 144 | Return-key] Syntax Description number/number b1 b2 128 144 Return-key BRI interface numbers (enter the slash to separate the physical interface numbers). (Optional) Uses channel B1 as a 64-kbps leased line and channel B2 for ISDN service on a single ETSI NET3 switch on a Cisco 800 series router. (Optional) Uses channel B2 as a 64-kbps leased line and channel B1 for ISDN service on a single ETSI NET3 switch on a Cisco 800 series router. (Optional) Combines B1 and B2 channels for 128-kbps leased-line service. (Optional) Combines B1 and B2 channels for 144-kbps leased-line service. (Optional) Configures two 64-kbps leased lines instead of two B channels. Press the Return or Enter key at the end of the isdn leased-line bri number/number command instead of entering a keyword. Command Default Disabled Command Modes Global configuration Command History Release 11.2F 12.2(4)T Modification This command was introduced. The b1 and b2 keywords were added to allow the BRI channels on an ETSI NET3 switch on a Cisco 800 series router to be split into leased-line and ISDN services. Usage Guidelines Use the isdn leased-line bri command to configure an ISDN BRI for leased-line service by aggregating two BRI B channels into a single pipe at a speed of 128 or 144 kbps, or configuring both a 64-kbps leased line and ISDN service on a single European Telecommunications Standards Institute (ETSI) NET3 switch on Cisco 800 series routers. This command also supports two separate 64-kbps leased lines, where the BRI interface is configured as two separate leased lines instead of two B channels. No keyword is required for this configuration; just press the Return or Enter key at the end of the isdn leased-line bri number/number command string. This configuration is different than using the 128 keyword, which configures a single 128-kbps leased line. When you use the no isdn leased-line bri command to change the channel configuration, you must also perform a system reload in order for the change to take effect. Cisco IOS Dial Technologies Command Reference DIA-340 November 2009 Dial Commands isdn leased-line bri When you use an ISDN BRI interface for access over leased lines, configure the ISDN BRI as a synchronous serial interface and do not configure ISDN calling and called numbers. Examples The following example configures the BRI interface for leased-line access at 128 kbps in Japan: isdn leased-line bri0/0 128 Because of the leased-line—not dialed—environment, configuration of ISDN called and calling numbers is not needed and not used. The BRI 0 interface is henceforth treated as a synchronous serial interface, with the default High-Level Data Link Control (HDLC) encapsulation. The following example configures BRI channel B1 for 64-kbps leased-line service and channel B2 for ISDN service: isdn switch-type basic-net3 isdn leased-line bri0/0 b1 ! interface bri0/0 ip address 10.1.1.1 255.255.255.0 no ip address dialer pool-member 1 interface bri0/0:1 ip address 10.1.1.2 255.255.255.0 encapsulation ppp no ip address The following example configures two 64-kbps leased lines: isdn leased-line bri0/0 Related Commands Command isdn switch-type (BRI) Description Specifies the central office switch type on the ISDN BRI interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-341 Dial Commands isdn logging isdn logging To enable logging of ISDN syslog messages, use the isdn logging command in global configuration mode. To disable logging, use the no form of this command. isdn logging no isdn logging Syntax Description This command has no arguments or keywords. Command Default This command is disabled by default. Command Modes Global configuration Command History Release 12.3(1) Modification This command was introduced. Usage Guidelines This command supports syslog logging of the following ISDN events: • • • ISDN Layer 2 Up and Down events at severity 3. ISDN SERV, SERV ACK, RESTART, RESTART ACK, and STATUS ENQ messages at severity 4. ISDN SERV status audit messages for various triggers at different severities. Examples The following example shows how to configure ISDN syslog logging: isdn logging Related Commands Command isdn bchan-number-order isdn protocol-emulate Description Configures an ISDN PRI interface to make outgoing call selection in ascending, descending, or round-robin order. Configures an ISDN data or voice port to emulate network or user functionality. Cisco IOS Dial Technologies Command Reference DIA-342 November 2009 Dial Commands isdn map isdn map To override the default ISDN type and plan generated by the router with custom values, use the isdn map command in interface configuration mode. To revert to the default ISDN type and plan, use the no form of this command. isdn map address {{address | reg-exp} plan plan type type | transparent} no isdn map address {{address | reg-exp} plan plan type type | transparent} Syntax Description address address Specifies that the default ISDN type and plan will be overridden. Address map, which can be to either the calling number or the called number. This argument specifies the address for which the ISDN type and plan will be overridden. Regular expression for pattern matching. This argument specifies that the ISDN type and plan will be overridden for addresses that match the regular expression. ISDN numbering plan. Valid values for the plan argument are as follows: • • • • • • • • • reg-exp plan plan any—Any type of dialed number. data—X.121 data numbering plan. ermes—European Radio Message System numbering plan. isdn—E.164 ISDN/Telephony numbering plan. national—Number called to reach a subscriber in the same country, but outside the local network. private—Private numbering plan. reserved—Reserved for extension. telex—F.69 telex numbering plan. unknown—Number of a type that is unknown by the network. abbreviated—Abbreviated representation of the complete number as supported by this network. any—Any type of called number. international—Number called to reach a subscriber in another country. national—Number called to reach a subscriber in the same country, but outside the local network. network—Administrative or service number specific to the serving network. reserved—Reserved for extension. subscriber—Number called to reach a subscriber in the same local network. unknown—Number of a type that is unknown by the network. type type ISDN number type. Valid values for the type argument are as follows: • • • • • • • • transparent Specifies that the ISDN type and plan values received in raw messages from the ISDN originating gateway will take priority over the ISDN type and plan values received in the H.225 SETUP messages. Cisco IOS Dial Technologies Command Reference November 2009 DIA-343 Dial Commands isdn map Command Default The default is the ISDN type and plan generated by the router. Command Modes Interface configuration Command History Release 12.0(6)T 12.3(7)T Modification This command was introduced. The transparent keyword was added. Usage Guidelines The default ISDN type and plan can be overridden with custom values on a per-number basis or for numbers that match regular expression patterns. If you use the isdn map command to configure custom values for the ISDN type and plan, these values take priority over any other ISDN type and plan values. The order of precedence for ISDN type and plan values is as follows, beginning with the highest precedence: • • • • Type and plan values configured with the isdn map command. Type and plan values from voice translation rules specified with the rule (voice translation-rule) command. Values received in the H.225 SETUP messages. Values received from the ISDN originating gateway in raw messages. Configuring the isdn map command with the transparent keyword results in raw messages received from the ISDN originating gateway receiving priority over H.225 SETUP messages. When the isdn map command is configured with the transparent keyword, the order of precedence for ISDN type and plan values is as follows: • • • • Type and plan values configured with the isdn map command. Type and plan values from voice translation rules specified with the rule (voice translation-rule) command. Values received from the ISDN originating gateway in raw messages. Values received in the H.225 SETUP messages. Examples The following example overrides any plan and type used for any ISDN calls with a called or calling number that exactly matches 123: interface serial1:23 isdn map address 123 plan isdn type unknown The following example overrides any plan and type used for ISDN calls with a called or calling number that begins with the numerals 12: interface serial1:23 isdn map address 12.* plan data type subscriber The following example matches any number that ends with the number 7: interface serial1:23 isdn map address .*7 plan data type subscriber Cisco IOS Dial Technologies Command Reference DIA-344 November 2009 Dial Commands isdn map The following example reverses the precedence of ISDN type and plan values received from the ISDN originating gateway and from the H.225 SETUP message: interface serial1:23 isdn map address transparent Related Commands Command rule (voice translation-rule) Description Defines a translation rule. Cisco IOS Dial Technologies Command Reference November 2009 DIA-345 Dial Commands isdn modem-busy-cause isdn modem-busy-cause The isdn modem-busy-cause command is replaced by the isdn disconnect-cause command. See the isdn disconnect-cause command for more information. Cisco IOS Dial Technologies Command Reference DIA-346 November 2009 Dial Commands isdn negotiate-bchan isdn negotiate-bchan To enable the router to accept a B channel that is different from the B channel requested in the outgoing call setup message, use the isdn negotiate-bchan command in interface configuration mode. To restore the default condition, use the no form of this command. isdn negotiate-bchan [resend-setup] [cause-codes cause-code1 [cause-code2...cause-code16]] no isdn negotiate-bchan [resend-setup] [cause-codes cause-code1 [cause-code2...cause-code16]] Syntax Description resend-setup (Optional) Enables a single reattempt of a setup message if a disconnect message with a cause code of 44 is received before alerting. Supports NET5 and NI2 PRI switches only. (A Code 44 cause code means that the requested circuit or channel is not available. For more information, refer to the International Telecommunications Union [ITU] Q.850 standard.) (Optional) Specifies up to 16 cause codes that will alert the gateway to reattempt a call. This reattempt may or may not be on the same B channel as the previous attempt. The value of each cause-code argument is a number from 1 to 127 corresponding to an ISDN cause code number. If the cause-codes keyword is entered, at least one cause code must be entered or the command will not be accepted. Separate multiple cause code entries with spaces. Once the cause-codes keyword is entered, cause code 44 will no longer cause a call reattempt unless 44 is specifically entered as one of the cause codes. Note cause-codes cause-code The validity of each cause code is not checked by the gateway. Command Default B channel negotiation is not enabled. Most PRI switch types set the default channel ID to Exclusive in the setup message. An exception is the NI2 switch, which sets the default to Preferred. If the cause-codes keyword is not entered, it is assumed that you want ISDN cause code 44. Command Modes Interface configuration Command History Release 11.3 12.2 12.2(15)T Modification This command was introduced. The resend-setup keyword was implemented for NET5 and NI2 PRI switches. The cause-codes keyword was implemented on the Cisco AS5350 and Cisco AS5400. Cisco IOS Dial Technologies Command Reference November 2009 DIA-347 Dial Commands isdn negotiate-bchan Usage Guidelines The isdn negotiate-bchan command enables the router to negotiate the B channel by setting the channel ID information element to Preferred in the setup message. If this command is not configured, the channel ID is set to the default of the switch, which is usually Exclusive. Exclusive means that only the requested B channel is accepted. If the requested B channel is not available, the call is cleared. The isdn negotiate-bchan command is supported for all PRI switch types. The resend-setup keyword is supported only for NET5 and NI2 switches. This command is not supported for BRI interfaces. The cause-codes keyword allows you to configure the gateway to reattempt a call when a cause code other than 44 is received from the PSTN. Refer to the “ISDN Cause Codes” table in the appendix of the Cisco IOS Debug Command Reference for a list of ISDN cause codes. Examples The following example enables a call to be reattempted when a disconnect with cause code of 44 is received before alerting: interface serial0:23 isdn negotiate-bchan resend-setup The following example shows that cause codes 34, 44, and 63 have been configured: interface serial0:23 isdn negotiate-bchan resend-setup cause-codes 34 44 63 Related Commands Command Description isdn bchan-number-order Configures an ISDN PRI interface to make an outgoing call selection in ascending or descending order. isdn switch-type (PRI) Specifies the Central Office switch type on the ISDN PRI interface. Cisco IOS Dial Technologies Command Reference DIA-348 November 2009 Dial Commands isdn not-end-to-end isdn not-end-to-end To override the speed that the network reports it will use to deliver the call data, use the isdn not-end-to-end command in interface configuration mode. To disable the configured end-to-end speed, use the no form of this command. isdn not-end-to-end {56 | 64} no isdn not-end-to-end Syntax Description 56 64 Answers all voice calls at 56 kbps. Answers all voice calls at 64 kbps. Command Default The default line speed is 64 kbps. Command Modes Interface configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines Note The isdn not-end-to-end command is valid only when an incoming Layer 3 Setup message contains a Progress Information Element in the message. The command is validated on a call-by-call basis, depending upon the message. This command might be needed to handle incoming calls properly. Although a call might originate at a speed of 56 kbps, the network or internetworking networks might improperly deliver the call to the user at a speed of 64 kbps. This creates a speed mismatch and causes the data to be garbled. Enabling this command makes the router look more closely at the information elements of the incoming call to determine a speed. A speed mismatch can occur when the source and destination ISDN ports do not belong to the same network. Examples The following example sets the line speed for incoming calls to 56 kbps: isdn not-end-to-end 56 Cisco IOS Dial Technologies Command Reference November 2009 DIA-349 Dial Commands isdn nsf-service isdn nsf-service To configure Network Specific Facilities (NSF) on an ISDN PRI for outgoing calls configured as voice calls, use the isdn nsf-service command in interface configuration mode. To remove NSF on an ISDN PRI, use the no form of this command. isdn nsf-service {megacom | sdn} no isdn nsf-service {megacom | sdn} Syntax Description megacom sdn Dial voice calls using AT&T Megacom NSF. Dial voice calls using AT&T SDN NSF. Command Default Disabled Command Modes Interface configuration Command History Release 11.3(5)T Modification This command was introduced. Usage Guidelines This command is used specifically on a PRI (channelized T1) to request NSF services supported on primary AT&T 4ESS (primary-4ess) switch types only. Examples The following example sets outgoing voice calls to use AT&T SDN NSF: interface serial 0:23 isdn-nsf-service sdn Related Commands Command dialer map dialer voice-call map-class dialer Description Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Configures the dialer map class for an NSF dialing plan to support outgoing voice calls. Defines a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback. Cisco IOS Dial Technologies Command Reference DIA-350 November 2009 Dial Commands isdn number isdn number To change the maximum number of digits in a called number information element, use the isdn number command in interface configuration mode. isdn number [called enbloc limit] Syntax Description called enbloc limit Attributes for the ISDN number of the called party. Allows the ISDN terminal to send the ISDN number of the called party in a single SETUP message. Maximum number of digits allowed in a SETUP message, in the range from 1 to 32. Command Default 20 digits Command Modes Interface configuration Command History Release 12.2 Modification This command was introduced. Usage Guidelines The maximum number of digits sent in the initial call SETUP is defaulted to 20 digits. The default of 20 digits chosen because some switches cannot handle more than 20 digits. Some countries in Europe are changing their calling plans and will require calls to be made using more than 20 digits. The isdn number called enbloc command is used when the maximum number of octets in the called number information element in a SETUP message must be changed from the 20-digit default to the user desired limit. With this command, the user can configure the maximum number from 1 to 32 digits. This command is available for ISDN interfaces and applicable to both BRI and PRI interfaces. Note This command is enabled for only the following switch types: BRI_NET3_STYPE PRI_NET5_SYTPE Examples The following example configures the called number information element for 32 digits: Router(config-if) isdn number called enbloc 32 Cisco IOS Dial Technologies Command Reference November 2009 DIA-351 Dial Commands isdn outgoing ie isdn outgoing ie To specify that an information element (IE) may be passed in outgoing ISDN messages, use the isdn outgoing ie command in interface configuration mode. To specify that an IE may not be passed in outgoing ISDN messages, use the no form of this command. isdn outgoing ie ie [codeset_0 {message message-type | shiftcodeset codeset_6 } | dms250 | nooct3 | transparent] no isdn outgoing ie ie [codeset_0 {message message-type | shiftcodeset codeset_6 } | dms250 | nooct3 | transparent] Syntax Description ie codeset_0 The IE to pass in outgoing ISDN messages. Valid values for the ie argument are listed in Table 14. (Optional) Specifies that the IE will be packed in ISDN codeset 0. Codeset 0 is the International Telecommunication Union (ITU) standard codeset. Codeset 0 is the default codeset; however you must issue the codeset_0 keyword if you want to specify a message type. (Optional) Specifies a particular outgoing message to pass an IE in. Valid values for the message-type argument are listed in Table 15. If you do not specify a message type, the IE will be passed in all applicable message types. (Optional) Specifies that octet 3 of the display IE is modified for compatibility with the DMS-250 switch type before it is packed in the setup message. Note message message-type dms250 This keyword is available only when display is entered for the ie argument.This option controls the handling of octet 3 of the display IE in the setup message, and applies only when DMS-100 or DMS-250 switches must interoperate with other switch types. See the “Usage Guidelines” section for more information. nooct3 (Optional) Specifies that octet 3 of the display IE is stripped from the display IE before it is packed in the setup message. This is the default behavior for DMS-100 and DMS-250 switches. Note This keyword is available only when display is entered for the ie argument. This option controls the handling of octet 3 of the display IE in the setup message, and applies only when DMS-100 or DMS-250 switches must interoperate with other switch types. See the “Usage Guidelines” section for more information. Cisco IOS Dial Technologies Command Reference DIA-352 November 2009 Dial Commands isdn outgoing ie transparent (Optional) Specifies that the display IE is packed in the setup message without modifying or inserting octet 3. This is the default behavior for non-DMS switches. Note This keyword is available only when display is entered for the ie argument. This option controls the handling of octet 3 of the display IE in the setup message, and applies only when DMS-100 or DMS-250 switches must interoperate with other switch types. See the “Usage Guidelines” section for more information. shiftcodeset codeset_6 (Optional) Specifies that the display IE should be packed in codeset 6 in outgoing messages, rather than codeset 0. Note This keyword is available only when display is entered for the ie argument, and can be configured only for 4ESS or 5ESS switch types. See the “Usage Guidelines” section for more information. Command Default Supported IEs are passed in applicable outgoing messages by default. Command Modes Interface configuration Command History Release 12.3(7)T Modification The isdn outgoing ie command was introduced and replaces the isdn outgoing ie redirecting-number command. Usage Guidelines Incompatibility between ISDN switch types at the originating and terminating gateways can prevent provided IEs from being passed end-to-end. Cisco devices can be configured to transparently pass unsupported IEs, allowing full interworking between different switch types. Use the isdn outgoing ie command to configure a Cisco router to transparently pass unsupported IEs to its peer. IEs may be packed in any codeset. However, the isdn outgoing ie command can manually control IEs packed in codeset 0 only. IEs will be passed only in applicable message types. The router can be configured to not pass IEs using the no isdn outgoing ie command. You may use the isdn gateway-max-interworking command to globally configure the Cisco router to transparently pass all unsupported IEs to its peer. However, the isdn outgoing ie command provides much finer control. Note If the isdn gateway-max-interworking command is enabled, IEs that are invalid for some destination switch types may be passed. This can cause undesirable events to occur. Note If the isdn protocol-emulate command is switched between the network and user keyword configurations, the isdn outgoing ie command reverts to its default setting. The isdn outgoing ie command must be reissued to restore the manual configuration. Cisco IOS Dial Technologies Command Reference November 2009 DIA-353 Dial Commands isdn outgoing ie Options That Are Specific to the Display IE DMS-100 and DMS-250 switch types format the display IE using an additional octet that is not used by other switch types, octet 3. Octet 3 specifies the calling party name, and is mandatory for DMS-100 and DMS-250 switch types. DMS-100 and DMS-250 switches each use a different value for octet 3. For these switch types to interoperate properly with each other or with other switch types, octet 3 must be modified. Use the dms250, nooct3, or transparent keyword to control the interoperation of a DMS-100 or DMS-250 switch with other switch types. 4ESS and 5ESS switch types do not support the display IE. If a message with a display IE packed in codeset 0 is passed out of a PRI interface with one of these switch types, the display IE will be dropped. However, these switches will pass any unknown IE that is packed in codeset 6. Use the shiftcodeset codeset_6 keywords to specify that the display IE should be packed in codeset 6 before being sent out a PRI interface with a 4ESS or 5ESS switch. Table 14 lists the IEs that can be entered for the ie argument. Not all IEs can be controlled using the isdn outgoing ie command. Table 14 ISDN IE Values IE called-number called-subaddr caller-number caller-subaddr connected-number connected-subaddr display extended-facility facility high-layer-compat low-layer-compat network-facility notify-indicator progress-indicator redirecting-number user-user IE Description The number the call is placed to. The subadress the call is placed to. The number the call originates from. The subadress the call originates from. If a disconnect occurs during a conference, this indicates the number of the remaining caller. If a disconnect occurs during a conference, this indicates the subadress of of the remaining caller. Information about the text display. Information about extended facility requests. Information about facility requests. Information about higher layer compatibility. Information about lower layer compatibility. Information about network facility requests. Information about notifications. Information about the call in progress. The number that is redirecting the call. Information about the users at either end of the call. Table 15 lists the ISDN messages that can be entered for the message-type argument. Table 15 ISDN Outgoing Message Types Outgoing Message Type alerting callproc Message Type Description Alerting message. Call proceeding message. Cisco IOS Dial Technologies Command Reference DIA-354 November 2009 Dial Commands isdn outgoing ie Table 15 ISDN Outgoing Message Types (continued) Outgoing Message Type connect disconnect facility information progress rel_comp release setup setup-ack Message Type Description Connect message. Disconnect message. Facility message. Information message. Progress message. Release complete message. Release message. Setup message. Setup acknowledge message. Examples The following example enables the passing of the redirect number IE in for all applicable outgoing message types for a PRI-NI switch: interface Serial 0:15 no ip address isdn switch-type primary-ni isdn incoming-voice modem no cdp enable isdn outgoing ie redirecting-number The following example enables the passing of the called number IE in an outgoing alert message for a PRI-NI switch: interface Serial 0:15 no ip address isdn switch-type primary-ni isdn incoming-voice modem no cdp enable isdn outgoing ie called-number codeset_0 message alerting The following example configures a DMS-100 switch to reformat octet 3 for interoperability with a DMS-250 switch: interface Serial 0:23 no ip address dialer idle-timeout 999999 isdn switch-type primary-dms100 isdn incoming-voice modem no cdp enable isdn outgoing ie display dms250 The following example configures a DMS-100 switch to drop octet from the display IE: interface Serial0:23 no ip address dialer idle-timeout 999999 isdn switch-type primary-dms100 isdn incoming-voice modem no cdp enable isdn outgoing ie display nooct3 Cisco IOS Dial Technologies Command Reference November 2009 DIA-355 Dial Commands isdn outgoing ie The following example configures a DMS-100 switch to pack the display IE without modifying octet 3: interface Serial0:23 no ip address dialer idle-timeout 999999 isdn switch-type primary-dms100 isdn incoming-voice modem no cdp enable isdn outgoing ie display transparent The following example configures a switch to pack the display IE in codeset 6 before sending it out of an interface configured with a 4ESS switch: interface Serial 0:23 no ip address isdn switch-type primary-4ess isdn incoming-voice modem no cdp enable isdn outoing ie display codeset_0 shiftcodeset codeset_6 Related Commands Command isdn gateway max-interworking isdn outgoing display-ie isdn protocol-emulate Description Prevents an H.323 gateway from checking for ISDN protocol compatibility and dropping IEs in call messages. Enables the display IE to be sent in the outgoing ISDN message if provided by the upper layers, such as voice or modem. Configures an ISDN data or voice port to emulate network or user functionality. Cisco IOS Dial Technologies Command Reference DIA-356 November 2009 Dial Commands isdn outgoing ie redirecting-number isdn outgoing ie redirecting-number Note Beginning in Cisco IOS Release 12.3(7)T, the isdn outgoing ie redirecting-number command is replaced by the isdn outgoing ie command. See the isdn outgoing ie command for more information. To enable passing of the redirect number information element (IE) in the setup message from the Cisco router to its peer, use the isdn outgoing ie redirecting-number command in interface configuration mode. To disable passing of the redirect number IE in the setup message from the Cisco router to its peer, use the no form of this command. isdn outgoing ie redirecting-number no isdn outgoing ie redirecting-number Syntax Description This command has no arguments or keywords. Command Default The redirecting number IE will be passed in the setup message for the following switch types only by default: • • • • • • • basic-dms100 basic-ni primary-dms100 primary-4ESS primary-5ESS primary-ni primary-ni2c For all other switch types, the redirecting number IE will not be passed by default. Command Modes Interface configuration Command History Release 12.2(15)T5 12.3(7)T Modification This command was introduced. This command was replaced by the isdn outgoing ie command. Usage Guidelines Use the isdn outgoing ie redirecting-number command to enable passing of the redirect number IE in the setup message from the Cisco router to its peer. Some switch types do not support the redirect number IE, so to ensure compatibility with a peer that does support the redirect number IE you may enable the passing of the redirect number IE using the isdn outgoing ie redirecting-number command. Cisco IOS Dial Technologies Command Reference November 2009 DIA-357 Dial Commands isdn outgoing ie redirecting-number Note If the isdn protocol-emulate command is switched between the network and user keyword configurations, the isdn outgoing ie command reverts to its default setting. The isdn outgoing ie command must be reissued to restore the manual configuration. Examples The following example enables the passing of the redirect number IE for a NET5 switch on a serial interface: interface Serial 0:15 isdn outgoing ie redirecting-number Related Commands Command isdn outgoing ie isdn protocol-emulate Description Specifies that an IE should be passed in outgoing ISDN messages. Configures an ISDN data or voice port to emulate network or user functionality. Cisco IOS Dial Technologies Command Reference DIA-358 November 2009 Dial Commands isdn outgoing-voice isdn outgoing-voice To set information transfer capability on outgoing calls for all switch types, use the isdn outgoing-voice command in interface configuration mode. To revert to the default state, use the no form of this command. isdn outgoing-voice info-transfer-capability {3.1kHz-audio | speech} no isdn outgoing-voice Syntax Description info-transfer-capability 3.1kHz-audio speech Specifies information transfer capability for voice calls. Sets capability to 3.1 kHz audio. Sets capability to speech. Command Default No information transfer capabilities set. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines This command is used on outgoing voice calls only, and sets standard information transfer capability. Examples The following example sets information transfer capability on outgoing voice calls to speech: interface serial 0:23 isdn outgoing-voice info-transfer-capability speech Related Commands Command isdn incoming-voice Description Specifies how to process incoming ISDN voice and data calls. Cisco IOS Dial Technologies Command Reference November 2009 DIA-359 Dial Commands isdn overlap-receiving isdn overlap-receiving To enable overlap receiving on an ISDN interface, use the isdn overlap-receiving command in interface configuration mode. To disable overlap receiving on an ISDN interface, use the no form of this command. isdn overlap-receiving [T302 milliseconds] no isdn overlap-receiving Syntax Description T302 milliseconds (Optional) The number of milliseconds that the T302 timer should wait before expiring. Valid values for the milliseconds argument range from 500 to 20000. The default value is 10000 (10 seconds). Command Default Overlap receiving is not enabled. Command Modes Interface configuration Command History Release 12.1 Modification This command was introduced. Usage Guidelines In some situations, the default timer value of the T302 timer is too long. You can shorten the duration of the timer by specifying the T302 keyword with the number of milliseconds necessary. When configuring outbound peer matching and overlap receiving, use the isdn overlap-receiving command with the destination-pattern command. You must configure the commands to allow the router to wait for all the digits to be received before the call is routed. To do this, use the T control character after the digits in the destination pattern specified with the destination-pattern command. Optionally, you can shorten the duration of the T302 timer when you specify the isdn overlap-receiving command. Examples The following example shows how to enable overlap receiving on the ISDN interface: interface serial 0:23 isdn overlap-receiving The following example shows how to enable overlap receiving on the ISDN interface and set the T302 timer to 2 seconds: interface serial 0:23 isdn overlap-receiving T302 2000 Cisco IOS Dial Technologies Command Reference DIA-360 November 2009 Dial Commands isdn overlap-receiving Related Commands Command destination-pattern isdn service Description Specifies either the prefix or full E.164 telephone number to be used for a dial peer. Takes an individual B channel or an entire PRI interface out of service or sets it to a different channel service state that is passed in to the switch. Cisco IOS Dial Technologies Command Reference November 2009 DIA-361 Dial Commands isdn overlap-receiving calltypes all isdn overlap-receiving calltypes all To enable overlap receiving for all call types, use the isdn overlap-receiving calltypes all command in interface configuration mode. To disable overlap receiving for all call types, use the no form of this command. isdn overlap-receiving calltypes all no isdn overlap-receiving calltypes all Syntax Description This commands has no arguments or keywords. Command Default Overlap receiving is not enabled. Command Modes Interface configuration Command History Release 12.2(13)T Modification This command was introduced. Usage Guidelines The isdn overlap-receiving calltypes all command enables overlap receiving for all nonvoice calls that use data dial peers, and it enables an ISDN interface to proceed with a call when a sufficient number of digits are received. These digits are determined by the destination-pattern command under the data dial peer configuration. This command is supported on the Cisco AS5350, Cisco AS5400, and Cisco AS5850 routers. Examples The following example shows how to enable overlap receiving: interface serial 0:23 isdn overlap-receiving calltypes all Related Commands Command destination-pattern dial-peer no-match disconnect-cause isdn overlap-receiving Description Specifies either the prefix or full E.164 telephone number to be used for a dial peer. Disconnects the incoming ISDN or CAS call when no inbound voice or modem dial peer is matched. Enables overlap receiving on an ISDN interface. Cisco IOS Dial Technologies Command Reference DIA-362 November 2009 Dial Commands isdn piafs-enabled isdn piafs-enabled To enable the PRI to take Personal Handyphone Internet Access Forum Standard (PIAFS) calls on MICA technologies modems, use the isdn piafs-enabled command in interface configuration mode. To disable the function, use the no form of this command. isdn piafs-enabled no isdn piafs-enabled Syntax Description This command has no arguments or keywords. Defaults No default behavior or values. Command Modes Interface configuration Command History Release 12.1(2)XH 12.1(3)T 12.1(5)T 12.2(2)XA Modification This command was introduced on the Cisco AS5300. This command was integrated into Cisco IOS Release 12.1(3)T. This command was integrated into Cisco IOS Release 12.1(5)T and support was added for the Cisco AS5800. Support was added for PIAFS version 2.1 using Cisco MICA 8.2.3.0 was added. Note PIAFS 2.1 is not supported on Cisco AS5800 universal access servers for this release. 12.2(2)XB1 12.2(11)T This command was implemented on the Cisco AS5800 platform. This command was integrated into Cisco IOS Release 12.2(11)T. Examples The following example shows how to enable the PRI to take PIAFS calls: Router(config)# interface serial 0:23 Router(config-if)# isdn piafs-enabled Cisco IOS Dial Technologies Command Reference November 2009 DIA-363 Dial Commands isdn point-to-point-setup isdn point-to-point-setup To configure the ISDN port to send SETUP messages on the static terminal endpoint identifier (TEI), use the isdn point-to-point-setup command in interface configuration mode. To restore the default, use the no form of this command. isdn point-to-point-setup no isdn point-to-point-setup Syntax Description This command has no arguments or keywords. Command Default The BRI port sends SETUP messages on the static TEI (TEI 127). Command Modes Interface configuration Command History Release 12.1(3)XI Modification This command was introduced. Usage Guidelines This command only applies if a static TEI has been activated with the isdn static-tei command. Examples The following example configures the BRI port to send SETUP messages on the static TEI: interface bri 1 isdn point-to-point-setup Related Commands Command isdn tei-negotiation (global) Description Configures when Layer 2 becomes active and ISDN TEI negotiation occurs. Cisco IOS Dial Technologies Command Reference DIA-364 November 2009 Dial Commands isdn protocol-emulate isdn protocol-emulate To emulate the network side of an ISDN configuration for a PRI Net5 or PRI NTT switch type, use the isdn protocol-emulate command in interface configuration mode. To disable ISDN emulation, use the no form of this command. isdn protocol-emulate {network | user} no isdn protocol-emulate {network | user} Syntax Description network user Network side of an ISDN configuration. User side of an ISDN configuration. Command Default No default behavior or values Command Modes Interface configuration mode Command History Release 12.0(3)XG 12.1(1)T 12.2(2)XB 12.2(2)XB1 12.2(8)T 12.2(11)T 12.3 Modification This command was introduced on the following platforms: Cisco 2600 series, Cisco 3600 series, and Cisco MC3810 concentrator. This command was introduced in the T train. This command was implemented on the Cisco AS5350 and Cisco AS5400. This command was implemented on the Cisco AS5850. This command was implemented on the Cisco IAD2420 series. This command is not supported on the access servers in this release. This command was implemented on the following platforms: Cisco AS5350, Cisco AS5400, and Cisco AS5850. This command was enhanced to support network emulation capability on the Lucent 4ESS, 5ESS, and Nortel DMS-100 ISDN switch types. These switch types can be configured as a network, but no additional changes were made and not all network side features are supported. Added support for the PRI NTT switch type. 12.3(8)T Usage Guidelines • • • The current ISDN signaling stack can emulate the ISDN network side, but it does not conform to the specifications of the various switch types in emulating the network side. This command enables the Cisco IOS software to replicate the public switched network interface to a Private Branch Exchange (PBX). To emulate NT (network) or TE (user) functionality, use this command to configure the layer 2 and layer 3 port protocol of a BRI voice port or a PRI interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-365 Dial Commands isdn protocol-emulate • Use this command to configure the Cisco AS5300 PRI interface to serve as either the primary QSIG slave or the primary QSIG master. To disable QSIG signaling, use the no form of this command; the layer 2 and layer 3 protocol emulation defaults to user. This feature is supported for the PRI Net5 and PRI NTT switch types. • Examples The following example configures the interface (configured for Net5) to emulate the network-side ISDN: Router(config)# int s0:15 Router(config-if)# isdn protocol-emulate network The following example configures the layer 2 and layer 3 function of T1 PRI interface 23 to act as the QSIG master (NT): interface serial 1:23 isdn protocol-emulate network The following example configures the layer 2 and layer 3 function of a BRI voice port to operate as QSIG slave (TE): interface bri 1 isdn protocol-emulate user The following example configures the layer 2 and layer 3 function of an E1 PRI interface to operate as QSIG slave (TE): interface serial 4:23 isdn protocol-emulate user Related Commands Command isdn bchan-number-order isdn logging isdn switch-type (PRI) network-clock-priority pri-group nec-fusion show cdapi show rawmsg Description Configures an ISDN PRI interface to make outgoing call selection in ascending, descending, or round-robin order. Enables logging of ISDN syslog messages. Specifies the central office switch type on the ISDN PRI interface. Specifies the clock-recovery priority for the BRI voice ports in a BVM. Configures the NEC PBX to support FCCS. Displays the CDAPI. Displays the raw messages owned by the required component. Cisco IOS Dial Technologies Command Reference DIA-366 November 2009 Dial Commands isdn reject isdn reject To reject an incoming ISDN BRI or PRI call based on type, use the isdn reject command in interface configuration mode. To re-allow the incoming call type, use the no form of this command. isdn reject {cause cause-code | data [56 | 64] | piafs | v110 | v120 | vod | voice [3.1khz | 7khz | speech]} no isdn reject {cause cause-code | data [56 | 64] | piafs | v110 | v120 | vod | voice [3.1khz | 7khz | speech]} Syntax Description cause cause-code data [56 | 64] Rejects call based on cause code value. Rejects incoming data call. If the optional 56 or 64 keyword is not specified, all data calls, including data over voice, are rejected. Use the optional 56 keyword to reject data coming in at 56 kbps. Use the optional 64 keyword to reject data coming in at 64 kbps. Rejects incoming Personal Handyphone Internet Access Forum Standard (PIAFS) calls. Rejects incoming V.110 calls. Rejects incoming V.120 calls. Rejects incoming voice-over-data calls, or calls characterized by 64 kbps unrestricted digital data. Although the bearer capability for these calls indicates an incoming data call, the call is treated as voice over data. See the “Usage Guidelines” for more information. Rejects incoming voice and modem calls characterized by one of three information transfer capability types: 3.1 kHz, 7 kHz, and speech, which are defined by using, in corresponding order, the 3.1khz, 7khz, and speech keywords. If none of the optional keywords is used, all voice calls except voice over data are rejected. piafs v110 v120 vod voice [3.1khz | 7khz | speech] Command Default Incoming calls are rejected based on D-channel bearer capability information (cause code 65). Command Modes Interface configuration Command History Release 12.0 12.2 Modification This command was introduced. The cause cause-code keyword and argument were added. Usage Guidelines The isdn reject command rejects incoming calls based on D-channel bearer capability information. If this command is configured with the cause cause-code keyword and argument, it will override the default value and use the configured cause code specified to reject the call. For example, if the isdn reject data command is configured so that data calls are rejected with cause code set to 65 (“bearer Cisco IOS Dial Technologies Command Reference November 2009 DIA-367 Dial Commands isdn reject capability not implemented” and the default), you can change the cause code to 2, so that data calls will then be rejected with cause code 2. Refer to the ISDN Switch Types, Codes, and Values appendix in the Cisco IOS Debug Command Reference for a list of ISDN cause code values. The settings for the isdn incoming-voice interface configuration command determine how the call is handled based on bearer capability information, as follows: • • • isdn incoming-voice voice—Calls bypass the modem and are handled as a voice call. isdn incoming-voice data—Calls bypass the modem and are handled as digital data. isdn incoming-voice modem—Calls are passed to a digital modem and the call negotiates the appropriate modem connection with the far-end modem. When the ISDN interface is configured for incoming voice with the isdn incoming-voice voice command and the ISDN bearer capability indicates the call as unrestricted digital data (i = 0x8890), the call is handled as voice over data. You can assign as many reject incoming call type statements as needed to reject unwanted calls on the ISDN interface. This command works on any Cisco platform that supports ISDN PRI and BRI interfaces. Examples The following example configuration rejects all incoming data and voice-over-data calls but accepts voice calls: interface serial 2/0:23 no ip address no logging event link-status dialer-group 1 isdn switch-type primary-net5 isdn incoming-voice voice isdn map address 222 plan isdn type national isdn T309 80000 isdn reject data isdn reject vod isdn reject v120 isdn reject v110 isdn reject piafs The following example sets the ISDN interface to reject incoming PIAFS calls: interface serial 2/0:23 isdn reject piafs The following example sets cause code 21 to reject all incoming data calls: interface serial 2/0:23 isdn reject data isdn reject cause 21 Related Commands Command isdn incoming-voice Description Specifies how to process incoming ISDN voice and data calls. Cisco IOS Dial Technologies Command Reference DIA-368 November 2009 Dial Commands isdn send-alerting isdn send-alerting To specify that an Alerting message be sent before a Connect message when making ISDN calls, use the isdn send-alerting command in interface configuration mode. To disable the Alerting information element, use the no form of this command. isdn send-alerting no isdn send-alerting Syntax Description This command has no arguments or keywords. Command Default‘ This command is disabled by default. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines Some switches may want an Alerting message to be sent by the router before sending a Connect message. This is usually seen in a voice and data type of network. Examples In the following example, the isdn send-alerting command applies to an ISDN BRI interface: interface BRI0 description connected to PBX 61886 ip address 172.26.1.1 255.255.255.0 encapsulation ppp isdn send-alerting isdn sending-complete dialer idle-timeout 20 dialer map ip 172.26.1.2 name name1 61884 dialer map ip 172.26.1.3 name name2 61885 dialer-group 1 ppp authentication chap Related Commands Command Description isdn sending-complete Specifies that the Sending Complete IE is included in the outgoing Setup message. Cisco IOS Dial Technologies Command Reference November 2009 DIA-369 Dial Commands isdn send-alerting Cisco IOS Dial Technologies Command Reference DIA-370 November 2009 Dial Commands isdn sending-complete isdn sending-complete To specify that the Sending Complete information element (IE) is included in the outgoing Setup message, use the isdn sending-complete command in interface configuration mode. To disable the Sending Complete information element, use the no form of this command. isdn sending-complete no isdn sending-complete Syntax Description This command has no arguments or keywords. Command Default This command is disabled by default. Command Modes Interface configuration (config-if) Command History Release 11.2 Modification This command was introduced. Usage Guidelines The Sending Complete IE tells the switch that all the digits and information necessary for the call are contained in this Setup message. Some switches in some countries want a Sending Complete information element to be included in the outgoing Setup message to indicate that the entire number is included. The Sending Complete IE is required in Hong Kong and Taiwan, and the isdn sending-complete command forces it to be sent. Examples In the following example, the isdn sending-complete command applies to an ISDN BRI interface: interface BRI0 description connected to PBX 61886 ip address 172.31.1.1 255.255.255.0 encapsulation ppp isdn sending-complete dialer idle-timeout 20 dialer map ip 172.31.1.2 name name1 61884 dialer map ip 172.31.1.3 name name2 61885 dialer-group 1 ppp authentication chap The following example enables sending complete IE information on a serial interface: interface serial 0:15 description connected to PBX 61886 ip address 10.1.1.1 255.255.255.0 encapsulation ppp isdn sending-complete dialer idle-timeout 20 dialer map ip 10.1.1.2 name name1 61884 Cisco IOS Dial Technologies Command Reference November 2009 DIA-371 Dial Commands isdn sending-complete dialer map ip 10.1.1.3 name name3 61885 dialer-group 1 ppp authentication chap Related Commands Command isdn send-alerting Description Specifies that an Alerting message be sent before a Complete message when making ISDN calls. Cisco IOS Dial Technologies Command Reference DIA-372 November 2009 Dial Commands isdn service isdn service To take an individual B channel or an entire PRI interface out of service or set it to a different channel service state that is passed to a time-division multiplexing (TDM) switch at the Public Switched Telephone Network (PSTN), use the isdn service command in interface configuration mode. To remove the configuration, use the no form of the command. isdn service [dsl number | nfas-int number] b_channel number state {0 | 1 | 2} [hard | immediate | soft] no isdn service Syntax Description dsl number nfas-int number (Optional) Digital subscriber loop number; displayed with the show isdn status command. DSL numbers range from 0 to 31. (Optional) The Non-Facility Associated Signaling (NFAS) member interface number that has a B channel or channels to which you want to do maintenance. B channel, or a range of B channels separated by a dash, to be set with the passed-in state value. Specifying number as 0 sets the entire PRI interface to a specific state value. B channel numbers range from 0 to 31, or 0 for the complete interface. Desired channel service state to be set on the channels. Note that the ISDN service messages are sent only for switch types that support them. A state change from lower availability to higher availability is possible only after a service acknowledgment (SERV ACK) message is received. The following channel service state values are supported: 0—In Service. Restore a channel or channels to service. 1—Maintenance. An intermediate state between In Service and Out of Service. 2—Out of Service (OOS). Take a channel or channels out of service. The switch might drop calls on active channels. Additionally, you can provide one of the following optional keywords to control when to modify the state of the B channel or channels: • b_channel number state {0 | 1 | 2} [hard | immediate | soft] hard—(Optional) Sends the service (SERV) message immediately, even if the channel is active, and clears the call if there is any. If there is no active call, this keyword has the same effect as using the immediate keyword. immediate—(Optional) This keyword is the default. It sends the service message, but does not clear the call. The switch might clear the active channels if the state is changed to Maintenance or OOS. soft—(Optional) Moves the active channel or channels to a pending change state. The service message is sent after the channel becomes idle. • • Command Default Disabled Cisco IOS Dial Technologies Command Reference November 2009 DIA-373 Dial Commands isdn service Command Modes Interface configuration Command History Release 11.3 12.2 12.3 Modification This command was introduced. The dsl keyword was made optional. The hard, immediate, and soft keywords were added as state keyword options. Usage Guidelines Use this command to manage channels on ISDN NFAS and Primary Rate Interfaces (PRI) on Cisco routers. Use the b_channel 0 keywords to set the entire PRI interface to the specified state value. Use the optional soft and immediate state keywords to take switches down gracefully, without impacting calls in progress. The hard keyword sends an immediate service message to the connected switch that will disconnect active B channels and drop active calls. To display the digital subscriber loop (DSL) number on NFAS interfaces, use the show isdn service EXEC command. To find the NFAS interface value, use the pri-group T1 controller configuration command. This command can be used only on North American switch types, because it supports the service message. Examples The following example sets all the PRI B channel on the interface to the maintenance state: isdn service b_channel 0 state 1 The following example restores B channels 2 through 4; the DSL number was obtained using the show isdn command with the status keyword, and the DSL number was then used in the command: isdn service dsl 2 b_channel 2-4 state 0 The following example sets B channels 13 to 24 to the OOS state: isdn service nfas-int 3 b_channel 13-24 state 1 In the following example, the first statement sets B channels 17 through 20 to the maintenance state and marks any busy B channel (or channels) as pending; the channel will change to the service state only when it becomes idle. The second statement will cause the service message to be sent immediately and will clear the call. If there is no call, the second statement will have the same effect as the immediate keyword, that is, it will send the service message, but will not clear the call. isdn service b_channel 17-20 state 1 soft isdn service b_channel 21 state 1 hard Related Commands Command Description isdn bcac service audit Enables service audits on an interface configured for BCAC. isdn bcac service audit Specifies that the BCAC service audit needs to be triggered on the entire interface interface. Cisco IOS Dial Technologies Command Reference DIA-374 November 2009 Dial Commands isdn service Command Description isdn bcac service audit Enables individual BCAC service triggers. trigger isdn bcac service retry Specifies that the BCAC service state of the channel needs to be changed to in-serv-on-fail In Service because no acknowledgment was received. isdn bcac service retry Specifies the maximum number of times a BCAC service message can be max retransmitted when unacknowledged. isdn bcac service timer Changes the value of the BCAC T3M1 or T323 service message timer. isdn bcac service update linkup isdn bcac service update provision show isdn Triggers updates of the BCAC service states between peer nodes through exchange of SERV and SERV ACK messages. Enables the functionality of service status for provisioning ISDN PRI B channels. Displays the information about memory, Layer 2 and Layer 3 timers, and the status of PRI channels. Cisco IOS Dial Technologies Command Reference November 2009 DIA-375 Dial Commands isdn silent-boot isdn silent-boot To prevent the transmission and receipt of ISDN packets by the router during the boostrap loading process, use the isdn silent-boot command in global configuration mode. To allow the transmission and receipt of ISDN packets by the router during the boostrap loading process, use the no form of this command. isdn silent-boot no isdn silent-boot Syntax Description This command has no arguments or keywords. Command Default The transmission and receipt of ISDN packets by the router is allowed during the bootstrap process. Command Modes Global configuration (config) Command History Release 12.2 Modification This command was introduced. Usage Guidelines ISDN traffic will not be sent from any interfaces on the router (ISDN BRI or PRI) when you use the isdn silent-boot command. Disabling the ISDN traffic on the router is appropriate when the router is part of a hunt group that is accepting incoming ISDN calls because you do not want the router to receive calls until after it has reloaded and is ready to accept the incoming calls. Examples The following example disables ISDN traffic: Router(config)# isdn silent-boot Cisco IOS Dial Technologies Command Reference DIA-376 November 2009 Dial Commands isdn snmp busyout b-channel isdn snmp busyout b-channel To enable PRI B channels to be busied out via Simple Network Management Protocol (SNMP), use the isdn snmp busyout b-channel command in interface configuration mode. To prevent B channels from being busied out via SNMP, use the no form of this command. isdn snmp busyout b-channel no isdn snmp busyout b-channel Syntax Description This command has no arguments or keywords. Command Default The default value is TRUE; that is, setting busyout using SNMP is allowed. Command Modes Interface configuration (config-if) Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines To busy out B-channels on a PRI, the ISDN switch must support service messages. The isdn snmp busyout b-channel command sets the MIB object, cpmDS0BusyoutAllow, indicating whether or not the switch supports service messages, thereby allowing the busyout of B channels. When the network access server receives an SNMP request for a busyout, it checks the value of this object. If the no isdn snmp busyout b-channel command is configured, the busyout request fails. Examples The following example allows the busyout of B-channels for serial interface 0:23: configure terminal interface serial 0:23 isdn snmp busyout b-channel Cisco IOS Dial Technologies Command Reference November 2009 DIA-377 Dial Commands isdn spid1, isdn spid2 isdn spid1, isdn spid2 To associate up to three ISDN local directory numbers (LDNs) provided by your telephone service provider to the first service profile identifier (SPID), use the isdn spid1 command in interface configuration mode. To disable the specified SPID and prevent access to the switch, use the no form of this command. isdn spid1 spid-number ldn [ldn] [ldn] no isdn spid1 spid-number ldn [ldn] [ldn] To associate up to three ISDN LDNs provided by your telephone service provider to the second service SPID, use the isdn spid2 interface configuration command. To disable the specified SPID and prevent access to the switch, use the no form of this command. isdn spid2 spid-number ldn [ldn] [ldn] no isdn spid2 spid-number ldn [ldn] [ldn] Syntax Description spid-number Number identifying the service to which you have subscribed. This value is assigned by the ISDN service provider and is usually a 10-digit telephone number with additional digits such as 40855501220101. ISDN LDN, which is a 7-digit number assigned by the service provider. You can optionally specify a second and third LDN. ldn Command Default A default SPID number and ISDN local directory numbers are not defined. Command Modes Interface configuration (config-if) Command History Release 10.3 12.0(3)T Modification This command was introduced. This command was enhanced with the option of associating the SPID with up to three LDNs. Usage Guidelines This command applies only to North America and is required for DMS-100 and National ISDN switches. Typically, DMS-100 and National ISDN switch implementations using BRI interfaces with SPIDS require two terminal endpoint identifiers (TEIs), two SPIDS, and two phone numbers. If you want to take advantage of both B channels, it is advised you configure the router with the LDN value after the SPID. Cisco IOS Dial Technologies Command Reference DIA-378 November 2009 Dial Commands isdn spid1, isdn spid2 Note Some DMS-100 and National ISDN switch installations may be configured as a “hunt group” whereby all calls are initially forwarded to the primary number. Under these circumstances, you should not configure the LDN. You can determine this by enabling the debug isdn q931 command. If the endpoint identifier (EID) information element is delivered in the incoming setup message, then the switch is addressing the TEIs with the EID, instead of the LDN. If you want the SPID to be automatically detected, you can specify 0 for the spid-number argument. The ISDN switch checks for the LDN to determine whether both channels can be used to transmit and receive data. If there is not an LDN present, then only the B1 channel can be used for full-duplex communication. However, the B2 channel can still be used to make outgoing calls. If you include the local directory number in the no form of this command, access to the switch is permitted, but the other B channel may not be able to receive incoming calls. Examples The following example defines, on the router, a SPID and LDN for the B1 channel: isdn spid1 41555501130101 5550113 The following example shows how to specify that the SPID should be automatically detected, that the primary ISDN local directory number is 4085550111, and that the secondary number is 4085550122: isdn spid1 0 4085550111 4085550122 The following example defines, on the router, a SPID and LDN for the B2 channel: isdn spid2 41555501140101 5550114 The following example specifies that the SPID should be automatically detected, that the primary ISDN local directory number is 4085550111, and that the secondary number is 4085550122: isdn spid2 0 4085550111 4085550122 Related Commands Command isdn autodetect Description Enables the automatic detection of ISDN SPIDs and switch type. Cisco IOS Dial Technologies Command Reference November 2009 DIA-379 Dial Commands isdn spoofing isdn spoofing To enable ISDN spoofing so that loss of Layer 1 or Layer 2 connectivity of the ISDN BRI interface is not detected by the Trunk Group Resource Manager (TGRM) or similar application, use the isdn spoofing command in interface configuration mode. To disable ISDN spoofing so the TGRM or similar application can detect when the BRI interface is not operational (when the Layer 1 or Layer 2 connection is down), use the no form of this command. isdn spoofing no isdn spoofing Syntax Description This command has no arguments or keywords. Command Default The ISDN BRI interface is spoofing, which means that applications always see the BRI interface connection as operational (unless the interface has been manually shut down [ADMINDOWN state]). Command Modes Interface configuration (config-if) Command History Release 12.3(14)T Modification This command was introduced. Usage Guidelines The ISDN BRI interface is spoofing by default. Spoofing makes the ISDN BRI interface available (up) for operation (for dialing in ISDN), even if the interface is down. For an ISDN BRI interface to be set to a down condition, the interface must be manually shut down (IDBS_ADMINDOWN state). Spoofing enables upper layers to dial out even when the interface is down. Some upper layer modules, such as TGRM and similar applications, allow dial-out only if the channel is available. If the record for TGRM or similar application is notified of the actual status of BRI, then the TGRM or similar application can dial out accordingly. In this case, the no isdn spoofing command is appropriate. Note ISDN spoofing can be applied only to BRI interfaces—it does not apply to PRI interfaces. Examples The following example shows how to configure an ISDN BRI interface to disable ISDN spoofing: Router# config terminal Enter configuration commands, one per line. End with CNTL/Z. Router(config)# interface bri0/0 Router(config-if)# no isdn spoofing Router(config-if)# Cisco IOS Dial Technologies Command Reference DIA-380 November 2009 Dial Commands isdn spoofing Related Commands Command interface bri show isdn status Description Configures a BRI interface and enters interface configuration mode. Displays the status of all ISDN interfaces or a specific ISDN interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-381 Dial Commands isdn static-tei isdn static-tei To configure a static ISDN Layer 2 terminal endpoint identifier (TEI) over the D channel, use the isdn static-tei command in interface configuration mode. To remove a static TEI configuration, use the no form of this command. isdn static-tei tei-number no isdn static-tei tei-number Syntax Description tei-number Terminal endpoint identifier, in the range from 0 to 63. Command Default Dynamic TEI (no isdn static-tei) Command Modes Interface configuration (config-if) Command History Release 11.3 Modification This command was introduced. Usage Guidelines Depending on the telephone company you subscribe to, you may have a dynamically or statically assigned TEI for your ISDN service. The default TEI behavior is dynamic, and the isdn static-tei command changes that behavior to static for the specified service. When you reconfigure a TEI with the isdn static-tei command, you must activate the configuration using the shutdown and no shutdown commands. Examples The following example configures German Anlagenanschluss ISDN lines. These lines are often provided in a group intended to be connected to single ISDN device such as a private branch exchange. To use the Anlagenanschluss ISDN lines on a Cisco router, you must set the TEI to 0, as follows: Router# configure terminal Router(config)# interface bri 0 Router(config-if)# isdn static-tei 0 Router(config-if)# shutdown Router(config-if)# no shutdown Related Commands Command interface bri isdn x25 static-tei shutdown Description Configures a BRI interface and enters interface configuration mode. Configure a static TEI for X.25 over the ISDN D channel. Disables an interface. Cisco IOS Dial Technologies Command Reference DIA-382 November 2009 Dial Commands isdn switch-type (BRI) isdn switch-type (BRI) To specify the central office switch type on the ISDN interface, use the isdn switch-type command in global or interface configuration mode. To remove an ISDN switch type, use the no form of this command. isdn switch-type switch-type no isdn switch-type switch-type Syntax Description switch-type ISDN service provider switch type. Table 16 in the “Usage Guidelines” section lists the supported switch types. Defaults No ISDN switch type is specified. Command Modes Global configuration (config) Interface configuration (config-if) Command History Release 9.21 11.3T 12.0(3)XG Modification This command was introduced as a global command. This command was introduced as an interface command. The basic-qsig and primary-qsig switch type options were added to support BRI QSIG voice signaling. Usage Guidelines For the Cisco AS5300 access server, you have the choice of configuring the isdn-switch-type command to support Q.SIG in either global configuration mode or interface configuration mode. When entered in global configuration mode, the setting applies to the entire Cisco AS5300 access server. When entered in interface configuration mode, the setting applies only to the T1/E1 interface specified. The interface configuration mode setting overrides the global configuration setting. Note This command can be entered in either global configuration or interface configuration mode. When entered in global configuration mode, the basic-qsig switch type command specifies that the Cisco MC3810 use QSIG signaling on all BRI interfaces; when entered in interface configuration mode, the command specifies that an individual BRI voice interface use QSIG signaling. The interface configuration mode setting overrides the global configuration setting on individual interfaces. Cisco IOS Dial Technologies Command Reference November 2009 DIA-383 Dial Commands isdn switch-type (BRI) For example, if you have a Q.SIG connection on one line as well as on the PRI port, you can configure the ISDN switch type in one of the following combinations: • • • Set the global isdn-switch-type command to support Q.SIG and set the interface isdn-switch-type command for interface serial 0:23 to a PRI setting such as 5ess. Set the global isdn-switch-type command to support PRI 5ess and set the interface isdn-switch-type command for interface serial 1:23 to support Q.SIG. Configure the global isdn-switch-type command to another setting (such as switch type VN3), set the interface isdn-switch-type command for interface serial 0:23 to a PRI setting, and set the interface isdn-switch-type command for interface serial 1:23 to support Q.SIG. For the Cisco MC3810 router, if you are using different Cisco MC3810 BRI port interfaces with different ISDN switch types, you can use global and interface commands in any combination, as long as you remember that interface commands always override a global command. For example, if you have a BRI QSIG switch interface on BRI voice ports 1, 2, 3 and 4, but a BRI 5ess switch interface on BRI backup port 0, you can configure the ISDN switch types in any of the following combinations: • • • Enter the isdn switch-type basic-qsig global configuration command, and enter the isdn switch-type bri-5ess command on interface 0. Enter the isdn switch-type bri-5ess global configuration command, and enter the isdn switch-type basic-qsig command on interfaces 1, 2, 3, and 4 individually. Enter the isdn switch-type bri-5ess command on interface 0, and enter the isdn switch-type basic-qsig command on interfaces 1, 2, 3, and 4 individually. If you use the no isdn switch-type global configuration command, any switch type that was originally entered in global configuration mode is canceled; however, any switch type originally entered on an interface is not affected. If you use the no isdn switch-type interface configuration command, any switch type configuration on the interface is canceled. Note In the Cisco MC3810, ISDN BRI voice ports support only switch type basic-qsig; ISDN BRI backup ports support all other listed switch types, but not basic-qsig. Note The dial-peer codec command must be configured before any calls can be placed over the connection to the PINX. The default codec type is G729a. If you are using the Multiple ISDN Switch Types feature to apply ISDN switch types to different interfaces, refer to the chapters “Configuring ISDN BRI” and “Configuring ISDN PRI” in the Cisco IOS Dial Technologies Configuration Guide for additional details. The Cisco IOS command parser accepts the following switch types: basic-nwnet3, vn2, and basic-net3; however, when viewing the NVRAM configuration, the basic-net3 or vn3 switch types are displayed, respectively. To remove an ISDN switch type from an ISDN interface, specify the no isdn switch-type switch-type command. Cisco IOS Dial Technologies Command Reference DIA-384 November 2009 Dial Commands isdn switch-type (BRI) Table 16 lists supported BRI switch types by geographic area. Table 16 ISDN Service Provider BRI Switch Types Keywords by Area Voice/PBX Systems Switch Type PINX (PBX) switches with QSIG signaling per Q.931 German 1TR6 ISDN switch NET3 ISDN BRI for Norway NET3, Australia NET3, and New Zealand NET3switch types; ETSI-compliant switch types for Euro-ISDN E-DSS1 signaling system French ISDN BRI switches Japanese NTT ISDN switches Lucent (AT&T) basic rate 5ESS switch Northern Telecom DMS-100 basic rate switch National ISDN switches No switch defined basic-qsig Australia, Europe, UK basic-1tr6 basic-net3 vn3 Japan ntt North America basic-5ess basic-dms100 basic-ni All Users none Examples The following example configures the French VN3 ISDN switch type: isdn switch-type vn3 The following example uses the Multiple ISDN Switch Types feature and shows use of the global ISDN switch type basic-ni keyword (formerly basic-ni1) and the basic-net3 interface-level switch type keyword. ISDN switch type basic-net3 is applied to BRI interface 0 and overrides the global switch setting. isdn switch-type basic-ni ! interface BRI0 isdn switch-type basic-net3 The following example configures the Cisco MC3810 router to use BRI QSIG signaling for all of its BRI voice ports: isdn switch-type basic-qsig The following example configures the Cisco MC3810 to use BRI QSIG signaling for BRI voice port 1. On port 1, this setting overrides any different signaling set in the previous example. interface bri 1 isdn switch-type basic-qsig Cisco IOS Dial Technologies Command Reference November 2009 DIA-385 Dial Commands isdn switch-type (PRI) isdn switch-type (PRI) To specify the central office switch type on the ISDN interface, or to configure the Cisco MC3810 PRI interface to support QSIG signaling, use the isdn switch-type command in global or interface configuration mode. To disable the switch or QSIG signaling on the ISDN interface, use the no form of this command. isdn switch-type switch-type no isdn switch-type switch-type Syntax Description switch-type Service provider switch type; see Table 17 for a list of supported switches. Command Default The switch type defaults to none, which disables the switch on the ISDN interface. Command Modes Global configuration (confi) Interface configuration (config-if) Note This command can be entered in either global configuration mode or in interface configuration mode. When entered in global configuration mode, the setting applies to the entire Cisco MC3810. When entered in interface configuration mode, the setting applies only to the T1/E1 interface specified. The interface configuration mode setting overrides the global configuration setting. Command History Release 9.21 11.3T 12.0(2)T Modification This command was introduced as a global command. This command was introduced as an interface command. The primary-qsig-slave and primary-qsig master switch type options were added to support PRI QSIG signaling. Usage Guidelines You have a choice of configuring the isdn-switch-type command to support QSIG at either the global configuration level or at the interface configuration level. For example, if you have a QSIG connection on one line as well as on the BRI port, you can configure the ISDN switch type in one of the following combinations: • • • Set the global isdn-switch-type command to support QSIG, and set the interface isdn-switch-type command for the interface bri 0 command to a BRI setting such as 5ess. Set the global isdn-switch-type command to support BRI 5ess, and set the interface isdn-switch-type command for the interface serial 1:23 command to support QSIG. Configure the global isdn-switch-type command to another setting (such as switch type VN3), and then set the interface isdn-switch-type command for the interface bri 0 command to a BRI setting, and set the interface isdn-switch-type command for the interface serial 1:23 command to support QSIG. Cisco IOS Dial Technologies Command Reference DIA-386 November 2009 Dial Commands isdn switch-type (PRI) The voice-port codec command must be configured before any calls can be placed over the connection to the PINX. The default codec type is G729a. To disable the switch on the ISDN interface, specify the isdn switch-type none command. Table 17 lists supported PRI switch types by geographic area. Note If you are using the Multiple ISDN Switch Types feature to apply the ISDN switch types to different interfaces, refer to the chapter “Setting Up Basic ISDN Service” in the Cisco IOS Dial Technologies Configuration Guide for additional details. Table 17 ISDN Service Provider PRI Switch Types Keywords by Area Voice/PBX Systems Switch Type Supports QSIG signaling per Q.931. Network side functionality is assigned with the isdn protocol-emulate command. NET5 ISDN PRI switch types for Asia, Australia, and New Zealand; ETSI-compliant switches for Euro-ISDN E-DSS1 signaling system. Japanese ISDN PRI switch. AT&T 4ESS switch type for the United States. AT&T 5ESS switch type for the United States. NT DMS-100 switch type for the United States. National ISDN switch type. No switch defined. primary-qsig Australia and Europe primary-net5 Japan primary-ntt North America primary-4ess primary-5ess primary-dms100 primary-ni All users none Examples The following example demonstrates the Multiple ISDN Switch Type Feature. The global ISDN switch type setting is basic-net3. The PRI interface (channelized T1 controller), is configured to use the isdn switch-type primary-net5 command and BRI interface 0 is configured for the isdn switch-type basic-ni command (formerly isdn switch-type basic-ni1). isdn switch-type basic-net3 ! interface serial0:23 isdn switch-type primary-net5 ip address 172.21.24.85 255.255.255.0 ! interface BRI0 isdn switch-type basic-ni The following example configures T1 interface 23 on the Cisco AS5300 to support Q.SIG signaling: interface serial 1:23 isdn switch-type primary-qsig Cisco IOS Dial Technologies Command Reference November 2009 DIA-387 Dial Commands isdn switch-type (PRI) Related Commands Command Description isdn protocol-emulate Configures the Layer 2 and Layer 3 port protocol of a BRI voice port or a (dial) PRI interface to emulate NT (network) or TE (user) functionality. pri-group nec-fusion show cdapi show rawmsg Configures your NEC PBX to support FCCS. Displays the CDAPI. Displays the raw messages owned by the required component. Cisco IOS Dial Technologies Command Reference DIA-388 November 2009 Dial Commands isdn t306 isdn t306 Note Effective with Cisco IOS Release 12.4(11)T, the isdn t306 command is replaced by the isdn timer command. See the isdn timer command for more information. To set a timer for disconnect messages sent by a router, use the isdn t306 command in interface configuration mode. To reset to the default, use the default or no form of this command. isdn t306 milliseconds default isdn t306 no isdn t306 Syntax Description milliseconds Time, in milliseconds, that the router waits before disconnecting a call after it receives a disconnect message with a progress indicator of 8. Range is from 1 to 400000. This keyword resets the default value for the T306 timer. default Command Default Default depends on the switch, usually from 5000 to 30000 ms. Command Modes Interface configuration (config-if) Command History Release 12.1(3)XI 12.1(5)T 12.2(2)XA 12.2(2)XB1 12.2(11)T 12.4(11)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.1(5)T. This command was implemented on the Cisco AS5400 and Cisco AS5350. This command was implemented on the Cisco AS5850. This command was integrated into Cisco IOS Release 12.2(11)T. This command was replaced by the isdn timer command. Usage Guidelines The T306 timer is designed for routers that are configured as an ISDN network-side switch. When a router sends out a disconnect message with a progress indicator of 8, it disconnects the call after waiting for the specified number of milliseconds (ms) while the in-band announcement or error tone is playing. Be sure to set the timer long enough for the announcement to be heard or the tone to be recognized. This command is used only for disconnect messages with a progress indicator of 8; otherwise, the T305 timer is used. The default and no forms of this command have the same result: the timer waits for the default number of ms before disconnecting the call. Cisco IOS Dial Technologies Command Reference November 2009 DIA-389 Dial Commands isdn t306 Examples The following example sets the T306 timer to 60000 ms for serial interface 0:23: interface serial 0:23 isdn t306 60000 Related Commands Command isdn t309 Description Changes the value of the timer to clear the network connection, and release the B channel and call reference when a data-link disconnection has occurred. Changes the value of the T310 timer for Call Proceeding messages. Changes the value of the T321 timer for D channel switchover when the primary D channel fails. isdn t310 isdn timer t321 Cisco IOS Dial Technologies Command Reference DIA-390 November 2009 Dial Commands isdn t310 isdn t310 Note Effective with Cisco IOS Release 12.4(11)T, the isdn t310 command is replaced by the isdn timer command. See the isdn timer command for more information. To set a timer for the call proceeding state, use the isdn t310 comman in interface configuration mode. To reset to the default, use the no form of this command. isdn t310 milliseconds no isdn t310 Syntax Description milliseconds Time, in milliseconds, that the router waits before disconnecting a call after receiving a call proceeding message. Range is from 1 to 400000. Command Default Default depends on the switch; usually from 5000 to 30000 ms. Command Modes Interface configuration (config-if) Command History Release 12.1(3)XI 12.1(5)T 12.2(2)XA 12.2(2)XB1 12.2(11)T 12.4(11)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.1(5)T. This command was implemented on the Cisco AS5350 and Cisco AS5400. This command was implemented on the Cisco AS5850. This command was integrated into Cisco IOS Release 12.2(11)T. This command was replaced by the isdn timer command. Usage Guidelines The T310 timer starts when a router receives a call proceeding message; it stops when the call exits the call proceeding state, typically when the call moves to the alerting, connect, or progress state. If the timer expires while the call is in the call proceeding state, the router releases the call. Set the timer to match the specific characteristics of your network. Examples The following example sets the T310 timer to 40,000 ms for serial interface 0:23: interface serial 0:23 isdn t310 40000 Cisco IOS Dial Technologies Command Reference November 2009 DIA-391 Dial Commands isdn t310 Related Commands Command isdn protocol-emulate isdn t306 isdn test call interface Description Sets a timer for disconnect messages. Changes the value of the T306 timer to disconnect a call after the router sends a disconnect message. Changes the value of the T309 timer to clear the network connection, and to release the B channel and call reference when a data-link disconnection has occurred. Changes the value of the T321 timer for D-channel switchover when the primary D channel fails. isdn timer t321 Cisco IOS Dial Technologies Command Reference DIA-392 November 2009 Dial Commands isdn tei-negotiation (global) isdn tei-negotiation (global) To configure when Layer 2 becomes active and ISDN terminal endpoint identifier (TEI) negotiation occurs, use the isdn tei-negotiation command in global configuration mode. To remove TEI negotiation configuration, use the no form of this command. isdn tei-negotiation [first-call | powerup] no isdn tei-negotiation Syntax Description first-call powerup (Optional) ISDN TEI negotiation should occur when the first ISDN call is placed or received. (Optional) ISDN TEI negotiation should occur when the router is powered on. Command Default The powerup state is the default condition. Command Modes Global configuration (config) Command History Release 9.21 Modification This command was introduced as a global command. Usage Guidelines This command is for BRI configuration only. This command is useful for switches that may deactivate Layers 1 and 2 when there are no active calls or primary DMS-100 switches which activate TEI when the first ISDN call is placed or received. Examples The following example applies the isdn tei negotiation first-call command to BRI interface 0. BRI interface 1 will use the isdn tei negotiation powerup command, which is the default setting. Defaults settings do not appear in the router configuration. isdn switch-type basic-net ! interface bri0 ! Configure the ISDN switch type on this interface and set TEI negotiation to first-call. isdn switch-type basic-ni isdn tei-negotiation first-call ! BRI interface 1 uses the default TEI negotiation value. interface bri1 Cisco IOS Dial Technologies Command Reference November 2009 DIA-393 Dial Commands isdn tei-negotiation (interface) isdn tei-negotiation (interface) To configure when Layer 2 becomes active and ISDN terminal endpoint identifier (TEI) negotiation occurs, use the isdn tei-negotiation command in interface configuration mode. To remove TEI negotiation from an interface, use the no form of this command. isdn tei-negotiation {first-call | powerup} {preserve | remove} no isdn tei-negotiation Syntax Description first-call powerup preserve remove ISDN TEI negotiation occurs when the first ISDN call is placed or received. ISDN TEI negotiation occurs when the router is powered up. Preserves dynamic TEI negotiation when ISDN Layer 1 flaps, and when the clear interface or the shutdown and no shutdown EXEC commands are executed. Removes dynamic TEI negotiation when ISDN Layer 1 flaps, and when the clear interface or the shutdown and no shutdown EXEC commands are executed. Command Default The powerup state is the default condition. Depending on the ISDN switch type configured, the default action is to preserve or remove the TEI negotiation options. Command Modes Interface configuration (config-if) Command History Release 11.3T 12.2 Modification This command was introduced as an interface command. The preserve and remove keywords were added. Usage Guidelines This command is for BRI configuration only. The first-call and powerup, and preserve and remove command pairs are mutually exclusive, that is, you must choose only one command from either the first-call and powerup or preserve and remove command pairs, per command line. The no isdn tei-negotiation command returns the configuration to default to the powerup state. Use of the preserve keyword causes different behavior depending on the ISDN switch type configured, that is, the TEI negotiation configured will be preserved during ISDN Layer 1 flaps, and when the clear interface or the shutdown and no shutdown EXEC commands are executed, on the switch types listed in Table 18. Table 18 Switch Types with Preserved TEI Negotiation Switch Type French ISDN switch types Lucent (AT&T) basic rate 5ESS switch Cisco IOS Keyword vn2, vn3 basic-5ess Cisco IOS Dial Technologies Command Reference DIA-394 November 2009 Dial Commands isdn tei-negotiation (interface) Table 18 Switch Types with Preserved TEI Negotiation (continued) Switch Type Northern Telecom DMS-100 basic rate switch National ISDN basic rate switch Cisco IOS Keyword basic-dms100 basic-ni PINX (PBX) switches with QSIG signaling per Q.931 basic-qsig For all other ISDN switch types, the TEI negotiation will be removed during ISDN Layer 1 flaps, and when the clear interface or the shutdown and no shutdown EXEC commands are executed. Use the remove keyword to specifically set one of the switches listed in Table 18 to the remove state. The first-call keyword and its functionality are not supported on U.S. switch types (basic-ni, basic-5ess, basic-dms100, primary-ni, primary-4ess, primary-5ess, and primary-dms100), especially for service profile identifier (SPID) negotiations. The first-call keyword and its functionality are supported on European switch types (basic-net3 and primary-net5) to prevent Layer 2 activity when there are no Layer 3 calls. Examples The following example shows the ISDN TEI negotiation configuration with default settings. (Defaults settings do not appear in the router configuration.) interface BRI0/0 no ip address isdn switch-type basic-ni cdapi buffers regular 0 cdapi buffers raw 0 cdapi buffers large 0 The following example shows how to set TEI negotiation timing to the first call: Router(config-if)# isdn tei-negotiation first-call Router(config-if)# exit Router(config)# exit Router# show startup-config . . . interface BRI0/0 no ip address isdn switch-type basic-ni isdn tei-negotiation first-call cdapi buffers regular 0 cdapi buffers raw 0 cdapi buffers large 0interface BRI0/0 The following example shows how to change TEI negotiation timing back to the default power-up state: Router(config-if)# no isdn tei-negotiation Router(config-if)# exit Router(config)# exit Router# show startup-config . . . interface BRI0/0 no ip address isdn switch-type basic-ni cdapi buffers regular 0 cdapi buffers raw 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-395 Dial Commands isdn tei-negotiation (interface) cdapi buffers large 0 The following example shows how to remove TEI negotiation when ISDN Layer 1 flaps (the preserve state is the default for the National ISDN basic rate switch): Router(config-if)# isdn tei-negotiation remove Router(config-if)# exit Router(config)# exit Router# show startup-config . . . interface BRI0/0 no ip address isdn switch-type basic-ni isdn tei-negotiation first-call isdn tei-negotiation remove cdapi buffers regular 0 cdapi buffers raw 0 cdapi buffers large 0 The following example shows how to return the National ISDN basic rate switch to its default preserve state: Router(config-if)# no isdn tei-negotiation Router(config-if)# exit Router(config)# exit Router# show startup-config . . . interface BRI0/0 no ip address isdn switch-type basic-ni isdn tei-negotiation first-call cdapi buffers regular 0 cdapi buffers raw 0 cdapi buffers large 0 Cisco IOS Dial Technologies Command Reference DIA-396 November 2009 Dial Commands isdn test call interface isdn test call interface To make an ISDN data call, use the isdn test call interface command in privileged EXEC mode. isdn test call interface interface-number dialing-string [speed {56 | 64}] Syntax Description interface-number dialing-string speed {56 | 64} Interface number. Telephone number used for making ISDN data call. (Optional) Line speed (56 or 64 kbps) used for making ISDN data call. Command Default The default B-channel speed is 64 kbps. Command Modes Privileged EXEC (#) Command History Release 12.2 Modification This command was introduced. Usage Guidelines You can use the isdn test call interface command to test your DDR configuration. You can also use this command to verify the dialing string and speed without having to know the IP address of the remote router or without configuring a dialer map or string. The isdn test call interface command replaces the isdn call interface command. Examples The following example makes an ISDN data call through interface bri 0 to 555-0111 and at a line speed of 56 kbps: isdn test call interface bri 0 5550111 speed 56 Related Commands Command isdn caller Description Disconnects an ISDN data call without bringing down the interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-397 Dial Commands isdn test disconnect interface isdn test disconnect interface To disconnect an ISDN data call without bringing down the interface, use the isdn test disconnect interface command in privileged EXEC mode. isdn test disconnect interface type number {b1 | b2 | all} Syntax Description type number b1 b2 all Interface type and number, such as bri 0. B channel 1. B channel 2. B channels 1 and 2. Command Default A default interface is not defined. Command Modes Privileged EXEC Command History Release 12.2 Modification This command was introduced. Usage Guidelines You can use the isdn test disconnect interface command to disconnect any ongoing data calls placed manually or caused by DDR. The isdn test disconnect interface command replaces the isdn disconnect interface command. Examples The following example disconnects an ISDN data call through interface bri 0 and B channel 1: isdn test disconnect interface bri 0 b1 Related Commands Command Description isdn call interface Makes an ISDN data call. Cisco IOS Dial Technologies Command Reference DIA-398 November 2009 Dial Commands isdn timer isdn timer Note Effective with Cisco IOS Release 12.4(11)T, the isdn timer command replaces the isdn t-activate, isdn t306, isdn t310, isdn timer t309, and isdn timer t321 commands. If any of these replaced commands are entered, the command-line interface responds with a message indicating the new syntax and a request that you update the startup configuration with the running configuration. To identify and configure an ISDN timer and change the value of the timer for network and call connect and disconnect waiting periods, use the isdn timer command in interface configuration mode. To restore the default value, use the no form of this command. isdn timer timer milliseconds no isdn timer timer milliseconds Syntax Description timer Identifies the type of ISDN timer to be configured. The timer is the wait period between two signficant events (the events vary according to the type of timer selected). The following are acceptable ISDN timers: t-activate, t200, t203, t300s, t301, t303, t306, t307, t309, t310, and t321. Number of milliseconds (ms) that the router or switch waits before taking action. Values for the different ISDN timers are as follows: • • • • • • • • • • • Note milliseconds t-activate—The range is from 1000 to 15,000. The default is 4000 (5000 is recommended). t200—The range is from 400 to 400,000. The default is 1000. t203—The range is from 400 to 400,000. The default is 10,000. t300s—The range is from 500 to 86,400,000. The default is 300,000. t301—The range is from 180,000 to 86,400,000. The default is switch-dependent. t303—The range is from 400 to 86,400,000. The default is 10,000. t306—The range is from 400 to 86,400,000. The default is switch-dependent. t307—The range is from 30,000 to 300,000. The default is 180,000. t309—The range is from 0 to 86,400,000. The default is 90,000. t310—The range is from 400 to 400,000. The default is 10,000. t321—The range is from 0 to 86,400,000. The default is 30,000. Setting the timer to 0 for the T309 and T321 timers causes the expiration time to be infinite so the wait period will never expire. Command Default The default values vary according to the type of ISDN timer and, in some cases, are switch-dependent. To restore a specific default value, use the no isdn timer command. Cisco IOS Dial Technologies Command Reference November 2009 DIA-399 Dial Commands isdn timer Command Modes Interface configuration Command History Release 12.4(11)T Modification This command was introduced. This command replaces the isdn t-activate, isdn t306, isdn t310, isdn timer t309, and isdn timer t321 commands and standardizes the syntax for ISDN timer configuration. Usage Guidelines Selection of the different timers serves different purposes in the ISDN configuration. The functions of the different ISDN timers are as follows: • t-activate—The T-activate timer starts when the voice gateway sends a Facility message to the public switched telephone network (PSTN). If a response is not received within the specified time, the Tool Command Language (TCL) Interactive Voice Response (IVR) script for Malicious Call Identification (MCID) is notified. Depending on how the script is written, it could reinvoke MCID or perform some other action, such as playing a message if the MCID attempt fails. The ISDN interface must use the NET5 switch type, which is set using the isdn switch-type primary-net5 command. Protocol emulation must be set to user, which is the default for the isdn protocol-emulate command. t200—The T200 timer defines the wait period until the retransmission of a message will occur. This wait period must exceed the time it takes to send a frame and receive its acknowledgment. t203—The T203 timer specifies the maximum wait period between exchanges of Q.921 frames. Although the default is 10,000 ms, most switches allow modification of this timer as needed. In cases of long distances and delay, this timer should be modified for continued operation. t300s—The T300S timer is specific to Cisco IOS software configurations. The T300S timer specifies the wait period between attempts to initiate ISDN Layer 2 communication. t301—The T301 timer is configured on the user side and the network side. On the user side, the timer indicates Call Delivered—Alerting Received. On the network side, this timer indicates Call Received—Alerting Received. t303—The T303 timer starts when a calling party initiates call establishment by transferring a setup message on the assigned signaling virtual channel across the interface. If no response to the setup message is received by the user side before the first expiry of the T303 timer, the setup message will be retransmitted and the T303 timer restarted. If the user side has not received any response to the setup message after the final expiry of timer T303, the user side manually clears the call internally. t306—The T306 timer is configured on the network side. The T306 timer defines a wait period only for disconnect messages with a progress indicator of 8. When a router sends out a disconnect message with a progress indicator of 8, it disconnects the call after waiting for the specified number of milliseconds while the in-band announcement or error tone is playing. The timer must be set with sufficient duration for the announcement to be heard or the tone to be recognized. t307—The T307 timer is configured on the network side for BRI switch-types (Primary-net5, Primary-NI, and Primary-NI2C) for Suspend—Remove message processing. • • • • • • • Cisco IOS Dial Technologies Command Reference DIA-400 November 2009 Dial Commands isdn timer • t309—The T309 timer defines a wait period before clearing the network connection and releasing the B channel and call reference when a data-link disconnection has occurred. When a data link layer malfunction occurs, calls that are not in the active state are cleared. For calls that are not in the active state, the T309 timer is started. The timer is stopped when the data link is reconnected. If the T309 timer expires prior to the reestablishment of the data link, the network clears the connection and call to the remote user, sending a disconnect cause of 27 to indicate that the call destination is out of order. The network releases and disconnects the B channel and releases the call reference, thereby entering the Null state. The T309 timer is mandatory for routers that are configured as ISDN network-side switches. The implementation of the T309 timer is optional for the user side of the network. t310—The T310 timer starts when a router receives a call proceeding message; it stops when the call exits the call proceeding state, typically when the call moves to the alerting, connect, or progress state. If the timer expires while the call is in the call-proceeding state, the router releases the call. t321—The T321 timer specifies a wait period for D-channel switchover when the primary D channel fails. The T321 timer must be implemented when you use the D-channel backup procedure involving D-channel switchover. • • Examples The following example sets the T309 timer to 60,000 ms (60 seconds) for serial interface 0:24: interface serial 0:24 isdn timer t309 60000 The following example sets the T321 timer expiration to 0 ms so that it will never expire for serial interface 0:24: interface serial 0:24 isdn timer t321 0 The following example shows the configuration of an ISDN timer on serial interface 0:23: interface serial0:23 isdn switch-type primary-net5 ip address 10.10.10.0 255.255.255.0 isdn suppserv mcid isdn t-activate 5000 Related Commands Command isdn protocol-emulate isdn switch-type primary-net5 isdn t-activate isdn t306 isdn t310 isdn timer t309 Description Configures the PRI interface to serve as either the primary slave (user) or the primary master (network). Specifies the central office switch type on the ISDN interface as NET5. Specifies how long the gateway waits for a response from the PSTN after sending a MCID request. Changes the value of the T306 timer to disconnect a call after the router sends a disconnect message. Changes the value of the T310 timer for call proceeding messages. Changes the value of the T309 timer to clear the network connection and to release the B channel and call reference when a data-link disconnection has occurred. Changes the value of the T321 timer for D-channel switchover when the primary D channel fails. isdn timer t321 Cisco IOS Dial Technologies Command Reference November 2009 DIA-401 Dial Commands isdn timer t309 isdn timer t309 Note Effective with Cisco IOS Release 12.4(11)T, the isdn timer t309 command is replaced by the isdn timer command. See the isdn timer command for more information. To change the value of the T309 timer to clear the network connection and to release the B channel and call reference when a data-link disconnection has occurred, use the isdn timer t309 command in interface configuration mode. To restore the default value, use the no form of this command. isdn timer t309 milliseconds no isdn timer t309 Syntax Description milliseconds Number of milliseconds (ms) that the router waits before clearing the network connection, and releasing the B channel and call reference. Values are from 0 to 86,400,000 ms (0 to 86,400 seconds). Command Default 90,000 ms (90 seconds) Command Modes Interface configuration Command History Release 12.2 12.4(11)T Modification This command was introduced. This command was replaced by the isdn timer command. Usage Guidelines When a data link layer malfunction occurs, calls that are not in the active state are cleared. For calls that are not in the active state, the T309 timer is started. The timer is stopped when the data link is reconnected. If the T309 timer expires prior to the reestablishment of the data link, the network clears the connection and call to the remote user, sending a disconnect cause of 27 to indicate that the call destination is out of order. The network releases and disconnects the B channel, and releases the call reference, entering the Null state. The T309 timer is mandatory for routers that are configured as an ISDN network-side switch and by default the timer is set to expire after 90,000 ms (90 seconds). The implementation of the T309 timer is optional for the user side of the network. The isdn timer t309 command is used for changing the value of the T309 timer. Note Setting the timer to 0 causes the timer expiry to become infinite so the wait period never expires. Examples The following example sets the T309 timers to 60,000 ms (60 seconds) for serial interface 0:24: interface serial 0:24 isdn timer t309 60000 Cisco IOS Dial Technologies Command Reference DIA-402 November 2009 Dial Commands isdn timer t309 Related Commands Command isdn t306 isdn t310 isdn timer t321 Description Changes the value of the T306 timer to disconnect a call after the router sends a disconnect message. Changes the value of the T310 timer for call proceeding messages. Changes the value of the T321 timer for D-channel switchover when the primary D channel fails. Cisco IOS Dial Technologies Command Reference November 2009 DIA-403 Dial Commands isdn timer t321 isdn timer t321 Note Effective with Cisco IOS Release 12.4(11)T, the isdn timer t321command is replaced by the isdn timer command. See the isdn timer command for more information. To change the value of the timer for D-channel switchover when the primary D channel fails, use the isdn timer t321 command in interface configuration mode. To restore the default value, use the no form of this command. isdn timer t321 milliseconds no isdn timer t321 Syntax Description milliseconds Number of milliseconds (ms) that the router waits before sending a DL-ESTABLISH request on both D channels to request a switchover. Values are from 0 to 86,400,000. Command Default The default wait period is 30,000 ms. Command Modes Interface configuration Command History Release 12.2 12.4(11)T Modification This command was introduced. This command was replaced by the isdn timer command. Usage Guidelines The T321 timer must be set when you use the D-channel backup procedure involving D-channel switchover. The isdn timer t321 command is used for changing the value of the T321 timer. Note Setting the timer to 0 causes the timer expiry to become infinite so that the wait period never expires. Examples The following example sets the T321 timers to 25 ms for serial interface 0:23: interface serial 0:23 isdn timer t321 25 Cisco IOS Dial Technologies Command Reference DIA-404 November 2009 Dial Commands isdn timer t321 Related Commands Command isdn t306 isdn timer t309 Description Changes the value of the T306 timer to disconnect a call after the router sends a disconnect message. Changes the value of the T309 timer to clear the network connection, and to release the B channel and call reference when a data-link disconnection has occurred. Changes the value of the T310 timer for call proceeding messages. isdn t310 Cisco IOS Dial Technologies Command Reference November 2009 DIA-405 Dial Commands isdn transfer-code isdn transfer-code To activate call transferring, use the isdn transfer-code command in interface configuration mode. To disable call transferring, use the no form of this command. isdn transfer-code code no isdn transfer-code Syntax Description code Number from 0 to 999 (ISDN transfer code). Command Default The default code is 61. Command Modes Interface configuration Command History Release 12.0(3)T Modification This command was introduced. Usage Guidelines Use this command if your ISDN line is connected to a NI1 or a Nortel DMS-100 Custom switch. Your telephone service provider should issue an ISDN transfer code when you order call transferring. Examples The following example specifies 62 as the ISDN transfer code: isdn transfer-code 62 Cisco IOS Dial Technologies Command Reference DIA-406 November 2009 Dial Commands isdn transparent isdn transparent To configure an ISDN interface to pass specified cause-code values transparently from VoIP to PSTN on the terminating gateway without mapping the values, use the isdn transparent command in interface configuration mode. To disable the transparent handling of specified cause codes, use the no form of this command. isdn transparent cause-value cause-value no isdn transparent cause-value cause-value Syntax Description cause-value Sends a cause-code value number (submitted as an integer in the range of 1 through 127) to the switch. You can include up to 16 cause-code values in each command. Command Default When the isdn transparent command is not enabled, all ISDN cause-code values are mapped according to the configuration when they are passed from VoIP to PSTN on the terminating gateway. Command Modes Interface configuration Command History Release 12.2(15)T9 12.3(7)XI 12.3(8)T 12.3(8) Modification This command was introduced. This command was integrated into this release. This command was integrated into this release. This command was integrated into this release. Usage Guidelines This command must be enabled under the serial D-channel to pass specified cause-code values transparently. The command syntax allows you to configure up to 16 cause-code values to be passed transparently at the terminating gateway. Examples The following example shows how to configure the serial D-channel interface 7/7:23 to pass ISDN cause codes 4, 42, and 95 transparently at the terminating gateway: Router# configure terminal Router(config)# interface serial7/7:23 Router(config-if)# isdn transparent cause-value 4 42 95 Router(config-if)# end Related Commands Command interface serial Description Specifies a serial interface created on a channelized E1 or channelized T1 controller (for ISDN PRI, CAS, or robbed-bit signaling). Cisco IOS Dial Technologies Command Reference November 2009 DIA-407 Dial Commands isdn twait-disable isdn twait-disable To delay a National ISDN BRI switch a random time before activating the Layer 2 interface when the switch starts up, use the isdn twait-disable command in interface configuration mode. To remove the delay, use the no form of this command. isdn twait-disable no isdn twait-disable Syntax Description This command has no arguments or keywords. Command Default This command is enabled by default. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines The random-length delay set by this command prevents mass power failures from causing the network ISDN switches to be overwhelmed when power returns and all the devices startup at the same time. The random delay is in the range 1 to 300 seconds. Examples The following example configures a random wait period after a power failure: isdn twait-disable Cisco IOS Dial Technologies Command Reference DIA-408 November 2009 Dial Commands isdn v110 only isdn v110 only To selectively accept incoming V.110 calls based on data bit, parity, and stop bit modem communication settings, use the isdn v110 only command in interface configuration mode. To change or disable the expected incoming V.110 modem call configuration, use the no form of this command. isdn v110 only [databits {5 | 7 | 8}] [parity {even | mark | none | odd | space}] [stopbits {1 | 1.5 | 2}] no isdn v110 only Syntax Description databits {5 | 7 | 8} (Optional) Allowed data bits, as follows: • • • 5—Allow 5 data bits only. 7—Allow 7 data bits only. 8—Allow 8 data bits only. even—Allow even parity only. mark—Allow mark parity only. none—Allow no parity only. odd—Allow odd parity only. space—Allow space parity only. 1—Allow 1 stop bit only. 1.5—Allow 1.5 stop bits only. 2—Allow 2 stop bits only. parity {even | mark | none | odd | space} (Optional) Allowed parity, as follows: • • • • • stopbits {1 | 1.5 | 2} (Optional) Allowed stop bits, as follows: • • • Command Default No default behavior or values. Command Modes Interface configuration Command History Release 12.1(4)T Modification This command was introduced. Usage Guidelines The isdn v110 only command provides a way to screen incoming V.110 modem calls and reject any calls that do not have the communication settings configured as the network expects them to be. Cisco IOS Dial Technologies Command Reference November 2009 DIA-409 Dial Commands isdn v110 only Examples The following example filters out all V.110 modem calls except those with communication settings of 8 data bits, no parity bit, and 1 stop bit: interface serial 0:23 isdn v110 only databits 8 parity none stopbits 1 Cisco IOS Dial Technologies Command Reference DIA-410 November 2009 Dial Commands isdn v110 padding isdn v110 padding To enable the padded V.110 modem speed report required by the V.110 modem standard, use the isdn v110 padding command in interface configuration mode. To disable the padded V.110 modem speed report, use the no form of this command. isdn v110 padding no isdn v110 padding Syntax Description This command has no arguments or keywords. Command Default V.110 modem speed padding is enabled. Command Modes Interface configuration Command History Release 12.2(8)T Modification This command was introduced. Usage Guidelines The no isdn v110 padding command is useful for networks with devices such as terminal adapters (TAs) and global system for mobile communication (GSM) handsets that do not fully conform to the V.110 modem standard. The V.110 modem standard specifies that the incoming asynchronous data must be padded by adding stop elements to fit the nearest channel rate. For example, a 14400 bits per second (bps) user data signaling rate is adapted to a synchronous 19200-bps stream rate. The software reports the adapted rate (19200 bps) to the modem for an incoming V.110 call. However, for those devices that do not fully conform to the V.110 supplications, the software must report the speed as 14400 instead of 19200 to the modem for a successful connection. By setting the modem interface to no isdn v110 padding, padding is disabled and the actual bit rate can be reported to the modem. Examples The following example shows how to disable V.110 asynchronous-to-synchronous padding: ! interface Serial0:23 no ip address isdn switch-type primary-ni isdn bchan-number-order ascending no isdn v110 padding no cdp enable Cisco IOS Dial Technologies Command Reference November 2009 DIA-411 Dial Commands isdn voice-priority isdn voice-priority To control the priority of data and voice calls for the telephones, fax machines, and modems connected to the router telephone ports, use the isdn voice-priority command in interface configuration mode. To disable a specified ISDN voice priority setting and to use the default setting, use the no form of this command. isdn voice-priority local-directory-number {in | out} {always | conditional | off} no isdn voice-priority local-directory-number Syntax Description local-directory-number in out always conditional off Local ISDN directory number assigned by your telephone service provider. Incoming voice call. Outgoing voice call. Always bump a data call for a voice call. Bump a data call only if there is more than one call to the same destination. Never bump a data call for a voice call. Command Default A data call is never bumped for an incoming or outgoing voice call. Command Modes Interface configuration Command History Release 12.0(3)T Modification This command was introduced. Usage Guidelines If an ISDN circuit endpoint is busy with a data call or calls and either a voice call comes in (incoming) or you attempt to place a voice call (outgoing), the data call is handled according to the setting of isdn voice-priority command. If you are in North America and have multiple ISDN directory numbers associated with a SPID, the outgoing voice priority that you set for any of these directory numbers applies to the other directory numbers. For example, if you enter the following commands, the outgoing voice priority for all directory numbers specified in the isdn spid1 command is set to conditional: isdn spid1 0 4085550111 4085550122 4085550133 isdn voice-priority 5550111 out conditional The setting of the pots dialing-method command affects when you hear a busy signal in the following situation: • • A data call cannot be bumped. You are trying to make an outgoing call. Cisco IOS Dial Technologies Command Reference DIA-412 November 2009 Dial Commands isdn voice-priority If the setting is overlap, you hear a busy signal when you pick up the handset. If the setting is enblock, you initially hear a dial tone and then a busy signal. Examples The following example specifies that a data call for the specified ISDN directory number never be bumped for an incoming or an outgoing voice call: isdn voice-priority 5550111 in off isdn voice-priority 5550111 out off Related Commands Command Description isdn spid1, isdn spid2 Defines the SPID number that has been assigned by the ISDN service provider for the B1 channel. pots dialing-method Specifies how the Cisco 800 series router collects and sends digits dialed on your connected telephones, fax machines, or modems. Cisco IOS Dial Technologies Command Reference November 2009 DIA-413 Dial Commands isdn x25 dchannel isdn x25 dchannel To create a configurable interface for X.25 traffic over the ISDN D channel, use the isdn x25 dchannel command in interface configuration mode. To remove the interface, use the no form of this command. isdn x25 dchannel [q931-broadcast] no isdn x25 dchannel [q931-broadcast] Syntax Description q931-broadcast (Optional) Enables a gateway to share the same terminal endpoint identifier (TEI) for sending X.25 Set Asynchronous Balanced Mode Extended (SABME) and ITU Q.931 packet mode responses. Command Default Command is disabled Command Modes Interface configuration Command History Release 11.2F 12.4(6)T Modification This command was introduced. This command was enhanced with the optional q931-broadcast keyword to enable the ITU Q.931 service access point identifier (SAPI) value 16 procedures for call setup that accepts X.25 calls on the BRI D channel on Japanese and some European telephone switches that require that procedure. Usage Guidelines This command creates a new, configurable interface, which can be specified as interface brix:0 in commands, where x is the original BRI interface number. For example, on a Cisco 4500 router with an MBRI, if the isdn x25 dchannel command is configured on interface BRI 5, the new interface is bri5:0 and can be used for configuring the other parameters for X.25 over the D channel. These parameters include the addresses and the map statements. To display the new interface, use the more system:running-config command. The optional q931-broadcast keyword is supported only on the ISDN BRI interface user side. Although regular X.25 and ISDN configuration commands may be sufficient to enable this feature, the Japanese NTT ISDN switch types expect the same TEI to be shared. By default, Cisco gateways will try to use two different TEIs and expect the switch to establish an X.25 link on the TEI that responds. The Japanese NTT switch does not follow this procedure and expects the Cisco router to share the same TEI. Cisco recommends that deployments interworking with the Japanese NTT switch type use the optional q931-broadcast keyword to enable sharing of the TEI and avoid interworking incompatibilities. The optional q931-broadcast keyword can also be used in configurations for other switch types such as the European NET3 that require sharing of the TEIs. You can verify the X.25 call accept procedure using the debug isdn events, debug isdn command with the optional mgmnt keyword, and debug isdn q931 EXEC commands. Cisco IOS Dial Technologies Command Reference DIA-414 November 2009 Dial Commands isdn x25 dchannel Examples The following example creates BRI interface 0 and configures it for X.25 over the ISDN D channel. This example uses dynamic TEIs, not a static TEI. interface bri1 isdn x25 dchannel interface bri1:0 ip address 10.1.1.2 255.255.255.0 x25 address 31107000000100 x25 htc 1 x25 suppress-calling-address x25 facility windowsize 2 2 x25 facility packetsize 256 256 x25 facility throughput 9600 9600 x25 map ip 10.1.1.3 31107000000200 x25 map ip 10.1.1.4 31107000000800 The following is a typical configuration that enables SAPI 0 procedures that accept X.25 calls on the ISDN D channel, on ISDN BRI interface 0: isdn switch-type basic-ntt x25 routing ! interface BRI0 no ip address no ip directed-broadcast dialer load-threshold 1 either isdn switch-type basic-net3 isdn x25 dchannel q931-broadcast ! interface BRI0:0 ip address 192.168.1.1 255.255.255.252 no ip directed-broadcast no ip mroute-cache x25 address 12503372501 x25 htc 2 x25 map ip 192.168.1.2 2231146 ! Related Commands Command debug isdn Description Displays messages about what is occurring in the structure and operation of ISDN in the Cisco IOS software. Displays information about call setup and teardown of ISDN Layer 3 network connection between the user (router) side and the network side. Configures a BRI interface and enters interface configuration mode. Specifies the central office switch type on the ISDN interface. debug isdn events Displays ISDN events occurring on the user (router) side of the ISDN interface. debug isdn q931 interface bri isdn switch-type Cisco IOS Dial Technologies Command Reference November 2009 DIA-415 Dial Commands isdn x25 static-tei isdn x25 static-tei To configure a static ISDN Layer 2 terminal endpoint identifier (TEI) for X.25 over the ISDN D channel, use the isdn x25 static-tei command in interface configuration mode. Use the no form of this command if dynamic TEIs will be used on the interface that is to carry X.25 traffic over the D channel. isdn x25 static-tei tei-number no isdn x25 static-tei tei-number Syntax Description tei-number Terminal endpoint identifier, in the range from 0 to 63. Command Default Disabled Command Modes Interface configuration Command History Release 11.2F Modification This command was introduced. Usage Guidelines This command applies to ISDN BRI interfaces only. Only one static TEI is allowed per BRI interface. If a second static TEI is configured, the first static TEI is overwritten. Some switches require a static TEI be used for X.25 over the ISDN D channel. When the isdn x25 dchannel command is invoked without the isdn x25 static-tei command, a dynamic TEI is chosen. Examples The following example creates static TEI 8 on the X.25-over-ISDN-D channel: interface bri0 isdn x25 dchannel isdn x25 static-tei 8 Because the isdn x25 static-tei command is missing, the following example configuration sets dynamic TEIs for the ISDN channel: interface bri0 isdn x25 dchannel Related Commands Command interface bri isdn x25 dchannel Description Configures a BRI interface and enters interface configuration mode. Creates a configurable interface for X.25 traffic over the ISDN D channel. Cisco IOS Dial Technologies Command Reference DIA-416 November 2009 Dial Commands l2tp tunnel retransmit initial retries l2tp tunnel retransmit initial retries To configure the number of times that the router will attempt to send out the initial Layer 2 Tunnel Protocol (L2TP) control packet for tunnel establishment before considering a peer busy, use the l2tp tunnel retransmit initial retries command in VPDN group or VPDN template configuration mode. To restore the default value, use the no form of this command. l2tp tunnel retransmit initial retries number no l2tp tunnel retransmit initial retries Syntax Description number Number of retransmission attempts. Valid values range from 1 to 1000. The default value is 2. Command Default The router will resend the initial L2TP control packet twice. Command Modes VPDN group configuration VPDN template configuration Command History Release 12.2(4)T 12.2(11)T 12.2(28)SB Modification This command was introduced. This command was implemented on the Cisco 1760, Cisco AS5300, Cisco AS5400, and Cisco AS5800 platforms. This command was integrated into Cisco IOS Release 12.2(28)SB. Usage Guidelines Use the l2tp tunnel retransmist initial retries command to configure the number of times a device will attempt to resend the initial control packet used to establish an L2TP tunnel. Examples The following example configures the router to attempt to send the initial L2TP control packet five times for tunnels associated with the virtual private dialup network (VPDN) group named group1: vpdn-group group1 l2tp tunnel retransmit initial retries 5 Related Commands Command l2tp tunnel busy timeout Description Configures the amount of time that the router will wait before attempting to recontact a router that was previously busy. l2tp tunnel retransmit Configures the amount of time that the router will wait before resending an initial timeout initial L2TP control packet out to establish a tunnel. l2tp tunnel retransmit Configures the number of retransmission attempts made for a L2TP control retries packet. Cisco IOS Dial Technologies Command Reference November 2009 DIA-417 Dial Commands l2tp tunnel retransmit initial retries Command Description l2tp tunnel retransmit Configures the amount of time that the router will wait before resending an timeout L2TP control packet. vpdn-group vpdn-template Creates a VPDN group and enters VPDN group configuration mode. Creates a VPDN template and enters VPDN template configuration mode. Cisco IOS Dial Technologies Command Reference DIA-418 November 2009 Dial Commands limit base-size limit base-size To define the base number of simultaneous connections that can be done in a single customer or virtual private dialup network (VPDN) profile, use the limit base-size command in customer profile configuration or VPDN profile configuration mode. To remove the limitation, use the no form of this command. limit base-size {base-number | all} no limit base-size {base-number | all} Syntax Description base-number all Maximum number of simultaneous connections or sessions that can be used in a specified customer or VPDN profile, in the range from 0 to 1000. Accept all calls (default). Use this keyword if you do not want to limit or apply overflow session counting to a customer or VPDN profile. Command Default The base size is set to all. Command Modes Customer profile configuration VPDN profile configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the limit base-size command to define the base number of simultaneous connections in a single customer or VPDN profile. The session limit applies to all the physical resource groups and pools configured in a single customer profile. If you want to define the number of overflow calls granted to a customer profile by using the limit overflow-size command, do not use the all keyword in the limit base-size command; instead, specify a base number. Examples The following example shows the total number of simultaneous connections limited to a base size of 48: resource-pool profile customer customer1_isp limit base-size 48 Related Commands Command limit overflow-size resource-pool profile customer Description Defines the number of overflow calls granted to one customer or VPDN profile. Creates a customer profile. Cisco IOS Dial Technologies Command Reference November 2009 DIA-419 Dial Commands limit overflow-size limit overflow-size To define the number of overflow calls granted to one customer or virtual private dialup network (VPDN) profile, use the limit overflow-size command in customer profile configuration or VPDN profile configuration mode. To remove the overflow configuration, use the no form of this command. limit overflow-size {overflow-calls | all} no limit overflow-size {overflow-calls | all} Syntax Description overflow-calls Number of overflow calls to grant, in the range from 0 to 1000. Default is 0. all Accept all overflow calls. Command Default The overflow size is set to 0. Command Modes Customer profile configuration VPDN profile configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the limit overflow-size customer or VPDN profile configuration command to define the number of overflow calls granted to one customer or VPDN profile. The overflow is not applied if the limit base-size command is set using the all keyword. Examples The following example shows 20 overflow calls granted to the customer profile called customer1_isp: resource-pool profile customer customer1_isp limit overflow-size 20 Related Commands Command limit base-size resource-pool profile customer Description Defines the base number of simultaneous connections that can be done in a single customer or VPDN profile. Creates a customer profile. Cisco IOS Dial Technologies Command Reference DIA-420 November 2009 Dial Commands line-power line-power To configure an ISDN BRI port to supply line power to the terminal equipment (TE), use the line-power command in interface configuration mode. To disable the line power supply, use the no form of this command. line-power no line-power Syntax Description This command has no arguments or keywords. Command Default The BRI port does not supply line power. Command Modes Interface configuration Command History Release 12.0(3)XG 12.0(4)T 12.1(3)XI Modification This command was introduced on the Cisco MC3810 access concentrator. This command was integrated into Cisco IOS Release 12.0(4)T. This command was implemented on the Cisco 2600 and Cisco 3600 series. Usage Guidelines This command is supported only if an installed BRI voice module (BVM) or BRI VIC is equipped to supply line power (phantom power). This command is used only on a BRI port operating in NT mode. A BRI port operating in TE mode is automatically disabled as a source of line power, and the line-power command is rejected. When you use the line-power command, the line power provision is activated on a BRI port if the port is equipped with the hardware to supply line power. When you enter the no line-power command, the line power provision is deactivated on a BRI port. Note If the BRI port is operating in NT mode, the line-power command will be accepted, but will have no effect if a BVM is not equipped to supply line power. Examples The following example configures a BRI port to supply power to an attached TE device (only if the BVM is equipped to supply line power): interface bri 1 line-power Cisco IOS Dial Technologies Command Reference November 2009 DIA-421 Dial Commands logging event nfas-status logging event nfas-status To enable the production of log messages when ISDN layer 2 changes occur on NFAS D-channels. (Primary or Backup D-channels up/down, and active/alternate D-channel changes), use the logging event nfas-status command in interface configuration mode. To disable notification, use the no form of this command. logging event nfas-status no logging event nfas-status Syntax Description This command has no arguments or keywords. Command Default Disabled (does not produce reports). Command Modes Interface configuration Command History Release 12.2(13)T Modification This command was introduced. Usage Guidelines This configuration command should be entered on each ISDN serial interface. This configuration command should be entered when the user wishes to see the NFAS D-channel status changes. Should “logging event link-status” not be configured, no indication may be provided when the NFAS D-channel status changes. Examples The following example shows how to enable the production of log messages when ISDN layer 2 changes occur on NFAS D-channels using the logging event nfas-status command. Router(config-if)# logging event nfas-status Cisco IOS Dial Technologies Command Reference DIA-422 November 2009 Dial Commands loopback (controller el) loopback (controller el) To loop an entire E1 line (including all channel groups defined on the controller) toward the line and back toward the router or access server, use the loopback command in controller configuration mode. To remove the loop, use the no form of this command. loopback no loopback Syntax Description This command has no arguments or keywords. Command Default Loopback function is disabled. Command Modes Controller configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command is useful for testing the DCE channel service unit/data service unit (CSU/DSU) itself. To display interfaces currently in loopback operation, use the show interfaces loopback EXEC command. Examples The following example configures the loopback test on the E1 line: controller e1 0 loopback Related Commands Command show interfaces loopback Description Displays information about the loopback interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-423 Dial Commands loopback local (controller) loopback local (controller) To loop an entire T1 line (including all channel groups defined on the controller) toward the line and the router or access server, use the loopback local command in controller configuration mode. To remove the loop, use the no form of this command. loopback local no loopback local Syntax Description This command has no arguments or keywords. Command Default Loopback function is disabled. Command Modes Controller configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command is useful for testing the DCE channel service unit/data service unit (CSU/DSU) itself. To display interfaces currently in loopback operation, use the show interfaces loopback EXEC command. Examples The following example configures the loopback test on the T1 line: controller t1 0 loopback local Related Commands Command Description show interfaces loopback Displays information about the loopback interface. Cisco IOS Dial Technologies Command Reference DIA-424 November 2009 Dial Commands loopback local (interface) loopback local (interface) To loop a channelized T1 or channelized E1 channel group, use the loopback local command in interface configuration mode. To remove the loop, use the no form of this command. loopback local no loopback local Syntax Description This command has no arguments or keywords. Command Default Loopback function is disabled. Command Modes Interface configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command is useful for looping a single channel group in a channelized environment without disrupting the other channel groups. To display interfaces currently in loopback operation, use the show interfaces loopback EXEC command. Examples The following example configures the loopback test on the T1 line: interface serial 1/0:22 loopback local Related Commands Command show interfaces loopback Description Displays information about the loopback interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-425 Dial Commands loopback remote (controller) loopback remote (controller) To loop packets from a MultiChannel Interface Processor (MIP) through the channel service unit/data service unit (CSU/DSU), over a dedicated T1 link, to the remote CSU at the single destination for this T1 link and back, use the loopback remote command in controller configuration mode. To remove the loop, use the no form of this command. loopback remote no loopback remote Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Controller configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command applies only when the device supports the remote function. It is used for testing the data communication channels. For MIP cards, this controller configuration command applies if only one destination exists at the remote end of the cloud, the entire T1 line is dedicated to it, and the device at the remote end is a CSU (not a CSU/DSU). This is an uncommon case; MIPs are not usually used in this way. To display interfaces currently in loopback operation, use the show interfaces loopback EXEC command. Examples The following example configures a remote loopback test: interface serial 0 loopback remote Related Commands Command show interfaces loopback Description Displays information about the loopback interface. Cisco IOS Dial Technologies Command Reference DIA-426 November 2009 Dial Commands map-class dialer map-class dialer To define a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback, use the map-class dialer command in global configuration mode. map-class dialer class-name no map-class dialer class-name Syntax Description class-name Unique class identifier. Command Default Command is disabled; no class name is provided. Command Modes Global configuration Command History Release 11.0 Modification This command was introduced. Usage Guidelines The class-name argument in the map-class dialer command used to specify the class must be the same as a class-name argument used in a dialer map command. This command is used on the PPP callback server, not on the callback client. This command is used to define classes of calls for PPP callback for dial-on-demand routing (DDR), for ISDN Advice of Charge, and for Network Specific Facilities (NSF) call-by-call dialing plans. For NSF call-by-call support on ISDN Primary-4ESS switches only, use one of the dialing-plan keywords listed in Table 19. Table 19 NSF Keywords and Supported Services Keyword sdnplan megaplan accuplan NSF Dialing Plan SDN MEGACOMM ACCUNET Data Yes No Yes Voice Yes Yes Yes International GSDN (Global SDN) Yes Yes Examples The following example configures the PPP callback server on an ISDN BRI interface on a router. The callback server requires an enable timeout and a map class to be defined. interface BRI0 ip address 10.1.1.7 255.255.255.0 encapsulation ppp dialer callback-secure dialer enable-timeout 2 Cisco IOS Dial Technologies Command Reference November 2009 DIA-427 Dial Commands map-class dialer dialer map ip 10.1.1.8 name mymap class dial1 81012345678901 dialer-group 1 ppp callback accept ppp authentication chap ! map-class dialer dial1 dialer callback-server username The following example configures the ISDN switch type to Primary-4ESS and configures ISDN PRI on T1 controller 1/0, and sets the D channel for dialer map classes that reference the NSF dialing plans. Finally, the map-class dialer command uses a dialing plan keyword and the dialer outgoing command refers to the same plan. isdn switch-type primary-4ess ! ! controller T1 1/0 framing esf linecode b8zs pri-group timeslots 1-24 ! interface Serial1/0:23 description This is the DMS D-channel 415-886-9503 ip address 10.1.1.3 255.255.255.0 encapsulation ppp no keepalive dialer map ip 10.1.1.1 name mymap class sdnplan 14155770715 dialer map ip 10.1.1.2 name hermap class megaplan 14155773775 dialer map ip 10.1.1.4 name hismap class accuplan 14155773778 dialer-group 1 ppp authentication chap ! map-class dialer sdnplan dialer outgoing sdn ! map-class dialer megaplan dialer voice-call dialer outgoing mega ! map-class dialer accuplan dialer outgoing accu The following partial example configures BRI interface 0 to function as the callback server on the shared network. The callback server requires an enable timeout and a map class to be defined. interface BRI0 ip address 10.2.1.7 255.255.255.0 encapsulation ppp dialer callback-secure dialer enable-timeout 2 dialer map ip 10.2.1.8 name mymap class dial1 81012345678901 dialer-group 1 ppp callback accept ppp authentication chap ! map-class dialer dial1 dialer callback-server username The following example configures a map class named “mymap” and sets an ISDN speed of 56 kbps for the class. map-class dialer mymap isdn speed 56 Cisco IOS Dial Technologies Command Reference DIA-428 November 2009 Dial Commands map-class dialer Related Commands Command dialer map Description Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. dialer string (legacy DDR) Specifies the destination string (telephone number) to be called for interfaces calling a single site. show controllers e1 Displays information about the E1 links supported by the NPM (Cisco 4000) or MIP (Cisco 7500 series). Cisco IOS Dial Technologies Command Reference November 2009 DIA-429 Dial Commands member member To alter the configuration of an asynchronous interface that is a member of a group, use the member command in interface configuration mode. To restore defaults set at the group master interface, use the no form of this command. member asynchronous-interface-number command no member asynchronous-interface-number command Syntax Description asynchronous-interface-number command Number of the asynchronous interface to be altered. One or both of the following commands entered for this specific interface: • • peer default ip address description Command Default No individual configurations are set for member interfaces. Command Modes Interface configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines You can customize a member interface by using the member command. Interfaces are designated as members of a group by using the interface group-async and group-range commands. Examples The following example defines interface 3 with a description of line 3, which is attached to a Hayes Optima modem: interface group-async 0 member 3 description line #3 Hayes Optima Related Commands Command group-range Description Creates a list of member asynchronous interfaces (associated with a group interface). interface group-async Creates a group interface that will serve as master, to which asynchronous interfaces can be associated as members. Cisco IOS Dial Technologies Command Reference DIA-430 November 2009 Dial Commands member (dial peer cor list) member (dial peer cor list) To add a member to a dial peer class of restrictions (COR) list, use the member command in dial peer COR list configuration mode. To remove a member from a list, use the no form of this command. member class-name no member class-name Syntax Description class-name Class name previously defined in dial peer COR custom configuration mode by using of the name command. Command Default No default behavior or values. Command Modes Dial peer COR list configuration Command History Release 12.1(3)T Modification This command was introduced. Examples The following example adds three members to the COR list named list3: dial-peer cor list list3 member 900_call member 800_call member catchall Related Commands Command dial-peer cor list Description Defines a COR list name. Cisco IOS Dial Technologies Command Reference November 2009 DIA-431 Dial Commands modem always-on modem always-on To set a tty line to always be ready to interpret characters from network elements, use the modem always-on command in line configuration mode. To disable this function, use the no form of this command. modem always-on no modem always-on Syntax Description This command has no arguments or keywords. Command Default The tty line waits to recieve a data set ready (DSR), RING, or clear to send (CTS) signal before interpreting characters from network elements. Command Modes Line configuration Command History Release 12.4(4)T Modification This command was introduced. Usage Guidelines To set the line as available to receive calls coming from the network via the router, you must also configure the line with the autocommand x28 command. Examples The following example configures tty line 97 to interpret characters received from network elements without having to wait for other incoming signals: Router(config)# line 97 Router(config-line)# modem always-on Related Commands Command autocommand modem printer x28 Description Automatically executes a command when a user connects to a particular line. Configures a line to receive a DSR signal before it will interpret incoming characters from a network element. Enters X.28 mode and accesses an X.25 network or sets X.3 PAD parameters. Cisco IOS Dial Technologies Command Reference DIA-432 November 2009 Dial Commands modem answer-timeout modem answer-timeout To set the amount of time that the Cisco IOS software waits for the Clear to Send (CTS) signal after raising the data terminal ready (DTR) signal in response to RING, use the modem answer-timeout command in line configuration mode. To revert to the default value, use the no form of this command. modem answer-timeout seconds no modem answer-timeout Syntax Description seconds Timeout interval in seconds, in the range from 0 to 65535. Command Default 15 seconds Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command is useful for modems that take a long time to synchronize to the appropriate line speed. For more information, see the chapter “Creating and Using Modem Chat Scripts” in the Cisco IOS Dial Technologies Configuration Guide. Examples The following example sets the timeout interval to 20 seconds for the modem connected to lines 3 through 13: line 3 13 modem answer-timeout 20 Related Commands Command modem callin modem inout Description Supports dial-in modems that use the DTR signal to control the off-hook status of the modem. Configures a line for both incoming and outgoing calls. Cisco IOS Dial Technologies Command Reference November 2009 DIA-433 Dial Commands modem at-mode modem at-mode To open a directly connected session and enter AT command mode, which is used for sending AT (modem attention) commands to Microcom manageable modems, use the modem at-mode command in EXEC mode. modem at-mode slot/port no modem at-mode slot/port Syntax Description slot/port Slot number and modem port number. Include the slash mark when entering this variable. Command Default Command is disabled. Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Usage Guidelines Manageable modems return “OK” if the AT command you send is successfully enabled. Press Ctrl-C after sending an AT command to close the directly connected session. Note This command does not apply to basic modems that have out-of-band ports. Examples The following example opens a directly connected session on modem 1/1, enters AT command mode on modem 1/1, and transmits the AT commands through the out-of-band feature of modem 1/1: Router# modem at-mode 1/1 You are now entering AT command mode on modem (slot 1 / port 1). Please type CTRL-C to exit AT command mode. at%v MNP Class 10 V.34/V.FC Modem Rev 1.0/85 OK at\s IDLE LAST DIAL 000:00:00 NET ADDR: FFFFFFFFFFFF MODEM HW: SA 2W United States 4 RTS 5 CTS 6 DSR - CD 20 DTR - RI Cisco IOS Dial Technologies Command Reference DIA-434 November 2009 Dial Commands modem at-mode MODULATION MODEM BPS MODEM FLOW MODEM MODE V.23 OPR. AUTO ANS. SERIAL BPS BPS ADJUST SPT BPS ADJ. ANSWER MESSGS SERIAL FLOW PASS XON/XOFF PARITY IDLE 28800 OFF AUT OFF ON 115200 OFF 0 ON BHW OFF 8N AT%G0 AT\G0 AT\N3 AT%F0 ATS0=1 AT%U0 AT\J0 AT\W0 ATQ0 AT\Q3 AT\X0 AT Related Commands Command clear modem Description Resets the hardware for one or more manageable modems on access servers and routers. Cisco IOS Dial Technologies Command Reference November 2009 DIA-435 Dial Commands modem at-mode-permit modem at-mode-permit To permit a Microcom modem to accept a directly connected session, use the modem at-mode-permit command in line configuration mode. To disable permission for modems to accept a direct connection, use the no form of this command. modem at-mode-permit no modem at-mode-permit Syntax Description This command has no arguments or keywords. Command Default Command is enabled. Command Modes Line configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines After you enter this command, enter the modem at-mode command to enable a directly connected session on the modem. From AT command mode, you can enter AT (modem attention) commands directly from your terminal session. For a complete list of supported AT commands, refer to the AT command documentation that came with your access server or router. The no modem at-mode-permit command disables a modem from accepting a direct connection, which is useful for ensuring modem security. Note This command does not apply to basic modems, which do not have out-of-band ports. Examples The following example permits the modem connected to TTY line 1 to accept a directly connected session: line 1 modem at-mode-permit Related Commands Command clear modem modem at-mode Description Resets the hardware for one or more manageable modems on access servers and routers. Opens a directly connected session and enters AT command mode, which is used for sending AT commands to Microcom manageable modems. Cisco IOS Dial Technologies Command Reference DIA-436 November 2009 Dial Commands modem autoconfigure discovery modem autoconfigure discovery To configure a line to discover which kind of modem is connected to the router and to configure that modem automatically, use the modem autoconfigure discovery command in line configuration mode. To disable this feature, use the no form of this command. modem autoconfigure discovery no modem autoconfigure discovery Syntax Description This command has no arguments or keywords. Command Default No default behavior or values. Command Modes Line configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines The modem is identified each time the line is reset. If a modem cannot be detected, the line continues retrying for 10 seconds. When the modem type is determined, this information remains stored until the modem is recycled or disconnected. Using Discovery mode is much slower than configuring a line directly. Each time the modem is reset (every time a chat reset script is executed), a string of commands is sent to the modem, the first one being “return to factory-defaults.” Examples The following example automatically discovers which kind of modem is attached to the router or access server: modem autoconfigure discovery Related Commands Command modem autoconfigure type Description Directs a line to attempt to configure the attached modem using a predefined modemcap. Cisco IOS Dial Technologies Command Reference November 2009 DIA-437 Dial Commands modem autoconfigure type modem autoconfigure type To direct a line to attempt to configure the attached modem using the entry for the modem-type argument, use the modem autoconfigure type command in line configuration mode. To disable this feature, use the no form of this command. modem autoconfigure type modem-type no modem autoconfigure type Syntax Description modem-type Modem type, such as a Codex 3260. Command Default No default behavior or values. Command Modes Line configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines The modem is reconfigured each time the line goes down. Examples The following example automatically configures the attached modem using the codex_3260 modemcap entry: modem autoconfigure type codex_3260 Related Commands Command modem autoconfigure discovery Description Configures a line to discover which kind of modem is connected to the router and to configure that modem automatically. Cisco IOS Dial Technologies Command Reference DIA-438 November 2009 Dial Commands modem autotest modem autotest Support for the modem autotest command was removed in Cisco IOS Release 12.2(11)T. The use of this command is not recommended. In most cases, nonfunctional integrated modems will automatically be removed from service by the system. See the modem recovery action command and the spe recovery command for more configuration options for nonfunctional modems. For further information about MICA modem recovery, refer to the Configuring MICA Modem Recovery technical note. For further information about NextPort service processing element (SPE) recovery, refer to the Configuring NextPort SPE Recovery technical note. Cisco IOS Dial Technologies Command Reference November 2009 DIA-439 Dial Commands modem bad modem bad To remove an integrated modem from service and indicate it as suspected or proven to be inoperable, use the modem bad command in line configuration mode. To restore a modem to service, use the no form of this command. modem bad no modem bad Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Line configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines If you mark a modem as inoperable, it appears as Bad—without the asterisk (*)—in the Status column of the show modem command output. A modem marked inoperable by the modem startup-test command appears as Bad* in the show modem command output. Use the no modem bad command to unmark a modem as Bad* or Bad and restore it for dialup connection services. Note Only idle modems can be marked bad by the modem bad command. If you want to mark a modem bad that is actively supporting a call, first issue the modem shutdown command then issue the modem bad command. Examples The first part of the following example shows a successful connection between modem 2/1 and modem 2/0, which verifies normal operating conditions between these two modems. However, when modem 2/1 is tested against modem 2/3, the back-to-back modem test fails. Therefore, modem 2/3 is suspected or proven to be inoperable. Modem 2/3 is removed from dialup services through the use of the modem bad command on line 28. Router# test modem back-to-back 2/1 2/0 Repetitions (of 10-byte packets) [1]: 10 Router# %MODEM-5-B2BCONNECT: Modems (2/1) and (2/0) connected in back-to-back test: CONN ECT9600/REL-MNP %MODEM-5-B2BMODEMS: Modems (2/0) and (2/1) completed back-to-back test: success/ packets = 20/20 Cisco IOS Dial Technologies Command Reference DIA-440 November 2009 Dial Commands modem bad Router# test modem back-to-back 2/1 2/3 Repetitions (of 10-byte packets) [1]: 10 Router# %MODEM-5-BADMODEMS: Modems (2/3) and (2/1) failed back-to-back test: NOCARRIER Router# configure terminal Router(config)# line 28 Router(config-line)# modem bad Router(config-line)# end Related Commands Command modem startup-test show modem at-mode test modem back-to-back Description Performs diagnostic testing on each integrated modem during the rebooting process. Displays a high-level performance report for all the modems or a single modem. Diagnoses an integrated modem that may not be functioning properly. Cisco IOS Dial Technologies Command Reference November 2009 DIA-441 Dial Commands modem buffer-size modem buffer-size To configure the size of the history event queue buffer for integrated modems installed in an access server or router, use the modem buffer-size command in global configuration mode. modem buffer-size events no modem buffer-size events Syntax Description events Defined number of modem events that each manageable modem is able to store. Default is 100 events. Command Default 100 modem events Command Modes Global configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines A large buffer size uses substantial amounts of processing memory. If the processing memory is running low, reduce the modem buffer size. To display modem events, use the show modem log command. Note This command does not apply to basic modems that have out-of-band ports. Examples The following example enables each modem in the access server to store 150 modem events: modem buffer-size 150 Related Commands Command show modem log Description Displays the modem history event status performed on a manageable modem or group of modems. Cisco IOS Dial Technologies Command Reference DIA-442 November 2009 Dial Commands modem busyout modem busyout To gracefully disable a modem from dialing or answering calls, use the modem busyout command in line configuration mode. To reenable a modem, use the no form of this command. modem busyout no modem busyout Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Line configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines The disabling action is not executed until the active modem returns to an idle state. No active connections are interrupted when you enter this command. If the modem busyout-threshold command is set, this command will be delayed until the DS0 lines to the exchange are taken out of service. For T3 cards the message “No Controller configured” might appear for unconfigured T1 links in the T3. Examples The following example disables the modem associated with line 1/0/5 from dialing and answering calls. You do not specify a slot or port number with this command. line 1/0/5 modem busyout The following example busyouts a range of modems: line 1/0/5 1/0/72 modem busyout The following example disables the modem associated with line 1 from dialing and answering calls. You do not specify a slot or port number with this command. line 1 modem busyout Cisco IOS Dial Technologies Command Reference November 2009 DIA-443 Dial Commands modem busyout Related Commands Command busyout ds0 busyout (channel) Description Informs the central-office switch that a channel is out-of-service. Forces a DS0 time slot on a controller into the busyout state. modem shutdown Abruptly shuts down an active or idle modem installed in an access server or router. Cisco IOS Dial Technologies Command Reference DIA-444 November 2009 Dial Commands modem busyout-threshold modem busyout-threshold To define a threshold to maintain a balance between the number of DS0s and modems, use the modem busyout-threshold command in global configuration mode. To remove the threshold, use the no form of this command. modem busyout-threshold threshold-number no modem busyout-threshold threshold-number Syntax Description threshold-number Number of modems that are free when the router should enforce the stipulation that the number of free DS0 lines is less than or equal to the number of modems. Command Default No default behavior or values. Command Modes Global configuration Command History Release 11.3(2)AA Modification This command was introduced. Usage Guidelines The modem busyout-threshold command functionality is also often termed autobusyout. This command applies to all DS0 lines coming into the router and counts all free modems in all pools. The modem busyout-threshold command periodically checks to determine if the number of free modems is less than the user specified threshold and if it is it ensures that the number of free DS0 channels is less than or equal to the number of modems. This command should be used only where excess calls to one router are forwarded by the exchange to an additional router on the same exchange group number. Because the modem busyout-threshold command checks only periodically, the threshold should be greater than the number of calls the user expects to receive in 1 minute plus a safety margin. For example, if the user receives an average of 10 calls per minute, then a threshold of 20 would be advised. Very small thresholds should be avoided because they do not allow sufficient time for the exchange to respond to out-of-service notifications from the router, and callers may receive busy signals when free modems are all used. Caution The number of DS0 lines in normal operating conditions should be approximately equal to the number of modems (for example, within 30). If this is not the case, it will cause a lot of messaging traffic to the exchange and may cause active calls to be dropped. This caution is not a concern for short periods, that is, when modem cards are replaced. On T3 controllers, any contained T1 controllers that are not in use should be undeclared to remove them from the autobusyout list. Cisco IOS Dial Technologies Command Reference November 2009 DIA-445 Dial Commands modem busyout-threshold Note On T3 controllers, any contained T1 controllers that are not in use should be undeclared to remove them from the autobusyout list.This command is the same as the ds0 busyout-threshold command for the Cisco AS5300 and AS5800 access servers. Examples The following example shows how you might configure the modem busyout-threshold command: modem busyout-threshold 30 Related Commands Command busyout modem busyout modem shutdown Description Informs the central-office switch that a channel is out-of-service. Disables a modem from dialing or answering calls whereby the disabling action is not executed until the active modem returns to an idle state. Abruptly shuts down an active or idle modem installed in an access server or router. ds0 busyout (channel) Forces a DS0 timeslot on a controller into the busyout state. Cisco IOS Dial Technologies Command Reference DIA-446 November 2009 Dial Commands modem callin modem callin To support dial-in modems that use the data terminal ready (DTR) signal to control the off-hook status of the modem, use the modem callin command in line configuration mode. To disable this feature, use the no form of this command. modem callin no modem callin Syntax Description This command has no arguments or keywords. Command Default No modem control Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines In response to the RING signal, the router raises the DTR signal, which indicates to the modem that it should answer the call. At the end of the session, the Cisco IOS software lowers the DTR signal, which disconnects the modem. This command is useful for older modems that do not support autoanswer. This command uses clear to send (CTS), whereas other modem commands in the Cisco IOS software use data set ready (DSR). Only use the modem callin command on the ASM terminal server, where hardware flow control is not possible. If you have a Cisco 2500 or 3600 series router, use the modem dialin command instead. Examples The following example configures lines 10 through 16 for dial-in modems that can run at speeds from 300 to 19,200 bits per second: line 10 16 modem callin autobaud Related Commands Command modem answer-timeout modem inout Description Sets the amount of time that the Cisco IOS software waits for the CTS signal after raising the DTR signal in response to RING. Configures a line for both incoming and outgoing calls. Cisco IOS Dial Technologies Command Reference November 2009 DIA-447 Dial Commands modem callout modem callout To configure a line for reverse connections, use the modem callout command in line configuration mode. To disable this feature, use the no form of this command. modem callout no modem callout Syntax Description This command has no arguments or keywords. Command Default No modem control Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command supports ports connected to computers that would normally be connected to modems. It causes the access server to act somewhat like a modem. This command uses the clear to send (CTS) signal and should be used only on access servers that do not support hardware flow control. If you have an access server that is newer than the ASM terminal server (such as a Cisco 2500 or Cisco 3600 series routers, or a Cisco AS5100 or Cisco AS5200 access servers), use the modem host command instead. The modem callout command uses CTS, whereas the modem host command uses data set ready/ data carrier detect (DSR/DCD.) If CTS is used for modem control instead of DSR/DCD, it prevents CTS from being used by hardware flow control. Examples The following example configures lines 17 through 32 in reverse connection mode to a large terminal switch. By using Telnet to connect to a TCP port on this host, the user gets the next free line in the rotary group. line 17 32 rotary 1 modem callout Related Commands Command modem inout show async-bootp Description Configures a line for both incoming and outgoing calls. Displays the extended BOOTP request parameters that have been configured for asynchronous interfaces. Cisco IOS Dial Technologies Command Reference DIA-448 November 2009 Dial Commands modem call-record modem call-record To activate the logging of a summary of modem events upon the termination of a call, use the modem call-record command in global configuration mode. To deactivate modem event logging of calls, use the no form of this command. modem call-record terse [quiet] [max userid character-max] no modem call-record Syntax Description terse quiet Specifies that only significant data is logged to the Modem Call Record (MCR). (Optional) Specifies that the MCR is sent only to the syslog server and not to the console. max userid (Optional) Sets the maximum number of characters of the user ID that will be entered character-max into the MCR. The default length is 30 characters. Command Default Logging of modem events is off. Command Modes Global configuration Command History Release 11.3(6)AA 11.3(9)AA 12.0(4)T 12.1(1) 12.1(2)T Modification This command was introduced. The max-userid keyword was added. The max-userid keyword was added. Support was added for NM-AM and NM-DM modem boards on the Cisco 2600 and Cisco 3600 series routers. The quiet keyword was added. Usage Guidelines The modem management subsytem provides event logs for each modem at each major event during usage of the modems. The volume of event logs being generated makes the monitoring of modem calls for debugging purposes difficult. The MCR log, activated using the modem call-record command, will log a summary of a modem call to syslog upon termination of the call. If a call fails to establish a connection, the call will be summarized in a Modem Call Failed Record. The MCR is written to the syslog and can be displayed using the terminal monitor or show logging command, or by examining files on a syslog server. The modem call-record command is supported on Cisco AS5200, AS5300, AS5800, 2600, and 3600 routers with integrated MICA technologies and Microcom modems. For systems with NextPort modems, use the spe call-record modem command. The information provided in the MCR log and the Modem Call Failed Record log varies depending on the type of modem being used. Table 20 describes the significant fields in the display for MICA technologies and Microcom modems. Cisco IOS Dial Technologies Command Reference November 2009 DIA-449 Dial Commands modem call-record Table 20 modem call-record Field Descriptions Field Interface slot Interface controller unit Interface channel Modem type Modem slot/port Call id Userid IP address Calling number Called number Connected standard Description Interface slot of device assigned for call. Interface controller unit of device assigned for call. Interface channel of device assigned for call. Modem type used for call. Physical location for modem handling the call. Unique Call Identifier assigned to the modem call by the call switching module. User ID of caller. IP address assigned for caller. Modem calling number. Modem called number. Standard used for connection. Possible values are Bell103, Bell212, K56Flex 1.1, V.17, V.21, V.22, V.22bis, V.23, V.27, V.29, V.32, V.32bis, V.32terbo. V.34, V.34+, and V.90. Protocol user for connection. Possible values are ARA1.0, ARA2.0, ASYNC Mode, FAX Mode, LAP-M, MNP, SS7/COT, and SYNC Mode. Compression method used for connection. Possible values are MNP5 data, none, V.42bis both, V.42bis RX, and V.42bis TX. Actual bit rate from the remote Digital Signal Processor (DSP) to the local DSP at connect. Actual bit rate from the local DSP to the remote DSP at connect. Actual bit rate from the remote DSP to the local DSP at disconnect. Actual bit rate from the local DSP to the remote DSP at disconnect. Actual robbed bit signaling (RBS) pattern observed by the modem. The six LSBs of the returned value indicate the periodic RBS pattern where a one denotes a pulse code modulation sample with a robbed bit. (Only reported for K56Flex). Amount of digital padding (attenuation) in downlink, in decibels (dB). (Only reported for V.90 and K56Flex.) Count of total retrains and speed shifts. Signal quality values in a range from 0 to 7, where 0 is the worst. The units are arbitrary, approximating abs(log10(SNR)). Signal-to-noise ratio, ranging from 0 to 70 in dB steps. Count of total characters received for SYNC/ASYNC connection. Count of total characters sent for SYNC/ASYNC connection. 1 Connect protocol Compression Initial RX bit rate Initial TX bit rate Final RX bit rate Final TX bit rate RBS pattern1 Digital pad1 Total retrains1 Signal quality value1 SNR Characters received Characters transmitted Characters received BAD Total number of parity errored characters received (for ASYNC connections). Cisco IOS Dial Technologies Command Reference DIA-450 November 2009 Dial Commands modem call-record Table 20 modem call-record Field Descriptions (continued) Field Error correction frames received OK Error correction frames transmitted Error correction frames received BAD/ABORTED1 Call timer Final state Disconnect reason Description Count of error-free Error Correction frames received. Incorrect or duplicate frames are not included. Count of unique Error Correction frames sent. Re-sent frames are not included. Total error correction retransmissions requested by this modem during the course of the link. Duration of call, in seconds. State of modem call before it terminated. Reason for call being disconnected. Each modem type handles parameter differently. 1. These fields are displayed only for MICA technologies modems. Examples The following example shows the activation of MCR logging: modem call-record terse The following is the MCR of a successful call on a MICA technologies modem: *Aug 15 01:34:08.775: %CALLRECORD-3-MICA_TERSE_CALL_REC: DS0 slot/contr/channel=1/0/22 modem=mica slot/port=1/2 call_id=0x3 userid=user1 ip=124.34.45.120 calling=#4085550112 called=#4085550122 std=V.34+ prot=LAP-M comp=None init-rx/tx b-rate=31200/33600 finl-rx/tx b-rate=33600/33600 rbs=0 d-pad=None retr=2 sq=2 snr=28 rx/tx chars=1067/0 bad=0 rx/tx ec=0/0 bad=0 time=139 finl-state=Steady disc=0xA220 Type (=5 ): Rx (line to host) data flushing, not OK Class (=2 ): EC condition, locally detected Reason (=32): received DISC frame -- normal LAPM termination The following is the MCR of a failed call on a MICA technologies modem: *Aug 15 16:47:54.527: %CALLRECORD-3-MICA_TERSE_CALL_FAILED_REC: DS0 slot/contr/channel=1/0/22 modem=mica slot/port=1/2 call_id=0x9 calling=4085550112# called=#4085550122 time=2 finl-state=Link disc=0x7F06 Type (=3 ): Condition occurred during call setup Class (=31): Requested by host Reason (=6 ): network indicated disconnect The following is the MCR of a successful call on a Microcom modem: 01:17:30: %CALLRECORD-3-MCOM_TERSE_CALL_REC: DS0 slot/contr/channel=0/0/22 modem=microcom_server slot/port=0/2 call_id=0x3 userid=sque ip=124.34.46.111 calling=#4085550111 called=#4085550122 std=V34 prot=Normal comp=None Init-RX/TX b-rate=33600/31200 Finl-RX/TX b-rate=33600/33600 SNR=47 RX/TX chars=0/0 RX/TX EC=0/0 time=73 Disc(local)=0x9 DTR Drop Disc(remote)=0x0 Unknown Cisco IOS Dial Technologies Command Reference November 2009 DIA-451 Dial Commands modem call-record The following is the MCR of a failed call on a Microcom modem: Microcom Terse Modem Call Failed Record Log: 19:28:55: %CALLRECORD-3-MCOM_TERSE_CALL_FAILED_REC: DS0 slot/contr/channel=0/0/0 modem=microcom_server slot/port=0/2 call_id=0xA003 calling=4085550111# called=#4085550122 time=0 finl-state=Dialing/Answering disc(local)=0x9 DTR Drop disc(remote)=0x0 Unknown Related Commands Command calltracker call-record show logging spe call-record modem terminal monitor Description Enables call record syslog generation for the purpose of debugging, monitoring, or externally saving detailed call record information. Displays the state of logging (syslog). Generates a modem call record at the end of each call. Displays debug command output and system error messages for the current terminal and session. Cisco IOS Dial Technologies Command Reference DIA-452 November 2009 Dial Commands modem country mica modem country mica To configure the modem country code for a bank of MICA technologies modems, use the modem country mica command in global configuration mode. To remove a country code from service, use the no form of this command. modem country mica country no modem country mica country Syntax Description country Country name. See Table 21 for a list of the supported country name keywords. Command Default Command is disabled. Command Modes Global configuration Command History Release 11.2 P Modification This command was introduced. Usage Guidelines Table 21 lists the supported codes for the country argument. Table 21 MICA Country Names australia austria belgium china cyprus czech-republic (Czech/Slovak Republic) denmark e1-default (Default E1, a-law) finland france germany hong-kong india ireland israel italy Cisco IOS Dial Technologies Command Reference November 2009 DIA-453 Dial Commands modem country mica Table 21 MICA Country Names (continued) japan malaysia netherlands new-zealand norway poland portugal russia singapore south-africa spain sweden switzerland t1-default (Defaults T1, u-law) taiwan thailand turkey united-kingdom usa Examples The following example sets the MICA technologies modems for operation in Sweden: modem country mica sweden Related Commands Command Description modem country microcom_hdms Configures the modem country code for a bank of Microcom modems. Cisco IOS Dial Technologies Command Reference DIA-454 November 2009 Dial Commands modem country microcom_hdms modem country microcom_hdms To configure the modem country code for a bank of Microcom High Density Management System (HDMS) modems, use the modem country microcom_hdms command in global configuration mode. To remove a country code from service, use the no form of this command. modem country microcom_hdms country no modem country microcom_hdms country Syntax Description country Country name. See Table 22 for a list of the supported country name keywords. Command Default No country code is enabled. Command Modes Global configuration Command History Release 11.2 P 12.0 Modification This command was introduced. The europe keyword was added. Usage Guidelines Table 22 lists the supported codes for the country argument. Table 22 Microcom Country Names argentina australia austria belgium brazil canada chile china columbia czech-republic (Czech/Slovak Republic) denmark europe finland france germany Cisco IOS Dial Technologies Command Reference November 2009 DIA-455 Dial Commands modem country microcom_hdms Table 22 Microcom Country Names (continued) greece hong-kong hungary india indonesia finland israel italy japan korea malaysia mexico netherlands norway peru philippines poland portugal saudi-arabia singapore south-africa spain sweden switzerland taiwan thailand united-kingdom usa Examples The following example shows the different duplex configuration options you can configure on a Cisco AS5300: Router(config)# modem country microcom_hdms ? argentina australia austria belgium chile china columbia Argentina Australia Austria Belgium Chile China Columbia Cisco IOS Dial Technologies Command Reference DIA-456 November 2009 Dial Commands modem country microcom_hdms czech-republic denmark europe finland france germany greece hong-kong india indonesia ireland israel italy japan korea malaysia mexico netherlands new-zealand norway peru philippines poland portugal saudi-arabia singapore south-africa spain sweden switzerland taiwan thailand united-kingdom usa Czech/Slovak Republic Denmark Europe Finland France Germany Greece Hong Kong India Indonesia Ireland Israel Italy Japan Korea Malaysia Mexico Netherlands New Zealand Norway Peru Philippines Poland Portugal Saudi Arabia Singapore South Africa Spain Sweden Switzerland Taiwan Thailand United Kingdom USA Related Commands Command modem country mica Description Configures the modem country code for a bank of MICA technologies modems. Cisco IOS Dial Technologies Command Reference November 2009 DIA-457 Dial Commands modem country smart_acf modem country smart_acf To customize the modem firmware behavior according to the country of deployment, use the modem country smart_acf command in global configuration mode. To restore the default value, use the no form of this command. modem country smart_acf country-name no modem country smart_acf country-name Syntax Description country-name Name of the country. For valid argument values, see the table in the “Usage Guidelines” section. Command Default United States and Canada Command Modes Global configuration Command History Release 12.3(4)XD 12.3(7)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.3(7)T on Cisco 2600 series and Cisco 3700 series routers. Usage Guidelines Use this command to set the modem for use in a specific country. When a country name is specified, the firmware customizes the modem for use in the country where it is deployed. The following table includes valid values for the country-name argument and the country or countries associated with each argument value. Valid Values for the country-name Argument argentina australia austria belgium brazil bulgaria china croatia czech denmark finland france Country or Countries Where Located Argentina Australia Austria Belgium and Luxemburg Brazil Bulgaria China Croatia Czechoslovakia Denmark and Iceland Finland France Cisco IOS Dial Technologies Command Reference DIA-458 November 2009 Dial Commands modem country smart_acf Valid Values for the country-name Argument germany greece hongkong hungary india ireland israel italy japan jordan korea malaysia mexico morocco netherlands newzealand norway poland portugal romania russia safrica singapore slovenia spain sweden switzerland taiwan thailand turkey uae uk usa Country or Countries Where Located Germany Greece Hong Kong Hungary India Ireland Israel Italy Japan Jordan Korea Malaysia Mexico Morocco Netherlands New Zealand Norway Poland Portugal Romania Russia South Africa Singapore Slovenia Spain Sweden Switzerland Taiwan and Peru Thailand Turkey United Arab Emirates United Kingdom United States and Canada Examples The following example sets the modem for use in Turkey: Router# config terminal Enter configuration commands, one per line. End with CNTL/Z. Router(config)# modem country smart_acf turkey Cisco IOS Dial Technologies Command Reference November 2009 DIA-459 Dial Commands modem country smart_acf Related Commands Command show modem version Description Displays the software version and the crash log of the modem. Cisco IOS Dial Technologies Command Reference DIA-460 November 2009 Dial Commands modem cts-required modem cts-required The modem cts-required command is replaced by the modem printer command. See the description of the modem printer command for more information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-461 Dial Commands modem dialin modem dialin To configure a line to enable a modem attached to the router to accept incoming calls only, use the modem dialin command in line configuration mode. To disable this feature, use the no form of this command. modem dialin [delay] no modem dialin Syntax Description delay (Optional) Causes the operating system to delay assertion of the data terminal ready (DTR) signal until a network connection is established. Command Default Incoming calls to the modem are not permitted. Command Modes Line configuration Command History Release 11.1 12.2(4)T Modification This command was introduced. The delay keyword was added to support the Cisco modem user interface. Usage Guidelines This command supports modems that can automatically handle telephone line activity, such as answering the telephone after a certain number of rings. The delay keyword is useful when using the modemui EXEC command with software that requires a signal assertion to recognize that a connection has been established. It may be necessary to reroute the router DTR signal to an alternate EIA-232 pin such as Carrier Detect (CD) for the delay to work properly. Examples The following example configures a line for a high-speed modem: line 5 modem dialin The following example shows how to set up a delay in a line configured for the Cisco modem user interface feature: line aux 0 login authentication modem modem dialin delay autocommand modemui transport input all stopbits 1 speed 38400 flowcontrol hardware Cisco IOS Dial Technologies Command Reference DIA-462 November 2009 Dial Commands modem dialin Related Commands Command modem inout modemui parity Description Configures a line for both incoming and outgoing calls. Enters the Cisco modem user interface mode. Defines generation of a parity bit. Cisco IOS Dial Technologies Command Reference November 2009 DIA-463 Dial Commands modem dialout controller modem dialout controller To specify a particular T1 or E1 controller through which to dial out, use the modem dialout controller command in line configuration mode. To disable the command, use the no form of this command. modem dialout controller {e1 | t1} controller-list no modem dialout controller Syntax Description e1 t1 controller-list Wide-area digital transmission scheme used predominantly in Europe. Wide-area digital carrier facility. List of controllers through which to dial out. The range is from 0 to 7. List the controllers individually (1, 2, 3, for example). Command Default All T1 and E1 controllers are used for dial out. Command Modes Line configuration Command History Release 12.2 Modification This command was introduced. Usage Guidelines This command is only supported on the Cisco AS5300, Cisco AS5350, Cisco AS5400, and Cisco AS5800. Examples In the following example, the router is configured to use the controller t1 0, t1 1, t1 3 (and no others) when dialing out from lines 1 through 60: line 1 60 modem dialout controller t1 0,1,3 Cisco IOS Dial Technologies Command Reference DIA-464 November 2009 Dial Commands modem dtr-active modem dtr-active To configure a line to leave data terminal ready (DTR) signals low, unless the line has an active incoming connection or an EXEC process, use the modem dtr-active command in line configuration mode. To disable this feature, use the no form of this command. modem dtr-active no modem dtr-active Syntax Description This command has no arguments or keywords. Command Default No modem control. Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command does not use the Carrier Detect (CD) signal. This command can be useful if the line is connected to an external device (for example, a time-sharing system) that must know whether a line is in active use. The modem dtr-active command is similar to the no modem line configuration command. Examples The following example configures a line for low DTR: line 5 modem dtr-active Related Commands Command modem printer Description Configures a line to require a DSR signal instead of CTS. Cisco IOS Dial Technologies Command Reference November 2009 DIA-465 Dial Commands modem enable modem enable To enable backup dial capability through the console port (change the console port into an auxiliary port), use the modem enable command in line configuration mode. To return the auxiliary port to a console port, use the no form of this command. modem enable [autodetect] no modem enable Syntax Description autodetect (Optional) Automatically senses the type of device connected on the console line. Command Default This command is not configured by default, and is applicable only on the console line. Command Modes Line configuration Command History Release 12.2(8)YN 12.2(13)ZG 12.3(2)T Modification This command was introduced. The optional autodetect keyword was added to this command for Cisco 831, 836, and 837, and Cisco SOHO 91 and 97 routers. This command was integrated into Cisco IOS Release 12.3(2)T. Usage Guidelines On the Cisco 831, 836, and 837, and SOHO 91 and 97 routers, the console port and the auxiliary port share the same physical RJ-45 port. The console port must be changed to act as a virtual auxiliary port using the modem enable [autodetect] command before the dial backup and remote management capabilities can be enabled. Use the show line autodetect EXEC command to determine when a modem or a console has been detected. This command displays the following messages to indicate the type or state of connection on the console line: • • • • • Detection State: Console Attached—A DTE console or terminal device is attached. Detection State: Modem Attached—A DCE asynchronous modem device is attached. Detection State: Nothing Attached—No cable is attached to the EIA/TIA--232 port on the router. Detection State: Init State—Autodetection has been enabled, but no changes have been detected. Detection State: Feature not enabled—No device connection is detected. Note The auto detection capability on the Cisco 831, 836, and 837 routers that detects whether a modem or console is attached to its RJ-45 console port will not work when the router is booting up. The routers use the data set ready (DSR) and clear to send (CTS) pin statuses to detect whether a modem or console is attached. Cisco IOS Dial Technologies Command Reference DIA-466 November 2009 Dial Commands modem enable Examples The following example enables the line autodetect option: Router(config-line)# modem enable autodetect Use the show line autodetect command to determine when a modem or a console has been detected: Router# show line autodetect Detection State: Nothing Attached Router# show line autodetect Detection State: Console Attached Related Commands Command show line autodetect Description Displays type or state of connection on the console line. Cisco IOS Dial Technologies Command Reference November 2009 DIA-467 Dial Commands modem hold-reset modem hold-reset To reset and isolate integrated modems for extensive troubleshooting, use the modem hold-reset command in line configuration mode. To restart a modem, use the no form of this command. modem hold-reset no modem hold-reset Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Line configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines The modem hold-reset command for the V.110 port module resets the processor on board the module only if the command is executed on all 12 ports. If the modem hold-reset command is issued on only a portion of the V.110 ports, the processor will not reset. This command is also used to reset a modem that is frozen in a suspended state. Disable the suspended modem with the modem hold-reset command, and then restart initialization with the no modem hold-reset command. Examples The following example disables the suspended modem using tty line 4 and resets the modem’s initialization: line 4 modem hold-reset no modem hold-reset The following examples resets a 12-port V.110 port module. You must specify the entire tty line range for the entire bank of ports. line 1 12 modem hold-reset no modem hold-reset Related Commands Command modem autotest Description Automatically and periodically performs a modem diagnostics test for modems inside the access server or router. Cisco IOS Dial Technologies Command Reference DIA-468 November 2009 Dial Commands modem host modem host To configure a line for reverse connections where hardware flow control is also required, use the modem host command in line configuration mode. To disable the line modem control for reverse connections, use the no form of this command. modem host no modem host Syntax Description This command has no arguments or keywords. Command Default No modem control Command Modes Line configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command supports ports connected to computers that would normally be connected to modems. This command causes the access server to act like a modem. The modem host command is identical in operation to the modem callout command except that data set ready/data carrier detect (DSR/DCD) is used for modem control instead of clear to send (CTS). This frees CTS for use by hardware flow control. Examples The following example configures a line to send a DSR/DCD active signal to the modem for data switches and hosts: line 5 modem host Related Commands Command modem callout modem printer Description Configures a line for reverse connections. Configures a line to require a DSR signal instead of CTS. Cisco IOS Dial Technologies Command Reference November 2009 DIA-469 Dial Commands modem inout modem inout To configure a line for both incoming and outgoing calls, use the modem inout command in line configuration mode. To disable the configuration, use the no form of this command. modem inout no modem inout Syntax Description This command has no arguments or keywords. Command Default No modem control. Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command uses DSR and RING signals for carrier detection. The Cisco IOS software does not support any dialing protocols; therefore, the host system software or the user must provide any special dialing commands when using the modem for outgoing calls. Examples The following example configures a line for both incoming and outgoing calls: line 5 modem inout Related Commands Command parity Description Defines generation of a parity bit. Cisco IOS Dial Technologies Command Reference DIA-470 November 2009 Dial Commands modem cts-alarm modem cts-alarm To enable the router to react to a Clear to Send (CTS) drop from a remote device, and to clear an existing EXEC session, use the modem cts-alarm command in line configuration mode. To disable the system from reacting to CTS drops from remote devices, and to have the router ignore to CTS drops, use the no form of this command. modem cts-alarm no modem cts-alarm Syntax Description This command does not have any keywords or arguments. Command Default The system does not react to CTS drops. Command Modes Line configuration (config-line) Command History Release 12.0T 12.2(4)T Modification This command was introduced. This command was integrated into the Cisco IOS Release 12.2(4)T. Usage Guidelines This command allows a router to react to asynchronous devices that signal state changes via CTS. When an asynchronous line is used to connect to remote devices, the modem cts-alarm command allows the router to react to a CTS drop from the remote device and clear any existing EXEC session that it might have. By default, the recovery and EXEC restart sessions are not triggered by CTS changes if the modem-cts-alarm command is not configured. Examples The following example shows how to configure a line for a modem: Router# configure terminal Router(config)# line 8 9 Router(config-line)# modem cts-alarm Router(config)# end Router# Cisco IOS Dial Technologies Command Reference November 2009 DIA-471 Dial Commands modem link-info poll time modem link-info poll time To set the polling interval at which link statistics are retrieved from the MICA technologies modem, use the modem link-info poll time command in global configuration mode. To return to the default condition, use the no form of this command. modem link-info poll time seconds no modem link-info poll time seconds Syntax Description seconds Number of seconds between polling intervals. The valid range is from 10 to 65535. Command Default Link statistics are not polled. Command Modes Global configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines The modem link-info poll time command periodically polls active modem sessions to collect information such as attempted transmit and receive rates, maximum and minimum transmit and receive rates, and locally and remotely issued retrains and speedshift counters. This data is polled from MICA portware and passed unsolicited to Cisco IOS software. Enabling the modem link-info poll time command disables the modem poll time command. Any modem poll time configuration is ignored because all modem events are sent to the access server unsolicited and no longer require polling by Cisco IOS software. Note The modem link-info poll time command consumes a substantial amount of memory, approximately 500 bytes for each MICA modem call. You should use this command only if you require the specific data that it collects; for instance, if you have enabled Call Tracker on your access server using the calltracker call-record command. Examples The following example polls link statistics at 90 second intervals: modem link-info poll time 300 Cisco IOS Dial Technologies Command Reference DIA-472 November 2009 Dial Commands modem link-info poll time Related Commands Command calltracker call-record show call calltracker active show call calltracker handle show call calltracker history show modem calltracker Description Enables Call Tracker on the access server. Displays the detailed data stored within Call Tracker for active calls. Displays the detailed data stored within Call Tracker for a specific call specified unique call handle identifier. Displays the detailed data stored within Call Tracker for terminated calls. Displays the detailed data stored within Call Tracker for the last call on the specified modem. Cisco IOS Dial Technologies Command Reference November 2009 DIA-473 Dial Commands modem log modem log To configure the types of EIA/TIA events that are stored in the modem log, use the modem log command in line configuration mode. To prevent a type of EIA/TIA event from being stored in the modem log, use the no form of this command. modem log {cts | dcd | dsr | dtr | ri | rs232 | rts | tst} no modem log {cts | dcd | dsr | dtr | ri | rs232 | rts | tst} Syntax Description cts dcd dsr dtr ri rs232 rts tst Specifies that EIA/TIA clear to send (CTS) events are stored in the modem log. Specifies that EIA/TIA data carrier detect (DCD) events are stored in the modem log. Specifies that EIA/TIA data set ready (DSR) events are stored in the modem log. Specifies that EIA/TIA data terminal ready (DTR) events are stored in the modem log. Specifies that EIA/TIA ring indication (RI) events are stored in the modem log. Specifies that all EIA/TIA events are stored in the modem log. Specifies that EIA/TIA request to send (RTS) events are stored in the modem log. Specifies that EIA/TIA transmit signal timing (TST) events are stored in the modem log. Command Default No EIA/TIA events are logged. Command Modes Line configuration Command History Release 11.3AA 12.0(5)T Modification This command was introduced for the Cisco AS5300 access server. This command was implemented on the Cisco AS5800 access server. Usage Guidelines Use the modem log command to suppress the storage of undesired EIA/TIA history events in the modem log. Examples The following example configures the storage of EIA/TIA CTS and DSR events on lines 1 through 120: line 1 120 modem log cts modem log dsr Related Commands Command show modem log Description Displays the modem history event status performed on a manageable modem or group of modems. Cisco IOS Dial Technologies Command Reference DIA-474 November 2009 Dial Commands modem min-speed max-speed modem min-speed max-speed To configure various modem-service parameters, use the modem min-speed max-speed command in service profile configuration mode. To remove modem parameters, use the no form of this command. modem min-speed {bps | any} max-speed {bps | any [modulation value][error-correction value][compression value]} no modem min-speed {bps | any} max-speed {bps | any [modulation value][error-correction value][compression value]} Syntax Description bps any modulation value error-correction value compression value Minimum and maximum bit rate for the modems, which can be from 300 to 56,000 bits per second (bps). The bit rate must be in V.90 increments. Any minimum or maximum speed. (Optional) Sets a maximum negotiated speed. Replace the value argument with one of the following choices: any, k56flex, v22bis, v34, or v90. Replace the value argument with one of the following choices: any, 1apm, mnp4, none. Replace the value argument with one of the following choices: any, mnp5, none, v42bis. Command Default No modem service parameters are defined by default. Any default services provided by the modems will be available. Command Modes Service profile configuration Command History Release 12.0(4)XI Modification This command was introduced. Examples The following example shows the modem service parameters for the service profile named user1sample configured for any minimum or maximum and sets a maximum negotiated speed to k56flex. resource-pool profile service user1sample modem min-speed any max-speed any modulation k56flex Cisco IOS Dial Technologies Command Reference November 2009 DIA-475 Dial Commands modem poll retry modem poll retry To set the maximum number of polling attempts used to retrieve performance statistics from a modem installed in an access server or router, use the modem poll retry command in global configuration mode. To change or remove the polling attempts, use the no form of the command. modem poll retry polling-attempts no modem poll retry polling-attempts Syntax Description polling-attempts Maximum number of polling attempts. The configuration range is from 0 to 10 attempts, and the default is 3. Command Default Three polling attempts Command Modes Global configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines Higher settings cause the software to keep polling one modem for status and to avoid polling other modems, which decreases the amount of statistics that are gathered. Note This command does not apply to basic modems that have out-of-band ports. Examples The following example configures the server to attempt to retrieve statistics from a local modem up to five times before discontinuing the polling effort: modem poll retry 5 Related Commands Command clear modem modem poll time modem status-poll Description Resets the hardware for one or more manageable modems on access servers and routers. Sets the time interval between modem polls, which are used to periodically retrieve and report modem statistics. Polls for modem statistics through the out-of-band feature of a modem. Cisco IOS Dial Technologies Command Reference DIA-476 November 2009 Dial Commands modem poll time modem poll time To set the time interval between modem polls, which are used to periodically retrieve and report modem statistics, use the modem poll time command in global configuration mode. To restore the 12-second default setting, use the no form of this command. modem poll time interval no modem poll time interval Syntax Description interval Interval, in seconds, between polls. The configuration range is from 2 to 120 seconds, and the default is 12 seconds. Command Default 12 seconds Command Modes Global configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines This command does not apply to basic modems, which do not have out-of-band ports. Examples The following example sets the time interval between polls to 10 seconds: modem poll time 10 Related Commands Command Description modem min-speed max-speed Sets the maximum number of polling attempts used to retrieve performance statistics from a modem installed in an access server or router. modem status-poll Polls for modem statistics through the out-of-band feature of a modem. Cisco IOS Dial Technologies Command Reference November 2009 DIA-477 Dial Commands modem printer modem printer To configure a line to require receipt of a data set ready (DSR) modem control signal, use the modem printer command in line configuration mode. To require the clear to send (CTS) modem control signal instead, use the no form of this command. modem printer [always-on] [delay] no modem printer [always-on] [delay] Syntax Description always-on (Optional) Enables the line to interpret characters received from network elements after receiving a DSR signal. The line need not wait for a CTS signal. (Optional) Causes router to delay assertion of the data terminal ready (DTR) signal until a network connection has been established. delay Command Default The modem requires the CTS signal. Hardware flow control cannot be configured concurrently. Command Modes Line configuration mode. Command History Release 11.1 12.2(15)T 12.4(4)T Modification This command was introduced. Support was added for the delay keyword. Support was added for the always-on keyword. Usage Guidelines Use the modem printer command to set DSR as the modem control signal, leaving the CTS signal free for use with hardware flow control. This allows hardware flow control to be configured concurrently. Although the modem dialin command supports modems concurrently with hardware flow control, the other auxiliary modem control options for printers, such as modem cts-required, use CTS instead of DSR/carrier detect (CD), as the CD signal. To make the line available to receive calls coming from the network via the router with the always- on keyword, you must also configure that line with the autocommand x28 command. Examples The following example configures a line to send a DSR signal to the modem: Router(config)# line 5 Router(config-line)# modem printer The following example configures a line to become ready to interpret characters from network elements when it receives a DSR signal: Router(config)# line 5 Router(config-line)# modem printer always-on Cisco IOS Dial Technologies Command Reference DIA-478 November 2009 Dial Commands modem printer Related Commands Command autocommand flowcontrol modem always-on modem dialin x28 Description Automatically executes a command when a user connects to a particular line. Sets the method of data flow control between the router and a terminal or other serial device. Sets a tty line to always be ready to interpret characters from network elements. Configures a line to enable a modem attached to the router to accept incoming calls only. Enters X.28 mode and accesses an X.25 network or sets X.3 PAD parameters. Cisco IOS Dial Technologies Command Reference November 2009 DIA-479 Dial Commands modem recovery action modem recovery action To specify a modem recovery action, use the modem recovery action command in global configuration mode. To turn the modem recovery action off, use the no form of this command. modem recovery action {disable | download | none} no modem recovery action Syntax Description disable download none Marks the modem bad. Recovers by firmware download (default). Sets the modem into a recovery pending state, thus stopping the modem from accepting new calls. Does not try to recover. Ignores the recovery threshold and just keeps running. Command Default The default setting is download. Command Modes Global configuration Command History Release 12.0 12.1(2.3)T Modification This command was introduced. This command was no longer supported on Cisco AS5800 platforms. Usage Guidelines MICA technologies portware is downloaded on a modular basis and not on a modem basis. Thus, reloading MICA portware requires all 6 or 12 modems in a module to be reloaded. Note Beginning with Cisco IOS Release 12.1(2.3)T1, the modem recovery action command is no longer supported for MICA technologies modems on the Cisco AS5800 platforms. To specify a modem recovery action for MICA technologies modems on the Cisco AS5800 platforms, use the spe recovery command. After a modem has been deemed faulty, the configured action will take place on the modem. The following choices are possible: disable, download, and none. Examples The following example sets the recovery action to mark the modem as bad: modem recovery action disable Cisco IOS Dial Technologies Command Reference DIA-480 November 2009 Dial Commands modem recovery action Related Commands Command modem recovery threshold modem recovery-time Description Specifies the threshold, which starts the modem recovery process. Sets the maximum amount of time the call-switching module waits for a local modem to respond to a request before it is considered locked in a suspended state. modem recovery maintenance Specifies the scheduled modem maintenance recovery behavior. Cisco IOS Dial Technologies Command Reference November 2009 DIA-481 Dial Commands modem recovery maintenance modem recovery maintenance To specify the modem maintenance recovery behavior, use the modem recovery maintenance command in global configuration mode. To change or turn off this behavior, use the no form of this command. modem recovery maintenance {action {disable | drop-call | reschedule} | max-download recovery-downloads | schedule {immediate | pending} | time hh:mm | window minutes} no modem recovery maintenance Syntax Description action disable drop-call reschedule Mode of recovery. The default is set to reschedule. Marks the modem bad. Marks the originally faulty modem as bad and returns all other modems back into service. Forces firmware download by dropping holding calls. This action forces the recovery by dropping any active calls remaining on modems within the module. Reschedules firmware download to next maintenance time. Leaves the originally faulty modem as needing recovery and returns all other modems into service. Recovery will be attempted again on the following day. The default is set to reschedule. max-download Maximum simultaneous recovery downloads. You must choose one number from recovery-downloads 1 to 30. A range of values is not supported. schedule Scheduling method for modem recovery. Determines if the system should attempt module recovery as soon as a problem is found or wait for the maintenance window. Immediately attempts modem recovery. Delays recovery until maintenance time (default). Time of day for scheduled modem recovery, in hours and minutes. This is the actual time of day when the modem recovery maintenance process wakes up and starts recovering MICA technologies modems. The default time is 3:00 a.m. Amount of time for normal recovery to take place. This is the delay timer in minutes, which is from 0 to 360. immediate pending time hh:mm window minutes Command Default The default mode of recovery (action) is set to reschedule. The default schedule is set to pending. The default time for scheduled modem recovery is 3:00 a.m. Command Modes Global configuration Command History Release 12.0 12.1(2.3)T1 Modification This command was introduced. This command was no longer supported on Cisco AS5800 platforms. Cisco IOS Dial Technologies Command Reference DIA-482 November 2009 Dial Commands modem recovery maintenance Usage Guidelines MICA portware is downloaded on a modular basis and not on a modem basis. Thus, reloading MICA portware requires all 6 or 12 modems in a module to be reloaded. Note Beginning with Cisco IOS Release 12.1(2.3)T1, the modem recovery maintenance command is no longer supported for MICA technologies modems on the Cisco AS5800 platforms. To specify a modem recovery action for MICA technologies modems on the Cisco AS5800 platforms, use the spe recovery command. Every 24 hours, the modem recovery maintenance process will wake up and attempt to recover any modems that are in the pending recovery state. When a MICA module attempts to reload its portware, it must avoid taking down any modem connections that may exist. As such, the recovery process sets all modems currently not in use to recovery pending state. If any modems on the module are active, the recovery process waits for the calls to terminate normally. To avoid capacity problems from attempting recovery for an excessively long time period, a maintenance window is configured to require the modem recovery to take place within a specific timeframe. Otherwise, a given action is performed on that module when the window expires. The default window is 60 minutes. This behavior is set using the modem recovery maintenance window minutes command. When the modem recovery maintenance window expires, one of the following actions is performed on the modem module awaiting recovery: disable, reschedule, or drop-call. The disable option is associated with the modem recovery action command. When the modem recovery maintenance process starts, it attempts to recover all modems in the recovery pending state. This attempt can be on all modules on a given system. Thus, to avoid taking down all modems on a given system, only a maximum of simultaneous module recoveries can take place. The default is dynamically calculated to be 20 percent of the modules on a given system. This configuration allows that value to be overridden. These options are associated with the modem recovery maintenance max-download command. Examples The following examples show the available options for this command: Router(config)# modem recovery maintenance ? action max-download schedule time window Mode of recovery Maximum simultaneous recovery downloads Scheduling method for modem recovery Time of day for scheduled modem recovery Amount of time for normal recovery to take place Router(config)# modem recovery maintenance action ? disable drop-call reschedule Mark the modem bad Force firmware download by dropping holding calls Reschedule firmware download to next maintenance time Router(config)# modem recovery maintenance max-download ? <1-30> Number of MICA modules which can be simultaneously recovered Router(config)# modem recovery maintenance schedule ? immediate Attempt recovery immediately pending Delay recovery until maintenance time Cisco IOS Dial Technologies Command Reference November 2009 DIA-483 Dial Commands modem recovery maintenance The following example shows how to set modem recovery maintenance to start immediately: modem recovery maintenance schedule immediate Related Commands Command modem recovery action modem recovery threshold modem recovery-time Description Specifies the modem recovery mode when a modem has been identified as faulty. Specifies the threshold, which starts the modem recovery process. Sets the maximum amount of time the call-switching module waits for a local modem to respond to a request before it is considered locked in a suspended state. Cisco IOS Dial Technologies Command Reference DIA-484 November 2009 Dial Commands modem recovery threshold modem recovery threshold To specify a failed call threshold that starts the modem recovery process, use the modem recovery threshold command in global configuration mode. To disable the threshold value, use the no form of this command. modem recovery threshold failed-calls no modem recovery threshold Syntax Description failed-calls Number of consecutive call attempts that fail to queue up before the modem is deemed faulty, in the range from 1 to 1000. Command Default 30 call attempts are enabled by default. Command Modes Global configuration Command History Release 12.0 12.1(2.3)T1 Modification This command was introduced. This command was no longer supported on Cisco AS5800 platforms. Usage Guidelines MICA technologies portware is downloaded on a modular basis and not on a modem basis. Thus, reloading MICA portware requires all 6 or 12 modems in a module to be reloaded. Note Beginning with Cisco IOS Release 12.1(2.3)T1, the modem recovery threshold command is no longer supported for MICA technologies modems on the Cisco AS5800 platforms. To specify a modem recovery action for MICA technologies modems on the Cisco AS5800 platforms, use the spe recovery command. Examples The following example shows how to set the modem recovery threshold to 12 failed calls: modem recovery threshold 12 Related Commands Command modem recovery action Description Specifies the modem recovery mode when a modem has been identified as faulty. Sets the maximum amount of time the call-switching module waits for a local modem to respond to a request before it is considered locked in a suspended state. modem recovery maintenance Specifies the scheduled modem maintenance recovery behavior. modem recovery-time Cisco IOS Dial Technologies Command Reference November 2009 DIA-485 Dial Commands modem recovery-time modem recovery-time To set the maximum amount of time the call-switching module waits for a local modem to respond to a request before it is considered locked in a suspended state, use the modem recovery-time command in global configuration mode. To set a 5-minute response time, which is the default setting, use the no form of this command. modem recovery-time response-time no modem recovery-time Syntax Description response-time Maximum amount of time, in minutes, for which local modems wait for a response; default is 5 minutes. Command Default 5 minutes Command Modes Global configuration Command History Release 11.2 12.1(2.3)T Modification This command was introduced. This command was no longer supported on Cisco AS5800 platforms. Usage Guidelines This command does not apply to basic modems that do not have out-of-band ports. After the call-switching module resets a suspended modem, it recovers to a default call switching module state. Note Beginning with Cisco IOS Release 12.1(2.3)T, the modem recovery-time command is no longer supported for MICA technologies modems on the Cisco AS5800 platforms. To specify a modem recovery action for MICA technologies modems on the Cisco AS5800 platforms, use the spe recovery command. Examples The following example configures the call-switching module to wait for 8 minutes: modem recovery-time 8 Cisco IOS Dial Technologies Command Reference DIA-486 November 2009 Dial Commands modem recovery-time Related Commands Command modem recovery action Description Specifies the modem recovery mode when a modem has been identified as faulty. Specifies the threshold, which starts the modem recovery process. modem recovery maintenance Specifies the scheduled modem maintenance recovery behavior. modem recovery threshold Cisco IOS Dial Technologies Command Reference November 2009 DIA-487 Dial Commands modem ri-is-cd modem ri-is-cd The modem ri-is-cd command is replaced by the modem dialin command. See the description of the modem dialin command for more information. Cisco IOS Dial Technologies Command Reference DIA-488 November 2009 Dial Commands modem shutdown modem shutdown To abruptly shut down an active or idle modem installed in an access server or router, use the modem shutdown command in line configuration mode. To take the modem out of a shutdown state and place it back in service, use the no form of this command. modem shutdown no modem shutdown Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Line configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines Enable the no modem shutdown command to restore to service a modem that has been shut down. Examples The following example abruptly shuts down the modem associated with line 1/0/6. All active calls on the modem are dropped immediately. line 1/0/6 modem shutdown The following example abruptly shuts down a range of modems: line 1/0/5 1/0/72 modem shutdown The following example abruptly shuts down the modem associated with line 2 on a Cisco AS5300. All active calls on the modem are dropped immediately. line 2 modem shutdown Related Commands Command modem busyout Description Disables a modem from dialing or answering calls whereby the disabling action is not executed until the active modem returns to an idle state. Cisco IOS Dial Technologies Command Reference November 2009 DIA-489 Dial Commands modem startup-test modem startup-test Support for the modem startup-test command was removed in Cisco IOS Release 12.2(11)T. The use of this command is not recommended. In most cases, nonfunctional integrated modems will automatically be removed from service by the system. See the modem recovery action command and the spe recovery command for more configuration options for nonfunctional modems. For further information about MICA modem recovery, refer to the Configuring MICA Modem Recovery technical note. For further information about NextPort service processing element (SPE) recovery, refer to the Configuring NextPort SPE Recovery technical note. Cisco IOS Dial Technologies Command Reference DIA-490 November 2009 Dial Commands modem status-poll modem status-poll To poll for modem statistics through a modem’s out-of-band feature, use the modem status-poll command in line configuration mode. To disable status polling through the out-of-band feature for a specified modem, use the no form of this command. modem status-poll no modem status-poll Syntax Description This command has no arguments or keywords. Command Default Command is enabled. Command Modes Line configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines This command applies only to manageable modems that have out-of-band ports. Note This command does not apply to basic modems that have out-of-band ports. Examples The following example enables modem status polling through TTY line 1: line 1 modem status-poll Related Commands Command modem min-speed max-speed Description Sets the maximum number of polling attempts used to retrieve performance statistics from a modem installed in an access server or router. Sets the time interval between modem polls, which are used to periodically retrieve and report modem statistics. modem poll time Cisco IOS Dial Technologies Command Reference November 2009 DIA-491 Dial Commands modemcap edit modemcap edit To change a modem value that was returned from the show modemcap command, use the modemcap edit command in global configuration mode. modemcap edit modem-name attribute at-command Syntax Description modem-name attribute at-command Name of the modem whose values are being edited. Modem capability, or attribute, as defined by the show modemcap command. The AT command equivalent (such as &F). Command Default No default behavior or values. Command Modes Global configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines Modemcaps are printed within the configuration file. You can edit them using this command. Configure one attribute of one modem at a time. See the modem-capability values defined by the show modemcap command. Examples The following example adds the factory default entry, &F, to the configuration file. This entry and others like it are stored in a database that is referenced by the configuration file. modemcap edit codex_3250 factory-default &F Related Commands Command modemcap entry show modemcap Description Stores and compresses information about the capability of a specified modem. Displays the values set for the current modem and lists the modems for which the router has entries. Cisco IOS Dial Technologies Command Reference DIA-492 November 2009 Dial Commands modemcap entry modemcap entry To store and compress information about the capability of a specified modem, use the modemcap entry command in global configuration mode. To disable this feature, use the no form of this command. modemcap entry modem-type no modemcap entry modem-type Syntax Description modem-type Type of supported modem as specified in Table 23. Command Default The capability values that exist in the specified modem at the time that the command is issued Command Modes Global configuration Command History Release 11.1 12.1(5)T Modification This command was introduced. This command was implemented on the Cisco 2600 series and the Cisco 3600 series. Usage Guidelines This command displays the capability of the specified modem. Modemcaps are printed within the configuration file and are intended to be edited using the modemcap edit command. The modemcap entry command does not display values that are not set in the modem. Use the modemcap entry command with the show modemcap command to interpret the capability of the specified modem. Table 23 lists the modemcap entries for supported modems. Table 23 Modemcap Entries for Supported Modems Modemcap Name External Modems Modem Type Motorola Codex 3260 Generic “Hayes” interface Global Village Teleport Hayes Optima1 NEC PIAFS TA NEC V.34 NEC V.110 TA Telebit T3000 U.S. Robotics Courier U.S. Robotics Sportster codex_3260 default global_village hayes_optima nec_piafs nec_v34 nec_v110 telebit_t3000 usr_courier usr_sportster Cisco IOS Dial Technologies Command Reference November 2009 DIA-493 Dial Commands modemcap entry Table 23 Modemcap Entries for Supported Modems (continued) Modemcap Name viva Internal Modems Modem Type Viva (Rockwell ACF with MNP) Cisco (NEC) internal V.110 TA (AS5200) Cisco MICA HMM/DMM digital Microcom HDMS chassis Cisco (Microcom) analog (NM-AM-2600/3600) Cisco (Microcom) V.34/56K digital (AS5300) Cisco NextPort CSMV/6 digital cisco_v110 mica microcom_hdms microcom_mimic microcom_server nextport 1. This built-in modemcap is not recommended for use on an Optima because it sets the modem to automatic speed buffering. This modemcap disables error control and may result in poor performance. Instead, use modemcap default. Examples The following example shows how to select a U.S. Robotics Sportster modem type: modemcap entry usr_sportster Related Commands Command show modemcap Description Displays the values set for the current modem and lists the modems for which the router has entries. modem hold-reset Resets and isolates integrated modems for extensive troubleshooting. Cisco IOS Dial Technologies Command Reference DIA-494 November 2009 Dial Commands modem-pool modem-pool To create a new modem pool or to specify an existing modem pool, use the modem-pool command in global configuration mode. To delete a modem pool from the access server configuration, use the no form of this command. modem-pool name no modem-pool name Syntax Description name Name of a modem pool. Command Default All modems are configured to be part of one system default modem pool (displayed as System-def-Mpool by the show modem-pool command.). For example, if you have 120 MICA technologies modems loaded in your access server, 120 modems are in the default modem pool. Command Modes Global configuration Command History Release 11.2P Modification This command was introduced. Usage Guidelines Modem pools enable you to physically partition or virtually partition your access server for dial-in and dial-out access. Physical partitioning makes one access server appear as if it is multiple access servers loaded with different types of modem services (for example, v.34 modems, fax capable modems, and point-of-sale (POS) modems). Each service is part of one modem pool and assigned a unique Dialed Number Information Service (DNIS) number. Virtual partitioning creates one large modem pool on the access server, but enables different customers to dial in and share the modem resources. Each customer is assigned its own DNIS number. Each customer is given overflow protection, which guarantees a certain number of simultaneous connections. Note MICA and Microcom modems support incoming analog calls over ISDN PRI. However, only MICA technologies modems support modem pooling for CT1 and CE1 configurations with channel-associated signaling. Examples The following example creates a modem pool called v90service. After the modem-pool v90service command is issued, modem pool configuration mode is accessed and the router prompt changes. modem-pool v90service Cisco IOS Dial Technologies Command Reference November 2009 DIA-495 Dial Commands modem-pool Related Commands Command clear modempool-counters pool-member show modem-pool Description Clears active or running counters associated with one or more modem pools. Assigns a range of modems to a modem pool. Displays the configuration and connection status for one or more modem pools. called-number (modem pool) Assigns a called party number to a pool of modems. Cisco IOS Dial Technologies Command Reference DIA-496 November 2009 Dial Commands modemui modemui To enter Cisco modem user interface mode and enter Hayes-compatible modem commands, use the modemui command in EXEC mode. modemui [modem-commands] Syntax Description modem-commands (Optional) Hayes-compatible modem commands. Table 24 lists the modem commands supported on Cisco routers. Multiple commands may be entered. Command Default No default behavior or values. Command Modes EXEC Command History Release 12.2(4)T Modification This command was introduced. Usage Guidelines Use the modemui command to enter interactive Cisco modem user interface mode, which allows the Hayes-compatible modem command subset listed in Table 24 to be entered. The modemui EXEC command can also be entered with the autocommand line configuration command to configure the Cisco modem user interface feature as part of line configuration. Note Before entering the modem command that dials the modem telephone number, you must map the telephone number to an appropriate IP host using the Cisco IOS ip host global configuration command. Cisco IOS Dial Technologies Command Reference November 2009 DIA-497 Dial Commands modemui Table 24 Cisco-Supported Hayes Modem Commands Hayes Modem Commands Description AT DTstring DPstring Attention command. Enters modem command execution mode. You can add any of the command settings listed in this table to the AT command. Dials outbound tone (T) or pulse (P) call. The string following the T or P character is used as an argument to the Cisco IOS connect EXEC command. Before dialing, you must set up an appropriate IP host using the Cisco IOS ip host global configuration command. For example: ip host t555-0112 4023 10.0.0.51 Valid characters for string are the same as the characters that are used in a host name for the Cisco IOS connect command, as follows: • • • • The numbers 0 through 9 Uppercase letters A through Z Lowercase letters a through z The . (period), - (hyphen), and _ (underscore) characters No other characters (such as # or *) are accepted in the dial string, and unsupported characters are stripped before dialing occurs. En Echo mode. Values for n are as follows: • • 0 turns off command echo. 1 turns on command echo (default). Hn In Hangup mode. A value of 0 or 1 closes the connection. Information mode. The information displayed is set in a banner configured with the Cisco IOS MODEMUI-VERSION global configuration command. Acceptable values for n are the numbers 0 through 6. Online mode. A value of 0 or 1 resumes the connection. Quiet mode. Values for n are as follows: • • On Qn 0 displays modem result codes (default). 1 inhibits modem result codes display (quiet mode). The standard Hayes modem S-register settings S0 through S53 are accepted by Cisco IOS software, but do not have any effect. S201—Command mode parity sniffing. If the value (v) for S201 is 0 (default), parity for both the command and data portions of a call are controlled by the Cisco IOS parity and databits line configuration commands. If the value (v) for S201 is 1, mark or space parity for the command session will be taken from the Hayes AT part of the command, and the data portion will be 8-bit transparent. Sn=v Set selected register (S-register). Note Choose one of the following S-registers for n: • Cisco IOS Dial Technologies Command Reference DIA-498 November 2009 Dial Commands modemui Table 24 Cisco-Supported Hayes Modem Commands (continued) Hayes Modem Commands Description • S202—Output mask. This setting allows mark parity to be unconditionally implemented for the command characters. The default value for S202 is 0 (no parity). The value 128 causes command characters to be sent with mark parity. • S203—Connect delay. Allows a delay in seconds to be added to the time between when the ATD command is executed and when the call success or failure code is displayed. This delay is sometimes required because a Telnet connection is established more quickly than placing a telephone call. The value for S203 can be a number from 0 to 255. The actual value applied to the connect delay is 10 percent of the number entered for v. For example, a value of 300 sets a connect delay of 30 seconds. The default value is 0. • S204—Connect code. Allows the result code for a successful connection to be specified. The default is code 1 for the unextended mode, but you can configure one of the following numbers to display a selected line speed. For example, connection code 10 selects CONNECT 2400. By allowing the code to be expressed explicitly, you can allow for a “CONNECT 2400” response message to be displayed, regardless of the actual line speed. The default for v is 0, or choose one of the following connection codes: – 9—CONNECT 1200 – 10—CONNECT 2400 – 11—CONNECT 4800 – 12—CONNECT 9600 – 13—CONNECT 14400 – 14—CONNECT 19200 – 15—CONNECT 38400 – 16—CONNECT 57600 Sn? Vn S-register query. The value for n is the number of the S-register to query (S201 through S204; see the preceding list). Result code format. Values for n are as follows: • • 0 displays a short result report. 1 displays a long result report (default). Xn Z Z99 Extended result codes. The value for n is any nonzero number, which appends /NONE to the connect message. Also see the preceding description for S-register S204, for changing the reported connection speed. Reset to default configuration. Choose one of the following reset options: • • ATZ returns the Cisco modem user interface to its default state and re-executes the initialization string provided in the modemui command. ATZ99 returns to the standard Cisco IOS software user interface (EXEC) mode. Cisco IOS Dial Technologies Command Reference November 2009 DIA-499 Dial Commands modemui Examples The following example shows how to configure a line for the Cisco modem user interface feature and set the modem in no-echo, short-response mode: line aux 0 login authentication modem modem dialin delay autocommand modemui ATE0V0 transport input all stopbits 1 speed 38400 flowcontrol hardware The following example shows how to enter Cisco modem user interface mode from the Cisco IOS EXEC mode and enter Hayes-compatible AT commands to dial and test the modem: Router# modemui AT OK ATDT4155551234 CONNECT User Access Verification Username: Related Commands Command autocommand connect ip host modemui-version Description Configures the Cisco IOS software to automatically execute a command when a user connects to a particular line. Logs in to a host that supports Telnet, rlogin, or LAT. Defines a static host name-to-address mapping in the host cache. Displays a banner in response to the Hayes information mode command. Cisco IOS Dial Technologies Command Reference DIA-500 November 2009 Dial Commands modemui-version modemui-version To display a banner as a response to the Hayes modem information command, use the modemui-version command in global configuration mode. To remove or change the banner display, use the no form of this command. modemui-version delimiter banner-text delimiter no modemui-version delimiter banner-text delimiter Syntax Description delimiter banner-text Character that you choose, such as # or /, to signal the beginning and end of the banner message. Banner message text. Command Default No default behavior or values. Command Modes Global configuration Command History Release 12.2(4)T Modification This command was introduced. Usage Guidelines Use the modemui-version command to configure banners for the Hayes information mode command (ATIn). Examples The following example configures the modem user interface banner to display the modem model and code revision in response to the ATI6 Cisco modem user interface command: modemui-version / Telebit T3000, Version 1.5 / Related Commands Command modemui Description Enters Cisco modem user interface mode. Cisco IOS Dial Technologies Command Reference November 2009 DIA-501 Dial Commands multilink multilink To limit the total number multilink PPP (MLP) sessions for all virtual private dialup network (VPDN) multilink users, enter the multilink command in VPDN group configuration mode. To remove the MLP session limit, enter the no form of this command. multilink {bundle bundles | link links} no multilink {bundle bundles | link links} Syntax Description bundle bundles Configures the number of MLP bundles supported for a VPDN group. In general, each user requires one bundle. Valid values for the bundles argument range from 0 to 32,767. Configures the number of sessions supported for each bundle. Valid values for the links argument range from 0 to 32,767. link links Command Default No MLP session limit is set. Command Modes VPDN group configuration Command History Release 12.0(4)XI 12.0(5)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.0(5)T. Usage Guidelines Use the multilink VPDN group configuration command to limit the total number of sessions for all MLP users. Each user requires one bundle, regardless if the user is a remote modem client or an ISDN client. One modem client using one B channel requires one link. One ISDN BRI node may require up to two links for one BRI line connection. The second B channel of an ISDN BRI node comes up when the maximum threshold is exceeded. Examples The following example configures a VPDN group called group1 to initiate Layer 2 Tunnel Protocol (L2TP) tunnels to the tunnel server at IP address 10.2.2.2. Ten MLP bundles are configured for users that dial in to the domain cisco.com. Each bundle is configured to support a maximum of 5 links, limiting the total number of MLP sessions to 50. Router(config)# vpdn-group group1 Router(config-vpdn)# request-dialin Router(config-vpdn-req-in)# protocol l2tp Router(config-vpdn-req-in)# domain cisco.com Router(config-vpdn-req-in)# exit Router(config-vpdn)# initiate-to ip 10.2.2.2 Router(config-vpdn)# multilink bundle 10 Router(config-vpdn)# multilink link 5 Cisco IOS Dial Technologies Command Reference DIA-502 November 2009 Dial Commands multilink Related Commands Command request-dialin Description Creates a request dial-in VPDN subgroup that configures a NAS to request the establishment of a dial-in tunnel to a tunnel server, and enters request dial-in VPDN subgroup configuration mode. Creates a VPDN group and enters VPDN group configuration mode. vpdn-group Cisco IOS Dial Technologies Command Reference November 2009 DIA-503 Dial Commands multilink bundle-name multilink bundle-name To select a method for naming multilink bundles, use the multilink bundle-name command in global configuration mode. To remove the selection method, use the no form of this command. multilink bundle-name {authenticated | endpoint | both} no multilink bundle-name {authenticated | endpoint | both} Syntax Description authenticated Authenticated name of the peer. This is the default. endpoint both Endpoint discriminator of the peer. Authenticated name and endpoint discriminator of the peer. Command Default Authenticated name of the peer. Command Modes Global configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines The authenticated keyword defines the selection criteria for the bundle name as the authenticated name, the endpoint discriminator if the link is not authenticated, or the caller ID if neither an authenticated name nor an endpoint is supplied. The endpoint keyword defines the selection criteria for the bundle name as the endpoint discriminator, the authenticated name if no endpoint is supplied, or the caller ID if neither an authenticated name nor an endpoint is supplied. The both keyword defines the selection criteria for the bundle name as an authenticated name-endpoint discriminator pair, the authenticated name if no endpoint is supplied, the endpoint discriminator if the link is not authenticated, or the caller ID if neither an authenticated name nor an endpoint is supplied. Examples The following example sets the selection criteria for the multilink bundle name as the endpoint discriminator: multilink bundle-name endpoint Cisco IOS Dial Technologies Command Reference DIA-504 November 2009 Dial Commands multilink max-fragments multilink max-fragments The multilink max-fragments command is replaced by the ppp multilink fragment maximum command. See the description of the ppp multilink fragment maximum command for more information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-505 Dial Commands multilink virtual-template multilink virtual-template To specify a virtual template from which the specified Multilink PPP (MLP) bundle interface can clone its interface parameters, use the multilink virtual-template command in global configuration mode. To remove the defined virtual template, use the no form of the command. multilink virtual-template number no multilink virtual-template number Syntax Description number Number of the virtual template to be used to clone the MLP bundle interface. An integer in the range from 1 to the largest number of virtual templates the software image supports (typically 25). Command Default No template is specified. Command Modes Global configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines Configuring a specific IP address in a virtual template can result in the establishment of erroneous routes and the loss of IP packets. Examples The following example specifies that virtual template 1 is to be used for MLP ,and then defines virtual template 1: multilink virtual-template 1 interface virtual-template 1 ip unnumbered ethernet 0 encapsulation ppp ppp multilink ppp authentication chap Related Commands Command interface virtual-template Description Creates a virtual template interface that can be configured and applied dynamically in creating virtual access interfaces. Cisco IOS Dial Technologies Command Reference DIA-506 November 2009 Dial Commands multilink-group multilink-group The multilink-group command is replaced by the ppp multilink group command. See the description of the ppp multilink group command for more information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-507 Dial Commands name (dial peer cor custom) name (dial peer cor custom) To specify the name for a custom class of restrictions (COR), use the name command in dial peer COR custom configuration mode. To remove a specified COR, use the no form of this command. name class-name no name class-name Syntax Description class-name Name that describes the specific COR. Command Default No default behavior or values. Command Modes Dial peer COR custom configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines The dial-peer cor custom and name commands define the names of capabilities on which to apply COR operation. Examples of names might include any of the following: call1900, call527, call9, or call 911. You must define the capabilities before you specify the COR rules. You can define a maximum of 64 COR names. Examples The following example defines three COR names: dial-peer cor custom name 900_call name 800_call name catchall Related Commands Command dial-peer cor custom name Description Specifies that named CORs apply to dial peers. Assigns a name to the internal adapter. Cisco IOS Dial Technologies Command Reference DIA-508 November 2009 Dial Commands netbios nbf netbios nbf To enable the NetBIOS Frames Protocol (NBF) on an interface, use the netbios nbf command in interface configuration mode. To disable NetBIOS Frames Protocol support on an interface, use the no form of this command. netbios nbf no netbios nbf Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Interface configuration Command History Release 11.1 Modification This command was introduced. Examples The following example enables NBF on asynchronous interface 1 (connected to remote access client using a NetBEUI application) and Ethernet interface 0 (connected to the remote router): interface async 1 netbios nbf interface ethernet 0 netbios nbf Related Commands Command netbios name-cache Description Defines a static NetBIOS name cache entry, tying the server with the name netbios-name to the mac-address, and specifying that the server is accessible either locally through the interface-name specified, or remotely through the ring-group group-number specified. Displays NetBEUI connection information. Displays a list of NetBIOS cache entries. show nbf sessions show netbios cache Cisco IOS Dial Technologies Command Reference November 2009 DIA-509 Dial Commands network-clock-priority network-clock-priority To specify the clock-recovery priority for the BRI voice ports in a BRI voice module (BVM), use the network-clock-priority command in interface configuration mode. To restore the default (low) clock-recovery priority, use the no form of this command. network-clock-priority {low | high} no network-clock-priority {low | high} Syntax Description low high The BRI port is second priority to recover clock. The BRI port is first priority to recover clock. Command Default Each BRI voice port has low clock-recovery priority. The BRI VIC port provides clocking (high). Command Modes Interface configuration Command History Release 12.0(3)XG 12.1(3)XI Modification This command was introduced on the Cisco MC3810 concentrator. This command was implemented on the Cisco 2600 series and Cisco 3600 series. Usage Guidelines Because the BRI voice interface card can support both ISDN NT and TE ports, this command allows a “local loop” to be configured for testing. By default the TE port on the BRI VIC receives the clock source to drive the whole BRI (network-clock-priority high). Setting the clock priority to low allows the connected port to provide clocking. This command becomes effective only when the BVM is the clock source for the Cisco MC3810, which can happen in one of three ways: • • • When the BVM is specified as the first-priority network clock source through the network-clock-select command. When the BVM is specified as a lower-priority network clock source, and a higher-priority network clock source is lost. When the BVM is the only network clock source. The BRI voice port supplying clock operates as a line source; if there are other BRI voice ports configured as TE, they operate in loop-timed mode. Regardless of the network-clock-priority setting, the first TE-configured BRI voice port that becomes active is automatically chosen to supply clock. The clock source does not change if another BRI voice port configured for network-clock-priority high becomes active. Cisco IOS Dial Technologies Command Reference DIA-510 November 2009 Dial Commands network-clock-priority If the chosen clocking port becomes inactive, the system searches for clock on the active TE-configured ports in the following order: 1. 2. Ports configured as network-clock-priority high in order from lowest (1) to highest (4). Ports configured as network-clock-priority low in order from lowest (1) to highest (4). If the originally chosen port then reactivates, it resumes its role as clock source regardless of its network-clock-priority setting. If you enter either the no network-clock-priority low or the no network-clock-priority high command, the network clock priority defaults to low. Examples The following example configures BRI voice port 1 as a first priority clock source: interface bri 0/1 network-clock-priority high Related Commands Command number Description Specifies selection priority for the clock sources. Cisco IOS Dial Technologies Command Reference November 2009 DIA-511 Dial Commands number number To add a Calling Line Identification (CLID) or Dialed Number Identification Service (DNIS) number to a dialer group, use the number command in CLID group configuration or DNIS group configuration mode followed by the specifying number. To remove a number from a group, use the no form of this command. number id-number no number id-number Syntax Description id-number CLID or DNIS number, which can have up to 65 digits. Note The CLID screening feature rejects this number if it matches the CLID of an incoming call. Valid CLID numbers are all numeric, or numbers that contain the wildcard x. You can use x (signifying a single number don’t care state), X or . as wildcards within each CLID number. The asterisk (*) wildcard is not accepted. Command Default No default behavior or values. Command Modes CLID group configuration DNIS group configuration Command History Release 12.0(4)XI 12.1(5)T Modification This command was introduced. This command was enhanced to add CLID numbers to a CLID group and DNIS numbers to a DNIS group. Usage Guidelines You can organize CLID numbers for a customer or service type into a CLID group. You can add multiple CLID groups to a customer profile. Add all CLID numbers into one CLID group, or subdivide the CLID numbers using criteria such as call type, geographical location, or division. The Cisco IOS software also includes a feature that streamlines the DNIS configuration process. By replacing any digit with an X (for example, issuing the number 555222121x command), clients dialing different numbers, such as 5552221214 or 5552221215, are automatically mapped to the same customer profile. The X variable is a placeholder for the digits 1 through 9. Examples The following example shows the command to use to assign a number to a CLID group named group1: dialer clid group group1 number 2121212121 Cisco IOS Dial Technologies Command Reference DIA-512 November 2009 Dial Commands number The following example shows a DNIS group called dnis_isp_1 and DNIS numbers 1234 and 5678 assigned to the DNIS group: dialer dnis group dnis_isp_1 number 1234 number 5678 Related Commands Command clid group dnis group resource-pool call treatment discriminator Description Adds a CLID group to a discriminator. Includes a group of DNIS numbers in a customer profile. Creates a call discrimination profile. Cisco IOS Dial Technologies Command Reference November 2009 DIA-513 Dial Commands number Cisco IOS Dial Technologies Command Reference DIA-514 November 2009 Dial Commands peer default ip address peer default ip address To specify an IP address, an address from a specific IP address pool, or an address from the Dynamic Host Configuration Protocol (DHCP) mechanism to be returned to a remote peer connecting to this interface, use the peer default ip address command in interface configuration mode. To disable a prior peer IP address pooling configuration on an interface, or to remove the default address from your configuration, use the no form of this command. peer default ip address {ip-address | dhcp-pool | dhcp | pool [pool-name]} no peer default ip address Syntax Description ip-address Specific IP address to be assigned to a remote peer dialing in to the interface. To prevent duplicate IP addresses from being assigned on more than one interface, this argument cannot be applied to a dialer rotary group nor to an ISDN interface. Retrieves an IP address from an on-demand address pool. This option only supports remote access (PPP) sessions into MPLS VPNs. Retrieves an IP address from the DHCP server. Uses the global default mechanism as defined by the ip address-pool command unless the optional pool-name argument is supplied. This is the default. (Optional) Name of a local address pool created using the ip local pool command. DHCP retrieves an address from this pool regardless of the global default mechanism setting. dhcp-pool dhcp pool pool-name Command Default The default is pool. Command Modes Interface configuration Command History Release 11.0 12.2(8)T Modification This command was introduced. The dhcp-pool keyword was added. Usage Guidelines This command applies to point-to-point interfaces that support the PPP or Serial Line Internet Protocol (SLIP) encapsulation. This command sets the address used on the remote (PC) side. Note This command replaces the async default ip address command. This command allows an administrator to configure all possible address pooling mechanisms on an interface-by-interface basis. Cisco IOS Dial Technologies Command Reference November 2009 DIA-515 Dial Commands peer default ip address The peer default ip address command can override the global default mechanism defined by the ip address-pool command on an interface-by-interface basis, as follows: • For all interfaces not configured with a peer default IP address mechanism (equivalent to selecting the peer default ip address pool command), the router uses the global default mechanism that is defined by the ip address-pool command. If you select the peer default ip address pool pool-name form of this command, then the router uses the locally configured pool on this interface and does not follow the global default mechanism. If you select the peer default ip address ip-address form of this command, the specified IP address is assigned to any peer connecting to this interface and any global default mechanism is overridden for this interface. If you select the peer default ip address dhcp form of this command, the DHCP proxy-client mechanism is used by default on this interface and any global default mechanism is overridden for this interface. If you select the peer default ip address dhcp-pool form of this command, the DHCP on-demand address pooling mechanism is used by default on this interface and any global default mechanism is overridden for this interface. • • • • Examples The following command specifies that this interface will use a local IP address pool named pool3: peer default ip address pool pool3 The following command specifies that this interface will use the IP address 172.19.34.21: peer default ip address 172.19.34.21 The following command reenables the global default mechanism to be used on this interface: peer default ip address pool The following example specifies address 192.168.7.51 for asynchronous interface 6: line 20 speed 115200 interface async 6 peer default ip address 192.168.7.51 Related Commands Command async dynamic address encapsulation slip exec ip address-pool ip dhcp-server ip local pool ppp Description Specifies dynamic asynchronous addressing versus default addressing. Enables SLIP encapsulation. Allows an EXEC process on a line. Enables an address pooling mechanism used to supply IP addresses to dial in asynchronous, synchronous, or ISDN point-to-point interfaces. Specifies which DHCP servers to use on a network, and specifies the IP address of one or more DHCP servers available on the network. Configures a local pool of IP addresses to be used when a remote peer connects to a point-to-point interface. Starts an asynchronous connection using PPP. Cisco IOS Dial Technologies Command Reference DIA-516 November 2009 Dial Commands peer default ip address Command show cot dsp slip Description Displays information about the COT DSP configuration or current status. Starts a serial connection to a remote host using SLIP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-517 Dial Commands peer ip address forced peer ip address forced To force the router to assign a peer the next available IP address in the pool for an interface, use the peer ip address forced command in interface configuration mode. To allow a peer to negotiate a specific IP address or to allow the router to attempt to assign a peer its previously assigned IP address, use the no form of this command. peer ip address forced no peer ip address forced Syntax Description This command has no arguments or keywords. Command Default When a network device dials in to a Cisco network access server (NAS) that is configured to assign an IP address to the network device, the NAS attempts to assign the device the address it was assigned previously. If that address is unavailable or if no address in the pool was assigned previously, the NAS then assigns the next available address in its pool. Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines The peer ip address forced command is used for point-to-point interfaces that support a link framing protocol such as PPP where the NAS will assign a peer IP address from an address pool as a result of the following conditions: • • The NAS is configured with a pool of network addresses at the interface supporting the peers (configured by use of the ip local-pool command). The NAS is configured to assign IP addresses to peers from a pool. A pool of IP addresses can be configured and applied at the interface by use of the ip address-pool command and the peer default ip address pool command or as a RADIUS server directive. The peer is configured to request an IP address from the NAS server (for example, as configured by use of the ip address negotiated command). • To force the NAS to allocate the next available IP address from the pool for the interface, use the peer ip address forced command. Any attempts to allocate a previously held IP address or a specifically requested IP address are suppressed; instead, the NAS allocates the next available IP address from the specified pool. This feature can be used to prevent users from obtaining the same IP address for each dial-in session. Cisco IOS Dial Technologies Command Reference DIA-518 November 2009 Dial Commands peer ip address forced Examples The following example specifies that the interface will allocate the next available address from the pool whenever an address is requested from a pool: interface Virtual-template 1 peer default ip address pool poolA poolB peer ip address forced The following example specifies that the interface will allow a peer to negotiate an IP address or will attempt to assign a previously assigned address: interface Virtual-template 1 peer default ip address pool poolA poolB no peer ip address forced Related Commands Command ip address negotiated ip address-pool ip local-pool Description Specifies that the IP address for a particular interface is obtained via PPP IPCP address negotiation. Enables an address pooling mechanism used to supply IP addresses to dial-in asynchronous, synchronous, or ISDN point-to-point interfaces. Configures a local pool of IP addresses to be used when a remote peer connects to a point-to-point interface. peer default ip address Specifies an IP address, an address from a specific IP address pool, or an address from the DHCP mechanism to be returned to a remote peer connecting to this interface. ppp Starts an asynchronous connection using PPP when you want to connect from a remote node computer to an EXEC session on the access server and want to connect from the access server to a device on the network. Cisco IOS Dial Technologies Command Reference November 2009 DIA-519 Dial Commands peer match aaa-pools peer match aaa-pools To specify that any IP address pool name supplied by authentication, authorization, and accounting (AAA) servers must also be present in the list of pool names specified in the peer default ip address pool interface configuration command, use the peer match aaa-pools command in interface configuration mode. To configure the software to use any pool name supplied by the AAA server (default configuration), use the no form of this command. peer match aaa-pools no peer match aaa-pools Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Interface configuration Command History Release 12.0(6)T Modification This command was introduced. Usage Guidelines This command provides the ability to control or restrict the use of pool names supplied by AAA to only those pool names that are configured on the router. This ability is useful in cases where the AAA server and the router and its local configuration are controlled by different administrators, as would be the case for a wholesale dial supplier where the AAA servers are owned by individual customers. When the peer match aaa-pools command is configured on an interface, the IP address pool names used are those specified in the local configuration as part of the peer default ip address command and the pool names supplied by the AAA server. When the no peer match aaa-pools command is used, pool name selection is controlled by the AAA server, as follows: When the AAA server supplies a pool name, that is the only pool used. If AAA does not supply a pool name, then the normal IP default pool name processing is used as described in the peer default ip address command page. Examples The following example shows how to configure pool name restrictions in a Resource Pool Management (RPM) customer profile template: template Word multilink max-fragments peer match aaa-pools peer default ip address pool poolA poolB ppp ipcp dns 10.1.1.1 resource-pool profile customer WORD source template Word aaa group-configuration AAA-group1 Cisco IOS Dial Technologies Command Reference DIA-520 November 2009 Dial Commands peer match aaa-pools template user_direct peer default ip address pool mypool ppp authentication chap isdn-users ppp multilink Related Commands Command ip local pool peer default ip address Description Configures a local pool of IP addresses to be used when a remote peer connects to a point-to-point interface. Specifies an IP address, an address from a specific IP address pool, or an address from the DHCP mechanism to be returned to a remote peer connecting to this interface. Directs the pool software to use the local pool name configured with the peer default ip address interface configuration command to supplement the pool names supplied by AAA. Suppresses an attempt to load all dynamic pools from the AAA server when a missing pool name is encountered. peer pool backup peer pool static Cisco IOS Dial Technologies Command Reference November 2009 DIA-521 Dial Commands peer pool backup peer pool backup To provide backup IP address pool names supplied by authentication, authorization, and accounting (AAA) with local pool names, use the peer pool backup command in interface configuration mode. To disable the local pool name backup feature, use the no form of this command. peer pool backup no peer pool backup Syntax Description This command has no arguments or keywords. Command Default No backup IP address pool names are configured Command Modes Interface configuration Command History Release 12.2(8)B 12.3(4)T 12.2(28)SB Modification This command was introduced. This command was integrated into Cisco IOS Release 12.3(4)T. This command was integrated into Cisco IOS Release 12.2(28)SB. Usage Guidelines The peer pool backup command is useful in large-scale dial-out environments with a large number of independently controlled AAA servers. Difficulties arise when the network access server (NAS) must provide IP address pool name resolution when a new pool is introduced by one of the AAA servers before that pool is set up on the NAS, or when an existing local pool becomes exhausted but the AAA server actually has other pools that would be acceptable as IP address sources. The peer pool backup command uses the local pool names configured with the peer default ip address pool interface configuration command to supplement the pool names supplied by AAA. The problems of pool name resolution and exhaustion can be solved by configuring backup pool names on a per-interface basis using both the peer default ip address pool and peer pool backup interface configuration commands. You may also configure local restrictions on the use of AAA-supplied pool names to a NAS-specified set by adding the peer match aaa-pools interface configuration command to the configuration. The peer match aaa-pools command specifies that any AAA-supplied pool name must match one of the pool names supplied with the peer default ip address pool command. See the “Examples” section for an example. Cisco IOS Dial Technologies Command Reference DIA-522 November 2009 Dial Commands peer pool backup Examples In the following example, the search order for backup pool names set by the peer default ip address pool command is pool1 then pool2. These pools will be used when the NAS cannot resolve a pool name or when an existing pool of IP addresses is exhausted. interface Dialer1 ip unnumbered FastEthernet0 encapsulation ppp dialer pool 1 dialer idle-timeout 3600 dialer-group 1 peer pool backup peer default ip address pool pool1 pool2 no fair-queue no cdp enable ppp authentication chap In the following example, assume that there is a AAA-supplied IP address pool named poolA. By adding the peer match aaa-pools command to the configuration, the AAA-supplied pool named poolA will not be used because it does not appear in the peer default ip address pool command; only the pools named pool1 and pool2 will be searched. interface serial 1:23 ip address 10.4.4.1 255.255.255.0 encapsulation ppp ppp authentication chap dialer-group 1 peer pool backup peer match aaa-pools peer default ip address pool pool1 pool2 isdn switch-type primary-5ess Related Commands Command ip local pool Description Configures a local pool of IP addresses to be used when a remote peer connects to a point-to-point interface. peer default ip address Specifies an IP address, an address from a specific IP address pool, or an address from the DHCP mechanism to be returned to a remote peer connecting to this interface. peer match aaa-pools peer pool static Specifies that any AAA-supplied pool name must match one of the pool names supplied with the peer default ip address pool command. Suppresses an attempt to load all dynamic pools from a AAA server when a missing pool name is encountered. Cisco IOS Dial Technologies Command Reference November 2009 DIA-523 Dial Commands peer pool static peer pool static To suppress an attempt to load all dynamic pools from an authentication, authorization, and accounting (AAA) server when a missing pool name is encountered, use the peer pool static command in interface configuration mode. To disable the suppression of dynamic pool loading and restore the normal dynamic pool loading behavior, use the no form of this command. peer pool static no peer pool static Syntax Description This command has no arguments or keywords. Command Default Dynamic pools are loaded Command Modes Interface configuration Command History Release 12.2(8)B 12.3(4)T 12.2(28)SB Modification This command was introduced. This feature was integrated into Cisco IOS Release 12.3(4)T. This command was integrated into Cisco IOS Release 12.2(28)SB. Usage Guidelines The peer pool static command controls attempts by the pool software to load dynamic pools in response to a pool request from a specific interface. These dynamic pools are loaded at system startup and refreshed whenever a pool name not configured on the network access server (NAS) is specified for IP address allocation. Because the behavior of the NAS in response to a missing pool name can be changed using the peer pool backup interface configuration command, you may need to use the peer pool static command to control attempts to load all dynamic pools when the AAA-supplied pool name is not an existing local pool name. The peer pool static command provides a two-minute interval between attempts to download dynamic IP pools when a missing pool name is encountered. Examples The following partial example shows how to disable loading dynamic pools using the peer pool static command: aaa new-model aaa authentication ppp default group radius aaa authorization exec default group radius aaa authorization network default group radius ! interface ATM0/0/0 no ip address no ip directed-broadcast no ip route-cache no atm ilmi-keepalive . Cisco IOS Dial Technologies Command Reference DIA-524 November 2009 Dial Commands peer pool static . . interface Virtual-Template1 ip address 10.4.4.1 255.255.255.0 encapsulation ppp ppp authentication chap no ip directed-broadcast peer pool static peer pool static peer default ip address pool pool3 pool4 pool5 ip classless radius-server host 172.30.166.121 radius-server key lab radius-server vsa send accounting radius-server vsa send authentication ! ip local pool pool2 10.4.4.2 ip local pool pool3 10.4.4.3 ip local pool pool4 10.4.4.4 ip local pool pool5 10.4.4.5 In this configuration, any attempt to load a dynamic pool name is suppressed; only the backup pool names defined by the peer default ip address pool command will be used. Related Commands Command ip local pool Description Configures a local pool of IP addresses to be used when a remote peer connects to a point-to-point interface. peer default ip address Specifies an IP address, an address from a specific IP address pool, or an address from the DHCP mechanism to be returned to a remote peer connecting to this interface. peer pool backup Directs the pool software to use the local pool name configured with the peer default ip address pool interface configuration command to supplement the pool names supplied by AAA. Cisco IOS Dial Technologies Command Reference November 2009 DIA-525 Dial Commands permission (dial peer voice) permission (dial peer voice) To specify whether incoming or outgoing calls are permitted on the defined dial peer, use the permission command in dial peer voice configuration mode. To remove the specified permission, use the no form of this command. permission {orig | term | both | none} no permission {orig | term | both | none} Syntax Description orig term both none This dial peer is permitted to originate calls. Thus, the access server can accept incoming calls from the dial peer. This dial peer is permitted to terminate calls. Thus, the access server can send outgoing calls to the dial peer. This dial peer is permitted to originate and terminate calls. Both incoming and outgoing calls are permitted (default). No incoming or outgoing calls can be made to or from this dial peer. Command Default Both incoming and outgoing calls are permitted. Command Modes Dial peer voice configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines After a dial peer is associated with an incoming call, the permission is checked to determine whether incoming calls are permitted on the dial peer. If permission is not set to orig or both, the incoming call is blocked. After a dial peer is matched for an outgoing call, the permission is checked to determine whether outgoing calls are permitted on the dial peer. If permission is not set to term or both, the outgoing call using this dial peer fails. Note The call may “rotary” to the next dial peer if the current dial peer does not have the huntstop command set. Cisco IOS Dial Technologies Command Reference DIA-526 November 2009 Dial Commands permission (dial peer voice) Examples The following example configures a dial peer and sets its permission to both originate and terminate calls: dial-peer voice 526 pots answer-address 408526.... corlist incoming list2 direct-inward-dial permission both Related Commands Command dial-peer voice Description Enters dial-peer voice configuration mode and defines a remote VoIP dial peer. Cisco IOS Dial Technologies Command Reference November 2009 DIA-527 Dial Commands pool-range pool-range To assign a range of modems to a modem pool, use the pool-range command in modem-pool configuration mode. To remove the range of modems, use the no form of the command. pool-range [tty] {modem1-modemN | x/y} no pool-range [tty] {modem1-modemN | x/y} Syntax Description tty modem1-modemN (Optional) Sets the range to terminal controller (TTY) lines. Range of lines, which correspond to a range of modems or to a modem pool. A hyphen (-) is required between the two numbers. The range of modems you can choose from is equivalent to the number of modems in your access server that are not currently associated with another modem pool, up to a maximum of 48. Slot/port numbers for an internal modem. A range of numbers is not accepted. The slash mark is required. x/y Command Default Command is disabled. All modems are configured to be part of the system default modem pool. Command Modes Modem pool configuration Command History Release 11.2P Modification This command was introduced on the Cisco AS5200 and Cisco AS5300. Usage Guidelines For a complete description of modem pools and how they are configured on Cisco access servers, see the command page for the modem-pool command. Replace themodem1-modemN arguments with the modem TTY line numbers that correspond with the range of modems you want in the modem pool. TTY line numbers start from 1, and they map to modem numbers that start from 0. For example, if you want to include modems 1/0 through 1/23 in a pool range, use the TTY line numbers 1 to 24. To verify the modem to TTY line numbering scheme, use the show modem slot/port command. Note MICA technologies modems and Microcom modems support incoming analog calls over ISDN PRI. However, only MICA modems support modem pooling for CT1 and CE1 configurations with channel–associated signaling. Cisco IOS Dial Technologies Command Reference DIA-528 November 2009 Dial Commands pool-range Examples The following example assigns modem TTY line numbers 30 to 50 to a modem pool. The Dialed Number Information Service (DNIS) number is set to 2000. The customers dialing 2000 are guaranteed access to 21 modems. The 22nd client to dial in is refused connectivity because the maximum number of allowable connections is exceeded. modem-pool v90service pool-range 30-50 called-number 2000 max-conn 21 exit The following configuration rejects the pool-range 30 command, because modem TTY line 30 is already a member of the modem pool v90service, which was configured in the previous example. Each modem in the access server is automatically assigned to a unique TTY line. TTY line numbers are assigned according to your shelf, slot, or port hardware configuration. modem-pool v34service pool-range tty 30 % TTY 30 is already in another pool. Related Commands Command called-number (modem pool) clear modempool-counters modem-pool Description Assigns a called party number to a pool of modems. Clears active or running counters associated with one or more modem pools. Creates a new modem pool or specifies an existing modem pool, which allows you to physically or virtually partition your access server for dial-in and dial-out access. Displays the configuration and connection status for one or more modem pools. show modem-pool Cisco IOS Dial Technologies Command Reference November 2009 DIA-529 Dial Commands port (global) port (global) To enter the port configuration mode, use the port command in global configuration mode. To exit port configuration mode, use the no form of this command. Cisco AS5400 with NextPort DFC port {slot | slot/port} [slot | slot/port] no port {slot | slot/port} [slot | slot/port] Cisco AS5800 with Universal Port Card port {shelf/slot | shelf/slot/port} [shelf/slot | shelf/slot/port] no port {shelf/slot | shelf/slot/port} [shelf/slot | shelf/slot/port] Syntax Description slot slot/port All ports on the specified slot. For the Cisco AS5400, slot values range from 0 to 7. Entering a second slot value will specify a range of slots. All ports on the specified slot and SPE. For the Cisco AS5400, slot values range from 0 to 7 and port values range from 0 to 107. The slash mark is required. Entering a second slot and SPE value will specify a range of slots. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values are 0 and 1, and UPC slot values range from 2 to 11. The slash mark is required. Entering a second shelf and slot value will specify a range of slots. All ports on the specified SPE. For the Cisco AS5800, shelf values are 0 and 1, slot values range from 2 to 11, and port values range from 0 to 323. The slash marks are required. Entering a second shelf, slot, and SPE value will specify a range of slots. shelf/slot shelf/slot/port Command Default Command is disabled. Command Modes Global configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines The port command helps you to enter the port configuration mode. The port configuration mode allows you to shut down or put individual ports or ranges of ports in busyout mode. Cisco IOS Dial Technologies Command Reference DIA-530 November 2009 Dial Commands port (global) Examples The following example shows how to enter port configuration mode on ports 1 to 18 to perform further tasks on the ports: Router(config)# port 1/1 1/18 Router(config-port)# shutdown Related Commands Command clear port Description Resets the port and clears any active calls to the port. Cisco IOS Dial Technologies Command Reference November 2009 DIA-531 Dial Commands port modem autotest port modem autotest To automatically and periodically perform a modem diagnostics test for modems inside the universal gateway or router, use the port modem autotest command in global configuration mode. To disable or turn off the modem autotest service, use the no form of this command. port modem autotest {error threshold | minimum modems | time hh:mm [hours]} no port modem autotest Syntax Description error threshold Maximum modem error threshold. When the system detects this many errors with the modems, the modem diagnostics test is automatically triggered. Specify a threshold count from 3 to 50. minimum modems Minimum number of modems that will remain untested and available to accept calls during each test cycle. You can specify from 5 to 48 modems. The default is 6 modems on the Cisco AS5400. The range for the Cisco AS5800 is from 73 to 756. time hh:mm Time you want the modem autotest to begin. You must use the military time convention and a required colon (:) between the hours and minutes variables for this feature. For example, 1:30 p.m. is issued as 13:30. (Optional) Long-range time variable used to set the modem autotest more than one day in advance. The range of hours is from 1 hour to 168 hours. For example, if you want to run the test once per week, issue 168. There are 168 hours in one week. hours Command Default Modem diagnostics tests are disabled. Command Modes Global configuration Command History Release 11.3 12.1(1)XD Modification This command was introduced. This command was introduced on the Cisco AS5400 as the port modem autotest command and replaced the modem autotest command for the NextPort dial feature card (DFC) only. This command was implemented on the Cisco AS5400 and Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. 12.1(3)T 12.1(5)XM1 12.2(11)T Cisco IOS Dial Technologies Command Reference DIA-532 November 2009 Dial Commands port modem autotest Examples The following example shows how to set the modem autotest to run once per week at 3:00 a.m. Additionally, the autotest activates if the system detects a modem error count higher than 40 errors. Determine the current time set on the access server with the show clock EXEC command. In this example, the time and date set is 3:00 p.m, Monday, January 6, 2003: Router# show clock *15:00:01.031 EST Jan 06 2003 Enter global configuration mode and set the time you want the modem autotest to activate. In this example, the access server is configured to run the modem autotest at 3:00 a.m. and every 168 hours (week) thereafter: Router# configure terminal Enter configuration commands, one per line. End with CNTL/Z. Router(config)# port modem autotest time 03:00 168 Configure the autotest to activate if the system detects a high modem error count. In this example, the autotest activates if the system detects a modem error count higher than 40 errors. For the list of modem errors that are monitored by the modem autotest command, see the show modem call-stats command. Router(config)# port modem autotest error 40 Related Commands Command modem autotest show clock show modem show modem test Description Automatically and periodically performs a modem diagnostics test for modems inside the access server or router. Displays the system clock. Displays a high-level performance report for all the modems or a single modem inside Cisco AS5200 and Cisco AS5300 access servers. Displays the modem test log. Cisco IOS Dial Technologies Command Reference November 2009 DIA-533 Dial Commands ppp ppp To start an asynchronous connection using PPP, use the ppp command in EXEC mode. ppp {/default | {remote-ip-address | remote-name} [@tacacs-server]} [/routing] negotiate Syntax Description /default remote-ip-address Makes a PPP connection when a default address has been configured. The slash mark is required. IP address of the client workstation or PC. This parameter can be specified only if the line is set for dynamic addresses using the async address dynamic line configuration command. Name of the client workstation or PC. This parameter can be specified if the line is set for dynamic addresses using the async address dynamic line configuration command. (Optional) IP address or IP host name of the TACACS server to which the user’s TACACS authentication request is sent. The at sign is required. (Optional) Indicates that the remote system is a router and that routing messages should be exchanged over the link. The line must be configured for asynchronous routing using PPP encapsulation. The slash mark is required. Use PPP negotiated IP address. remote-name @tacacs-server /routing negotiate Command Modes EXEC Command History Release 10.0 Modification This command was introduced. Usage Guidelines When you connect from a remote node computer to an EXEC session on the access server and want to connect from the access server to a device on the network, issue the ppp command. If you specify an address for the TACACS server (either /default or @tacacs-server), the address must be the first parameter in the command after you type ppp. If you do not specify an address or enter the default keyword, you are prompted for an IP address or host name. You can enter the default keyword at this point. To terminate a session, disconnect from the device on the network using the command specific to that device. Then, exit from the EXEC by using the exit command. Examples The following example shows a line that is in asynchronous mode using PPP encapsulation. The name of the computer (ntpc in this example) must be in the Domain Name System (DNS) so that it can be resolved to a real IP address). The computer must be running a terminal emulator program. Router# ppp ntpc@server1 Cisco IOS Dial Technologies Command Reference DIA-534 November 2009 Dial Commands ppp accm ppp accm To specify the Asynchronous Control Character Map (ACCM) to be negotiated with a mobile station or sent to a peer in PPP outbound requests, use the ppp accm command in interface configuration mode. To restore the default state, use the no form of this command. ppp accm hex-number no ppp accm Syntax Description hex-number Specifies the initial value for the ACCM. The value must be a hexadecimal number in the range from 0x0 to 0xFFFFFFFF, where the bit positions from right to left correspond to the characters 0x00 through 0x1F. The default character map (0xA0000) escapes the characters represented by 0x11 (^Q, DC1, and X-on) and 0x13 (^S, DC3, and X-off). Note The leading 0x is not necessary when entering the hex-number argument , but is accepted by the software. Command Default 0xA0000. Command Modes Interface configuration Command History Release 12.1(3)XS 12.2 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2. Usage Guidelines The ACCM is a four octet hexadecimal number that is sent to a peer in a PPP outbound Config-Request packet, informing the peer of which characters need to be escaped during transmission of Asynchronous HDLC (AHDLC) frames containing control characters. The escaped characters set by the ppp accm command are useful for allowing data to pass uninterpreted through a network that would normally interpret the control sequences as a command. For example, the ^Q and ^S characters are software flow control commands used by asynchronous modems to start and stop data transmissions. To allow these characters to be sent as part of a data stream and not be interpreted as control codes by intervening devices, the characters must be escaped, and the ppp accm command specifies which characters to use. The TIA/EIA/IS-835-B requires that the PDSN propose an ACCM of 0x00000000. To be compliant with TIA/EIA/IS-835-B, ppp accm 00000000 must be configured on the virtual template interface on Cisco PDSN. The ppp accm command is meaningful only on asynchronous interfaces. If entered on other interface types, it will be ignored. Cisco IOS Dial Technologies Command Reference November 2009 DIA-535 Dial Commands ppp accm Examples In the following example, all characters can be transmitted intact to the receiver so that it is not necessary for the transmitter to escape anything: interface async 0 encapsulation ppp ppp accm 0 Related Commands Command ppp authentication Description Specifies CHAP or PAP authentication. Cisco IOS Dial Technologies Command Reference DIA-536 November 2009 Dial Commands ppp acfc local ppp acfc local To configure high-level data link control (HDLC) address and control field compression (ACFC) options in configuration requests, use the ppp acfc local command in interface configuration mode. To return the router to the default for ACFC handling, use the no form of this command. ppp acfc local {request | forbid} no ppp acfc local Syntax Description request forbid The ACFC option is included in outbound configuration requests. The ACFC option is not sent in outbound configuration requests, and requests from a peer to add the ACFC option are not accepted. Command Default ACFC handling is automatically selected based on the type of link, as follows: For asynchronous links, the router responds as if the request keyword were selected and the router includes the ACFC option in outbound configuration requests. For synchronous links, the router responds as if the forbid keyword were selected and the ACFC option is not sent out in configuration outbound requests and requests from a peer to add the ACFC option are not accepted. Command Modes Interface configuration Command History Release 12.2(7) 12.2(15)B Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(15)B. Usage Guidelines This command configures ACFC requests in outbound configuration requests. The ppp acfc local command allows ACFC handling to be disabled, thus allowing the HDLC framing and the protocol field to remain uncompressed. Prior to the introduction of the ppp acfc local command, negotiation and use of ACFC was entirely dependent upon the link type (synchronous or asynchronous) and was not under the independent control of a system administrator, and this is still the default condition. The ppp acfc local command allows the system administrator to control over when PPP negotiates the HDLC ACFC options during initial LCP negotiations, and how the results of the PPP negotiation are applied. Note Using ACFC can result in minor gains in effective bandwidth because they reduce the amount of framing overhead for each packet. However, using ACFC changes the alignment of the network data in the frame, which in turn can impair the switching efficiency of the packets both at the local and remote ends of the connection. For these reasons, it is generally recommended that ACFC not be enabled without carefully considering the potential results. Cisco IOS Dial Technologies Command Reference November 2009 DIA-537 Dial Commands ppp acfc local Examples The following example shows how to configure a router to exclude ACFC options from its configuration requests: ppp acfc local forbid Related Commands Command ppp acfc remote ppp pfc remote ppp pfc local Description Configures the ACFC option in configuration requests received from a remote peer. Configures the PFC option in configuration requests received from a remote peer. Configures the PFC option in configuration requests. Cisco IOS Dial Technologies Command Reference DIA-538 November 2009 Dial Commands ppp acfc remote ppp acfc remote To configure how high-level data link control (HDLC) address and control field compression (ACFC) options in configuration requests are received from a remote peer, use the ppp acfc remote command in interface configuration mode. To return the router to the default for ACFC handling, use the no form of this command. ppp acfc remote {apply | reject | ignore} no ppp acfc remote Syntax Description apply reject ignore ACFC options are accepted and ACFC may be performed on frames sent to the remote peer. ACFC options are explicitly ignored. ACFC options are accepted, but ACFC is not performed on frames sent to the remote peer. Command Default ACFC handling is automatically selected based on the type of link, as follows: For asynchronous links, the router responds as if the apply keyword were selected and the router accepts ACFC options received from a remote peer and may perform ACFC on frames sent to the peer. For synchronous links, the router responds as if the ignore keyword were selected and ACFC options received from a remote peer are accepted, but ACFC is not performed on frames sent to the remote peer. Command Modes Interface configuration Command History Release 12.2(7) 12.2(15)B Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(15)B. Usage Guidelines If ACFC is negotiated during PPP negotiation, Cisco routers may omit the HDLC header on links using HDLC encapsulation. This command allows ACFC handling to be disabled during PPP negotiation, thus allowing the HDLC framing and the protocol field to remain uncompressed. Prior to the introduction of the ppp acfc remote command, negotiation and use of ACFC was entirely dependent upon the link type (synchronous or asynchronous) and was not under the independent control of a system administrator, and this is still the default condition. The ppp acfc remote command allows the system administrator control over when PPP negotiates the HDLC ACFC options during initial LCP negotiations, and how the results of the PPP negotiation are applied. Note Using ACFC can result in minor gains in effective bandwidth because they reduce the amount of framing overhead for each packet. However, using ACFC changes the alignment of the network data in the frame, which in turn can impair the switching efficiency of the packets both at the local and remote ends of the connection. For these reasons, it is generally recommended that ACFC not be enabled without carefully Cisco IOS Dial Technologies Command Reference November 2009 DIA-539 Dial Commands ppp acfc remote considering the potential results. Examples The following example configures ACFC options received from a remote peer to be rejected: ppp acfc remote reject Related Commands Command ppp acfc local ppp pfc remote ppp pfc local Description Configures the ACFC option in configuration requests. Configures the PFC option in configuration requests received from a remote peer. Configures the PFC option in configuration requests. Cisco IOS Dial Technologies Command Reference DIA-540 November 2009 Dial Commands ppp bap call ppp bap call To set PPP Bandwidth Allocation Protocol (BAP) call parameters, use the ppp bap call command in interface configuration mode. To disable processing of a specific type of incoming connection, use the no form of this command. ppp bap call {accept | request | timer seconds} no ppp bap call {accept | request | timer} Syntax Description accept request Peer initiates link addition. This is the default. Local side initiates link addition. timer seconds Number of seconds to wait between call requests the router sends, in the range from 2 to 120 seconds. No default value is set. Command Default Peers can initiate the addition of links to a multilink bundle; the timer is disabled. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines This command can be included in a virtual interface template for configuring virtual interfaces or can be used to configure a dialer interface. Examples The following example configures a dialer interface to accept calls. Accepting calls is the default, but the command is included for the sake of the example. interface dialer 1 ip unnumbered ethernet 0 encapsulation ppp ppp multilink bap ppp bap call accept ppp bap link types isdn analog dialer load threshold 30 ppp bap timeout pending 60 Related Commands Command ppp bap callback ppp bap drop Description Enables PPP BAP callback and set callback parameters. Sets parameters for removing links from a multilink bundle. ppp bap link types Specifies the types of links that can be included in a specific multilink bundle. Cisco IOS Dial Technologies Command Reference November 2009 DIA-541 Dial Commands ppp bap callback ppp bap callback To enable PPP Bandwidth Allocation Protocol (BAP) callback and set callback parameters, use the ppp bap callback command in interface configuration mode. To remove the PPP BAP callback configuration, use the no form of this command. ppp bap callback {accept | request | timer seconds} no ppp bap callback {accept | request | timer} Syntax Description accept request Local router initiates link addition upon peer notification. Local router requests that a peer initiate link addition. timer seconds Number of seconds to wait between callback requests the router sends, in the range from 2 to 120 seconds. Disabled by default. Command Default Callback is disabled, and no callback parameters are set. The timer is disabled. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Examples The following example configures a BRI interface for active mode BAP: interface bri 0 ip unnumbered ethernet 0 dialer load-threshold 10 either dialer map ip 172.21.13.101 name bap-peer 14085778899 encapsulation ppp ppp multilink bap ppp bap call request ppp bap callback accept no ppp bap call accept no ppp bap drop accept ppp bap pending timeout 30 ppp bap number default 5664567 ppp bap number secondary 5664568 Related Commands Command ppp bap drop ppp bap link types show ppp bap Description Sets parameters for removing links from a multilink bundle. Specifies the types of links that can be included in a specific multilink bundle. Displays the configuration settings and run-time status for a multilink bundle. Cisco IOS Dial Technologies Command Reference DIA-542 November 2009 Dial Commands ppp bap drop ppp bap drop To set parameters for removing links from a multilink bundle, use the ppp bap drop command in interface configuration mode. To disable a specific type of default processing, use the no form of this command. ppp bap drop {accept | after-retries | request | timer seconds} no ppp bap drop {accept | after-retries | request | timer} Syntax Description accept after-retries request Peer can initiate link removal. Enabled by default. Local router can remove the link without Bandwidth Allocation Protocol (BAP) negotiation when no response to the drop requests arrives. Local router can initiate removal of a link. Enabled by default. timer seconds Number of seconds to wait between drop requests sent. Command Default accept, request: Peers can initiate link removal and this router also can initiate link removal. no ppp bap drop after-retries: The link is not dropped when there is no response to drop requests. timer: Disabled, no default value is defined. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines The no ppp bap drop accept command disables the router’s ability to respond favorably to link drop requests from a peer. However, the router can still remove the link when it receives such requests. The no ppp bap drop after-retries command is the default behavior; the ppp bap drop after-retries command must be entered explicitly to be effective. The no ppp bap drop request command disables the router’s ability to send link drop requests to a peer. However, the peer can still remove the link on its own behalf; for example, when there is too little traffic to justify keeping the link up. The ppp bap max command specifies the maximum number of requests and retries. Examples The following partial example sets a 60-second wait between drop requests: ppp bap drop timer 60 Related Commands Command ppp bap max Description Sets upper limits on the number of retransmissions for PPP BAP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-543 Dial Commands ppp bap link types ppp bap link types To specify the types of links that can be included in a specific multilink bundle, use the ppp bap link types command in interface configuration mode. To remove a type of interface that was previously allowed to be added, use the no form of this command. ppp bap link types [isdn] [analog] no ppp bap link types [isdn] [analog] Syntax Description isdn analog (Optional) ISDN interfaces can be added to a multilink bundle. This is the default. (Optional) Asynchronous serial interfaces can be added to a multilink bundle. Command Default ISDN interfaces are added to the multilink bundle (isdn keyword). Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines The choice of keywords must suit the interfaces configured for Multilink PPP. For example, if you have configured a dialer rotary with only ISDN interfaces, only the isdn keyword would be appropriate. If the configuration allows both ISDN and asynchronous interfaces, both isdn and analog keywords could be used; the multilink bundle could then consist of both ISDN and asynchronous links. Bandwidth Allocation Protocol (BAP) dynamically determines which interfaces are applicable. Examples The following example configures a dialer interface for passive mode BAP and for both ISDN and asynchronous serial links: interface dialer 1 ip unnumbered ethernet 0 encapsulation ppp ppp multilink bap ppp bap call accept ppp bap link types isdn analog dialer load threshold 30 ppp bap timeout pending 60 Related Commands Command ppp bap callback show ppp bap Description Enables PPP BAP callback and set callback parameters. Displays the configuration settings and run-time status for a multilink bundle. Cisco IOS Dial Technologies Command Reference DIA-544 November 2009 Dial Commands ppp bap max ppp bap max To set upper limits on the number of retransmissions for PPP Bandwidth Allocation Protocol (BAP), use the ppp bap max command in interface configuration mode. To remove any retry limit, use the no form of this command. ppp bap max {dial-attempts number | ind-retries number | req-retries number | dialers number} no ppp bap max {dial-attempts | ind-retries | req-retries | dialers number} Syntax Description dial-attempts number ind-retries number req-retries number dialers number Maximum number of dial attempts to any destination number, in the range from 1 to 3. The default is one dial attempt. Maximum number of retries of a call status indication message, in the range from 1 to 10. The default is three indication retries. Maximum number of retries for a particular request, in the range from 1 to 5. The default is three request retries. Maximum number of free dialers logged, in the range from 1 to 10. The default is five free dialers. Command Default 1 dial attempt 3 indication retries 3 request retries 5 searches for free dialers Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines In compliance with RFC 2125, the no form of this command explicitly removes any status indication retry limit and is displayed in the router configuration. The ppp bap max dialers command works in conjunction with the dialer rotor and dialer priority interface commands, which can be used to determine free dialers based upon the priority or the best available. Dialers include all interfaces that are configured under the dialer group leader (the dialer interface itself). The dialer group leader is displayed as the Master Interface in the show ppp bap group output. BAP bases its link type and phone number decisions upon the ordering of the interfaces. This decision is suited to a mixed media environment of both ISDN and analog interfaces, where it may be desirable to choose the ISDN link over the asynchronous or vice versa. Note that this decision also will limit the number of potential phone numbers that can be included in a CallResponse or CallbackRequest; the maximum number is limited to 20. For example, ten BRI interfaces with two numbers per interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-545 Dial Commands ppp bap max Examples The following partial example accepts the default number of attempts to dial a number and the default number of indication retries, but configures a limit of four times to send requests: ppp bap max req-retries 4 Related Commands Command dialer priority dialer rotor ppp bap drop Description Sets the priority of an interface in a dialer rotary group. Specifies the method for identifying the outbound line to be used for ISDN or asynchronous DDR calls. Sets parameters for removing links from a multilink bundle. ppp bap monitor load Validates peer requests to add or remove links against the current bundle load and the defined dialer load threshold. ppp bap timeout show ppp bap group Specifies nondefault timeout values for PPP BAP pending actions and responses. Displays the configuration settings and run-time status for a multilink bundle. Cisco IOS Dial Technologies Command Reference DIA-546 November 2009 Dial Commands ppp bap monitor load ppp bap monitor load To validate peer requests to add or remove links against the current bundle load and the defined dialer load threshold, use the ppp bap monitor load command in interface configuration mode. To specify that incoming link addition requests are not to be subject to the bundle load threshold, use the no form of this command. ppp bap monitor load no ppp bap monitor load Syntax Description This command has no arguments or keywords. Command Default Command is enabled. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines If the load is being monitored and the incoming peer requests that a link be dropped when the current traffic load is above the dialer load (that is, there is enough traffic to justify the current number of links), the router will not drop the link. In addition, when the traffic falls below the threshold, Bandwidth Allocation Protocol (BAP) tries to drop a link. The no form of this command indicates that incoming peer requests to add a link are not subject to the bundle load threshold. However, other criteria must be met before a favorable response is sent. Examples The following partial example configures BAP not to validate peer requests against the current bundle load and the configured dialer load threshold: no ppp bap monitor load Related Commands Command dialer load-threshold Description Configures bandwidth on demand by setting the maximum load before the dialer places another call to a destination. Cisco IOS Dial Technologies Command Reference November 2009 DIA-547 Dial Commands ppp bap number ppp bap number To specify a local telephone number that peers can dial to establish a multilink bundle, use the ppp bap number command in interface configuration mode. To remove a previously configured number, use the no form of this command. ppp bap number {default phone-number | secondary phone-number | prefix prefix-number | format {national | subscriber}} no ppp bap number {default phone-number | prefix prefix-number | format {national | subscriber}} Syntax Description default phone-number secondary phone-number Primary (base) phone number for the interface and the number that can be used for incoming dial calls. Telephone number for the second B channel. Applies only to BRI interfaces that have a different number for each B channel or to dialer interfaces that are BRIs. Prefix number for the PPP phone number. Format for the primary phone number to be dialed should be either national or subscriber where the number of digits assigned to the number is as follows: • • prefix prefix-number format national | subscriber Ten-digit number for a national format. Seven-digit number for a subscriber format. Command Default No base number is provided. Command Modes Interface configuration Command History Release 11.3 11.3T Modification This command was introduced. The prefix and format keywords were added. Usage Guidelines Use this command to supply a local default number to be exchanged between peers in order to establish a multilink bundle. This command is applicable on both the dialer interface and the individual physical interfaces. If a peer requests that a number be supplied and no PPP Bandwidth Allocation Protocol (BAP) default number is defined, it might not be possible for the peer to access the interface. However, the peer can access the interface if it has the number already or the number it dialed originally is the same as the number for establishing a Multilink PPP (MLP) bundle. Cisco IOS Dial Technologies Command Reference DIA-548 November 2009 Dial Commands ppp bap number Note During BAP negotiations between peers, the called party indicates the number to call for BAP if it is different from the number the peer originally dialed. The called party responds with information about the phone number delta (the changes to be made in the right-most digits dialed). This information indicates the number of digits that are different from the number originally dialed and what those digits should be. For example, if the remote peer dialed 5550159876, and the ppp bap number command had the default number 5550159912, the local router would respond “3 | 912.” In the response, a vertical bar ( | ) is used to divide the number of digits to change from the number sequence to use instead. In the “3 | 912” response, the local router instructs the calling interface to replace the right-most three digits with “912” for BAP. This command is used by the client side for dialing instructions when communicating with the server. Use the prefix keyword on the Always On/Dynamic ISDN (AO/DI) client side to specify what will precede any number dialed to a multilink peer. For example, the client issues a call request to the server whereby the server issues a call response that includes the dialing number the client should use and the format this number should be in (national or subscriber). The client then dials the number supplied by the server, preceded by any prefix information contained in the ppp bap number prefix command. Figure 1 shows an overview about the information exchange between the client and the server. Figure 1 Client and Server Response Sequence Call request Client Call response 555-1234 Format subscriber 11718 Prefix 9 DID 9555-1234 Use the format keyword on the AO/DI server side to specify how many digits should be returned by BAP. BAP will return the numbers based on either a national or subscriber format. The value that is returned is preceded by the prefix before dialing occurs. For example, if the format national keywords are configured, then the national format (which is equivalent to ten digits) is returned (during BAP negotiation) from the server. Note The ppp bap number prefix and ppp bap number format keyword options cannot be combined to a single-string command line; they must be entered in two separate command strings. Examples In the following example, the AO/DI client uses a ppp bap prefix value of 9, which indicates that the dialed number of 5550134 will be preceded by a 9. The number that is actually dialed is 95550134. The AO/DI server uses a subscriber format, which indicates that when the client asks the server for the numbers to dial, BAP will return seven digits. Cisco IOS Dial Technologies Command Reference November 2009 DIA-549 Dial Commands ppp bap number Client Router interface dialer1 ppp bap number prefix 9 Server Router interface dialer1 ppp bap number format subscriber ppp bap number default 5550134 In the following example, the AO/DI client uses a ppp bap prefix value of 1, which indicates that the dialed number of 5550178 will be preceded by a 1. The number that is actually dialed is 19195550178 because the server is using a national format, and BAP therefore, returns ten digits. Client Router interface dialer1 ppp bap number prefix 1 Server Router interface dialer1 ppp bap number format national ppp bap number default 9195550178 The following example configures a physical interface with both a default number and a secondary number: interface bri 0 ip unnumbered ethernet 0 dialer load-threshold 10 either dialer map ip 172.21.13.101 name bap-peer 14085550199 encapsulation ppp ppp multilink bap ppp bap call request ppp bap callback accept no ppp bap call accept no ppp bap drop accept ppp bap pending timeout 30 ppp bap number default 5550167 ppp bap number secondary 5550168 Related Commands Command ppp bap callback show ppp bap Description Enables PPP BAP callback and set callback parameters. Displays the configuration settings and run-time status for a multilink bundle. Cisco IOS Dial Technologies Command Reference DIA-550 November 2009 Dial Commands ppp bap timeout ppp bap timeout To specify nondefault timeout values for PPP Bandwidth Allocation Protocol (BAP) pending actions and responses, use the ppp bap timeout command in interface configuration mode. To reset the response timeout to the default value, or to remove a pending timeout entirely, use the no form of this command. ppp bap timeout {pending seconds | response seconds} no ppp bap timeout {pending | response} Syntax Description pending seconds response seconds Number of seconds to wait before timing out pending actions, in the range from 2 to 180 seconds. The default is 20 seconds. Number of seconds to wait for a response before timing out, in the range from 2 to 120 seconds. The default is 3 seconds. Command Default Enabled pending: 20 seconds response: 3 seconds Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines The no ppp bap timeout response command resets the timer to the default value.The no ppp bap timeout pending command removes the pending-action timeout entirely (in compliance with the BAP specification). Examples The following example configures BAP to wait 45 seconds before timing out pending actions: interface dialer 1 ip unnumbered ethernet 0 encapsulation ppp ppp multilink bap ppp bap call accept ppp bap link types isdn analog dialer load threshold 30 ppp bap timeout pending 45 Cisco IOS Dial Technologies Command Reference November 2009 DIA-551 Dial Commands ppp bap timeout Related Commands Command ppp bap callback ppp bap drop ppp bap max show ppp bap Description Enables PPP BAP callback and set callback parameters. Sets parameters for removing links from a multilink bundle. Sets upper limits on the number of retransmission for PPP BAP. Displays the configuration settings and run-time status for a multilink bundle. Cisco IOS Dial Technologies Command Reference DIA-552 November 2009 Dial Commands ppp bridge appletalk ppp bridge appletalk To enable half-bridging of AppleTalk packets across a serial interface, use the ppp bridge appletalk command in interface configuration mode. To disable AppleTalk packet half-bridging, use the no form of this command. ppp bridge appletalk no ppp bridge appletalk Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines When you configure a serial or ISDN interface for half-bridging, you configure it to function as a node on an Ethernet subnetwork. It communicates with a bridge on the subnetwork by sending and receiving bridge packets. The serial or ISDN interface converts bridge packets to routed packets and forwards them, as needed. The serial interface must be configured with an AppleTalk address for communication on the Ethernet subnetwork, and the AppleTalk address must have the same AppleTalk cable range as the bridge. You cannot configure a serial interface for both half-bridging and for transparent bridging. No more than one half-bridge should be on any subnetwork. Examples The following example configures serial interface 0 for half-bridging of AppleTalk. The remote bridge and other Ethernet nodes must be on the same network. interface serial 0 ppp bridge appletalk appletalk cable-range 301-301 appletalk zone remote-lan Related Commands Command appletalk zone ppp bridge ip ppp bridge ipx Description Sets the zone name for the connected AppleTalk network. Enables half-bridging of IP packets across a serial interface. Enables half-bridging of IPX packets across a serial interface. appletalk cable-range Enables an extended AppleTalk network. Cisco IOS Dial Technologies Command Reference November 2009 DIA-553 Dial Commands ppp bridge ip ppp bridge ip To enable half-bridging of IP packets across a serial interface, use the ppp bridge ip command in interface configuration mode. To disable IP packet half-bridging, use the no form of this command. ppp bridge ip no ppp bridge ip Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines When you configure a serial or ISDN interface for half-bridging, you configure it to function as a node on an Ethernet subnetwork. It communicates with a bridge on the subnetwork by sending and receiving bridge packets. The serial interface converts bridge packets to routed packets and forwards them, as needed. The interface must be configured with an IP address for communication on the Ethernet subnetwork, and the IP address must be on the same subnetwork as the bridge. You cannot configure a serial interface for both half-bridging and for transparent bridging. No more than one half-bridge should be on any subnetwork. Examples The following example configures serial interface 0 for half-bridging of IP. The remote bridge and other Ethernet nodes must be on the same subnetwork. interface serial 0 ip address 172.19.5.8 ppp bridge ip Related Commands Command ip address ppp bridge appletalk ppp bridge ipx Description Sets a primary or secondary IP address for an interface. Enables half-bridging of AppleTalk packets across a serial interfaces. Enables half-bridging of IPX packets across a serial interfaces. Cisco IOS Dial Technologies Command Reference DIA-554 November 2009 Dial Commands ppp bridge ipx ppp bridge ipx To enable half-bridging of Internetwork Packet Exchange (IPX) packets across a serial interface, use the ppp bridge ipx command in interface configuration mode. To return to the default Novell Ethernet_802.3 encapsulation, use the no form of this command. ppp bridge ipx [novell-ether | arpa | sap | snap] no ppp bridge ipx Syntax Description novell-ether arpa sap snap (Optional) Novell Ethernet_802.3 encapsulation. This is the default. (Optional) Novell Ethernet_II encapsulation. (Optional) Novell Ethernet_802.2 encapsulation. (Optional) Novell Ethernet_Snap encapsulation. Command Default The default encapsulation is novell-ether. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines When you configure a serial interface for half-bridging, you configure it to function as a node on an Ethernet subnetwork. It communicates with a bridge on the subnetwork by sending and receiving bridge packets. The serial interface converts bridge packets to routed packets and forwards them, as needed. The serial interface must be configured with an IPX address for communication on the Ethernet subnetwork, and the IPX address must be on the same subnetwork as the bridge. You cannot configure a serial interface for both half-bridging and for transparent bridging. No more than one half-bridge should be on any subnetwork. Examples The following example configures serial interface 0 for half-bridging of IPX. The remote bridge and other Ethernet nodes must be on the same subnetwork. interface serial 0 ppp bridge ipx ipx network 1800 Cisco IOS Dial Technologies Command Reference November 2009 DIA-555 Dial Commands ppp bridge ipx Related Commands Command ipx network ppp bridge appletalk ppp bridge ip Description Enables IPX routing on a particular interface and optionally selects the type of encapsulation (framing). Enables half-bridging of AppleTalk packets across a serial interfaces. Enables half-bridging of IP packets across a serial interfaces. Cisco IOS Dial Technologies Command Reference DIA-556 November 2009 Dial Commands ppp callback (DDR) ppp callback (DDR) To enable a dialer interface to function either as a callback client that requests callback or as a callback server that accepts callback requests, use the ppp callback command in interface configuration mode. To disable a function, use the no form of this command. ppp callback {accept | permit | request} no ppp callback Syntax Description accept permit request Dialer interface accepts PPP callback requests (and functions as the PPP callback server). Dialer interface permits PPP callback (and functions as the PPP callback client). Dialer interface requests PPP callback (and functions as the PPP callback client). Command Default Callback requests are neither accepted nor requested. Command Modes Interface configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines An interface can request PPP callback only if the interface is configured for PPP authentication with Challenge Handshake Authentication Protocol (CHAP) or Password Authentication Protocol (PAP). If an interface of the callback server is configured with ppp callback accept and the client attempts to cancel the callback and connect, Cisco IOS software will refuse the request and disconnect the client. If a client is allowed to cancel callbacks and connects, the ppp callback permit command must be used instead of the ppp callback accept command on the callback server interface. Examples The following example configures a previously defined dialer interface to accept PPP callback requests: ppp callback accept Related Commands Command map-class dialer Description Defines a class of shared configuration parameters associated with the dialer map command for outgoing calls from an ISDN interface and for PPP callback. Enables a PPP client to dial in to an asynchronous interface and request a callback. dialer callback-secure Enables callback security. ppp callback (PPP client) Cisco IOS Dial Technologies Command Reference November 2009 DIA-557 Dial Commands ppp callback (PPP client) ppp callback (PPP client) To enable a PPP client to dial in to an asynchronous interface and request a callback, use the ppp callback command in interface configuration mode. To disable callback acceptance, use the no form of this command. ppp callback {accept | initiate} no ppp callback Syntax Description accept initiate Accept callback requests from RFC 1570-compliant PPP clients on the interface. Initiate a callback to non-RFC 1570-compliant PPP clients dialing in to an asynchronous interface. Command Default Callback requests are not accepted on asynchronous interfaces. Command Modes Interface configuration Command History Release 11.0 Modification This command was introduced. Usage Guidelines PPP callback can be initiated only if the interface is configured for authentication using CHAP or PAP. Examples The following example accepts a callback request from an RFC-compliant PPP client: ppp callback accept The following example accepts a callback request from a non-RFC-compliant PPP client: ppp callback initiate Related Commands Command arap callback autoselect ppp Description Enables an ARA client to request a callback from an ARA client. Configures a line to start a SLIP session. call progress tone country Forces the Cisco IOS software to wait before initiating a callback to a requesting client. ppp authentication Enables CHAP or PAP or both and specifies the order in which CHAP and PAP authentication are selected on the interface. Cisco IOS Dial Technologies Command Reference DIA-558 November 2009 Dial Commands ppp callback (PPP client) Command ppp callback (DDR) username Description Enables a dialer interface to function either as a callback client that requests callback or as a callback server that accepts callback requests. Establishes a username-based authentication system, such as PPP CHAP and PAP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-559 Dial Commands ppp caller name ppp caller name To set the caller option when no Calling Line Identification (CLID) is available, use the ppp caller name command in interface configuration mode. To remove the name, use the no form of this command. ppp caller name name no ppp caller name name Syntax Description name Username string for this call. Command Default Command is disabled by default. Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines This command sets the username used when the CLID is not available. This username is used only in the case where the ppp dnis command is configured and the CLID is not available. Examples The following example shows how to configure a call to user1: interface Serial0:15 description "PRI D channel" ip unnumbered Loopback0 encapsulation ppp no keepalive dialer pool-member 1 max-link 1 isdn switch-type primary-net5 isdn incoming-voice modem no fair-queue no cdp enable ppp caller name user1 ppp authentication pap chap callin USERS&TUNNELS ppp chap hostname osh Related Commands Command ppp dnis Description Sets the DNIS string for a PPP call. Cisco IOS Dial Technologies Command Reference DIA-560 November 2009 Dial Commands ppp direction ppp direction To override the default direction of a PPP connection, use the ppp direction command in interface configuration mode. To disable an override setting, use the no form of this command. ppp direction {callin | callout | dedicated} no ppp direction {callin | callout | dedicated} Syntax Description callin callout dedicated Treat the connection as a received call. Treat the connection as an initiated call. Treat the connection as a dedicated call. Defaults Disabled (no direction configured) Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines The ppp direction command is useful when a router is connected to an interface type where there is either no inherent call direction, such as with a back-to-back or leased-line connection, or where an external dial device such as a CSU/DSU or an ISDN terminal adapter is connected to the interface. The configured call direction will always override the automatically detected direction, even on dial interfaces where the true direction is known. The call direction is used mainly internally by PPP authentication, as follows: • If doing bidirectional authentication, PPP will wait to send its authentication credentials to the peer if the direction is call-in, and the no ppp chap wait, no ppp pap wait, or no ppp eap wait commands are not configured. PPP uses the call direction internally to detect spoofed Challenge Handshake Authentication Protocol (CHAP) sessions. If the direction is call-in, PPP requires that the remote names used in a peer’s CHAP challenge and CHAP response be the same. • • The call direction is also used for callback processing. Typically, you will not need to configure this command. If you do, you should configure the opposite of the command on the other side of the link, so one side is call-out and one side is call-in. Cisco IOS Dial Technologies Command Reference November 2009 DIA-561 Dial Commands ppp direction Examples The following example determines the call direction on a back-to-back serial connection: interface Serial2/0 ip address 192.168.1.131 255.255.255.0 encapsulation ppp peer default ip address pool local local_pool serial restart-delay 0 ppp authentication chap ppp direction callin Related Commands Command ppp chap wait ppp eap wait ppp pap wait Description Configures the router to delay the CHAP authentication until after the peer has authenticated itself to the router. Configures the router to delay the EAP authentication until after the peer has authenticated itself to the server. Configures the router to delay the PAP authentication until after the peer has authenticated itself to the router. Cisco IOS Dial Technologies Command Reference DIA-562 November 2009 Dial Commands ppp dnis ppp dnis To configure a set of dialed number identification service (DNIS) numbers to check an incoming call against to automatically authenticate and authorize a user, use the ppp dnis command in interface configuration mode. To remove the numbers, use the no form of this command. ppp dnis DNIS-number [DNIS-number] [DNIS-number...] no ppp dnis Syntax Description DNIS-number Specifies the DNIS number that will be checked when a call comes in. Multiple DNIS numbers can be entered seperated by spaces. Command Default This command is disabled by default. Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines This command enables a method of authenticating and authorizing a user based on the DNIS. The DNIS is the number dialed by the user. If the dialed number for this session matches one of the numbers configured in the ppp dnis command, the user is automatically authenticated and authorized for the session. Any other configured PPP authentication is not performed. In the case of DNIS authentication, the Calling Line Identification (CLID) is used as the username. If the CLID is unavailable, the username is the name configured with the ppp caller name command. If neither the CLID nor a caller name is configured, the username will automatically be set to “no-clid.” Examples The following example shows how to set the DNIS for a call: interface Serial0:15 description "PRI D channel" ip unnumbered Loopback0 encapsulation ppp no keepalive dialer pool-member 1 max-link 1 isdn switch-type primary-net5 isdn incoming-voice modem no fair-queue no cdp enable ppp dnis 13693 132 ppp authentication pap chap callin USERS&TUNNELS ppp chap hostname osh Cisco IOS Dial Technologies Command Reference November 2009 DIA-563 Dial Commands ppp dnis Related Commands Command ppp caller name Description Sets the caller option when no CLID is available. Cisco IOS Dial Technologies Command Reference DIA-564 November 2009 Dial Commands ppp encrypt mppe ppp encrypt mppe To enable Microsoft Point-to-Point Encryption (MPPE) on the virtual template, use the ppp encrypt mppe command in interface configuration mode. To disable MPPE, use the no form of this command. ppp encrypt mppe {auto | 40 | 128} [passive | required] [stateful] no ppp encrypt mppe Syntax Description auto 40 128 passive required stateful All available encryption strengths are allowed. Only 40-bit encryption is allowed. Only 128-bit encryption is allowed. (Optional) MPPE will not offer encryption, but will negotiate if the other tunnel endpoint requests encryption. (Optional) MPPE must be negotiated, or the connection will be terminated. (Optional) MPPE will negotiate only stateful encryption. If the stateful keyword is not used, MPPE will first attempt to negotiate stateless encryption, but will allow stateful mode if the other tunnel endpoint requests it. Command Default MPPE encryption is disabled. Command Modes Interface configuration Command History Release 12.0(5)XE5 12.1(5)T 12.4(5) Modification This command was introduced. This command was integrated into Cisco IOS Release 12.1(5)T. This command was modified to explicitly disallow interleaving. Usage Guidelines PPP encapsulation must be enabled before you can use the ppp encrypt mppe command. All of the configurable MPPE options must be identical on both tunnel endpoints. The auto keyword is offered only on 128-bit images. Note The ppp authentication ms-chap command must be added to the interface that will carry Point-to-Point Tunnel Protocol (PPTP)-MPPE traffic. All Windows clients using MPPE need the Microsoft Challenge Handshake Authentication Protocol (MS-CHAP) application. This is a Microsoft design requirement. Stateful encryption is not appropriate for links that have high loss rates because the state information is updated with each packet received, but cannot be updated correctly for packets that are not received. Losing a packet means loss of state (transmissions are no longer synchronous). Losing state triggers expensive resynchronization mechanisms, and more packets will be lost during the recovery period. Any link that experiences more than the occasional random drop is therefore unsuitable for stateful Cisco IOS Dial Technologies Command Reference November 2009 DIA-565 Dial Commands ppp encrypt mppe encryption mechanisms. The same is also true for stateful compressions. For this reason, stateful encryption may not be appropriate for lossy network environments such as Layer 2 tunnels on the Internet. The interleaving of packets among fragments of larger packets on a Multilink PPP (MLP) bundle (enabled with the ppp multilink interleave command) is not supported with this command. Examples The following example shows a virtual template configured to perform 40-bit MPPE encryption: interface Virtual-Template1 ip unnumbered FastEthernet0/0 no ip directed-broadcast ip mroute-cache no keepalive ppp encrypt mppe 40 ppp authentication ms-chap Related Commands Command encryption mppe ppp authentication Description Enables MPPE encryption on the ISA card. Enables CHAP, PAP, MS-CHAP, or a combination of methods and specifies the order in which the authentication methods are selected on the interface. Enables interleaving of packets among the fragments of larger packets on an MLP bundle. interface virtual-template Creates a virtual template interface. ppp multilink interleave Cisco IOS Dial Technologies Command Reference DIA-566 November 2009 Dial Commands ppp hold-queue ppp hold-queue To specify the maximum number of packets to be queued to the PPP process across all interfaces, use the ppp hold-queue command in global configuration mode. To restore the default values, use the no form of this command. ppp hold-queue length no ppp hold-queue Syntax Description length The number of packets to be queued. Values are from 1 to 1000000. Command Default The default length depends on the platform. That is, the default length is twice the maximum number of PPP-supported interfaces on that platform. Command Modes Global configuration Command History Release 12.4(15)T Modification This command was introduced. Usage Guidelines The exact value of the packets queued depends on the number of PPP sessions supported. The default value works in most cases. It is not recommended to set a different value unless your Cisco technical support representative directs you to do so for deployment-specific tuning purposes. The command specifies that only packets that are actually queued are counted; packets that are discarded at interrupt because they do not pass various checks are not counted. Preprocessed packets are also not counted. Any type of packet queued to the PPP process is counted. Examples The following example shows how to specify the maximum number of packets to be queued to the PPP process: Router(config)# ppp hold-queue 64000 Cisco IOS Dial Technologies Command Reference November 2009 DIA-567 Dial Commands ppp ipcp ppp ipcp To configure PPP IP Control Protocol (IPCP) features such as the ability to provide primary and secondary Domain Name Server (DNS) and Windows Internet Naming Service (WINS) server addresses, and the ability to accept any address requested by a peer, use the ppp ipcp command in template or interface configuration mode. To disable a ppp ipcp feature, use the no form of this command. ppp ipcp {accept-address | address {accept | required | unique} | dns {primary-ip-address [secondary-ip-address] [aaa] [accept] | accept | reject | request [accept]} | header-compression ack | ignore-map | mask {subnet-mask | reject | request} | username unique | wins {primary-ip-address [secondary-ip-address] [aaa] [accept] | accept | reject | request [accept]}} no ppp ipcp {accept-address | address {accept | required | unique} | dns | header-compression ack | ignore-map | mask | predictive | username unique | wins} Syntax Description accept-address address Accepts any nonzero IP address from the peer. Specifies IPCP IP address options: • • • accept—Accepts any nonzero IP address from the peer. required—Disconnects the peer if no IP address is negotiated. unique—Disconnects the peer if the IP address is already in use. primary-ip-address—IP address of the primary DNS server. – secondary-ip-address—(Optional) IP address of the secondary DNS dns Specifies DNS options: • server. – aaa—(Optional) Use DNS data from the AAA server. – accept—(Optional) Specifies that any nonzero DNS address will be accepted. • • • accept—Specifies that any nonzero DNS address will be accepted. reject—Reject the IPCP option if received from the peer. request—Request the DNS address from the peer. header-compression ack ignore-map mask Enables IPCP header compression. Ignores dialer map when negotiating peer IP address. Specifies IP address mask options: • • • subnet-mask—Specifies the subnet mask to offer the peer. reject—Reject subnet mask negotiations. request—Request the subnet mask from the peer. Cisco IOS Dial Technologies Command Reference DIA-568 November 2009 Dial Commands ppp ipcp username unique wins Ignores a common username when providing an IP address to the peer. Specifies WINS options: • primary-ip-address—IP address of the primary WINS server. – secondary-ip-address—(Optional) IP address of the secondary WINS server. – aaa—(Optional) Use WINS data from the AAA server. – accept—(Optional) Specifies that any nonzero WINS address will be accepted. • • • accept—Specifies that any nonzero WINS address will be accepted. reject—Reject the IPCP option if received from the peer. request—Request the WINS address from the peer. Command Default No servers are configured, and no address request is made. Command Modes Template configuration Interface configuration Command History Release 12.0(6)T 12.1(5)T Modification This command was introduced. The reject and accept keywords were added. Examples The following examples show use of the ppp ipcp command: ppp ipcp accept-address ppp ipcp dns 10.1.1.3 ppp ipcp dns 10.1.1.3 10.1.1.4 ppp ipcp dns 10.1.1.1 10.1.1.2 accept ppp ipcp dns accept ppp ipcp dns reject ppp ipcp ignore-map ppp ipcp username unique ppp ipcp wins 10.1.1.1 10.1.1.2 ppp ipcp wins accept The following examples show how to use the no form of the ppp ipcp command: no ppp ipcp wins no ppp ipcp ignore-map Cisco IOS Dial Technologies Command Reference November 2009 DIA-569 Dial Commands ppp ipcp Related Commands Command debug ppp show interfaces show ip interfaces Description Displays information on traffic and exchanges in an internetwork implementing the PPP. Displays statistics for all interfaces configured on the router or access server. Displays the usability status of interfaces configured for IP. Cisco IOS Dial Technologies Command Reference DIA-570 November 2009 Dial Commands ppp ipcp default route ppp ipcp default route To configure a default route through a PPP virtual access interface, use the ppp ipcp default route command in interface configuration mode. To disable a default route for a PPP virtual access interface, use the no form of this command. ppp ipcp default route no ppp ipcp default route Syntax Description This command has no arguments or keywords. Command Default No default route Command Modes Interface configuration Command History Release 12.3(11)T Modification This command was introduced. Usage Guidelines This command allows a PPP virtual template to dynamically add a default route pointing to the virtual access interface created by the virtual template. A customer premises equipment (CPE) router with PPP over an ATM or Frame Relay connection can access the Internet without turning on any other routing. Examples The following example shows how to configure the PPP default route on the virtual access interface: interface virtual-template 1 ip address negotiated ppp ipcp default route Related Commands Command Description debug ppp negotiation Displays information on traffic and exchanges in an internetwork implementing PPP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-571 Dial Commands ppp ipcp predictive ppp ipcp predictive To set the PPP Internet Protocol Control Protocol (IPCP) to a predictive state that reduces negotiation time by predicting responses from peers and sending expected reply and request packets in advance, use the ppp ipcp predictive command in interface configuration mode. To disable the IPCP predictive state, use the no form of this command. ppp ipcp predictive no ppp ipcp predictive Syntax Description This command has no arguments or keywords. Command Default The PPP IPCP is not set to a predictive state. Command Modes Interface configuration Command History Release 12.2(4)T 12.2(11)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5300, Cisco AS5400 and Cisco AS5800. Usage Guidelines The ppp ipcp predictive command is useful in networks that accept connections from devices that require a reduction in the IPCP negotiation cycle time. This command reduces the amount of time needed for PPP to negotiate with the peer so that connections can be made in an acceptable amount of time. The following changes to the IPCP negotiation strategy make this time reduction possible: • • Send an IPCP Configure-Ack packet after sending an IPCP Configure-Nak packet. Send IPCP Configure-Nak and Configure-Ack packets after rejecting certain configuration options. These changes can reduce connection delay by approximately 40 percent. Note Any Configure-Request packet received in the Open state is ignored until the software receives Configure-Request packets with identifying numbers greater than what was last acknowledged, in which case the software disables the predictive mode and processes the Configure-Request packet using normal IPCP negotiation operations. The ppp ipcp predictive command is configured on group asynchronous and dialer interfaces running PPP or Multilink PPP. Cisco IOS Dial Technologies Command Reference DIA-572 November 2009 Dial Commands ppp ipcp predictive Examples The following example sets the link control protocol (LCP) and IPCP to predictive states on a group asynchronous interface: interface group-async 1 ip unnumbered loopback 0 encapsulation ppp no ip mroute-cache dialer in-band dialer pool-member 1 async dynamic address async dynamic routing async mode dedicated no fair-queue ppp lcp predictive ppp ipcp predictive group-range 1 48 hold-queue 75 in Related Commands Command interface dialer interface group-async ppp lcp predictive Description Defines a dialer rotary group. Creates a group interface that will serve as master, to which asynchronous interfaces can be associated as members. Sets LCP to a predictive state that reduces negotiation time by predicting responses from peers and sending expected reply and request packets in advance. Cisco IOS Dial Technologies Command Reference November 2009 DIA-573 Dial Commands ppp iphc max-header ppp iphc max-header To set the maximum size of the largest IP header that may be compressed when configuring Internet Protocol Header Compression (IPHC) control options over PPP, use the ppp iphc max-header command in interface configuration mode. To change the configuration, use the no form of this command. ppp iphc max-header bytes no ppp iphc max-header bytes Syntax Description bytes Maximum size, in bytes, of the largest IP header that may be compressed. The range is from 60 to 168 bytes, and the default is 168 bytes. Command Default 168 bytes Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines There are two types of IP header compression used over PPP: Van Jacobsen header compression defined in RFC 1332 and enabled with the ip tcp header-compression command, and IPHC defined in RFC 2509 and enabled with the ip rtp header-compression command. The ppp iphc set of commands controls parameters that pertain to the form of IPHC described in RFC 2509. The IPHC specification allows low speed links to run more efficiently by reducing the size of the IP headers as transmitted on the link. IPHC supports compressed Real-Time Transport Protocol (cRTP), compressed User Datagram Protocol (cUDP), and compressed Transaction Control Protocol (cTCP). An IPHC-enabled interface sends only changes to the header instead of sending the entire header with every packet. At the beginning of a transmission, the transmitting end (the compressor) sends a full header packet to the receiving end (the decompressor). After the initial packet is sent, the compressor sends all other packets with headers that contain only the differences between them and the original full header. The decompressor maintains a copy of the original full header and reconstructs all the other packet headers by adding the changes to them. The header data that is different with each packet is referred to as the session state, and is identified by a session ID or connection ID. When the decompressor receives a compressed packet, it reconstructs the packet header by adding the difference to the saved uncompressed header. Typically, IPHC enables the header to be compressed to two bytes (four bytes if UDP checksums are used). Cisco IOS Dial Technologies Command Reference DIA-574 November 2009 Dial Commands ppp iphc max-header The following fields in a packet header usually remain the same throughout a transmission: • • • IP source and destination addresses UDP and TCP source and destination ports RTP synchronization source (SSRC) fields IP packet ID Checksum Sequence number RTP time stamp The RTP marker bit The following fields in a packet header usually change during a transmission: • • • • • Examples The following example shows how to change the maximum size of the largest IP header that may be compressed from the default of 168 bytes to 114 bytes: interface Multilink1 ip address 10.100.253.1 255.255.255.0 no ip directed-broadcast no ip route-cache ip tcp header-compression iphc-format no ip mroute-cache fair-queue 64 256 1000 no cdp enable ppp multilink ppp multilink fragment-delay 20 ppp multilink interleave multilink-group 1 ip rtp header-compression iphc-format ip rtp priority 16384 50 64 ppp iphc max-header 114 ppp iphc max-time 10 ppp iphc max-period 512 Related Commands Command Description ip rtp header-compression Enables TCP, UDP, and RTP (RFC 2509) header compression. ip tcp header-compression Enables TCP (RFC 1332) header compression. ppp iphc max-period ppp iphc max-time Sets the maximum number of compressed packets that can be sent before a full header when configuring IPHC control options over PPP. Sets the maximum time allowed between full headers when configuring IPHC control options over PPP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-575 Dial Commands ppp lcp delay ppp lcp delay To configure the link control protocol (LCP) delay timer for initiating LCP negotiations after a link connects and to configure the router to discard incoming setup requests until the LCP delay timer expires, use the ppp lcp delay command in interface configuration mode. To disable the LCP delay timer, use the no form of this command. ppp lcp delay seconds [milliseconds] [random max-delay-seconds] [discard] no ppp lcp delay Syntax Description seconds milliseconds Delay, in seconds, before initiating LCP negotiations. Valid values for the seconds argument range from 0 to 255. The default value is 2 seconds. (Optional) Delay, in milliseconds (ms), before initiating LCP negotiations. Valid values for the milliseconds argument range from 0 to 999. The default value is 0 ms. (Optional) Specifies that a random amount of additional time will be added to the configured LCP delay timer. The additional amount of time will not exceed the number of seconds specified with the max-delay-seconds argument. Valid values for max-delay-seconds range from 1 to 255. Random delay is disabled by default. (Optional) Specifies that incoming configuration requests (CONFREQs) will be discarded until the LCP delay timer has expired. CONFREQs are not discarded by default. random max-delay-seconds discard Command Default No LCP delay timer is configured. Command Modes Interface configuration (config-if) Command History Release 12.1 12.2(13)T 12.3(11)YS Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(13)T. The milliseconds argument was added. This command was integrated into Cisco IOS Release 12.3(11)YS. The random max-delay-seconds and discard keywords and argument were added. This command was integrated into Cisco IOS Release 12.2(33)SRE. This command was integrated into Cisco IOS Release 15.0(1)M. 12.2(33)SRE 15.0(1)M Usage Guidelines Configure an LCP delay timer to allow the peer device a short amount of time to send the first packet after the PPP link comes up. If the LCP delay timer expires before a CONFREQ is received from the peer, the router can initiate LCP negotiations. Cisco IOS Dial Technologies Command Reference DIA-576 November 2009 Dial Commands ppp lcp delay The LCP delay timer is applied only to incoming connections. PPP does not delay for outbound connections or connections where PPP cannot determine a direction. Use the random max-delay-seconds keyword and argument combination to add a random amount of time to the LCP delay timer. Setting a random delay on the initiation of LCP negotiations prevents overload when many PPP links come up at the same time. Use the discard keyword to specify that incoming CONFREQs should be discarded until the configured delay has expired. LCP negotiations will not be initiated until the LCP delay timer has expired. Examples The following example shows how to configure an LCP delay timer of 4 seconds. If a CONFREQ is not received before the LCP delay timer expires, LCP negotiations can be initiated by either peer. Router(config-if)# ppp lcp delay 4 The following example shows how to configure an LCP delay timer that will expire at a random time between 5 and 15 seconds after the link comes up. If a CONFREQ is not received before the LCP delay timer expires, LCP negotiations can be initiated by either peer. Router(config-if)# ppp lcp delay 5 random 10 The following example shows how to configure an LCP delay timer of 3.25 seconds and specifies that incoming CONFREQs will be discarded until the LCP delay timer has expired. After 3.25 seconds, LCP negotiations can be initiated by either peer. Router(config-if)# ppp lcp delay 3 250 discard The following example shows how to configure an LCP delay timer that will expire at a random time between 10 and 15 seconds after the link comes up, and specifies that incoming CONFREQs will be discarded until the LCP delay timer has expired. After the LCP delay timer expires, negotiations can be initiated by either peer. Router(config-if)# ppp lcp delay 10 random 5 discard Related Commands Command debug ppp multilink negotiation show ppp multilink Description Displays information about events affecting multilink groups controlled by BACP. Displays bundle information for MLP bundles. Cisco IOS Dial Technologies Command Reference November 2009 DIA-577 Dial Commands ppp lcp delay Cisco IOS Dial Technologies Command Reference DIA-578 November 2009 Dial Commands ppp iphc max-period ppp iphc max-period To set the maximum number of compressed packets that can be sent before a full header when configuring Internet Protocol Header Compression (IPHC) control options over PPP, use the ppp iphc max-period command in interface configuration mode. To change the configuration, use the no form of this command. ppp iphc max-period packets no ppp iphc max-period packets Syntax Description packets Maximum number of compressed packets that can be sent before a full header. The range is from 1 to 65,535 packets, and the default is 256 packets. Command Default 256 packets Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines There are two types of IP header compression used over PPP: Van Jacobsen header compression, which is defined in RFC 1332, and a newer compression type described in RFC 2509. The ppp iphc set of commands controls parameters that pertain to the form of IPHC described in RFC 2509. The IPHC specification allows low speed links to run more efficiently when IP headers are extremely large. IPHC supports compressed Real-Time Transport Protocol (cRTP), compressed User Datagram Protocol (cUDP), and compressed Transaction Control Protocol (cTCP). An IPHC-enabled interface sends only changes to the header instead of sending the entire header with every packet. At the beginning of a transmission, the transmitting end (the compressor) sends a full header packet to the receiving end (the decompressor). After the initial packet is sent, the compressor sends all other packets with headers that contain only the differences between them and the original full header. The decompressor maintains a copy of the original full header and reconstructs all the other packet headers by adding the changes to them. The header data that is different with each packet is referred to as the session state, and is identified by a session ID or connection ID. When the decompressor receives a compressed packet, it reconstructs the packet header by adding the difference to the saved uncompressed header. Typically, IPHC enables the header to be compressed to two bytes (four bytes if UDP checksums are used). Cisco IOS Dial Technologies Command Reference November 2009 DIA-579 Dial Commands ppp iphc max-period The following fields in a packet header usually remain the same throughout a transmission: • • • IP source and destination addresses UDP and TCP source and destination ports RTP synchronization source (SSRC) fields IP packet ID Checksum Sequence number RTP time stamp RTP marker bit The following fields in a packet header usually change during a transmission: • • • • • The ppp iphc max-period command is specifically related to an IPHC frame format known as compressed_non_TCP. The recovery of lost compressed_non_TCP frames on lossy links is much improved by allowing more full headers to flow and by configuring less compression. Examples The following example shows how to increase the maximum number of compressed packets that can be sent before a full header from 256 to 512 packets when configuring IPHC control options over PPP: interface Multilink1 ip address 10.100.253.1 255.255.255.0 no ip directed-broadcast no ip route-cache ip tcp header-compression iphc-format no ip mroute-cache fair-queue 64 256 1000 no cdp enable ppp multilink ppp multilink fragment-delay 20 ppp multilink interleave multilink-group 1 ip rtp header-compression iphc-format ip rtp priority 16384 50 64 ppp iphc max-header 114 ppp iphc max-time 10 ppp iphc max-period 512 Related Commands Command Description ip rtp header-compression Enables TCP, UDP, and RTP (RFC 2509) header compression. ip tcp header-compression Enables TCP (RFC 1332) header compression. ppp iphc max-header ppp iphc max-time Sets the maximum size of the largest IP header that may be compressed when configuring IPHC control options over PPP. Sets the maximum number of compressed packets that can be sent before a full header when configuring IPHC control options over PPP. Cisco IOS Dial Technologies Command Reference DIA-580 November 2009 Dial Commands ppp iphc max-time ppp iphc max-time To set the maximum time allowed between full headers when configuring Internet Protocol Header Compression (IPHC) control options over PPP, use the ppp iphc max-time command in interface configuration mode. To change the configuration, use the no form of this command. ppp iphc max-time seconds no ppp iphc max-time seconds Syntax Description seconds Maximum time, in seconds, allowed between full headers. The range is from 1 to 255 seconds, and the default is 5 seconds. Command Default 5 seconds Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines There are two forms of IP header compression used over PPP: Van Jacobsen header compression, which is defined in RFC 1332, and a newer form of compression described in RFC 2509. The ppp iphc set of commands controls parameters that pertain to the form of IPHC described in RFC 2509. The IPHC specification allows low speed links to run more efficiently by reducing the size of IP headers as transmitted on the link. IPHC supports compressed Real-Time Transport Protocol (cRTP), compressed User Datagram Protocol (cUDP), and compressed Transaction Control Protocol (cTCP). An IPHC-enabled interface sends only changes to the header instead of sending the entire header with every packet. At the beginning of a transmission, the transmitting end (the compressor) sends a full header packet to the receiving end (the decompressor). After the initial packet is sent, the compressor sends all other packets with headers that contain only the differences between them and the original full header. The decompressor maintains a copy of the original full header and reconstructs all the other packet headers by adding the changes to them. The header data that is different with each packet is referred to as the session state, and is identified by a session ID or connection ID. When the decompressor receives a compressed packet, it reconstructs the packet header by adding the difference to the saved uncompressed header. Typically, IPHC enables the header to be compressed to two bytes (four bytes if UDP checksums are used). The following fields in a packet header usually remain the same throughout a transmission: • • • IP source and destination addresses UDP and TCP source and destination ports RTP synchronization source (SSRC) fields Cisco IOS Dial Technologies Command Reference November 2009 DIA-581 Dial Commands ppp iphc max-time The following fields in a packet header usually change during a transmission: • • • • • IP packet ID Checksum Sequence number RTP time stamp RTP marker bit The ppp iphc max-time command is specifically related to an IPHC frame format known as compressed_non_TCP. The recovery of lost compressed_non_TCP frames on lossy links is much improved by allowing more full headers to flow and by configuring less compression. Examples The following example shows how to change the number of compressed packets that can be sent before a full header from the default 5 seconds to 10 seconds: interface Multilink1 ip address 10.100.253.1 255.255.255.0 no ip directed-broadcast no ip route-cache ip tcp header-compression iphc-format no ip mroute-cache fair-queue 64 256 1000 no cdp enable ppp multilink ppp multilink fragment-delay 20 ppp multilink interleave multilink-group 1 ip rtp header-compression iphc-format ip rtp priority 16384 50 64 ppp iphc max-header 114 ppp iphc max-time 10 ppp iphc max-period 512 Related Commands Command Description ip rtp header-compression Enables TCP, UDP, and RTP (RFC 2509) header compression. ip tcp header-compression Enables TCP (RFC 1332) header compression. ppp iphc max-header ppp iphc max-period Sets the maximum size of the largest IP header that may be compressed when configuring IPHC control options over PPP. Sets the maximum number of compressed packets that can be sent before a full header when configuring IPHC control options over PPP. Cisco IOS Dial Technologies Command Reference DIA-582 November 2009 Dial Commands ppp lcp delay ppp lcp delay To configure the link control protocol (LCP) delay timer for initiating LCP negotiations after a link connects and to configure the router to discard incoming setup requests until the LCP delay timer expires, use the ppp lcp delay command in interface configuration mode. To disable the LCP delay timer, use the no form of this command. ppp lcp delay seconds [milliseconds] [random max-delay-seconds] [discard] no ppp lcp delay Syntax Description seconds milliseconds Delay, in seconds, before initiating LCP negotiations. Valid values for the seconds argument range from 0 to 255. The default value is 2 seconds. (Optional) Delay, in milliseconds, before initiating LCP negotiations. Valid values for the milliseconds argument range from 0 to 999. The default value is 0 milliseconds. (Optional) Specifies that a random amount of additional time will be added to the configured LCP delay timer. The additional amount of time will not exceed the number of seconds specified with the max-delay-seconds argument. Valid values for max-delay-seconds range from 1 to 255. Random delay is disabled by default. (Optional) Specifies that incoming configuration requests (CONFREQs) will be discarded until the LCP delay timer has expired. CONFREQs are not discarded by default. random max-delay-seconds discard Command Default No LCP delay timer is configured. Command Modes Interface configuration Command History Release 12.1 12.2(13)T 12.3(11)YS Modification This command was introduced. Support for the milliseconds argument was added to this command. Support for the random max-delay-seconds and discard keywords and argument was added to this command. Usage Guidelines Configure an LCP delay timer to allow the peer device a short amount of time to send the first packet after the PPP link comes up. If the LCP delay timer expires before a CONFREQ is received from the peer, the router can initiate LCP negotiations. The LCP delay timer is applied only to incoming connections. PPP does not delay for outbound connections or connections where PPP cannot determine a direction. Cisco IOS Dial Technologies Command Reference November 2009 DIA-583 Dial Commands ppp lcp delay Use the random max-delay-seconds keyword and argument combination add a random amount of time to the LCP delay timer. Setting a random delay on the initiation of LCP negotiations prevents overload when many PPP links come up at the same time. Use the discard keyword to specify that incoming CONFREQs should be discarded until the configured delay has expired. LCP negotiations will not be initiated until the LCP delay timer has expired. Examples The following example configures an LCP delay timer of 4 seconds. If a CONFREQ is not received before the LCP delay timer expires, LCP negotiations can be initiated by either peer. ppp lcp delay 4 The following example configures an LCP delay timer that will expire at a random time between 5 and 15 seconds after the link comes up. If a CONFREQ is not received before the LCP delay timer expires, LCP negotiations can be initiated by either peer. ppp lcp delay 5 random 10 The following example configures an LCP delay timer of 3.25 seconds and specifies that incoming CONFREQs will be discarded until the LCP delay timer has expired. After 3.25 seconds, LCP negotiations can be initiated by either peer. ppp lcp delay 3 250 discard The following example configures an LCP delay timer that will expire at a random time between 10 and 15 seconds after the link comes up, and specifies that incoming CONFREQs will be discarded until the LCP delay timer has expired. After the LCP delay timer expires, negotiations can be initiated by either peer. ppp lcp delay 10 random 5 discard Cisco IOS Dial Technologies Command Reference DIA-584 November 2009 Dial Commands ppp lcp fast-start ppp lcp fast-start To allow a PPP interface to respond immediately to incoming packets once a connection is established, use the ppp lcp fast-start command in interface configuration mode. To specify that PPP delay before responding, use the no form of this command. ppp lcp fast-start no ppp lcp fast-start Syntax Description This command has no arguments or keywords. Command Default Command is enabled by default. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines Some systems, typically those with external modems, may have problems with slow or electrically noisy hardware. If the no ppp lcp fast-start command is specified, PPP starts a debounce timer and waits for it to expire before attempting to communicate with the peer system, thereby reducing the probability of a false start on the interface. If the no ppp lcp fast-start command is not specified, PPP will not use a debounce timer and will respond immediately to incoming packets once a connection is made. The default fast start enabled state should not be disabled unless there is a problem with slow or electronically noisy hardware. This setting prevents PPP from waiting for a debounce timer to expire before responding to inbound frames. Examples The following example disables fast start: no ppp lcp fast-start Cisco IOS Dial Technologies Command Reference November 2009 DIA-585 Dial Commands ppp lcp predictive ppp lcp predictive To set the PPP link control protocol (LCP) to a predictive state that reduces negotiation time by predicting responses from peers and sending expected reply and request packets in advance, use the ppp lcp predictive command in interface configuration mode. To disable the LCP predictive state, use the no form of this command. ppp lcp predictive no ppp lcp predictive Syntax Description This command has no arguments or keywords. Command Default The PPP LCP is not set to a predictive state. Command Modes Interface configuration Command History Release 12.2(4)T 12.2(11)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5300, Cisco AS5400 and Cisco AS5800. Usage Guidelines The ppp lcp predictive command is useful in networks that accept connections from devices that require a reduction in the LCP negotiation cycle time. This command reduces the amount of time needed for PPP to negotiate with the peer so that connections can be made in an acceptable amount of time. The following changes to the LCP negotiation strategy make this time reduction possible: • • Send an LCP Configure-Ack packet, then send the next-level LCP Configure-Request packet before receiving acknowledgment for the PPP Configure-Request packet. Send an LCP Configure-Ack packet after sending LCP Configure-Reject and Configure-Nak packets for certain configuration options. These changes can reduce connection delay by approximately 40 percent. The ppp lcp predictive command is configured on group asynchronous and dialer interfaces running PPP or Multilink PPP. Examples The following example sets LCP and Internet Protocol Control Protocol (IPCP) to predictive states on a dialer interface: ! interface dialer 1 ip unnumbered loopback 0 encapsulation ppp dialer pool 1 dialer idle-timeout 120000 Cisco IOS Dial Technologies Command Reference DIA-586 November 2009 Dial Commands ppp lcp predictive dialer enable-timeout 6 dialer-group 1 peer default ip address pool LOCAL no cdp enable ppp lcp predictive ppp ipcp predictive ppp multilink Related Commands Command interface dialer interface group-async ppp ipcp predictive Description Defines a dialer rotary group. Creates a group interface that will serve as master, to which asynchronous interfaces can be associated as members. Sets IPCP to a predictive state that reduces negotiation time by predicting responses from peers and sending expected reply and request packets in advance. Cisco IOS Dial Technologies Command Reference November 2009 DIA-587 Dial Commands ppp link reorders ppp link reorders To set an advisory flag that indicates the serial interface may receive packets in a different order than a peer system sent them, use the ppp link reorders command in interface configuration mode. To turn this flag off, use the no form of this command. ppp link reorders no ppp link reorders Syntax Description This command has no arguments or keywords. Command Default Command is disabled. Command Modes Interface configuration Command History Release 12.2 Modification This command was introduced. Usage Guidelines The ppp link reorders command indicates that a link can receive packets in a different order than the peer system sent them. This situation can be encountered with PPP tunneling mechanisms such as Layer 2 Forwarding (L2F) and the Layer 2 Transport Protocol (L2TP) that do not always enforce strictly serial delivery of frames from source to final destination. Such links can pose problems for PPP features that depend upon in-order delivery of packets, such as compression, encryption, network header compression, and Multilink PPP. Setting this option allows some PPP systems to compensate to an extent for the nonserial delivery of packets, although this compensation can incur a performance penalty. It is not normally necessary to configure the ppp link reorders command. PPP automatically recognizes that the condition exists for Virtual Private Network (VPN) tunnels, and the misdelivery situation will not occur on normal serial interfaces. Examples The following example sets the ppp link reorders command advisory flag: ppp link reorders Cisco IOS Dial Technologies Command Reference DIA-588 November 2009 Dial Commands ppp loopback ignore ppp loopback ignore To disable PPP loopback detection, use the ppp loopback ignore command in interface configuration mode. To reenable PPP loopback detection (the default condition), use the no form of this command. ppp loopback ignore no ppp loopback ignore Syntax Description This command has no arguments or keywords. Command Default Loopback detection is enabled. Command Modes Interface configuration Command History Release 11.3 12.2(5)T Modification This command was introduced as ppp ignore-loopback. The ppp loopback ignore command replaced the ppp ignore-loopback command. Usage Guidelines A circuit loopback normally indicates faulty external switching equipment or wiring errors. The PPP protocol includes a mechanism that detects when a circuit is looped back, that is, when the circuit is fed back upon itself such that the router is reading its own output on that link. A first phase of loopback detection occurs during Link Control Protocol (LCP) negotiation when the circuit is being established. A loopback condition that occurs after the connection is made (after LCP negotiation) can be detected if link keepalives are enabled. If keepalives are disabled on the link, the second phase of loopback detection is not available. The normal operation (default) is for PPP to check for a loopback condition and terminate the connection when a loopback is detected. There are, however, some situations where it is necessary to disable loopback detection, such as during certain testing situations, or when software detects problematic peers that do not implement the PPP protocol correctly. The ppp loopback ignore command disables normal operation; the no ppp loopback ignore command restores normal operation. Note Loopback detection depends upon successful negotiation of the LCP Magic Number option during link establishment. Some implementations may not support this option. Examples The following example shows PPP loopback detection being disabled: interface Serial0:15 description "PRI D channel" ip unnumbered Loopback0 encapsulation ppp ppp loopback ignore Cisco IOS Dial Technologies Command Reference November 2009 DIA-589 Dial Commands ppp loopback ignore Related Commands Command keepalive Description Configures a keepalive packet that is sent at a certain time interval, and for a certain number of retries if there is no response, to keep an interface active. Cisco IOS Dial Technologies Command Reference DIA-590 November 2009 Dial Commands ppp max-bad-auth ppp max-bad-auth To configure a point-to-point interface not to reset itself immediately after an authentication failure but instead to allow a specified number of authentication retries, use the ppp max-bad-auth command in interface configuration mode. To reset to the default of immediate reset, use the no form of this command. ppp max-bad-auth retries no ppp max-bad-auth Syntax Description retries Number of retries after which the interface is to reset itself. Default is 0. Command Default The default is 0. Command Modes Interface configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines This command applies to any serial interface (asynchronous serial, synchronous serial, or ISDN) on which PPP encapsulation is enabled. Examples The following example sets BRI interface 0 to allow two additional retries after an initial authentication failure (for a total of three failed authentication attempts): interface bri 0 encapsulation ppp ppp authentication chap ppp max-bad-auth 3 Related Commands Command exec Description Allows an EXEC process on a line. Cisco IOS Dial Technologies Command Reference November 2009 DIA-591 Dial Commands ppp max-configure ppp max-configure To set the maximum number of attempts to send Configure-Request packets before it is assumed that the peer is unable to respond, use the ppp max-configure command in interface configuration mode. To return to the default, use the no form of this command. ppp max-configure attempts no ppp max-configure attempts Syntax Description attempts Number of attempts allowed. Must be a number from 1 to 255. Default is 10 attempts with 1 packet sent per attempt. Command Default 10 attempts (packets) and a default retry timeout period of 2 seconds Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines The ppp max-configure command sets the maximum number of Configure-Request packets that will be sent for any particular control protocol and that have gone unanswered before PPP will assume that the peer is unable to respond to the packets and will cease trying to negotiate that particular control protocol. There is generally no reason to adjust the default maximum number of Configure-Request packets sent (attempts). The number might need to be increased slightly in the unlikely event that you are connecting to a peer that is slow to start negotiations of some protocol. Because the default is 10 packets (attempts), and the default retry timeout period is 2 seconds, a slow peer would be one that takes more than 20 seconds to start protocol negotiation. For ordinary network control protocols (NCPs), the protocol will be put in a passive state whereby PPP will accept inbound negotiation packets, thereby giving the peer a chance to attempt negotiations later on. If the Link Control Protocol (LCP) is used, then failure to negotiate LCP implies that the link will be reset. On a dialup connection, this reset will disconnect the call. For a leased-line connection, the reset will merely result in PPP attempting to restart after a short delay. Note None of the supported PPP authentication protocols conform to RFC 1661-style control protocols, and the protocols are not affected by the ppp max-configure command. Rather, the authentication protocol commands have their own set of commands to fine-tune control. Cisco IOS Dial Technologies Command Reference DIA-592 November 2009 Dial Commands ppp max-configure Examples The following example returns the maximum number of attempts to send a Configure-Request packet to the default of 10: interface Serial2/0 ip address 192.168.1.131 255.255.255.0 encapsulation ppp peer default ip address pool local local_pool serial restart-delay 0 no ppp max-configure Related Commands Command ppp max-failure ppp max-terminate Description Sets the maximum number of attempts to send Configure-NAK packets before it is assumed the peer is not converging. Sets the maximum number of attempts to send a Terminate-Request packet before PPP gives up waiting for the Terminate-Ack packet and stops the protocol. Sets PPP timeout retry parameters. ppp timeout retry Cisco IOS Dial Technologies Command Reference November 2009 DIA-593 Dial Commands ppp max-failure ppp max-failure To set the maximum number of attempts to send Configure-NAK packets before it is assumed the peer is not converging, use the ppp max-failure command in interface configuration mode. To return to the default, use the no form of this command. ppp max-failure attempts no ppp max-failure attempts Syntax Description attempts Number of attempts allowed. Must be a number from 1 to 255. Default is 5 attempts with one packet sent per attempt. Command Default 5 attempts Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines Unless you have reason to believe that a control protocol that is slow to converge will actually converge if given more chances, there is no reason to increase the default value of this command. The ppp max-failure command sets the maximum number of successive Configure-NAK packets (attempts) that will be sent for any control protocol before PPP will assume that the peer is unwilling or incapable of converging (adapting to its own negotiation parameters), and that the negotiation parameters will never succeed. Once the maximum limit is reached, PPP will start sending Configure-Reject packets rather than Configure-NAK packets for the offending parameters. The peer’s response to this action should be to stop sending the offending parameters. Note None of the supported PPP authentication protocols conform to RFC 1661-style control protocols, and the protocols are not affected by the ppp max-failure command. Rather, the authentication protocol commands have their own set of commands to fine-tune control. Examples The following example returns the maximum number of attempts to send a Configure-NAK packet to the default of 5: interface Serial2/0 ip address 192.168.1.131 255.255.255.0 encapsulation ppp peer default ip address pool local local_pool serial restart-delay 0 no ppp max-failure Cisco IOS Dial Technologies Command Reference DIA-594 November 2009 Dial Commands ppp max-failure Related Commands Command ppp max-configure ppp max-terminate Description Sets the maximum number of attempts to send Configure-Request packets before it is assumed that the peer is unable to respond. Sets the maximum number of attempts to send a Terminate-Request packet before PPP gives up waiting for the Terminate-Ack packet and stops the protocol. Sets PPP timeout retry parameters. ppp timeout retry Cisco IOS Dial Technologies Command Reference November 2009 DIA-595 Dial Commands ppp max-terminate ppp max-terminate To set the maximum number of attempts to send Terminate-Request packets before PPP gives up waiting for the Terminate-Ack packet and stops the protocol, use the ppp max-terminate command in interface configuration mode. To return to the default, use the no form of this command. ppp max-terminate attempts no ppp max-terminate attempts Syntax Description attempts Number of attempts allowed. Must be a number from 1 to 255. Default is 2 attempts with 1 packet sent per attempt. Command Default 2 attempts Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines There is little reason to change the default value of the ppp max-terminate command. The action of PPP sending a Terminate-Request packet is mainly a courtesy to the peer system; the protocol itself will be terminated whether or not the peer acknowledges the request. Sending the Terminate-Request packet twice makes an allowance that a single instance could be lost in transit. When PPP wants to terminate a control protocol, it sends a Terminate-Request packet and waits for a limited time for the peer to respond with a Terminate-Ack packet. This command sets the maximum number of attempts that will be made, that is, the maximum number of Terminate-Request packets that will be sent, before PPP gives up waiting for the Terminate-Ack packet and automatically stops the protocol. Note None of the supported PPP authentication protocols conform to RFC 1661-style control protocols, and the protocols are not affected by the ppp max-terminate command. Rather, the authentication protocol commands have their own set of commands to fine-tune control. Examples The following example returns the maximum number of attempts to send a Terminate-Request packet to the default of 2: interface Serial2/0 ip address 192.168.1.131 255.255.255.0 encapsulation ppp peer default ip address pool local local_pool serial restart-delay 0 no ppp max-terminate Cisco IOS Dial Technologies Command Reference DIA-596 November 2009 Dial Commands ppp max-terminate Related Commands Command ppp max-configure ppp max-failure ppp timeout retry Description Sets the maximum number of attempts to send Configure-Request packets before it is assumed that the peer is unable to respond. Sets the maximum number of attempts to send Configure-NAK packets before it is assumed the peer is not converging. Sets PPP timeout retry parameters. Cisco IOS Dial Technologies Command Reference November 2009 DIA-597 Dial Commands ppp microcode ppp microcode To enable hardware (microcode) PPP framing on an asynchronous interface, use the ppp microcode command in interface configuration mode. To disable hardware PPP framing on an asynchronous interface, use the no form of this command. ppp microcode no ppp microcode Syntax Description This command has no arguments or keywords. Command Default Hardware PPP framing on an asynchronous interface is enabled. Command Modes Interface configuration (config-if) Command History Release 12.4 Modification This command was introduced. Usage Guidelines Do not use the no form of this command unless instructed to do so by Cisco Technical Assistance Center (TAC) or Cisco technical support. Examples The following example shows how to disable the ppp microcode command in interface configuration mode: no ppp microcode Related Commands Command async mode dedicated Description Places a line into dedicated asynchronous mode using SLIP or PPP encapsulation. async mode interactive Returns a line that has been placed into dedicated asynchronous network mode to interactive mode, thereby enabling the slip and ppp EXEC commands. encapsulation ppp ppp multilink Sets PPP as the encapsulation method used on the specified interfaces. Enables MLP on an interface and, optionally, enables BACP and its BAP subset for dynamic bandwidth allocation. Cisco IOS Dial Technologies Command Reference DIA-598 November 2009 Dial Commands ppp mru match ppp mru match To trigger Link Control Protocol (LCP) renegotiation on a maximum receive unit (MRU) mismatch on a system acting as an L2TP network server (LNS) and thereby enforce strict matching, use the ppp mru match command in interface configuration mode. To remove this setting, use the no form of this command. ppp mru match no ppp mru match Syntax Description This command has no arguments or keywords. Command Default This command is disabled by default. Command Modes Interface configuration Command History Release 12.2(12)T Modification This command was introduced. Usage Guidelines This command is configured only on virtual template interfaces. By default, the LNS does not enforce matching of the MRU value advertised by the LAC with the MRU value that the LNS would advertise. Use the ppp mru match command to enforce strict matching of the MRU that is advertised by the Layer 2 Tunneling Protocol (L2TP) access concentrator (LAC) with the maximum transmission unit (MTU) of the relevant virtual template interface on the LNS. A mismatch can occur because the effective MRU size for a virtual access interface is not necessarily limited to the MTU size. This command can be useful to inform the client PPP stack of the true MRU, when that PPP implementation is capable of adapting its MTU based on LCP MRU negotiation. Examples The following example shows LCP renegotiation being triggered on an MRU mismatch: interface Virtual-Template1 mtu 1454 ppp mru match ip unnumbered GigabitEthernet0/1 no keepalive peer default ip address pool mypool ppp authentication pap Related Commands Command ppp mtu adaptive Description Defines autonegotiation of the MTU size for PPP. Cisco IOS Dial Technologies Command Reference November 2009 DIA-599 Dial Commands ppp ms-chap refuse ppp ms-chap refuse To refuse Microsoft Challenge Handshake Authentication Protocol (MS-CHAP) authentication from peers requesting it, use the ppp ms-chap refuse command in interface configuration mode. To allow MS-CHAP authentication, use the no form of this command. ppp ms-chap refuse [callin] no ppp ms-chap refuse [callin] Syntax Description callin (Optional) Specifies that the router will refuse to answer MS-CHAP authentication challenges received from the peer, but will still require the peer to answer any MS-CHAP challenges the router sends. Command Default This command is disabled by default. Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines This command specifies that MS-CHAP authentication is disabled for all calls, meaning that all attempts by the peer to force the user to authenticate using MS-CHAP will be refused. If the callin keyword is used, MS-CHAP authentication is disabled for incoming calls from the peer, but will still be performed on outgoing calls to the peer. If outbound Password Authentication Protocol (PAP) has been enabled (using the ppp pap sent-username command), PAP will be suggested as the authentication method in the refusal packet. Examples The following example shows how to disable MS-CHAP authentication if a peer calls in requesting MS-CHAP authentication. The method of encapsulation on interface ISDN BRI number 0 is PPP. interface bri 0 encapsulation ppp ppp ms-chap refuse Related Commands Command aaa authentication ppp ppp authentication Description Specifies one or more AAA authentication methods for use on serial interfaces running PPP. Enables CHAP or PAP or both and specifies the order in which CHAP and PAP authentication are selected on the interface. Cisco IOS Dial Technologies Command Reference DIA-600 November 2009 Dial Commands ppp ms-chap refuse Command ppp authentication ms-chap-v2 ppp chap password Description Creates a pool of dialup routers that all appear to be the same host when authenticating with CHAP. Enables a router calling a collection of routers that do not support this command (such as routers running older Cisco IOS software images) to configure a common CHAP secret password to use in response to challenges from an unknown peer. Specifies that the router will not authenticate to a peer requesting CHAP authentication until after the peer has authenticated itself to the router. Reenables remote PAP support for an interface and use the sent-username and password in the PAP authentication request packet to the peer. ppp chap wait ppp pap sent-username Cisco IOS Dial Technologies Command Reference November 2009 DIA-601 Dial Commands ppp ms-chap-v2 refuse ppp ms-chap-v2 refuse To refuse Microsoft Challenge Handshake Authentication Protocol (MS-CHAP) version 2 authentication from peers requesting it, use the ppp ms-chap-v2 refuse command in interface configuration mode. To allow MS-CHAP version 2 authentication, use the no form of this command. ppp ms-chap-v2 refuse [callin] no ppp ms-chap-v2 refuse [callin] Syntax Description callin (Optional) Specifies that the router will refuse to answer MS-CHAP authentication challenges received from the peer, but will still require the peer to answer any MS-CHAP challenges the router sends. Command Default This command is disabled by default. Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines This command specifies that MS-CHAP version 2 authentication is disabled for all calls, meaning that all attempts by the peer to force the user to authenticate using MS-CHAP version 2 will be refused. If the callin keyword is used, MS-CHAP version 2 authentication is disabled for incoming calls from the peer, but will still be performed on outgoing calls to the peer. If outbound Password Authentication Protocol (PAP) has been enabled (using the ppp pap sent-username command), PAP will be suggested as the authentication method in the refusal packet. Examples The following example shows how to disable MS-CHAP version 2 authentication if a peer calls in requesting MS-CHAP version 2 authentication. The method of encapsulation on interface ISDN BRI number 0 is PPP. interface bri 0 encapsulation ppp ppp ms-chap-v2 refuse Related Commands Command aaa authentication ppp ppp authentication Description Specifies one or more AAA authentication methods for use on serial interfaces running PPP. Enables CHAP or PAP or both and specifies the order in which CHAP and PAP authentication are selected on the interface. Cisco IOS Dial Technologies Command Reference DIA-602 November 2009 Dial Commands ppp ms-chap-v2 refuse Command ppp authentication ms-chap-v2 ppp chap password Description Creates a pool of dialup routers that all appear to be the same host when authenticating with CHAP. Enables a router calling a collection of routers that do not support this command (such as routers running older Cisco IOS software images) to configure a common CHAP secret password to use in response to challenges from an unknown peer. Specifies that the router will not authenticate to a peer requesting CHAP authentication until after the peer has authenticated itself to the router. Reenables remote PAP support for an interface and use the sent-username and password in the PAP authentication request packet to the peer. ppp chap wait ppp pap sent-username Cisco IOS Dial Technologies Command Reference November 2009 DIA-603 Dial Commands ppp mtu adaptive ppp mtu adaptive To allow the Layer 2 Network Server (LNS) to adapt to the Maximum Transmission Unit (MTU) size for PPP based on the value set by the customer premises equipment (CPE), use the ppp mtu adaptive command in interface configuration mode. To return to the default setting, use the no form of this command. ppp mtu adaptive [proxy] no ppp mtu adaptive [proxy] Syntax Description proxy (Optional) Adapts the MTU to the proxy MRU, that is, the MRU negotiated by a system such as an L2TP access concentrator (LAC) that has performed Link Control Protocol (LCP) negotiation on behalf of the Cisco router and forwarded the negotiated LCP options, including the MRU. Command Default Automatic adaption of the MTU size for PPP is not enabled. Command Modes Interface configuration Command History Release 12.2(7) 12.2(13)T 12.3(14)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(13)T. The proxy keyword was added. This command was modified. Support was added for serial interfaces when the proxy keyword is not used. Usage Guidelines By default, the Cisco IOS software will not adapt the interface MTU to the peer or proxy MRU. Note By default, the LNS does not renegotiate Link Control Protocol (LCP). If the LNS has a different MTU defined, the call setup experiences a failure. Use the ppp mtu adaptive command to adjust the LNS MRU value to the CPE's negotiated value with the LAC. Use this command on interfaces where a number of peers with different MRU settings may connect. In Cisco IOS Release 12.2(7) and later releases, this command is configured on virtual template interfaces and dialer interfaces. In Cisco IOS Release 12.3(14)T and later releases, the ppp mtu adaptive command without the proxy keyword can be configured on serial interfaces. Cisco IOS Dial Technologies Command Reference DIA-604 November 2009 Dial Commands ppp mtu adaptive The proxy keyword is not typically required. It is used only as a workaround when the client PPP stack cannot correctly advertise its MRU requirements. Examples The following example defines autonegotiation of the MTU size on a virtual template: interface Virtual-Template1 no ip address no logging event link-status no snmp trap link-status ppp mtu adaptive ppp authentication chap callin Related Commands Command lcp renogtiation always ppp mtu match Description Allows the LNS to renegotiate the PPP LCP on dial-in calls, using L2TP or L2F. Triggers LCP renegotiation on an MRU mismatch. Cisco IOS Dial Technologies Command Reference November 2009 DIA-605 Dial Commands ppp multilink ppp multilink To enable Multilink PPP (MLP) on an interface and, optionally, to enable Bandwidth Allocation Control Protocol (BACP) and its Bandwidth Allocation Protocol (BAP) subset for dynamic bandwidth allocation, use the ppp multilink command in interface configuration mode. To disable Multilink PPP or, optionally, to disable only dynamic bandwidth allocation, use the no form of this command. ppp multilink [bap] no ppp multilink [bap [required]] Cisco 10000 Series Router ppp multilink no ppp multilink Syntax Description bap required (Optional) Specifies bandwidth allocation control negotiation and dynamic allocation of bandwidth on a link. (Optional) Enforces mandatory negotiation of BACP for the multilink bundle. The multilink bundle is disconnected if BACP is not negotiated. Command Default Command is disabled. When BACP is enabled, the defaults are to accept calls and to set the timeout pending at 30 seconds. Command Modes Interface configuration Command History Release 11.1 12.0(23)SX 12.2(16)BX 12.2(31)SB2 Modification This command was introduced. This command was implemented on the Cisco 10000 series router. This command was implemented on the ESR–PRE2. This command was integrated into Cisco IOS Release 12.2(31)SB2. Usage Guidelines This command applies only to interfaces that use PPP encapsulation. MLP and PPP reliable links do not work together. When the ppp multilink command is used, the first channel will negotiate the appropriate Network Control Protocol (NCP) layers (such as the IP Control Protocol and IPX Control Protocol), but subsequent links will negotiate only the link control protocol and MLP. NCP layers do not get negotiated on these links, and it is normal to see these layers in a closed state. This command with the bap keyword must be used before configuring any ppp bap commands and options. If the bap required option is configured and a reject of the options is received, the multilink bundle is torn down. Cisco IOS Dial Technologies Command Reference DIA-606 November 2009 Dial Commands ppp multilink The no form of this command without the bap keyword disables both MLP and BACP on the interface. The dialer load-threshold command enables a rotary group to bring up additional links and to add them to a multilink bundle. Before Cisco IOS Release 11.1, the dialer-load threshold 1 command kept a multilink bundle of any number of links connected indefinitely, and the dialer-load threshold 2 command kept a multilink bundle of two links connected indefinitely. If you want a multilink bundle to be connected indefinitely, you must set a very high idle timer. Cisco 10000 Series Router The ppp multilink command has no arguments or keywords. Examples The following partial example configures a dialer for Multilink PPP: interface Dialer0 ip address 10.0.0.2 255.0.0.0 encapsulation ppp dialer in-band dialer idle-timeout 500 dialer map ip 10.0.0.1 name name1 broadcast 81012345678901 dialer load-threshold 30 either dialer-group 1 ppp authentication chap ppp multilink Related Commands Command compress dialer-group dialer load-threshold encapsulation ppp ppp authentication ppp bap timeout ppp multilink fragment delay ppp multilink fragment disable ppp multilink fragmentation ppp multilink group ppp multilink interleave ppp multilink mrru Description Configures compression for LAPB, PPP, and HDLC encapsulations. Controls access by configuring an interface to belong to a specific dialing group. Configures bandwidth on demand by setting the maximum load before the dialer places another call to a destination. Enables PPP encapsulation. Enables CHAP or PAP or both, and specifies the order in which CHAP and PAP authentication is selected on the interface. Specifies nondefault timeout values for PPP BAP pending actions and responses. Specifies a maximum time for the transmission of a packet fragment on a MLP bundle. Disables packet fragmentation. Sets the maximum number of fragments a packet will be segmented into before being sent over the bundle. Restricts a physical link to joining only a designated multilink-group interface. Enables MLP interleaving. Configures the MRRU value negotiated on an MLP bundle. dialer fast-idle (interface) Specifies the idle time before the line is disconnected. Cisco IOS Dial Technologies Command Reference November 2009 DIA-607 Dial Commands ppp multilink Command ppp multilink slippage show ppp bap Description Defines the constraints that set the MLP reorder buffer size. Displays the configuration settings and run-time status for a multilink bundle. Cisco IOS Dial Technologies Command Reference DIA-608 November 2009 Dial Commands ppp multilink endpoint ppp multilink endpoint To override or change the default endpoint discriminator the system uses when negotiating the use of Multilink PPP (MLP) with the peer, use the ppp multilink endpoint command in interface configuration mode. To restore the default endpoint discriminator, use the no form of this command. ppp multilink endpoint {hostname | ip ip-address | mac lan-interface | none | phone telephone-number | string char-string} no ppp multilink endpoint Syntax Description hostname Uses the host name configured for the router. This is useful when multiple routers are using the same username to authenticate, but have different host names. Uses the supplied IP address. Uses the specified LAN interface whose MAC address is to be used. Causes negotiation of the link control protocol without requesting the endpoint discriminator option. This is useful when the router is connected to a malfunctioning peer that does not handle the endpoint discriminator option properly. Uses the supplied telephone number, and accepts E.164-compliant, full international telephone numbers. Uses the supplied character string. ip ip-address mac lan-interface none phone telephone-number string char-string Command Default The default endpoint discriminator is the globally configured host name, or the Challenge Handshake Authentication Protocol (CHAP) host name or Password Authentication Protocol (PAP) sent-username configured on the interface. See the “Usage Guidelines” for additional information. Command Modes Interface configuration Command History Release 12.2 12.2(31)SB2 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(31)SB2. Usage Guidelines By default, PPP uses the same string for the endpoint discriminator that it would provide for authentication to negotiate use of MLP with the peer. The string (username) is configured for the interface with the ppp chap hostname or ppp pap sent-username command, or defaults to the globally configured host name (or stack group name, if the interface is a Stack Group Bidding Protocol, or SGBP, group member). The keywords supplied with the ppp multilink endpoint command allow a different endpoint discriminator to be defined. You can reset the default condition by entering the no ppp multilink endpoint command. Cisco IOS Dial Technologies Command Reference November 2009 DIA-609 Dial Commands ppp multilink endpoint The difference between the no ppp multilink endpoint command and the ppp multilink endpoint hostname command is that for the first command, MLP supplies the name used for authentication (which may or may not be the router host name), and the second command always uses the router host name, regardless of any local authentication configuration. Both the hostname and string keywords use the local endpoint class, the differences between them being that the string keyword allows you to enter a value, while the hostname keyword uses the configured (default) host name. Note Do not configure the ppp multilink endpoint command on MLP bundle interfaces. Configure this command on each interface that will be an MLP bundle member, not on the bundle interface itself. Refer to RFC 1990 for more information about MLP and the endpoint discriminator option. Examples The following partial example changes the endpoint discriminator from the CHAP host named group 1 to IP address 10.1.1.4: . . . interface Dialer0 ip address 10.1.1.4 255.255.255.0 encapsulation ppp dialer remote-name R-name dialer string 23456 dialer pool 1 dialer-group 1 ppp chap hostname group 1 ppp multilink endpoint ip 10.1.1.4 . . . Related Commands Command multilink bundle-name ppp chap hostname ppp multilink group ppp pap sent-username Description Selects a method for naming multilink bundles. Creates a pool of dialup routers that all appear to be the same host when authenticating with CHAP. Restricts a physical link to joining only a designated multilink-group interface. Reenables remote PAP support for an interface and uses the sent-username and password in the PAP authentication request packet to the peer. Specifies the host name and IP address of a router or access server that is a peer member of a stack group. sgbp member Cisco IOS Dial Technologies Command Reference DIA-610 November 2009 Dial Commands ppp multilink fragment delay ppp multilink fragment delay To specify a maximum time for the transmission of a packet fragment on a Multilink PPP (MLP) bundle, use the ppp multilink fragment delay command in interface configuration mode. To reset the maximum delay to the default value, use the no form of this command. ppp multilink fragment delay milliseconds [microseconds] no ppp multilink fragment delay Syntax Description milliseconds Maximum amount of time, in milliseconds, that should be required to transmit a fragment. Valid values range from 0 to 1000 milliseconds. The default is 30 milliseconds. Note If the desired delay should be in microseconds, set the milliseconds argument to 0 and enter a value for the microseconds argument. microseconds (Optional) Maximum amount of time, in microseconds, that should be required to transmit a fragment. Valid values range from 1 to 999 microseconds. Command Default The default value is 30 milliseconds if interleaving is enabled or if the bundle contains links that have differing bandwidths. See the “Usage Guidelines” for more information. Command Modes Interface configuration Command History Release 11.3 12.2 12.4(4)T 12.2(31)SB2 Modification This command was introduced as ppp multilink fragment-delay. This command was changed to ppp multilink fragment delay. Support for the microseconds argument was added. This command was integrated into Cisco IOS Release 12.2(31)SB2. Usage Guidelines By default, MLP has no fragment size constraint. Packets are divided into a number of fragments based on the number of links in the bundle. The size of any fragment is unconstrained, but the maximum number of fragments is constrained by the number of links. If interleaving is enabled, if the bundle contains links that have differing bandwidths, or if a fragment delay is explicitly configured with the ppp multilink fragment delay command, then MLP uses a different fragmentation algorithm. In this mode, the number of fragments is unconstrained, but the size of each fragment is limited to the fragment delay value, or 30 milliseconds if the fragment delay has not been configured. The ppp multilink fragment delay command is useful when packets are interleaved and traffic characteristics such as delay, jitter, and load balancing must be tightly controlled. The ppp multilink fragment delay command applies only to multilink interfaces that can configure a bundle interface, including multilink interfaces, virtual templates, dialer interfaces, and ISDN BRI or PRI interfaces. Cisco IOS Dial Technologies Command Reference November 2009 DIA-611 Dial Commands ppp multilink fragment delay The value assigned to the milliseconds or microseconds argument is scaled by the speed at which a link can convert the time value into a byte value. If a bundle has multiple links with varying speeds, the absolute size of a fragment will differ for each link. MLP chooses a fragment size on the basis of the maximum delay allowed. If real-time traffic requires a certain maximum bound on delay, using this command to set that maximum time can ensure that a real-time packet will get interleaved within the fragments of a large packet. Examples The following example configures a maximum fragment delay of 20 milliseconds: ppp multilink fragment delay 20 The following example configures a maximum fragment delay of 500 microseconds (1/2 millisecond): ppp multilink fragment delay 0 500 Related Commands Command ppp multilink ppp multilink fragment disable ppp multilink fragment size ppp multilink fragmentation ppp multilink interleave Description Enables MLP on an interface and, optionally, enables dynamic bandwidth allocation. Enables or suppresses packet fragmentation on an MLP bundle. Specifies the maximum packet fragment size in bytes for a MLP link. Sets the maximum number of fragments a packet will be segmented into before being sent over the bundle. Enables MLP interleaving. Cisco IOS Dial Technologies Command Reference DIA-612 November 2009 Dial Commands ppp multilink fragment disable ppp multilink fragment disable To disable packet fragmentation, use the ppp multilink fragment disable command in interface configuration mode. To enable fragmentation, use the no form of this command. ppp multilink fragment disable no ppp multilink fragment disable Syntax Description This command has no arguments or keywords. Command Default Fragmentation is enabled. Command Modes Interface configuration Command History Release 11.3 12.2 Modification This command was introduced as ppp multilink fragmentation. The no ppp multilink fragmentation command was changed to ppp multilink fragment disable. The no ppp multilink fragmentation command was recognized and accepted through Cisco IOS Release 12.2. This command was integrated into Cisco IOS Release 12.2(31)SB2. 12.2(31)SB2 Usage Guidelines The ppp multilink fragment delay and ppp multilink interleave commands have precedence over the ppp multilink fragment disable command. Therefore, the ppp multilink fragment disable command has no effect if these commands are configured for a multilink interface and the following message displays: Warning: 'ppp multilink fragment disable' or 'ppp multilink fragment maximum' will be ignored, since multilink interleaving or fragment delay has been configured and have higher precedence. To completely disable fragmentation, you must do the following: Router(config-if)# no ppp multilink fragment delay Router(config-if)# no ppp multilink interleave Router(config-if)# ppp multilink fragment disable Disable multilink fragmentation using the ppp multilink fragment disable command if fragmentation causes performance degradation. Performance degradation due to multilink fragmentation has been observed with asynchronous member links. Examples The following example disables packet fragmentation: ppp multilink fragment disable Cisco IOS Dial Technologies Command Reference November 2009 DIA-613 Dial Commands ppp multilink fragment disable Related Commands Command Description ppp multilink fragment delay Specifies a maximum size, in units of time, for packet fragments on an MLP bundle. ppp multilink interleave ppp multilink group ppp multilink mrru Enables MLP interleaving. Restricts a physical link to joining only a designated multilink-group interface. Configures the Maximum Receive Reconstructed Unit (MRRU) value negotiated on a Multilink PPP (MLP) bundle. Cisco IOS Dial Technologies Command Reference DIA-614 November 2009 Dial Commands ppp multilink fragment maximum ppp multilink fragment maximum To set the maximum number of fragments a packet will be segmented into before being sent over the bundle, use the ppp multilink fragment maximum command in interface configuration mode. To reset fragmentation to the default value, use the no form of this command. ppp multilink fragment maximum fragments no ppp multilink fragment maximum Syntax Description fragments Maximum number of fragments in the range from 2 to 16. Command Default 16 fragments Command Modes Interface configuration Command History Release 11.3 12.2 Modification This command was introduced as multilink max-fragments. This command was changed to ppp multilink fragment maximum. The multilink max-fragments command was accepted by the command line interpreter through Cisco IOS Release 12.2. This command was integrated into Cisco IOS Release 12.2(31)SB2. 12.2(31)SB2 Usage Guidelines Use the ppp multilink fragment maximum command to control the number of fragments into which a PPP frame may be fragmented. The ppp multilink fragment maximum command has been used to disable fragmentation entirely by setting the number of fragments to 1. This setting is better accomplished using the ppp multilink fragment disable command. The limit set using the ppp multilink fragment maximum command applies only when Multilink PPP (MLP) is fragmenting packets in a mode where it is constraining the number of fragments rather than the size of the fragments. See the description about fragmentation modes in the section “Usage Guidelines” of the ppp multilink fragment delay command for more details. Examples The following example uses the ppp multilink fragment maximum command to fragment each frame into no more than four fragments: ppp multilink fragment maximum 4 Related Commands Command ppp multilink fragment delay ppp multilink fragment disable Description Specifies a maximum size, in units of time, for packet fragments on an MLP bundle. Disables packet fragmentation. Cisco IOS Dial Technologies Command Reference November 2009 DIA-615 Dial Commands ppp multilink fragment size ppp multilink fragment size To specify the maximum packet fragment size in bytes for a Multilink PPP (MLP) link, use the ppp multilink fragment size command in interface configuration mode. To remove a configured fragment size limitation, use the no form of this command. ppp multilink fragment size bytes no ppp multilink fragment size Syntax Description bytes Maximum number of bytes per fragment that will be transmitted over this link, not including link layer and multilink overhead. Command Default No maximum fragment size is set. Command Modes Interface configuration Command History Release 12.4(4)T 12.2(31)SB2 Modification The command was introduced. This command was integrated into Cisco IOS Release 12.2(31)SB2. Usage Guidelines Use the ppp multilink fragment size command to specify a maximum fragment size that is smaller than the size automatically computed by the value set with the ppp multilink fragment delay command. The ppp multilink fragment size command may be configured on the bundle interface or on the member links. If the command is configured on the bundle interface, the same fragment size is used by all of the links in the bundle. If it is configured in both places, the configuration on the member link takes precedence. Examples The following example configures a maximum fragment size of 100 bytes, not including link layer or multilink header overhead: ppp multilink fragment size 100 Related Commands Command ppp multilink ppp multilink fragment delay ppp multilink fragment disable Description Enables MLP on an interface and, optionally, enables dynamic bandwidth allocation. Specifies a maximum time for the transmission of a packet fragment on a MLP bundle. Enables or suppresses packet fragmentation on an MLP bundle. Cisco IOS Dial Technologies Command Reference DIA-616 November 2009 Dial Commands ppp multilink fragment size Command ppp multilink fragmentation ppp multilink interleave Description Sets the maximum number of fragments a packet will be segmented into before being sent over the bundle. Enables MLP interleaving. Cisco IOS Dial Technologies Command Reference November 2009 DIA-617 Dial Commands ppp multilink fragmentation ppp multilink fragmentation The ppp multilink fragmentation command is replaced by the ppp multilink fragment disable command. See the description of the ppp multilink fragment disable command for more information. Cisco IOS Dial Technologies Command Reference DIA-618 November 2009 Dial Commands ppp multilink group ppp multilink group To restrict a physical link to joining only a designated multilink-group interface, use the ppp multilink group command in interface configuration mode. To remove the restrictions, use the no form of this command. ppp multilink group group-number no ppp multilink group Syntax Description group-number Multilink-group number (a nonzero number). Command Defaults Command is disabled. Command Modes Interface configuration Command History Release 12.0(3)T 12.0 12.2 12.2(28)SB 12.2(31)SB2 Modification This command was introduced as multilink-group. This command was introduced on the PRE1 for the Cisco 10000 series router. This command was changed to ppp multilink group. The multilink-group command was accepted by the command line interpreter through Cisco IOS Release 12.2. This command was integrated into Cisco IOS Release 12.2(28)SB. This command was introduced on the PRE3 for the Cisco 10000 series router. Usage Guidelines By default this command is disabled, which means the link can negotiate to join any bundle in the system. When the ppp multilink group command is configured, the physical link is restricted from joining any but the designated multilink-group interface. If a peer at the other end of the link tries to join a different bundle, the connection is severed. This restriction applies when Multilink PPP (MLP) is negotiated between the local end and the peer system. The link can still come up as a regular PPP interface. This command is primarily used with the MLP inverse multiplexer described in the “Configuring Media-Independent PPP and Multilink PPP” chapter in the Cisco IOS Dial Technologies Configuration Guide. Cisco 10000 Series Router – The group-number option of the ppp multilink group command identifies the multilink group. This number must be identical to the multilink-bundle-number you assign to a multilink interface. 1 to 9999 and 65,536 to 2,147,483,647 (Cisco IOS Release 12.2(31)SB2 and later releases) – 1 to 9999 and 65,536 to 2,147,483,647 (Cisco IOS Release 12.2(31)SB2 and later releases) Cisco IOS Dial Technologies Command Reference November 2009 DIA-619 Dial Commands ppp multilink group Examples The following example designates serial interface 1 as part of multilink bundle 1: interface serial 1 encapsulation ppp ppp multilink group 1 ppp multilink ppp authentication chap pulse-time 3 Related Commands Command interface multilink Description Creates a multilink bundle or enters multilink interface configuration mode. Cisco IOS Dial Technologies Command Reference DIA-620 November 2009 Dial Commands ppp multilink idle-link ppp multilink idle-link To configure a multilink bundle so that the slowest link enters into receive-only mode when a link is added, use the ppp multilink idle-link command in interface configuration mode. To remove the idle link flag, use the no form of this command. ppp multilink idle-link no ppp multilink idle-link Syntax Description This command has no arguments or keywords. Command Default The idle link flag is not set. Command Modes Interface configuration Command History Release 11.3T 12.2(31)SB2 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(31)SB2. Usage Guidelines When the idle link flag is enabled, Multilink PPP (MLP) places the slowest link in a bundle into an idle receive-only mode whenever the bundle has more than one link. This mode is used for the Always On/Dynamic ISDN (AO/DI) feature, where a bundle contains one permanent slow-speed member link, which is on an X.25 circuit contained on an ISDN D channel. As additional and faster links join the MLP bundle, the D channel circuit will be idled and traffic will be confined to the faster links. The ppp multilink idle-link command was intended specifically to enable the AO/DI feature. The command will work on any bundle, but normally should not be used outside the AO/DI environment. Examples The following example configures the interface (dialer interface 1) to add links to the MLP bundle once the traffic load on the primary link is reached: interface dialer1 ppp multilink idle-link Related Commands Command ppp multilink ppp multilink fragment delay ppp multilink fragment disable Description Enables MLP on an interface and, optionally, enables dynamic bandwidth allocation. Specifies a maximum time for the transmission of a packet fragment on an MLP bundle. Disables packet fragmentation. Cisco IOS Dial Technologies Command Reference November 2009 DIA-621 Dial Commands ppp multilink idle-link Command ppp multilink fragmentation ppp multilink group ppp multilink interleave Description Sets the maximum number of fragments a packet will be segmented into before being sent over the bundle. Restricts a physical link to joining only a designated multilink-group interface. Enables MLP interleaving. Cisco IOS Dial Technologies Command Reference DIA-622 November 2009 Dial Commands ppp multilink interleave ppp multilink interleave To enable interleaving of packets among the fragments of larger packets on a Multilink PPP (MLP) bundle, use the ppp multilink interleave command in interface configuration mode. To disable interleaving, use the no form of this command. ppp multilink interleave no ppp multilink interleave Syntax Description This command has no arguments or keywords. Command Default Interleaving is disabled. Command Modes Interface configuration Command History Release 11.3 12.0(23)SX 12.2(4)T Modification This command was introduced. This command was implemented on the Cisco 10000 series router. This command was implemented on the Versatile Interface Processor (VIP)-enabled Cisco 7500 series routers as part of the Distributed Link Fragmentation and Interleaving (dLFI) feature. The Distributed Link Fragmentation and Interleaving feature introduced this command for ATM and Frame Relay only. This command was implemented for leased lines on VIP-enabled Cisco 7500 series routers. This command was implemented for leased lines on VIP-enabled Cisco 7500 series routers. This command cannot be used for ATM and Frame Relay using Cisco IOS Release 12.0S. This command was implemented for leased lines on the Cisco 7600 series routers and Catalyst 6500 series switches with a FlexWAN. This command was integrated into Cisco IOS Release 12.2(28)SB2. This command was integrated into Cisco IOS Release 12.2(31)SB2. 12.2(8)T 12.0(24)S 12.2(14)SX 12.2(28)SB2 12.2(31)SB2 Usage Guidelines The ppp multilink interleave command applies only to interfaces that can configure a bundle interface, such as virtual templates, dialer interfaces, multilink interfaces, and ISDN BRI or PRI interfaces. Interleaving works only when the queuing mode on the bundle has been set to fair queuing (all platforms except the VIP-enabled Cisco 7500 series routers) or to distributed low latency queuing (dLLQ) for the VIP-enabled Cisco 7500 series routers. On the VIP-enabled Cisco 7500 series routers, distributed Cisco Express Forwarding (dCEF) must be enabled, and dLLQ must be configured using the priority command in policy map configuration mode, before ppp multilink interleave command is used. Cisco IOS Dial Technologies Command Reference November 2009 DIA-623 Dial Commands ppp multilink interleave For all platforms except the VIP-enabled Cisco 7500 series routers, the ppp multilink interleave command should not be set unless weighted fair queuing (WFQ) has been configured using the default fair-queue command. If interleaving is enabled when fragment delay is not configured, the default delay is 30 milliseconds. The fragment size is derived from that delay, depending on the bandwidths of the links. Examples The following example defines a virtual interface template that enables MLP interleaving and a maximum real-time traffic delay of 20 milliseconds, and then applies that virtual template to the MLP bundle: interface virtual-template 1 ip unnumbered ethernet 0 ppp multilink ppp multilink interleave ppp multilink fragment delay 20 ! multilink virtual-template 1 The following example shows the configuration of LFI using MLP running on top of a PPP link over Frame Relay using a virtual template interface: class-map voip match ip precedence 5 ! class-map business match ip precedence 3 ! policy-map llq-policy class voip priority 32 class business bandwidth 32 ! policy-map shape-llq-policy class class-default shape average 80000 320 320 service-policy llq-policy ! policy-map input-policy class voip police 32000 1500 1500 conform-action transmit exceed-action drop ! controller T1 5/1/0 framing esf linecode b8zs channel-group 0 timeslots 1-2 ! interface Serial5/1/0:0 no ip address encapsulation frame-relay ! interface Serial5/1/0:0.1 point-to-point frame-relay interface-dlci 20 ppp Virtual-Template2 ! interface Virtual-Template2 bandwidth 78 ip unnumbered Loopback1 no keepalive service-policy output llq-policy service-policy input input-policy Cisco IOS Dial Technologies Command Reference DIA-624 November 2009 Dial Commands ppp multilink interleave ppp multilink ppp multilink fragment-delay 8 ppp multilink interleave The following example shows the configuration of LFI using MLP running on top of a PPPoATM link on an ATM interface. This configuration uses a virtual template interface. class-map voip match ip precedence 5 ! class-map business match ip precedence 3 ! policy-map llq-policy class voip priority 32 class business bandwidth 32 ! policy-map input-policy class voip police 32000 1500 1500 conform-action transmit exceed-action drop ! interface ATM4/0/0 no ip address no atm ilmi-keepalive ! interface ATM4/0/0.1 point-to-point pvc 0/34 abr 100 80 protocol ppp Virtual-Template4 ! interface Virtual-Template4 bandwidth 78 ip unnumbered Loopback1 service-policy output llq-policy service-policy input input-policy ppp multilink ! class-map voip match ip precedence 5 ! class-map business match ip precedence 3 ! policy-map llq-policy class voip priority 32 class business bandwidth 32 ! policy-map input-policy class voip police 32000 1500 1500 conform-action transmit exceed-action drop ! interface ATM4/0/0 no ip address no atm ilmi-keepalive ! interface ATM4/0/0.1 point-to-point pvc 0/34 abr 100 80 protocol ppp Virtual-Template4 ! Cisco IOS Dial Technologies Command Reference November 2009 DIA-625 Dial Commands ppp multilink interleave interface Virtual-Template4 bandwidth 78 ip address 10.0.0.2 255.0.0.0 service-policy output llq-policy service-policy input input-policy ppp multilink ppp multilink fragment-delay 8 ppp multilink interleave The following example shows the configuration of LFI over a leased line: class-map voip match ip precedence 5 ! class-map business match ip precedence 3 ! policy-map llq-policy class voip priority 32 class business bandwidth 32 ! policy-map input-policy class voip police 32000 1500 1500 conform-action transmit exceed-action drop ! controller T1 5/1/0 channel group 0 timeslots 1-2 ! interface multilink 2 ip address 172.16.0.0 255.0.0.0 keepalive 5 bandwidth 128 ppp multilink ppp multilink fragment-delay 8 ppp multilink interleave service-policy output llq-policy service-policy input input-policy multilink-group 2 ! interface serial5/0/0:0 no ip address encapsulation ppp keepalive 5 ppp chap hostname G2 ppp multilink multilink-group 2 The following example shows a simple leased-line interleaving configuration using a virtual access interface bundle and default WFQ: multilink virtual-template 10 ! interface serial0 no ip address encapsulation ppp ppp multilink ! interface virtual-template10 ip unnumbered Ethernet0 fair-queue ppp multilink ppp multilink interleave Cisco IOS Dial Technologies Command Reference DIA-626 November 2009 Dial Commands ppp multilink interleave The following example shows a simple leased-line interleaving configuration using a dedicated multilink interface: interface serial1 no ip address encapsulation ppp ppp multilink ppp multilink-group 5 ! interface multilink5 ip address 209.165.200.225 255.255.255.0 fair-queue ppp multilink ppp multilink interleave Related Commands Command fair-queue Description Enables WFQ for an interface. ppp multilink fragment delay Specifies a maximum size, in units of time, for packet fragments on an MLP bundle. priority show ppp multilink Assigns the specified priority list to an interface. Displays bundle information for the MLP bundles and their PPP links in the router. Cisco IOS Dial Technologies Command Reference November 2009 DIA-627 Dial Commands ppp multilink links maximum ppp multilink links maximum To limit the maximum number of links that Multilink PPP (MLP) can dial for dynamic allocation, use the ppp multilink links maximum command in interface configuration mode. To restore the default value, use the no form of this command. ppp multilink links maximum links no ppp multilink links maximum Syntax Description links Maximum number of links. Valid values range from 1 to 255. The default is 255. Command Default 255 links Command Modes Interface configuration Command History Release 11.3 12.2 Modification This command was introduced as ppp multilink max-link. This command was changed to ppp multilink links maximum. The ppp multilink max-link command was accepted by the command-line interpreter through Cisco IOS Release 12.2. The range of valid values for the links argument was changed from 1 to 255 to 1 to 64. The range of valid values for the links argument was changed from 1 to 64 to 1 to 255. This command was integrated into Cisco IOS Release 12.2(31)SB2. 12.2(13)T 12.3(8)T 12.2(31)SB2 Usage Guidelines This command affects only dial-on-demand dynamic bandwidth environments. The value configured in the ppp multilink links maximum command specifies the maximum number of links allowed in a bundle. When more links than the number assigned with the ppp multilink links maximum command try to enter the bundle, MLP hangs up its dialer channels to reduce the number of links. Member links that are not dialer lines are not affected by settings in the ppp multilink links maximum command. If a bundle contains a mix of leased and dialer links, the leased lines count against the total, but the leased lines remain as permanent member links and will do so even if the value specified for the maximum number of links is exceeded. Use this command to fine-tune the ppp multilink load-threshold command settings and to prevent runaway expansion of a bundle when a low threshold is set. Examples The following example sets the maximum number of links to 50: ppp multilink links maximum 50 Cisco IOS Dial Technologies Command Reference DIA-628 November 2009 Dial Commands ppp multilink links maximum Related Commands Command ppp multilink load-threshold ppp multilink mrru Description Enables MLP to monitor traffic load and prompt dialer capability to adjust bandwidth to fit the load. Configures the MRRU value negotiated on an MLP bundle. ppp multilink links minimum Specifies the preferred minimum number of links in an MLP bundle. Cisco IOS Dial Technologies Command Reference November 2009 DIA-629 Dial Commands ppp multilink links minimum ppp multilink links minimum To specify the preferred minimum number of links in a Multilink PPP (MLP) bundle, use the ppp multilink links minimum command in interface configuration mode. To reset the default value, use the no form of this command. ppp multilink links minimum links [mandatory] no ppp multilink links minimum Syntax Description links mandatory Minimum number of links. Valid values range from 0 to 255. The default is 0. (Optional) Specifies that the minimum number of links configured with the links argument is required to establish and maintain the Network Control Protocol (NCP) for the bundle. Command Default 0 links Command Modes Interface configuration Command History Release 11.3 12.1(11b)E 12.2 Modification This command was introduced as multilink min-links. The mandatory keyword was added to the multilink min-links command. The multilink min-links command was replaced by the ppp multilink links minimum command. The multilink min-links command was also accepted by the command-line interpreter in Cisco IOS Release 12.2. Support was added for the mandatory keyword, and the range of valid values for the links argument was changed from 0 to 255 to 0 to 64. This command, as modified in Cisco IOS Release 12.2(13)T, was integrated into Cisco IOS Release 12.2(14)S. This command, as modified in Cisco IOS Release 12.2(13)T, was integrated into Cisco IOS Release 12.2(15)B. Support was added for the Cisco 7401ASR and the Cisco 6400 series. The range of valid values for the links argument was changed from 0 to 64 to 0 to 255. This command was integrated into Cisco IOS Release 12.2(28)SB. 12.2(13)T 12.2(14)S 12.2(15)B 12.3(8)T 12.2(28)SB Usage Guidelines This command affects only dial-on-demand dynamic bandwidth environments. The value configured for the links argument specifies the minimum number of links that MLP will try to keep in a bundle. If a bundle contains fewer links than the number specified by the links argument, and there is a means to establish additional channels (for example, available dialer channels), then MLP Cisco IOS Dial Technologies Command Reference DIA-630 November 2009 Dial Commands ppp multilink links minimum attempts to increase the number of links up to the specified limit. MLP attempts to dial up additional links to obtain the number specified by the links argument, even if the load does not exceed the load threshold. If the mandatory keyword is configured, the minimum number of links specified by the links argument must be in the bundle. Whenever a link is added to or removed from the bundle, the number of links is checked against the specified minimum number. If the number of links in the bundle falls below the specified minimum, all NCPs will be disabled for the bundle. NCPs will be established if the number of links meets the specified minimum. If the dialer max-call command is configured, MLP will not exceed its value even if the ppp multilink links maximum command is configured for a higher value. This restriction does not affect the number of links that you can configure; rather it affects what happens at run time. Examples The following example sets the minimum number of links to 12: ppp multilink links minimum 12 The following example sets the minimum number of links to 4 and specifies that the bundle must have at least four links to establish and maintain NCPs: ppp multilink links minimum 4 mandatory Related Commands Command dialer max-call Description Specifies the maximum number of calls to a remote destination that can be up at any one time for a dialer profile. ppp multilink links maximum Limits the maximum number of links that MLP can dial for dynamic allocation. Cisco IOS Dial Technologies Command Reference November 2009 DIA-631 Dial Commands ppp multilink load-threshold ppp multilink load-threshold To enable Multilink PPP (MLP) to monitor traffic load and prompt dialer capability to adjust bandwidth to fit the load, use the ppp multilink load-threshold command in interface configuration mode. To disable this function, use the no form of this command. ppp multilink load-threshold load-threshold [outbound | inbound | either] no ppp multilink load-threshold load-threshold [outbound | inbound | either] Syntax Description load-threshold Load threshold at which to consider adding or dropping a link, expressed as a value in the range from 1 to 255. A value of 255 indicates a 100 percent load. A value of 1 is a special case indicating any load at all; MLP will add as many links as it can, ignoring the actual traffic load. (Optional) Only the outbound (transmit) traffic load is examined. (Optional) Only the inbound (receive) traffic load is examined. (Optional) Either the transmit traffic load or the receive traffic load can trigger a link addition or subtraction. outbound inbound either Command Default No active dynamic bandwidth mechanisms. If a load-threshold argument is configured without any of the optional keywords, the link defaults to examining outbound traffic load (outbound). Command Modes Interface configuration Command History Release 11.3 12.2 Modification This command was introduced as multilink load-threshold. This command was changed to ppp multilink load-threshold. The multilink load-threshold command was accepted by the command-line interpreter through Cisco IOS Release 12.2. This command was integrated into Cisco IOS Release 12.2(31)SB2. 12.2(31)SB2 Usage Guidelines The dialer load-threshold command is generally configured instead of the ppp multilink load-threshold command, and MLP inherits the values set by the dialer load-threshold command when a bundle configuration is taken from a dialer interface. Use the ppp multilink load-threshold command for dynamic bandwidth (dial-on-demand) systems in which MLP will need to dial additional links as needed to increase the bandwidth of a connection. When the load on the bundle interface exceeds the set value, links are added. When the load on the bundle interface drops below the set value, links are dropped. Examples The following example sets the MLP inbound load threshold to 10: ppp multilink load-threshold 10 inbound Cisco IOS Dial Technologies Command Reference DIA-632 November 2009 Dial Commands ppp multilink load-threshold Related Commands Command dialer load-threshold ppp multilink links maximum ppp multilink links minimum ppp multilink mrru Description Configures bandwidth on demand by setting the maximum load before the dialer places another call to a destination. Limits the maximum number of links that MLP can dial for dynamic allocation. Specifies the preferred minimum number of links in an MLP bundle. Configures the MRRU value negotiated on an MLP bundle. Cisco IOS Dial Technologies Command Reference November 2009 DIA-633 Dial Commands ppp multilink mrru ppp multilink mrru To configure the maximum receive reconstructed unit (MRRU) value negotiated on a Multilink PPP (MLP) bundle, use the ppp multilink mrru command in interface configuration mode. To remove the configured MRRU, use the no form of this command. ppp multilink mrru [local | remote] mrru-value no ppp multilink mrru [local | remote] mrru-value Syntax Description local remote mrru-value (Optional) Configures the local MRRU value. (Optional) Configures the minimum value that the software will accept from the peer when it advertises its MRRU. MRRU value, in bytes. Valid value range is 128 to 16384. Command Default The default values for the local MRRU are the value of the multilink group interface maximum transmission unit (MTU) for multilink group members, and 1524 bytes for all other interfaces. Command Modes Interface configuration Command History Release 12.3(7)T 12.0(28)S 12.2(27)SB 12.2(28)S 12.2(31)SB 12.2(33)SRB1 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.0(28)S. This command was integrated into Cisco IOS Release 12.2(27)SB. This command was integrated into Cisco IOS Release 12.2(28)S. This command was integrated into Cisco IOS Release 12.2(31)SB. This command was integrated into Cisco IOS Release 12.2(33)SRB1. Usage Guidelines This command allows the MRRU value to be configured on MLP interfaces and member links. This command is useful for interfaces running an application such as IP Security (IPsec), where the addition of the IPsec header causes the packet to exceed the 1500-byte MTU of a typical IP packet. When using a large-bundle interface MTU size, you must ensure that the individual frames-per-fragment size passed to the link interfaces is not greater than the link interface MTU setting or the peer MRRU setting. This size limit can be achieved in one of the following two ways: • • Configure the link interface MTU setting appropriately. Configure fragmentation such that the link MTU settings will never be violated. When MLP is configured, several physical interfaces can constitute one logical connection to the peer. To represent the logical connection, software provides a logical interface, often called the bundle interface. This interface will have the IP address, for instance, and the MTU setting of the interface that Cisco IOS Dial Technologies Command Reference DIA-634 November 2009 Dial Commands ppp multilink mrru IP uses when it is deciding whether to fragment an IP datagram that needs to be forwarded. The physical interfaces simply forward individual MLP fragments or frames that are given to them by the bundle interface. The result of having to decide whether to fragment a packet is that, whereas with simple PPP the interface MTU must not exceed the peer’s MRRU, with MLP the MTU size of the bundle interface must not exceed the MRRU setting of the peer. The MRRU settings on both sides need not be equal, but the “must not exceed” rule just specified must be followed; otherwise a system might send several fragments that, when reconstructed as a frame, will be too large for the peer’s receive buffer. Once you configure the MRRU on the bundle interface, you enable the router to receive large reconstructed MLP frames. You may want to configure the bundle MTU so that the router can send large MLP frames, although it is not strictly necessary. The maximum recommended value for the bundle MTU is the value of the peer’s MTU. The software will automatically reduce the bundle interface MTU if necessary to avoid violating the peer’s MRRU. When the bundle interface MTU is tuned to a higher number, then depending upon the fragmentation configuration, the link interface may be given larger frames to send. There are two possible solutions to this problem, as follows: • Ensure that fragmentation is performed such that fragments are sized less than the link interface MTU (refer to the command pages for the ppp multilink fragment disable and ppp multilink fragment delay commands for more information about packet fragments). Configure the MTUs of the link interfaces such that they can send the larger frames. • Note Be careful when configuring MLP MRRU negotiation in a virtual private dialup network (VPDN) environment when an L2TP network server (LNS) is not running Cisco IOS Release 12.3(7)T. The software performs strict matching on the MRRU values in earlier versions of Cisco IOS software. Examples The following example shows how to configure MRRU negotiation on a virtual template with synchronous serial interfaces. The example also applies to asynchronous serial interfaces. multilink virtual-template 1 ! interface virtual-template 1 ip address 10.13.1.1 255.255.255.0 mtu 1600 ! interface serial 0/0 ppp multilink ppp multilink mrru local 1600 mtu 1600 ! interface serial 0/1 ppp multilink ppp multilink mrru local 1600 mtu 1600 The following example shows how to configure MRRU negotiation on multilink groups: interface multilink 10 ip address 10.13.1.1 255.255.255.0 ppp multilink mrru local 1600 mtu 1600 ! Cisco IOS Dial Technologies Command Reference November 2009 DIA-635 Dial Commands ppp multilink mrru interface serial ppp multilink multilink-group mtu 1600 ! interface serial ppp multilink multilink-group mtu 1600 0/0 10 0/1 10 The following example shows how to configure MRRU negotiation on dialer interfaces: Note Dialer interfaces are not supported on the Cisco 7600 series router. interface dialer 1 ip address 10.13.1.1 255.255.255.0 encapsulation ppp dialer remote-name 2610-2 dialer idle-timeout 30 inbound dialer string 5550101 dialer pool 1 dialer-group 1 no cdp enable ppp multilink ppp multilink mrru local 1600 Related Commands Command encapsulation ppp interface dialer mtu multilink virtual-template ppp multilink ppp multilink fragment delay ppp multilink fragment disable ppp multilink fragmentation ppp multilink group ppp multilink interleave Description Sets the PPP encapsulation method. Defines a dialer rotary group. Adjusts the maximum packet size or MTU size. Specifies a virtual template from which the specified MLP bundle interface can clone its interface parameters. Enables MLP on an interface. Specifies a maximum time for the transmission of a packet fragment on an MLP bundle. Disables packet fragmentation. Sets the maximum number of fragments a packet will be segmented into before being sent over the bundle. Restricts a physical link to joining only a designated multilink-group interface. Enables MLP interleaving. Cisco IOS Dial Technologies Command Reference DIA-636 November 2009 Dial Commands ppp multilink multiclass ppp multilink multiclass To enable Multiclass Multilink PPP on an interface, use the ppp multilink multiclass command in interface configuration mode. To disable Multiclass Multilink PPP, use the no form of this command. ppp multilink multiclass no ppp multilink multiclass Syntax Description This command has no arguments or keywords. Command Default Multiclass Multilink PPP is disabled. Command Modes Interface configuration Command History Release 12.2(13)T 12.2(8)YN Modification This command was introduced. This command was enhanced with quality of service (QoS) features for the following platforms: Cisco 1720, Cisco 1750, Cisco 1751, Cisco 1760, Cisco 2610XM through Cisco 2651XM, Cisco 3640A, Cisco 3640, and Cisco 3660. This command was integrated into Cisco IOS Release 12.3(2)T for the following platforms: Cisco 1721, Cisco 2610 through Cisco 2651, Cisco 2610XM through Cisco 2651XM, Cisco 2691, Cisco 3620, and Cisco 3660. This command was integrated into Cisco IOS Release 12.2(31)SB2. 12.3(2)T 12.2(31)SB2 Usage Guidelines This command applies only to interfaces that use PPP encapsulation. Multiclass Multilink PPP and PPP reliable links do not work together. When the ppp multilink multiclass command is used, the first channel will negotiate the appropriate Network Control Protocol (NCP) layers (such as the IP Control Protocol and IPX Control Protocol), but subsequent links will negotiate only the link control protocol and Multiclass Multilink PPP. NCP layers do not get negotiated. The dialer load-threshold command enables a rotary group to bring up additional links and to add them to a multilink bundle. The ppp multilink multiclass command must be configured on each link that will be joining the bundle (that is, on member links, not on the bundle interface itself). Failure to configure this command could result in the peer refusing to allow mismatched links to join the bundle. The first link to join the bundle will determine whether Multiclass Multilink PPP is in effect for the bundle. Each subsequent link must negotiate the same Multiclass Multilink PPP parameters in order to join the bundle. In the case of PPP over ATM (PPPoA) or PPP over Frame Relay (PPPoFR), the command is entered on the virtual template. Cisco IOS Dial Technologies Command Reference November 2009 DIA-637 Dial Commands ppp multilink multiclass When this command is configured (and assuming that the peer also supports and is configured for multiclass interleaving), interleaved packets are assigned sequence numbers so that they are kept in order at the receiving end. Without this command, interleaved packets are sent without multilink headers and are subject to reordering when sent over parallel links. Examples The following partial example shows the configuration for a dialer for Multiclass Multilink PPP; it does not show the configuration of the physical interfaces: interface Dialer0 ip address 10.0.0.2 255.0.0.0 encapsulation ppp dialer in-band dialer idle-timeout 500 dialer map ip 10.0.0.1 name router broadcast 81012345678901 dialer load-threshold 30 either dialer-group 1 ppp authentication chap ppp multilink ppp multilink multiclass The following example shows a configuration that enables multilink PPP interleaving and Multiclass Multilink PPP on a dialer interface that controls a rotary group of BRI interfaces. This configuration permits IP packets to trigger calls. interface BRI 0 description connected into a rotary group encapsulation ppp dialer rotary-group 1 ! interface BRI 1 no ip address encapsulation ppp dialer rotary-group 1 ! interface BRI 2 encapsulation ppp dialer rotary-group 1 ! interface BRI 3 no ip address encapsulation ppp dialer rotary-group 1 ! interface BRI 4 encapsulation ppp dialer rotary-group 1 ! interface Dialer 0 description Dialer group controlling the BRIs ip address 10.1.1.1 255.255.255.0 encapsulation ppp dialer map ip 10.1.1.2 name router 14802616900 dialer-group 1 ppp authentication chap ! Enables Multilink Multiclass PPP interleaving on the dialer interface and reserves ! a special queue. ppp multilink ppp multilink multiclass ppp multilink interleave ip rtp reserve 32768 20 1000 ! Keeps fragments of large packets small enough to ensure delay of 20 ms or less. Cisco IOS Dial Technologies Command Reference DIA-638 November 2009 Dial Commands ppp multilink multiclass ppp multilink fragment delay 20 dialer-list 1 protocol ip permit The following example shows the configuration for defining a virtual interface template that enables Multilink PPP interleaving and a maximum real-time traffic delay of 20 milliseconds. The bundle interface will be a virtual access interface cloned from the virtual template. Multiclass Multilink PPP is then configured on a member link, Serial0. interface virtual-template 1 ip unnumbered ethernet 0 ppp multilink ppp multilink interleave ppp multilink fragment delay 20 ip rtp interleave 32768 20 1000 ! multilink virtual-template 1 ! interface Serial0 encapsulation ppp ppp authentication chap ppp multilink ppp multilink multiclass The following example shows the configuration for Multilink PPP interleaving and a maximum real-time traffic delay of 20 milliseconds on a multilink interface. Multiclass Multilink PPP is then configured on a member link, Serial1, and the member link is restricted to joining only the designated multilink group interface. interface Multilink1 ip address 10.2.3.4 255.255.255.0 ppp multilink ppp multilink interleave ppp multilink fragment delay 20 ! interface Serial1 encapsulation ppp ppp authentication chap ppp multilink ppp multilink multiclass ppp multilink group 1 The following example shows the configuration for interleaving on the bundle interface while multiclass is configured on the member links (in this case, any virtual access interfaces that are cloned from the virtual template): interface Multilink1 ip address 10.0.0.50 255.255.255.240 fair-queue ppp multilink ppp multilink fragment-delay 10 ppp multilink interleave multilink-group 2 ! interface Virtual-Template1 no ip address ppp multilink ppp multilink multiclass multilink-group 2 Cisco IOS Dial Technologies Command Reference November 2009 DIA-639 Dial Commands ppp multilink multiclass Related Commands Command dialer-group dialer load-threshold encapsulation ppp ppp authentication ppp multilink ppp multilink fragment-delay ppp multilink group ppp multilink interleave ppp multilink mrru ppp multilink multiclass local ppp multilink multiclass remote Description Controls access by configuring an interface to belong to a specific dialing group. Configures bandwidth on demand by setting the maximum load before the dialer places another call to a destination. Enables PPP encapsulation. Enables CHAP or PAP or both and specifies the order in which CHAP and PAP authentication is selected on the interface. Enables MLP on an interface. Specifies a maximum size in units of time for packet fragments on a multilink PPP bundle. Restricts a physical link to joining only a designated multilink-group interface. Enables interleaving of packets among the fragments of larger packets on a multilink PPP bundle. Configures the MRRU value negotiated on a multilink PPP bundle. Configure the multiclass multilink PPP multilink header format option when negotiating class of service with a peer. Causes multilink to negotiate the multilink header format option if the peer requests it, and to use multiple multilink classes on transmitted packets (potentially including multilink headers on interleaved packets) if the option is negotiated. Displays bundle information for the multilink PPP bundles. show ppp multilink Cisco IOS Dial Technologies Command Reference DIA-640 November 2009 Dial Commands ppp multilink multiclass local ppp multilink multiclass local To configure the multiclass multilink PPP multilink header format option when negotiating class of service with a peer, use the ppp multilink multiclass local command in interface configuration mode. To disable a local multilink header format option, use the no form of the command. ppp multilink multiclass local {request [initial init-value] [maximum max-value] | allow [maximum max-value] | forbid} no ppp multilink multiclass {local {request [initial init-value] [maximum max-value] | allow [maximum max-value] | forbid} Syntax Description request initial init-value Signals the Link Control Protocol (LCP) to request the multilink header format (multiclass) option when the interface is negotiating with the peer. (Optional) The initial number of multilink classes to request, that is, the number of classes the multilink is initially prepared to accept in the receive path. The range is 1 to 16. The default is 2. (Optional) The maximum number of classes that can be requested, that is, the maximum number of classes the multilink will support in the receive path. Range is 2 to 16, except on distributed platforms, where the value is limited by platform capability). The default is 16. Causes the LCP to initially omit the multilink header format (multlink) option when negotiating with the peer, but to request the option in subsequent requests if the peer includes it in a configure-nak message. Causes the LCP to omit the multilink header format (multiclass) option when negotiating with the peer. maximum max-value allow forbid Command Default Initially omit the multilink header format option when negotiating with the peer, but request the option in a maximum of 16 subsequent requests when the peer includes it in a configure-nak message. Command Modes Interface configuration Command History Release 12.2(31)SB2 Modification This command was introduced on the Cisco 10000 series platform. Usage Guidelines This command applies only to interfaces that use PPP encapsulation. Use this command paired with the ppp multilink multiclass remote command to configure the multiclass multilink PPP multilink header format option when negotiating with a peer. These commands extend the multiclass multilink PPP transmit logic to allow up to 16 transmit and receive classes, and up to 16 classes that can be negotiated with the peer. The ppp multilink multiclass local and ppp multilink multiclass remote commands use PPP link fragmentation and interleaving (LFI) to apply multilink headers to interleaved packets, which allows the packets to be kept in sequence when transmitted over multiple parallel links within a given multilink bundle. Cisco IOS Dial Technologies Command Reference November 2009 DIA-641 Dial Commands ppp multilink multiclass local MLP and PPP reliable links do not work together. The dialer load-threshold command enables a rotary group to bring up additional links and to add them to a multilink bundle. The ppp multilink multiclass command must be configured on each link that will be joining the bundle or on the multilink interface itself (members of the multilink group inherit any PPP configuration that is done on the multilink group master). Failure to configure this command could result in the peer refusing to allow mismatched links to join the bundle. The first link to join the bundle will determine whether multilink PPP is in effect for the bundle. Each subsequent link must negotiate the same multilink PPP parameters in order to join the bundle. In the case of PPP over ATM (PPPoA) or PPP over Frame Relay (PPPoFR), the command is entered on the virtual template. Effective with Cisco IOS Release 12.2(31)SB2, this command can be used only on the Cisco 10000 series platform. Examples The following example shows how to configure a multilink bundle for up to four receive classes and at least four transmit classes: interface Multilink9 ip address 10.0.0.161 255.255.255.240 ppp multilink ppp multilink interleave ppp multilink group 9 ppp multilink fragment delay 20 ppp multilink multiclass local request maximum 4 ppp multilink multiclass remote apply minimum 4 no cdp enable The following example shows how to configure a multilink bundle to not use multiple classes but allows the peer to request the option and transmit up to four classes when needed: interface Multilink9 ip address 10.0.0.161 255.255.255.240 ppp multilink ppp multilink interleave ppp multilink group 9 ppp multilink fragment delay 20 ppp multilink multiclass local allow maximum 4 ppp multilink multiclass remote ignore no cdp enable The following example shows how to configure a multilink bundle to not use multiple classes, but allows the peer to request the option and inform the peer that the option is supported, allowing for up to four receive classes: interface Multilink9 ip address 10.0.0.161 255.255.255.240 ppp multilink ppp multilink interleave ppp multilink group 9 ppp multilink fragment delay 20 ppp multilink multiclass local request initial 1 maximum 4 ppp multilink multiclass remote ignore no cdp enable Cisco IOS Dial Technologies Command Reference DIA-642 November 2009 Dial Commands ppp multilink multiclass local The following example shows how to completely disable multiclass multilink PPP, rejecting the header and declining to allow the peer to transmit multiple classes: interface Multilink9 ip address 10.0.0.161 255.255.255.240 ppp multilink ppp multilink interleave ppp multilink group 9 ppp multilink fragment delay 20 ppp multilink multiclass local forbid ppp multilink multiclass remote reject no cdp enable Related Commands Command dialer-group dialer load-threshold encapsulation ppp ppp authentication ppp multilink ppp multilink fragment delay ppp multilink group ppp multilink interleave ppp multilink mrru ppp multilink multiclass ppp multilink multiclass remote Description Controls access by configuring an interface to belong to a specific dialing group. Configures bandwidth on demand by setting the maximum load before the dialer places another call to a destination. Enables PPP encapsulation. Enables CHAP or PAP or both and specifies the order in which CHAP and PAP authentication is selected on the interface. Enables MLP on an interface. Specifies a maximum size in units of time for packet fragments on an multilink PPP bundle. Restricts a physical link to joining only a designated multilink-group interface. Enables interleaving of packets among the fragments of larger packets on an multilink PPP bundle. Configures the MRRU value negotiated on an multilink PPP bundle. Enables multiclass multilink PPP on an interface. Causes multilink to negotiate the multilink header format option if the peer requests it, and to use multiple multilink classes on transmitted packets (potentially including multilink headers on interleaved packets) if the option is negotiated. Displays bundle information for the multilink PPP bundles. show ppp multilink Cisco IOS Dial Technologies Command Reference November 2009 DIA-643 Dial Commands ppp multilink multiclass remote ppp multilink multiclass remote To configure the multiclass multilink PPP multilink header format option when a peer requests class of service, use the ppp multilink multiclass remote command in interface configuration mode. To disable a remote multilink header format option, use the no form of the command. ppp multilink multiclass remote {apply [minimum min-value] | reject | ignore} no ppp multilink multiclass remote {apply [minimum min-value] | reject | ignore} Syntax Description apply minimum min-value Causes the multilink: • To negotiate the multilink header format option if the peer requests it and attempts to induce the peer to request the option by including it in a configure-nak message if it does not. To use multiple multilink classes on transmitted packets (potentially including multilink headers on interleaved packets) if the option is negotiated. • minimum min-value Indicates the minimum number of classes that the peer is expected to request. This value indicates the number of classes the multilink will need in the transmit path. The range is 2 to 16 (except on distributed platforms, where the value is limited by platform capability). The default is 2. Causes the multilink to reject the option if the peer requests it. Causes the multilink to acknowledge the multilink header format option if the peer requests it, but multiple classes will not be used. This is the default setting when a multiclass is not configured. reject ignore Command Default Multilink PPP is disabled. Command Modes Interface configuration Command History Release 12.2(31)SB2 Modification This command was introduced on the Cisco 10000 series platform. Usage Guidelines This command applies only to interfaces that use PPP encapsulation. Use this command paired with the ppp multilink multiclass local command to configure the multiclass multilink PPP multilink header format option when negotiating with a peer. These commands extend the multiclass multilink PPP transmit logic to allow up to 16 transmit and receive classes, and up to 16 classes that can be negotiated with the peer. The ppp multilink multiclass local and ppp multilink multiclass remote commands use PPP link fragmentation and interleaving (LFI) to apply multilink headers to interleaved packets, which allows the packets to be kept in sequence when transmitted over multiple parallel links within a given multilink bundle. MLP and PPP reliable links do not work together. Cisco IOS Dial Technologies Command Reference DIA-644 November 2009 Dial Commands ppp multilink multiclass remote The dialer load-threshold command enables a rotary group to bring up additional links and to add them to a multilink bundle. The ppp multilink multiclass command must be configured on each link that will be joining the bundle or on the multilink interface itself (members of the multilink group inherit any PPP configuration that is done on the multilink group master). Failure to configure this command could result in the peer refusing to allow mismatched links to join the bundle. The first link to join the bundle will determine whether multilink PPP is in effect for the bundle. Each subsequent link must negotiate the same multilink PPP parameters in order to join the bundle. In the case of PPP over ATM (PPPoA) or PPP over Frame Relay (PPPoFR), the command is entered on the virtual template. Effective with Cisco IOS Release 12.2(31)SB2, this command can be used only on the Cisco 10000 series platform. Examples The following example shows how to configure a multilink bundle for up to four receive classes and at least four transmit classes: interface Multilink9 ip address 10.0.0.161 255.255.255.240 ppp multilink ppp multilink interleave ppp multilink group 9 ppp multilink fragment delay 20 ppp multilink multiclass local request maximum 4 ppp multilink multiclass remote apply minimum 4 no cdp enable The following example shows how to configure a multilink bundle to not use multiple classes but allows the peer to request the option and transmit up to four classes when needed: interface Multilink9 ip address 10.0.0.161 255.255.255.240 ppp multilink ppp multilink interleave ppp multilink group 9 ppp multilink fragment delay 20 ppp multilink multiclass local allow maximum 4 ppp multilink multiclass remote ignore no cdp enable The following example shows how to configure a multilink bundle to not use multiple classes, but allows the peer to request the option and inform the peer that the option is supported, allowing for up to four receive classes: interface Multilink9 ip address 10.0.0.161 255.255.255.240 ppp multilink ppp multilink interleave ppp multilink group 9 ppp multilink fragment delay 20 ppp multilink multiclass local request initial 1 maximum 4 ppp multilink multiclass remote ignore no cdp enable Cisco IOS Dial Technologies Command Reference November 2009 DIA-645 Dial Commands ppp multilink multiclass remote The following example shows how to configure a multilink bundle to not use multiple classes, but allows the peer to request the option and inform the peer that the option is supported, allowing for up to four receive classes: interface Multilink9 ip address 10.0.0.161 255.255.255.240 ppp multilink ppp multilink interleave ppp multilink group 9 ppp multilink fragment delay 20 ppp multilink multiclass local request initial 1 maximum 4 ppp multilink multiclass remote ignore no cdp enable The following example shows how to completely disable multiclass multilink PPP, rejecting the header and declining to allow the peer to transmit multiple classes: interface Multilink9 ip address 10.0.0.161 255.255.255.240 ppp multilink ppp multilink interleave ppp multilink group 9 ppp multilink fragment delay 20 ppp multilink multiclass local forbid ppp multilink multiclass remote reject no cdp enable Related Commands Command dialer-group dialer load-threshold encapsulation ppp ppp authentication ppp multilink ppp multilink fragment delay ppp multilink group ppp multilink interleave ppp multilink mrru ppp multilink multiclass ppp multilink multiclass local show ppp multilink Description Controls access by configuring an interface to belong to a specific dialing group. Configures bandwidth on demand by setting the maximum load before the dialer places another call to a destination. Enables PPP encapsulation. Enables CHAP or PAP or both and specifies the order in which CHAP and PAP authentication is selected on the interface. Enables MLP on an interface. Specifies a maximum size in units of time for packet fragments on a multilink PPP bundle. Restricts a physical link to joining only a designated multilink-group interface. Enables interleaving of packets among the fragments of larger packets on a multilink PPP bundle. Configures the MRRU value negotiated on a multilink PPP bundle. Enables multiclass multilink PPP on an interface. Configure the multiclass multilink PPP multilink header format option when negotiating class of service with a peer. Displays bundle information for the multilink PPP bundles. Cisco IOS Dial Technologies Command Reference DIA-646 November 2009 Dial Commands ppp multilink ncp sequenced ppp multilink ncp sequenced To control whether Network Control Protocol (NCP) packets are sent with or without multilink headers, use the ppp multilink ncp sequenced command in interface configuration mode. RFC 1990 requires that compliant peer implementations be able to receive NCP packets with or without the presence of multilink headers. The ppp multilink ncp sequenced command provides support for those remote peers not currently compliant with RFC 1990. To disable the control of multilink headers in NCP packets, use the no form of this command. ppp multilink ncp sequenced {if-needed | always | never} no ppp multilink ncp sequenced Syntax Description if-needed Specifies that NCP packets are sent with multilink headers only if your bundle has multiple links, or you have configured Link Fragmentation and Interleaving (LFI). Specifies that NCP packets are always sent with multilink headers. Use this keyword for any remote peer that requires multilink headers in NCP packet for processing. Specifies that NCP packets are never sent with multilink headers. Use this keyword for any remote peer that requires NCP packets without multilink headers for processing. always never Command Default NCP packets are sent on an if-needed basis. Command Modes Interface configuration Command History Release 12.2(31)SB2 Modification This command was introduced. Usage Guidelines This command applies only to interfaces used for multilink bundles (multilink, virtual-templates, or dialer interfaces). You must specify one keyword, unless you are using the no form of this command. Some remote peers require the presence of multilink headers for NCP packet processing, while other remote peers require that NCP packets do not have multilink headers. Using the ppp multilink ncp sequenced command, you can control the presence of multilink headers in NCP packets. Use this command with the if-needed keyword if your remote peers are RFC 1990 compliant. The if-needed specifies that remote peers are able to process NCP regardless of the existence of multilink headers. The always keyword specifies that multilink headers will always appear in all NCP packets. Use the always keyword for any remote peer that requires multilink headers in NCP packet for processing. Cisco IOS Dial Technologies Command Reference November 2009 DIA-647 Dial Commands ppp multilink ncp sequenced The never keyword specifies that multilink headers will never appear in any NCP packet. Use the never keyword for any remote peer that requires NCP packets without multilink headers for processing. The no form of this command to disables the control of multilink headers appearing in NCP packets. Examples The following example shows how to configure a remote peer which is unable to process NCP packets that have multilink headers: ppp multilink ncp sequenced never The following example shows how to configure a remote peer which is unable to process NCP packets that do not have multilink headers: ppp multilink ncp sequenced always Related Commands Command ppp multilink Description Enables Multilink PPP (MLP) on an interface and, optionally, enables Bandwidth Allocation Control Protocol (BACP) and its Bandwidth Allocation Protocol (BAP) subset for dynamic bandwidth allocation. Enables interleaving of packets among the fragments of larger packets on an MLP bundle. Specifies a maximum time for the transmission of a packet fragment on an MLP bundle. Specifies the maximum packet fragment size in bytes for an MLP link. ppp multilink interleave ppp multilink fragment delay ppp multilink fragment size Cisco IOS Dial Technologies Command Reference DIA-648 November 2009 Dial Commands ppp multilink slippage ppp multilink slippage To define the constraints that set the Multilink PPP (MLP) reorder buffer size, use the ppp multilink slippage command in interface configuration mode. To remove the restriction, use the no form of this command. ppp multilink slippage [mru value | msec value] no ppp multilink slippage [mru value | msec value] Syntax Description mru value msec value Specifies the buffer limit is at least this many maximum receive units (MRUs) worth of data, in bytes. Valid values are 2 to 32. Specifies the buffer limit is at least this many milliseconds worth of data. Valid range is 1 to 16000. Defaults The mru value default is 8 bytes. There is no default for msec value. Command Modes Interface configuration Command History Release 12.2(13)T 12.2(28)SB 12.2(31)SB Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(28)SB. This command was integrated into Cisco IOS Release 12.2(31)SB. Usage Guidelines The slippage constraints are interface-level configuration commands, which may be placed on any interface or configuration source ultimately providing the configuration for a multilink bundle interface like “interface Multilink” and “interface dialer.” Limits are on a “per-link” basis. For example, issuing ppp multilink slippage mru 4 means that the total amount of data which is buffered by the bundle is 4 times the MRU times the number of links in the bundle. The reassembly engine is also affected by the lost fragment timeout, which is configured using the ppp timeout multilink lost-fragment command. The buffer limit derived from the slippage constraints implies a corresponding tolerated differential delay between the links. Since it does not make sense to be declaring a fragment lost due to a timeout when it is within the delay window defined by the slippage, the timeout will be dynamically increased as necessary so that it is never smaller than the delay value derived from the slippage parameters. Cisco IOS Dial Technologies Command Reference November 2009 DIA-649 Dial Commands ppp multilink slippage Examples The following example shows the total amount of data buffered by the bundle is four times the MRU times the number of links in the bundle: Router(config)# interface multilink 8 Router(config-if)# ip address 172.16.48.209 255.255.0.0 Router(config-if)# ppp multilink slippage mru 4 Router(config)# interface dialer8 Router(config-if)# encapsulation ppp Router(config-if)# ip address 172.16.48.209 255.255.0.0 Router(config-if)# ppp multilink slippage mru 4 Router(config-if)# ppp multilink slippage msec 16000 The following example shows configuring Multilink PPP over serial interface links on a multilink group interface. In this example, there are two serial interfaces that are members of “interface multilink8”. It is assumed that Serial2 interface has the bandwidth of 64kbps and Serial3 interface has the bandwidth of 128kbps. With these two serial links, interface Multilink8 will have a bandwidth equal to 64kbps plus 128kbps which equals 196 kbps or 24.5 kBps [b=bit, B=byte]. The interface Multilink8 is configured with ppp multilink slippage msec 2000 and therefore buffers at least 2000 milliseconds worth of data (2000 ms * 24.5 kBps = 49000 bytes). Router(config)# interface Multilink8 Router(config-if)# ip address 172.16.48.209 255.255.0.0 Router(config-if)# ppp multilink Router(config-if)# ppp multilink slippage msec 2000 Router(config-if)# ppp multilink group 8 Router(config)# interface Serial2 Router(config-if)# no ip address Router(config-if)# encapsulation ppp Router(config-if)# ppp multilink group 8 Router(config)# interface Serial3 Router(config-if)# no ip address Router(config-if)# encapsulation ppp Router(config-if)# ppp multilink group 8 Related Commands Command ppp multilink ppp multilink fragment delay ppp multilink fragment disable ppp multilink fragmentation ppp multilink group ppp multilink interleave ppp multilink mrru Description Enables MLP on an interface and, optionally, enables dynamic bandwidth allocation. Specifies a maximum time for the transmission of a packet fragment on a MLP bundle. Disables packet fragmentation. Sets the maximum number of fragments a packet will be segmented into before being sent over the bundle. Restricts a physical link to joining only a designated multilink-group interface. Enables MLP interleaving. Configures the MRRU value negotiated on a MLP bundle. Cisco IOS Dial Technologies Command Reference DIA-650 November 2009 Dial Commands ppp pap wait ppp pap wait To configure the router to delay the Password Authentication Protocol (PAP) authentication until after the peer has authenticated itself to the router, use the ppp pap wait command in interface configuration mode. To allow the router to immediately send out its PAP request once the authentication phase starts, use the no form of this command. ppp pap wait no ppp pap wait Syntax Description This command has no arguments or keywords. Command Default Immediate PAP request transmission enabled Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines This command is used only when the call direction is call-in. The ppp pap wait command specifies that the router will not authenticate to a peer requesting PAP authentication until the peer has authenticated itself to the router. The no form of this command specifies that the router will immediately send out its PAP request once the authentication phase starts. Examples The following example specifies ISDN BRI number 0. The method of encapsulation on the interface is PPP. The following example disables the default, meaning that the router will immediately send out its PAP request once the authentication phase starts. interface bri 0 encapsulation ppp no ppp pap wait Related Commands Command aaa authentication ppp ppp authentication ppp pap refuse ppp pap sent-username Description Specifies one or more AAA authentication methods for use on serial interfaces running PPP. Enables CHAP or PAP or both and specifies the order in which CHAP and PAP authentication are selected on the interface. Refuses a peer request to authenticate remotely with PPP using PAP. Reenables remote PAP support for an interface and uses the sent username and password in the PAP authentication request packet to the peer. Cisco IOS Dial Technologies Command Reference November 2009 DIA-651 Dial Commands ppp pfc local ppp pfc local To configure protocol field compression (PFC) in configuration requests, use the ppp pfc local command in interface configuration mode. To return the router to the default for PCF handling, use the no form of this command. ppp pfc local {forbid | request} no ppp pfc local Syntax Description forbid request The PFC option is not sent in outbound configuration requests, and requests from a peer to add the PFC option are not accepted. The PFC option is included in outbound configuration requests. Command Default PFC handling is automatically selected based on the type of link. For asynchronous links, the router responds as if the request keyword were selected and the router includes the PFC option in outbound configuration requests. For synchronous links, the router responds as if the forbid keyword were selected and the PFC option is not sent out in outbound configuration requests and requests from a peer to add the PFC option are not accepted. Command Modes Interface configuration Command History Release 12.2(7) 12.2(15)B Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(15)B. Usage Guidelines When PFC is negotiated during PPP negotiation, Cisco routers may compress the PPP protocol field from two bytes to one byte. The ppp pfc local command configures how a router handles PFC in its outbound configuration request and allows PFC to be disabled during PPP negotiation, thus allowing the HDLC framing and the protocol field to remain uncompressed. Prior to the introduction of the ppp pfc local command, negotiation and use of PFC was entirely dependent upon the link type (synchronous or asynchronous) and was not under the independent control of a system administrator, and this is still the default. The ppp pfc local command allows the system administrator to control when PPP negotiates the HDLC address and PFC options during initial LCP negotiations, and how the results of the PPP negotiation are applied. Note Using PFC can result in minor gains in effective bandwidth because they reduce the amount of framing overhead for each packet. However, using PFC changes the alignment of the network data in the frame, which in turn can impair the switching efficiency of the packets both at the local and remote ends of the connection. For these reasons, it is generally recommended that PFC not be enabled without carefully considering the potential results. Cisco IOS Dial Technologies Command Reference DIA-652 November 2009 Dial Commands ppp pfc local Examples The following example shows how to configure a router to exclude the PFC option from its outbound configuration requests: ppp pfc local forbid Related Commands Command ppp acfc remote ppp acfc local ppp pfc remote Description Configures the ACFC options received from a remote peer. Configures the ACFC option in configuration requests. Configures the PFC option in configuration requests received from a remote peer. Cisco IOS Dial Technologies Command Reference November 2009 DIA-653 Dial Commands ppp pfc remote ppp pfc remote To configure how the protocol field compression (PFC) option in configuration requests is received from a remote peer, use the ppp pfc remote command in interface configuration mode. To return to the default for PFC handling, use the no form of this command. ppp pfc remote {apply | ignore | reject} no ppp pfc remote Syntax Description apply ignore reject PFC options are accepted and PFC may be performed on frames sent to the remote peer. PFC options are accepted, but PFC is not performed on frames sent to the remote peer. PFC options are explicitly rejected. Command Default PFC handling is automatically selected based on the type of link, as follows: For asynchronous links, the router responds as if the apply keyword were selected and the router accepts PFC options received from a remote peer and PFC may be performed on frames sent to the remote peer. For synchronous links, the router responds as if the ignore keyword were selected and PFC options are accepted but PFC is not performed on frames sent to the remote peer. Command Modes Interface configuration Command History Release 12.2(7) 12.2(15)B Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(15)B. Usage Guidelines When PFC is negotiated during PPP negotiation, Cisco routers may compress the PPP protocol field from two bytes to one byte. The ppp pfc remote command allows PFC to be disabled during PPP negotiation, thus allowing the HDLC framing and the protocol field to remain uncompressed. Prior to the introduction of the ppp pfc remote command, negotiation and use of PFC was entirely dependent upon the link type (synchronous or asynchronous) and was not under the independent control of a system administrator, and this is still the default. The ppp pfc remote command allows the system administrator to control when PPP negotiates the HDLC address and PFC options during initial LCP negotiations, and how the results of the PPP negotiation are applied. Note Using PFC can result in minor gains in effective bandwidth because they reduce the amount of framing overhead for each packet. However, using PFC changes the alignment of the network data in the frame, which in turn can impair the switching efficiency of the packets both at the local and remote ends of the connection. For these reasons, it is generally recommended that PFC not be enabled without carefully considering the potential results. Cisco IOS Dial Technologies Command Reference DIA-654 November 2009 Dial Commands ppp pfc remote Examples The following example shows how to configure a router to explicitly reject PFC options from a remote peer: ppp pfc remote reject Related Commands Command ppp acfc local ppp acfc remote ppp pfc local Description Configures the ACFC option in configuration requests. Configures the ACFC option in configuration requests received from a remote peer. Configures the PFC option in configuration requests. Cisco IOS Dial Technologies Command Reference November 2009 DIA-655 Dial Commands ppp quality ppp quality To enable Link Quality Monitoring (LQM) on a serial interface, use the ppp quality command in interface configuration mode. To disable LQM, use the no form of this command. ppp quality percentage no ppp quality Syntax Description percentage Specifies the link quality threshold. Range is from 1 to 100. Command Default Command is disabled. Command Modes Interface configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines The percentages are calculated for both incoming and outgoing directions. The outgoing quality is calculated by comparing the total number of packets and bytes sent to the total number of packets and bytes received by the destination node. The incoming quality is calculated by comparing the total number of packets and bytes received to the total number of packets and bytes sent by the destination node. If the link quality percentage is not maintained, the link is deemed to be of poor quality and is taken down. LQM implements a time lag so that the link does not bounce up and down. Examples The following example enables LQM on serial interface 2: interface serial 2 encapsulation ppp ppp quality 80 Related Commands Command exec keepalive Description Allows an EXEC process on a line. Sets the keepalive timer for a specific interface. Cisco IOS Dial Technologies Command Reference DIA-656 November 2009 Dial Commands ppp reliable-link ppp reliable-link To enable Link Access Procedure, Balanced (LAPB) Numbered Mode negotiation for a reliable serial link, use the ppp reliable-link command in interface configuration mode. To disable negotiation for a PPP reliable link on a specified interface, use the no form of the command. ppp reliable-link no ppp reliable-link Syntax Description This command has no arguments and keywords. Command Default Command is disabled. Command Modes Interface configuration Command History Release 11.0 Modification This command was introduced. Usage Guidelines Enabling LAPB Numbered Mode negotiation as a means of providing a reliable link does not guarantee that all connections through the specified interface will in fact use a reliable link. It guarantees only that the router will attempt to negotiate reliable link on this interface. PPP reliable link can be used with PPP compression over the link, but it does not require PPP compression. PPP reliable link does not work with Multilink PPP. You can use the show interface command to determine whether LAPB has been established on the link. You can troubleshoot PPP reliable link by using the debug lapb command and the debug ppp negotiations, debug ppp errors, and debug ppp packets commands. Examples The following example enables PPP reliable link and predictor compression on BRI interface 0: interface bri 0 description Enables predictor compression on BRI 0 ip address 172.16.1.1 255.255.255.0 encapsulation ppp dialer map ip 172.16.1.2 name mymap 15550191357 compress predictor ppp authentication chap dialer-group 1 ppp reliable-link Cisco IOS Dial Technologies Command Reference November 2009 DIA-657 Dial Commands ppp reliable-link Related Commands Command compress debug lapb debug ppp show interfaces Description Configures compression for LAPB, PPP, and HDLC encapsulations. Displays all traffic for interfaces using LAPB encapsulation. Displays information on traffic and exchanges in an internetwork implementing the PPP. Displays statistics for all interfaces configured on the router or access server. Cisco IOS Dial Technologies Command Reference DIA-658 November 2009 Dial Commands ppp timeout aaa ppp timeout aaa To support the idle direction for the timeout value set by authentication, authorization, and accounting (AAA), use the ppp timeout aaa command in interface configuration mode. To remove this setting, use the no form of this command. ppp timeout aaa [inbound] no ppp timeout aaa [inbound] Syntax Description inbound (Optional) Specifies that the AAA server can set the PPP idle timeout parameters only for inbound traffic. Command Default The command is disabled. Command Modes Interface configuration Command History Release 12.2T Modification This command was introduced. Usage Guidelines Use this command to reset the idle timer based on inbound traffic only set by AAA, and to support the idle direction for the timeout value set by AAA. Examples The following example uses a virtual template to set the idle timer by AAA only when inbound traffic is detected: interface Virtual-Template1 ppp timeout idle 1800 timeout absolute 180 ppp timeout aaa inbound Related Commands Command ppp timeout idle Description Sets PPP idle timeout parameters, in seconds. Cisco IOS Dial Technologies Command Reference November 2009 DIA-659 Dial Commands ppp timeout authentication ppp timeout authentication To set the PPP authentication timeout value, use the ppp timeout authentication command in interface configuration mode. To restore the default value, use the no form of this command. ppp timeout authentication seconds no ppp timeout authentication Syntax Description seconds Maximum time, in seconds, to wait for a response to an authentication packet. Valid seconds are from 0 to 255 seconds. The default is 10 seconds. Command Default 10 seconds Command Modes Interface configuration Command History Release 11.3 12.2(31)SB2 Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(31)SB2. Usage Guidelines Cisco 10000 Series Router To keep an L2TP network server (LNS) from timing out a PPP authentication process, we recommend that you configure the PPP authentication timeout to 100 seconds. Examples The following example changes the time to wait for a response to an authentication packet to 15 seconds: ppp timeout authentication 15 Related Commands Command ppp timeout retry Description Sets PPP timeout retry parameters. Cisco IOS Dial Technologies Command Reference DIA-660 November 2009 Dial Commands ppp timeout idle ppp timeout idle To set PPP idle timeout parameters, use the ppp timeout idle command in interface configuration mode. To reset the time value, use the no form of this command. ppp timeout idle seconds no ppp timeout idle seconds Syntax Description seconds Line idle time, in seconds, allowed before disconnecting the line. Acceptable range is platform dependent. Command Default No default behavior or values. Command Modes Interface configuration Command History Release 11.3 12.2 Modification This command was introduced as ppp idle-timeout. This command was changed to ppp timeout idle. The ppp idle-timeout command was accepted by the command line interpreter through Cisco IOS Release 12.2. Usage Guidelines The ppp timeout idle command is used mainly on dialup interfaces and other temporary circuits to control how long the connection can be idle before it is terminated. All user traffic will reset the idle timer; however nonnetwork traffic such as PPP control packets will not reset the timer. Also note that the dialer subsystem supports an alternate idle link detection mechanism that can be used instead of or with this PPP idle link detection mechanism. Examples The following example sets the idle timer to 15 seconds: ppp timeout idle 15 Related Commands Command absolute-timeout dialer fast-idle (interface) Description Sets the interval for closing user connections on a specific line or port. Specifies the amount of time that a line for which there is contention will stay idle before it is disconnected and the competing call is placed. Allows interesting outgoing packets to be queued until a modem connection is established. dialer hold-queue dialer idle-timeout (interface) Specifies the idle time before the line is disconnected. Cisco IOS Dial Technologies Command Reference November 2009 DIA-661 Dial Commands ppp timeout idle (template) ppp timeout idle (template) To set PPP idle timeout parameters on a virtual template interface, use the ppp timeout idle command in interface configuration mode. To reset the time value, use the no form of this command. ppp timeout idle seconds no ppp timeout idle seconds Syntax Description seconds Line idle time, in seconds, allowed before disconnecting the line. Command Default No default behavior or values. Command Modes Interface configuration Command History Release 12.2(4)T 12.2(11)T Modification This command was introduced for virtual template interfaces. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5300, Cisco AS5400 and Cisco AS5800. Usage Guidelines This version of the ppp timeout idle command is used on virtual template interfaces to control how long the connection can be idle before it is terminated. Examples The following example sets the PPP idle timeout to 45 seconds in virtual template interface 1: interface Virtual-Template1 ip unnumbered Loopback1 peer default ip address pool local_pool ppp authentication chap callin ppp chap hostname name ppp timeout idle 45 ip idle-group 101 in ip idle-group 102 in ppp multilink Related Commands Command absolute-timeout Description Sets the interval for closing user connections on a specific line or port. dialer fast-idle (interface configuration) Specifies the amount of time that a line for which there is contention will stay idle before it is disconnected and the competing call is placed. Cisco IOS Dial Technologies Command Reference DIA-662 November 2009 Dial Commands ppp timeout idle (template) Command dialer hold-queue dialer idle-timeout (template) Description Allows interesting outgoing packets to be queued until a modem connection is established. Specifies the idle time on a virtual template interface before the line is disconnected. Cisco IOS Dial Technologies Command Reference November 2009 DIA-663 Dial Commands ppp timeout multilink link add ppp timeout multilink link add To limit the amount of time for which Multilink PPP (MLP) waits for a call to be established, use the ppp timeout multilink link add command in interface configuration mode. To remove the value, use the no form of this command. ppp timeout multilink link add seconds no ppp timeout multilink link add Syntax Description seconds Wait period, in seconds, in the range from 1 to 65535 seconds. Command Default No default behavior or values. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines When MLP needs to increase the bandwidth of a bundle, it attempts to bring up an additional link by requesting that the dialer system place a call to the peer system, or if the Bandwidth Allocation Protocol (BAP) is used, the call may also be done by requesting that the peer system make the call. BAP can be used to either make the call or request that the peer system make the call, depending upon the configuration. The time value specified with the ppp timeout multilink link add command determines how long MLP waits for that call to be established. If a new link does not join the bundle within the specified time, it is assumed that the call failed, and the call is attempted again. If there are not enough links to carry the load, and the call succeeds in less than the time specified with the ppp timeout multilink link add command, MLP can immediately request another link. The time value specified with the ppp timeout multilink link add command prevents flooding the dialer system with call requests because not enough time was provided for prior requests to finish. If the ppp timeout multilink link add command is not configured but the dialer wait-for-carrier-time command is, MLP will use the time value set with the dialer wait-for-carrier-time command. If neither command is configured, MLP uses a default value of 30 seconds. This command is used with dynamic bandwidth (dial-on-demand) bundles. Examples The following example sets the call timeout period to 45 seconds: ppp timeout multilink link add 45 Cisco IOS Dial Technologies Command Reference DIA-664 November 2009 Dial Commands ppp timeout multilink link add Related Commands Command dialer wait-for-carrier-time (interface) Description Specifies the length of time the interface waits for a carrier. ppp timeout multilink link remove Sets a timer that determines how long MLP waits to drop a link when traffic load goes below the configured load threshold. Cisco IOS Dial Technologies Command Reference November 2009 DIA-665 Dial Commands ppp timeout multilink link remove ppp timeout multilink link remove To set a timer that determines how long Multilink PPP (MLP) waits to drop a link when traffic load goes below the configured load threshold, use the ppp timeout multilink link remove command in interface configuration mode. To remove the value, use the no form of this command. ppp timeout multilink link remove seconds no ppp timeout multilink link remove Syntax Description seconds Threshold wait period, in seconds, in the range from 1 to 65535 seconds. Command Default No default behavior or values. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines When traffic load goes below the threshold set with the ppp multilink load-threshold command, MLP waits for the time set with the ppp timeout multilink link remove command and, if the load still remains below that threshold, drops the link to reduce bandwidth. MLP will reduce bandwidth but never remove the last link in a bundle. The complete severing of a connection is controlled by the idle timer value specified in the dialer idle-timeout command; however, the idle timer has no effect on when MLP will drop excess links in a bundle. If the ppp timeout multilink link remove command is not configured but the dialer wait-for-carrier-time command is, MLP will use the time value set with the dialer wait-for-carrier-time command. If neither command is configured, MLP uses a default value of 30 seconds. This command is used with dynamic bandwidth (dial-on-demand) bundles. Examples The following example sets the low traffic load threshold wait period to 45 seconds: ppp timeout multilink link remove 45 Cisco IOS Dial Technologies Command Reference DIA-666 November 2009 Dial Commands ppp timeout multilink link remove Related Commands Command dialer fast-idle (interface) dialer wait-for-carrier-time (interface) ppp timeout multilink link add Description Specifies the idle time before the line is disconnected. Specifies the length of time the interface waits for a carrier. Limits the amount of time for which MLP waits for a call to be established. Cisco IOS Dial Technologies Command Reference November 2009 DIA-667 Dial Commands ppp timeout multilink lost-fragment ppp timeout multilink lost-fragment To set a timer that determines how long Multilink PPP waits for an expected fragment to arrive before declaring it lost, use the ppp timeout multilink lost-fragment command in interface configuration mode. To reset the default value, use the no form of this command. ppp timeout multilink lost-fragment seconds [milliseconds] no ppp timeout multilink lost-fragment Syntax Description seconds Wait period, in seconds, in the range from 1 to 255 seconds. Note If the desired delay should be in milliseconds, set the seconds argument to 0 and enter a value for the milliseconds argument. milliseconds (Optional) Wait period, in milliseconds, in the range from 1 to 999 milliseconds. Command Default The default value is 1 second. Command Modes Interface configuration Command History Release 11.3 12.4(6)T 12.2(31)SB2 Modification This command was introduced. The optional milliseconds argument was added for a more precise setting and the command was integrated into Cisco IOS Release 12.4(6)T. The command was integrated into Cisco IOS Release 12.2(31)SB2. Examples The following example sets a 5-second wait period for receiving expected fragments before declaring the fragments lost: ppp timeout multilink lost-fragment 5 The following example sets a 300-millisecond wait period for receiving expected fragments before declaring the fragments lost: ppp timeout multilink lost-fragment 0 300 The following example configures a wait period of 500 milliseconds (1/2 second): ppp timeout multilink lost-fragment 0 500 Related Commands Command ppp link reorders Description Sets an advisory flag that indicates that the serial interface may receive packets in a different order than a peer system sent them. Cisco IOS Dial Technologies Command Reference DIA-668 November 2009 Dial Commands ppp timeout ncp ppp timeout ncp To set a time limit for the successful negotiation of at least one network layer protocol after a PPP connection is established, use the ppp timeout ncp command in interface configuration mode. To reset the default condition, use the no form of this command. ppp timeout ncp seconds no ppp timeout ncp Syntax Description seconds Maximum time, in seconds, PPP should wait for negotiation of a network layer protocol. If no network protocol is negotiated in the given time, the connection is disconnected. Command Default No time limit is imposed (no ppp timeout ncp). Command Modes Interface configuration Command History Release 11.3 12.2 Modification This command was introduced as ppp negotiation-timeout. This command was changed to ppp timeout ncp. The ppp negotiation-timeout command was accepted by the command line interpreter through Cisco IOS Release 12.2. Usage Guidelines The ppp timeout ncp command protects against the establishment of links that are physically up and carrying traffic at the link level, but are unusable for carrying data traffic due to failure to negotiate the capability to transport any network level data. This command is particularly useful for dialed connections, where it is usually undesirable to leave a telephone circuit active when it cannot carry network traffic. Examples The following example sets the Network Control Protocol (NCP) timer to 8 seconds: ppp timeout ncp 8 Related Commands Command absolute-timeout dialer idle-timeout (interface) Description Sets the interval for closing user connections on a specific line or port. Specifies the idle time before the line is disconnected. Cisco IOS Dial Technologies Command Reference November 2009 DIA-669 Dial Commands ppp timeout retry ppp timeout retry To set the maximum waiting period for a response during PPP negotiation, use the ppp timeout retry command in interface configuration mode. To reset the time value to the default settings, use the no form of this command. ppp timeout retry seconds no ppp timeout retry Cisco IOS Release 12.2(33)SRD ppp timeout retry seconds [milliseconds] no ppp timeout retry Syntax Description seconds Maximum time, in seconds, to wait for a response during PPP negotiation. Valid values for the seconds argument range from 0 to 255. The default value is 2 seconds. (Optional) Maximum time, in milliseconds (ms), to wait for a response during PPP negotiation. Valid values for the milliseconds argument range from 0 to 999. The default value is 0 ms. milliseconds Command Default The default value waiting period for a response during PPP negotiation is 2 seconds. Command Modes Interface configuration Command History Release 11.3 12.2 12.2(33)SRD Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2. This command was integrated into Cisco IOS Release 12.2(33)SRD. The milliseconds argument was added. Usage Guidelines The ppp timeout retry command is useful for setting a maximum amount of time PPP should wait for a response to any control packet it sends. Examples The following example sets the retry timer to 100 seconds and 200 ms: interface serial 2/0 encapsulation ppp ppp timeout retry 100 200 Cisco IOS Dial Technologies Command Reference DIA-670 November 2009 Dial Commands ppp timeout retry Related Commands Command ppp timeout authentication ppp timeout idle Description Sets PPP authentication timeout parameters. Sets PPP idle timeout parameters. Cisco IOS Dial Technologies Command Reference November 2009 DIA-671 Dial Commands pri-group timeslots pri-group timeslots To specify an ISDN PRI group on a channelized T1 or E1 controller, and to release the ISDN PRI signaling time slot, use the pri-group timeslots command in controller configuration mode. To remove or change the ISDN PRI configuration, use the no form of this command. pri-group timeslots timeslot-range [nfas_d {backup nfas_int number nfas_group number | none nfas_int number nfas_group number [service mgcp] | primary nfas_int number nfas_group number [iua as-name | rlm-group number | service mgcp]} | service mgcp] no pri-group timeslots timeslot-range [nfas_d {backup nfas_int number nfas_group number | none nfas_int number nfas_group number [service mgcp] | primary nfas_int number nfas_group number [iua as-name | rlm-group number | service mgcp]} | service mgcp] Syntax Description timeslot-range A value or range of values for time slots on a T1 or E1 controller that consists of an ISDN PRI group. Use a hyphen to indicate a range. Note Groups of time slot ranges separated by commas (1-4,8-23 for example) are also accepted. nfas_d backup none primary nfas_int number nfas_group number iua as-name rlm-group number (Optional) Configures the operation of the ISDN PRI D channel. The D-channel time slot is used as the Non-Facility Associated Signaling (NFAS) D backup. The D-channel time slot is used as an additional B channel. The D-channel time slot is used as the NFAS D primary. Specifies the provisioned NFAS interface as a value. Valid values for the NFAS interface range from 0 to 44. Specifies the NFAS group. Valid values for the NFAS group number range from 0 to 31. (Optional) Configures the ISDN User Adaptation Layer (IUA) application server (AS) name. (Optional) Specifies the Redundant Link Manager (RLM) group and release the ISDN PRI signaling channel. Valid values for the RLM group number range from 0 to 255. (Optional) Configures the service type as Media Gateway Control Protocol (MGCP) service. service mgcp Command Default No ISDN PRI group is configured. The switch type is automatically set to the National ISDN switch type (primary-ni keyword) when the pri-group timeslots command is configured with the rlm-group subkeyword. Command Modes Controller configuration Cisco IOS Dial Technologies Command Reference DIA-672 November 2009 Dial Commands pri-group timeslots Command History Release 11.0 11.3 12.0(2)T 12.0(7)XK 12.1(2)T 12.2(8)B 12.2(15)T Modification This command was introduced. This command was enhanced to support NFAS. This command was implemented on the Cisco MC3810 multiservice concentrator. This command was implemented on the Cisco 2600 and Cisco 3600 series routers. The modifications in Cisco IOS Release 12.0(7)XK were integrated into Cisco IOS Release 12.1(2)T. This command was modified with the rlm-group subkeyword to support release of the ISDN PRI signaling channels. The modifications in Cisco IOS Release 12.2(8)B were integrated into Cisco IOS Release 12.2(15)T. Usage Guidelines The pri-group command supports the use of DS0 time slots for Signaling System 7 (SS7) links, and therefore the coexistence of SS7 links and PRI voice and data bearer channels on the same T1 or E1 span. In these configurations, the command applies to voice applications. In SS7-enabled Voice over IP (VoIP) configurations when an RLM group is configured, High-Level Data Link Control (HDLC) resources allocated for ISDN signaling on a digital subscriber line (DSL) interface are released and the signaling slot is converted to a bearer channel (B24). The D channel will be running on IP. The chosen D-channel time slot can still be used as a B channel by using the isdn rlm-group interface configuration command to configure the NFAS groups. NFAS allows a single D channel to control multiple PRI interfaces. Use of a single D channel to control multiple PRI interfaces frees one B channel on each interface to carry other traffic. A backup D channel can also be configured for use when the primary NFAS D channel fails. When a backup D channel is configured, any hard system failure causes a switchover to the backup D channel and currently connected calls remain connected. NFAS is supported only with a channelized T1 controller and, as a result, must be ISDN PRI capable. Once the channelized T1 controllers are configured for ISDN PRI, only the NFAS primary D channel must be configured; its configuration is distributed to all members of the associated NFAS group. Any configuration changes made to the primary D channel will be propagated to all NFAS group members. The primary D channel interface is the only interface shown after the configuration is written to memory. The channelized T1 controllers on the router must also be configured for ISDN. The router must connect to either an AT&T 4ESS, Northern Telecom DMS-100 or DMS-250, or National ISDN switch type. The ISDN switch must be provisioned for NFAS. The primary and backup D channels should be configured on separate T1 controllers. The primary, backup, and B-channel members on the respective controllers should be the same configuration as that configured on the router and ISDN switch. The interface ID assigned to the controllers must match that of the ISDN switch. You can disable a specified channel or an entire PRI interface, thereby taking it out of service or placing it into one of the other states that is passed in to the switch using the isdn service interface configuration command. Cisco IOS Dial Technologies Command Reference November 2009 DIA-673 Dial Commands pri-group timeslots In the event that a controller belonging to an NFAS group is shut down, all active calls on the controller that is shut down will be cleared (regardless of whether the controller is set to primary, backup, or none), and one of the following events will occur: • • If the controller that is shut down is configured as the primary and no backup is configured, all active calls on the group are cleared. If the controller that is shut down is configured as the primary, and the active (In service) D channel is the primary and a backup is configured, then the active D channel changes to the backup controller. If the controller that is shut down is configured as the primary, and the active D channel is the backup, then the active D channel remains as backup controller. If the controller that is shut down is configured as the backup, and the active D channel is the backup, then the active D channel changes to the primary controller. • • The expected behavior in NFAS when an ISDN D channel (serial interface) is shut down is that ISDN Layer 2 should go down but keep ISDN Layer 1 up, and that the entire interface will go down after the amount of seconds specified for timer T309. Note The active D channel changeover between primary and backup controllers happens only when one of the link fails and not when the link comes up. The T309 timer is triggered when the changeover takes place. Examples The following example configures T1 controller 1/0 for PRI and for the NFAS primary D channel. This primary D channel controls all the B channels in NFAS group 1. controller t1 1/0 framing esf linecode b8zs pri-group timeslots 1-24 nfas_d primary nfas_int 0 nfas_group 1 The following example specifies ISDN PRI on T1 slot 1, port 0, and configures voice and data bearer capability on time slots 2 through 6: isdn switch-type primary-4ess controller t1 1/0 framing esf linecode b8zs pri-group timeslots 2-6 The following example configures a standard ISDN PRI interface: ! Standard PRI configuration: controller t1 1 pri-group timeslots 1-23 nfas_d primary nfas_int 0 nfas_group 0 exit ! Standard ISDN serial configuration: interface serial1:23 ! Set ISDN parameters: isdn T309 4000 exit The following example configures a dedicated T1 link for SS7-enabled VoIP: controller T1 1 pri-group timeslots 1-23 nfas_d primary nfas_int 0 nfas_group 0 exit Cisco IOS Dial Technologies Command Reference DIA-674 November 2009 Dial Commands pri-group timeslots ! In a dedicated configuration, we assume the 24th timeslot will be used by ISDN. ! Serial interface 0:23 is created for configuring ISDN parameters. interface Serial:24 ! The D channel is on the RLM. isdn rlm 0 isdn T309 4000 exit The following example configures a shared T1 link for SS7-enabled VoIP. The rlm-group 0 portion of the pri-group timeslots command releases the ISDN PRI signaling channel. controller T1 1 pri-group timeslots 1-3 nfas_d primary nfas_int 0 nfas_group 0 rlm-group 0 channel group 23 timeslot 24 end ! D-channel interface is created for configuration of ISDN parameters: interface Dchannel1 isdn T309 4000 end Related Commands Command controller Description Configures a T1 or E1 controller and enters controller configuration mode. interface Dchannel Specifies an ISDN D-channel interface for VoIP applications that require release of the ISDN PRI signaling time slot for RLM configurations. interface serial isdn rlm-group isdn switch-type isdn timer t309 Specifies a serial interface created on a channelized E1 or channelized T1 controller for ISDN PRI signaling. Specifies the RLM group number that ISDN will start using. Specifies the central office switch type on the ISDN PRI interface. Changes the value of the T309 timer to clear network connections and release the B channels when there is no signaling channel active, that is, when the D channel has failed and cannot recover by switching to an alternate D channel. Calls remain active and able to transfer data when the D channel fails until the T309 timer expires. The T309 timer is canceled when D-channel failover succeeds. Displays all the members of a specified NFAS group or all NFAS groups. show isdn nfas group Cisco IOS Dial Technologies Command Reference November 2009 DIA-675 Dial Commands profile incoming profile incoming To define a template formed by directives guiding the Call Service Module (CSM) to process the digit sequence for a signaling class, use the profile incoming command in global configuration mode. profile incoming template Syntax Description template String of special characters that are arranged in a certain order to process the digit sequence for the signaling class. Choose from the following list: • • S—Starts the state machine. <*—Waits for the digit * to be detected. The digit to be detected is the next character in the template. If any other digit is detected, then that is a failure. If the digit is detected, then go to the next directive. a—Digits are collected as the ANI until the first nondigit or a timeout occurs. d—Digits are collected as the DNIS until the first nondigit or a timeout occurs. n—Notifies the CSM of the collected ANI and DNIS. • • • Command Default No default behavior or values Command Modes Global configuration Command History Release 12.1(1)T Modification This command was introduced. Usage Guidelines Arrange the directive special characters in the order necessary to process the digit sequence for your signaling class. Examples The following example enables the profile incoming command: signaling-class cas test profile incoming S<*a<*d<*n Related Commands Command class (controller) signaling-class cas Description Activates the signaling-class cas command. Defines a signaling class with a template formed by directives guiding the CSM to process the digit sequence. Cisco IOS Dial Technologies Command Reference DIA-676 November 2009 Dial Commands range range To associate a range of modems or other physical resources with a resource group, use the range command in resource group configuration mode. To remove a range of modems or other physical resources, use the no form of this command. range {limit number | port slot [slot]} no range {limit number | port slot [slot]} Cisco AS5200 and AS5300 Series Routers range {limit number | port slot/port [slot/port]} no range {limit number | port slot/port [slot/port]} Syntax Description limit number Maximum number of simultaneous connections supported by the resource group. Replace the number argument with the session limit you want to assign. Your access server hardware configuration determines the maximum value of this limit. Applicable to ISDN B channels or HDLC controllers. Slot or range of slots to use in the resource group. Specific port or range of ports to use in the resource group. A forward slash must be used to separate the slot and port numbers. port slot [slot] port slot/port [slot/port] Command Default No range is configured. Command Modes Resource group configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the range resource group configuration command to associate a range of modems or other physical resources with a resource group. Specify the range for port-based resources by using the resource’s physical location. Do not identify non-port-based resource ranges by using a location. Rather, specify the size of the resource group with a single integer limit. Specify noncontiguous ranges by using multiple range port commands within the same resource group. Do not configure the same ports in more than one resource group and do not overlap multiple port ranges. For resources that are not pooled and have a one-to-one correspondence between DS0s, B channels, and HDLC framers, use the range limit number command. Circuit-switched data calls and V.120 calls use these kinds of resources. Cisco IOS Dial Technologies Command Reference November 2009 DIA-677 Dial Commands range Note Do not put heterogeneous resources in the same group. Do not put MICA modems in the same group as Microcom modems. Do not put modems and HDLC controllers in the same resource group. Do not configure “port” and “limit” parameters in the same resource group. Examples The following example shows the range limit set for 48 simultaneous connections being supported by the resource group: resource-pool group resource hdlc1 range limit 48 The following example shows the ports set for modem 1 ranging from port 0 to port 47: resource-pool group modem1 range port 1/0 1/47 Cisco IOS Dial Technologies Command Reference DIA-678 November 2009 Dial Commands rcapi number rcapi number To enable the Cisco 800 series router to distinguish between incoming CAPI calls and incoming non-CAPI calls such as POTS, PPP, and X.25, use the rcapi number command in global configuration mode. To release the specified directory number from the RCAPI interface, use the no form of this command. rcapi number directory-number[:subaddress] no rcapi number Syntax Description directory-number :subaddress ISDN directory number. (Optional) Subaddress of the router preceded by a colon (:). Command Default No directory number is set for the RCAPI interface. Command Modes Global configuration Command History Release 12.0(7)XV Modification The commands rcapi number and no rcapi number were introduced on the Cisco 800 series router. Usage Guidelines The rcapi number command allows the Cisco 800 series router to reserve directory numbers exclusively for incoming calls. The directory-number argument is the number assigned by the ISDN provider for the PC on which RCAPI is configured. The directory number should not be set to any other interfaces such as POTS and DOV. This command works only with the Net3 switch type. Examples The following example sets the router to recognize an ISDN number rather than a subaddress: rcapi number 12345 Related Commands Command debug rcapi events rcapi server show rcapi status Description Displays diagnostic DCP and driver messages. Enables the RCAPI server on the 800 series router and, optionally, sets the TCP port number. Display statistics and details about RCAPI server operation. Cisco IOS Dial Technologies Command Reference November 2009 DIA-679 Dial Commands rcapi server rcapi server To enable the RCAPI server on the 800 series router or to set the TCP port number, use the rcapi server command in global configuration mode. To disable the RCAPI server on the 800 series router, use the no form of this command. rcapi server [port number] no rcapi server Syntax Description port number (Optional) TCP port number. Command Default If the router is configured for basic Net3 IDSN switch type, by default RCAPI is enabled, and the port number is set to 2578. Command Modes Global configuration Command History Release 12.0(7)XV Modification This command was introduced on the Cisco 800 series router. Usage Guidelines This command works only with the Net3 switch type. The same port number must be configured on both the router and client PC. Examples The following example set the TCP port number to 2000: rcapi server port 2000 Related Commands Command debug rcapi events rcapi number show rcapi status Description Displays diagnostic DCP and driver messages. Enables the Cisco 800 series router to distinguish between incoming CAPI calls and incoming non-CAPI calls such as POTS, PPP, and X.25. Display statistics and details about RCAPI server operation. Cisco IOS Dial Technologies Command Reference DIA-680 November 2009 Dial Commands redundancy redundancy To enter redundancy configuration mode, use the redundancy command in global configuration mode. redundancy Syntax Description This command has no arguments or keywords. Command Default No default behaviors or values. Command Modes Global configuration Command History Release 12.1(5)XV1 12.2(11)T 12.0(9)SL 12.0(16)ST 12.2(14)S 12.2(14)SX 12.2(18)S 12.2(20)S 12.2(17d)SXB 12.3(7)T 12.2(8)MC2 12.3(11)T 12.0(22)S 12.2(18)SXE2 12.2(28)SB 12.2(33)SRA Modification This command was introduced on the Cisco AS5800 universal access server. This command was integrated into Cisco IOS Release 12.2(11)T. This command was integrated into Cisco IOS Release 12.0(9)SL. This command was implemented on the Cisco 7500 series Internet routers. This command was integrated into Cisco IOS Release 12.2(14)S. Support for this command was added for the Supervisor Engine 720. This command was implemented on the Cisco 7500 series Internet routers. This command was implemented on the Cisco 7304 router. Support for this command on the Supervisor Engine 2 was extended to Release 12.2(17d)SXB. This command was implemented on the Cisco 7500 series Internet routers. This command was implemented on the MWR 1900 Mobile Wireless Edge Router (MWR). This command was implemented on the MWR 1900 MWR. This command was implemented on the Cisco 10000 series Internet routers. This command was integrated into Cisco IOS Release 12.2(18)SXE2. This command was integrated into Cisco IOS Release 12.2(28)SB. This command was integrated into Cisco IOS Release 12.2(33)SRA. Usage Guidelines Use the redundancy command to enter redundancy configuration mode, where you can define aspects of redundancy such as shelf redundancy for the Cisco AS5800 universal access server. Cisco 10000 Series Router Before configuring line card redundancy, install the Y-cables. Before deconfiguring redundancy, remove the Y-cables. Cisco IOS Dial Technologies Command Reference November 2009 DIA-681 Dial Commands redundancy The following restrictions apply to line card redundancy on the Cisco 10000 series router: • • • Port-level redundancy is not supported. Redundant cards must occupy the two subslots within the same physical line card slot. The line card that will act as the primary line card must be the first line card configured, and it must occupy subslot 1. Cisco 7600 Series Router From redundancy configuration mode, you can enter the main CPU submode to manually synchronize the configurations that are used by the two supervisor engines. From the main CPU submode, you can use the auto-sync command to use all of the redundancy commands that are applicable to the main CPU. To select the type of redundancy mode, use the mode command. Nonstop forwarding (NSF) with stateful switchover (SSO) redundancy mode supports IPv4. NSF with SSO redundancy mode does not support IPv6, INternetwork Packet Exchange (IPX), and Multiprotocol Label Switching (MPLS). Examples The following example enables redundancy mode: Router(config)# redundancy Router(config-red)# The following example assigns the configured router shelf to the redundancy pair designated as 25. This command must be issued on both router shelves in the redundant router-shelf pair: Router(config)# redundancy Router(config-red)# failover group-number 25 Cisco 10000 Series Router The following example configures two 4-port channelized T3 half eight line cards that are installed in line card slot 2 for one-to-one redundancy: Router(config)# redundancy Router(config-red)# linecard-group 1 y-cable Router(config-red-lc)# member subslot 2/1 primary Router(config-red-lc)# member subslot 2/0 secondary Cisco 7600 Series Router The following example shows how to enter the main CPU submode: Router(config)# redundancy Router(config-r)# main-cpu Router(config-r-mc)# Related Commands Command auto-sync clear redundancy history linecard-group y-cable member subslot Description Enables automatic synchronization of the configuration files in NVRAM. Clears the redundancy event history log. Creates a line card group for one-to-one line card redundancy. Configures the redundancy role of a line card. Cisco IOS Dial Technologies Command Reference DIA-682 November 2009 Dial Commands redundancy Command mode (redundancy) redundancy force-switchover show redundancy Description Configures the redundancy mode of operation. Switches control of a router from the active RP to the standby RP. Displays information about the current redundant configuration and recent changes in states or displays current or historical status and related information on planned or logged handovers. Cisco IOS Dial Technologies Command Reference November 2009 DIA-683 Dial Commands reload components reload components To request that the dial shelf controller (DSC) (or DSCs in a redundant configuration) be reloaded at the same time as a reload on the Router Shelf on the Cisco AS5800, use the reload components command in EXEC mode. To cancel a reload, use the reload components cancel command. reload components {all | description-line | at hh:mm | in [hhh:]mmm} reload components cancel Syntax Description all description-line at hh:mm Reloads all attached components. Displays reason for the reload, 1 to 255 characters in length. Schedules when the software reload takes place using a 24-hour clock. If you specify the month and day, the reload is scheduled to take place at the specified time and date. If you do not specify the month and day, the reload takes place at the specified time on the current day (if the specified time is later than the current time), or on the next day (if the specified time is earlier than the current time). Specifying 00:00 schedules the reload for midnight. The reload must take place within approximately 24 days. Schedule a reload of the software to take effect in the specified minutes or (optionally) hours and minutes. The reload must take place within approximately 24 days. Cancels a scheduled reload. in [hhh:]mmm cancel Command History Release 12.1(3)T Modification This command was introduced. Command Modes EXEC Usage Guidelines On the Cisco AS5800 only, to request that the DSC (or DSCs in a redundant configuration) be reloaded at the same time as a reload on the Router Shelf, use the reload components all command. You cannot reload from a virtual terminal if the system is not set up for automatic booting. This prevents the system from dropping to the ROM monitor and thereby taking the system out of remote user control. If you modify your configuration file, the system prompts you to save the configuration. During a save operation, the system asks you if you want to proceed with the save if the CONFIG_FILE environment variable points to a startup configuration file that no longer exists. If you say “yes” in this situation, the system goes to setup mode upon reload. When you schedule a reload to occur at a later time, it must take place within approximately 24 days. The at keyword can only be used if the system clock has be set on the router (either through Network Time Protocol (NTP), the hardware calendar, or manually). The time is relative to the configured time zone on the router. To schedule reloads across several routers to occur simultaneously, the time on each router must be synchronized with NTP. To display information about a scheduled reload, use the show reload command. Cisco IOS Dial Technologies Command Reference DIA-684 November 2009 Dial Commands reload components Examples The following example reloads all components on a Cisco AS5800: Router# reload components all Related Commands Command show reload Description Displays the reload status on the router. Cisco IOS Dial Technologies Command Reference November 2009 DIA-685 Dial Commands resource resource To assign resources and supported call-types to a customer profile, use the resource command in customer profile configuration mode. To disable this function, use the no form of this command. resource name {digital | speech | v110 | v120} [service name] no resource name {digital | speech | v110 | v120} [service name] Syntax Description name digital Name for a group of physical resources inside the access server. This name can have up to 23 characters. Accepts digital calls. Specifies circuit-switched data calls that terminate on a HDLC framers (unlike asynchronous analog modem call that use start and stop bits). Accepts speech calls. Specifies normal voice calls, such as calls started by analog modems and standard telephones. Accepts V.110 calls. Accepts V.120 calls. By specifying this keyword, the access server begins counting the number of v120 software encapsulations occurring in the system. (Optional) Name for a service profile. This option is not supported for digital or V.120 calls. speech v110 v120 service name Command Default No resources are assigned to the customer profile by default. Command Modes Customer profile configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the resource customer profile configuration command to assign resources and supported call-types to a customer profile. This command specifies a group of physical resources to be used in answering an incoming call of a particular type for a particular customer profile. For example, calls started by analog modems are reciprocated with the speech keyword. Examples The following example shows a physical resource group called “modem1”. Forty-eight integrated modems are then assigned to modem1, which is linked to the customer profile called “customer1_isp”: resource-pool group resource modem1 range port 1/0 1/47 ! resource-pool profile customer customer1_isp resource modem1 speech Cisco IOS Dial Technologies Command Reference DIA-686 November 2009 Dial Commands resource Related Commands Command resource-pool profile customer Description Creates a customer profile. Cisco IOS Dial Technologies Command Reference November 2009 DIA-687 Dial Commands resource-pool resource-pool To enable or disable resource pool management, use the resource-pool command in global configuration mode. resource-pool {enable | disable} Syntax Description enable disable Enables resource pool management. Disables resource pool management. Command Default Resource management is disabled. Command Modes Global configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the resource-pool global configuration command to enable and disable the resource pool management feature. Examples The following example shows how to enable RPM: resource-pool enable Cisco IOS Dial Technologies Command Reference DIA-688 November 2009 Dial Commands resource-pool aaa accounting ppp resource-pool aaa accounting ppp To include enhanced start/stop resource manager records to authorization, authentication, and accounting (AAA) accounting, use the resource-pool aaa accounting ppp command in global configuration mode. To disable this feature, use the no form of this command. resource-pool aaa accounting ppp no resource-pool aaa accounting ppp Syntax Description This command has no arguments or keywords. Command Default Disabled. The default of the resource-pool enable command is to not enable these new accounting records. Command Modes Global configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the resource-pool aaa accounting ppp global configuration command to include enhanced start/stop resource manager records to AAA accounting. The resource-pool aaa accounting ppp command adds new resource pool management fields to the AAA accounting start/stop records. The new attributes in the start records are also in the stop records—in addition to those new attributes added exclusively for the stop records. If you have configured your regular AAA accounting, this command directs additional information from the resource manager into your accounting records. Note If you configure only this command and do not configure AAA accounting, nothing happens. The default functionality for the resource-pool enable command does not include this functionality. Cisco IOS Dial Technologies Command Reference November 2009 DIA-689 Dial Commands resource-pool aaa accounting ppp Table 25 shows the new fields that have been added to the start and stop records. Table 25 Start and Stop Resource Manager Records New Start Record Fields Call-type Customer-profile-name Customer-profile-active-sessions MLP-session-ID (multilink users) Resource-group-name Overflow-flag VPDN-tunnel-ID (VPDN users) VPDN-homegateway (VPDN users) VPDN-domain-name (VPDN users) VPDN-group-active-session (VPDN users) New Stop Record Fields ModemSpeed-receive ModemSpeed-transmit MLP-session-ID (multilink users) Caution This list of newly supported start and stop fields is not exhaustive. Cisco reserves the right to enhance this list of records at any time. Use the show accounting command to see the contents of each active session. Note Cisco recommends that you thoroughly understand how these new start/stop records affect your current accounting structure before you enter this command. Examples The following example shows the new AAA accounting start/stop records inserted into an existing AAA accounting infrastructure: resource-pool aaa accounting ppp Related Commands Command show accounting Description Allows display of the active accountable events on the network and helps collect information in the event of a data loss on the accounting server. Cisco IOS Dial Technologies Command Reference DIA-690 November 2009 Dial Commands resource-pool aaa protocol resource-pool aaa protocol To specify which protocol to use for resource management, use the resource-pool aaa protocol command in global configuration mode. To disable this feature and go to local, use the no form of this command. resource-pool aaa protocol {local | group name} no resource-pool aaa protocol Syntax Description local group name Local authorization. Use an external authorization, authentication, and accounting (AAA) server group. The Resource Pool Management Server (RPMS) is defined in a AAA server group. Command Default Default is set to local authorization. Command Modes Global configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the resource-pool aaa protocol global configuration command to specify which protocol to use for resource management. The AAA server group is most useful when you want to have multiple RPMSs configured as a fall-back mechanism. Examples The following example shows how to specify local authorization protocol: resource-pool aaa protocol local Cisco IOS Dial Technologies Command Reference November 2009 DIA-691 Dial Commands resource-pool call treatment resource-pool call treatment To set up the signal sent back to the telco switch in response to incoming calls, use the resource-pool call treatment command in global configuration mode. To disable this function, use the no form of this command. resource-pool call treatment {profile {busy | no-answer} | resource {busy | channel-not-available}} no resource-pool call treatment {profile {busy | no-answer} | resource {busy | channel-not-available}} Syntax Description profile busy no-answer resource Call treatment when profile authorization fails. Answers the call, then sends a busy signal when profile authorization or resource allocation fails. Does not answer the call when profile authorization fails. Call treatment when resource allocation fails. channel-not-available Sends channel not available (CNA) code when resource allocation fails. Command Default No answer for a customer profile; CNA for a resource. Command Modes Global configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the resource-pool call treatment global configuration command to set up the signal sent back to the telco switch in response to incoming calls. Examples The following example configures the device to answer the call and send a busy signal when profile authorization or resource allocation fails: resource-pool call treatment profile busy Cisco IOS Dial Technologies Command Reference DIA-692 November 2009 Dial Commands resource-pool call treatment discriminator resource-pool call treatment discriminator To modify the signal (ISDN cause code) sent to the switch when a discriminator rejects a call, enter the resource-pool call treatment discriminator command in global configuration mode. To disable this function, use the no form of this command. resource-pool call treatment discriminator {busy | no-answer | channel-not-available} no resource-pool call treatment discriminator {busy | no-answer | channel-not-available} Syntax Description busy no-answer Answers the call, then sends a busy signal when profile authorization or resource allocation fails. Does not answer the call when profile authorization fails. channel-not-available Sends channel not available (CNA) code when resource allocation fails. Command Default No answer for a customer profile; CNA for a resource. Command Modes Global configuration Command History Release 12.1(5)T Modification This command was introduced. Usage Guidelines Use the resource-pool call treatment discriminator global configuration command to set up the signal sent back to the telco switch in response to incoming calls. Examples Use the following command to answer the call, but send a busy signal to the switch when profile authorization or resource allocation fails: resource-pool call treatment discriminator busy Use the following command to prevent the call from being answered when profile authorization fails and the discriminator rejects a call: resource-pool call treatment discriminator no-answer Cisco IOS Dial Technologies Command Reference November 2009 DIA-693 Dial Commands resource-pool group resource resource-pool group resource To create a resource group for resource management, use the resource-pool group resource command in global configuration mode. To remove a resource group from the running configuration, use the no form of this command. resource-pool group resource name no resource-pool group resource name Syntax Description name Name for the group of physical resources inside the access server. This name can have up to 23 characters. Command Default No resource groups are set up. Command Modes Global configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the resource-pool group resource global configuration command to create a resource group for resource management. When calls come into the access server, they are allocated physical resources as specified within resource groups and customer profiles. See the range command for more information. If some physical resources are not included in any resource groups, then these remaining resources are not used and are considered to be part of the default resource group. These resources can be used in certain cases to answer calls before profile allocation occurs, but the resources are not used other than in the connection phase. Note For standalone network access server environments, configure resource groups before using them in customer profiles. For external RPMS environments, configure resource groups on the network access server before defining them on external RPMS servers. When enabling RPM for SS7 signaling, like resources in the network access server (NAS) must be in a single group: • • • • All modems must be in one group. All High-Level Data Link Control (HDLC) controllers must be in a different group. All V.110 ASICs must be put into another group. All V.120 resources must be in a separate group. Cisco IOS Dial Technologies Command Reference DIA-694 November 2009 Dial Commands resource-pool group resource All resource group types must have the same number of resources and that number must equal the number of interface channels available from the public network switch. This grouping scheme prevents the CNA signal from being sent to the signaling point. For SS7 signaling, Microcom and MICA technologies modems must be in the same group. If SS7 signaling is not used, Cisco recommends assigning Microcom and MICA modems to separate groups to avoid introducing errors in RPM statistics. Examples The following example shows the configuration options within a resource group: Router(config)# resource-pool group resource modem1 ? Resource Group Configuration Commands: default Set a command to its defaults exit Exit from resource-manager configuration mode help Description of the interactive help system no Negate a command or set its defaults range Configure range for resource Router(config-resource)# range ? limit Configure the maximum limit port Configure the resource ports Router(config-resource)# range limit ? <1-192> Maximum number of connections allowed Router(config-resource)# range port ? <0-246> First Modem TTY Number x/y Slot/Port for Internal Modems Related Commands Command range Description Associates a range of modems or other physical resources with a resource group. Cisco IOS Dial Technologies Command Reference November 2009 DIA-695 Dial Commands resource-pool profile customer resource-pool profile customer To create a customer profile and to enter customer profile configuration mode, use the resource-pool profile customer command in global configuration mode. To delete a customer profile from the running configuration, use the no form of this command. resource-pool profile customer name no resource-pool profile customer name Syntax Description name Customer profile name. This name can have up to 23 characters. Command Default No customer profiles are set up. Command Modes Global configuration Command History Release 12.0(4)XI 12.0(5)T Modification This command was introduced. Support for this command was integerated into Cisco IOS Release 12.0(5)T. Usage Guidelines Use the resource-pool profile customer command to create a customer profile and enter customer profile configuration mode. VPDN groups can be associated with a customer profile by issuing the vpdn group command in customer profile configuration mode. A VPDN profile can be associated with a customer profile by issuing the vpdn profile command in customer profile configuration mode. VPDN session limits for the VPDN groups associated with a customer profile can be configured in customer profile configuration mode using the limit base-size command. Examples The following example shows how to create two VPDN groups, configure the VPDN groups under a VPDN profile named profile1, then associate the VPDN profile with a customer profile named customer12: Router(config)# vpdn-group 1 Router(config-vpdn)# ! Router(config)# vpdn-group 2 Router(config-vpdn)# ! Router(config)# resource-pool profile vpdn profile1 Router(config-vpdn-profile)# vpdn group 1 Router(config-vpdn-profile)# vpdn group 2 ! Cisco IOS Dial Technologies Command Reference DIA-696 November 2009 Dial Commands resource-pool profile customer Router(config)# resource-pool profile customer customer12 Router(config-vpdn-customer)# vpdn profile profile1 Related Commands Command dnis group limit base-size limit overflow-size resource resource-pool group resource vpdn group vpdn-group vpdn profile Description Includes a group of DNIS numbers in a customer profile. Defines the base number of simultaneous connections that can be done in a single customer or VPDN profile. Defines the number of overflow calls granted to one customer or VPDN profile. Assigns resources and supported call types to a customer profile. Creates a resource group for resource management. Associates a VPDN group with a customer or VPDN profile. Creates a VPDN group and enters VPDN group configuration mode. Associates a VPDN profile with a customer profile. Cisco IOS Dial Technologies Command Reference November 2009 DIA-697 Dial Commands resource-pool profile discriminator resource-pool profile discriminator To create a call discrimination profile and assign it a name, use the resource-pool profile discriminator command in global configuration mode. To remove a call discrimination profile from the running configuration, use the no form of this command. resource-pool profile discriminator name no resource-pool profile discriminator name Syntax Description name Name of the call discrimination profile created. This name can have up to 23 characters. You can add a calling line ID (CLID) or DNIS group to the discriminator profile created. Command Default No default behavior or values. Command Modes Global configuration Command History Release 12.0(4)XI 12.1(5)T Modification This command was introduced. This command was enhanced to add CLID groups and dialed number identification service (DNIS) groups to a discriminator. Usage Guidelines Discriminator profiles enable you to process calls differently based on the call type and DNIS or CLID combination. Use the resource-pool profile discriminator command to create a call discrimination profile, and then use the clid group command to add a CLID group to a discriminator. To create a call discrimination profile, you must specify both the call type and CLID group. Once a CLID group is associated with a call type in a discriminator, it cannot be used in any other discriminator. Examples The following example shows a call discriminator named clid1 created and configured to block digital calls from the CLID group named clid3: resource-pool profile discriminator clid1 call-type digital clid group clid3 Related Commands Command clid group dnis group Description Configures a CLID group in a discriminator. Configures a DNIS group in a discriminator. Cisco IOS Dial Technologies Command Reference DIA-698 November 2009 Dial Commands resource-pool profile service resource-pool profile service To set up the service profile configuration, use the resource-pool profile service command in global configuration mode. To disable this function, use the no form of this command. resource-pool profile service name no resource-pool profile service name Syntax Description name Service profile name. This name can have up to 23 characters. Command Default No service profiles are set up. Command Modes Global configuration Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the resource-pool profile service global configuration command to set up the service profile configuration. Examples The following example shows the creation of a service profile called user1: resource-pool profile service user1 Cisco IOS Dial Technologies Command Reference November 2009 DIA-699 Dial Commands resource-pool profile vpdn resource-pool profile vpdn To create a virtual private dialup network (VPDN) profile and to enter VPDN profile configuration mode, use the resource-pool profile vpdn command in global configuration mode. To disable this function, use the no form of this command. resource-pool profile vpdn name no resource-pool profile vpdn name Syntax Description name VPDN profile name. Command Default No VPDN profiles are set up. Command Modes Global configuration Command History Release 12.0(4)XI 12.0(5)T Modification This command was introduced. Support for this command was integerated into Cisco IOS Release 12.0(5)T. Usage Guidelines Use the resource-pool profile vpdn command to create a VPDN profile and enter VPDN profile configuration mode, or to enter VPDN profile configuration mode for a VPDN profile that already exists. VPDN groups can be associated with a VPDN profile using the vpdn group command in VPDN profile configuration mode. A VPDN profile will count VPDN sessions across all associated VPDN groups. VPDN session limits for the VPDN groups associated with a VPDN profile can be configured in VPDN profile configuration mode using the limit base-size command. Examples The following example createss the VPDN groups named l2tp and l2f, and associates both VPDN groups with the VPDN profile named profile32: Router(config)# vpdn-group l2tp Router(config-vpdn)# ! Router(config)# vpdn-group l2f Router(config-vpdn)# ! Router(config)# resource-pool profile vpdn profile32 Router(config-vpdn-profile)# vpdn group l2tp Router(config-vpdn-profile)# vpdn group l2f Cisco IOS Dial Technologies Command Reference DIA-700 November 2009 Dial Commands resource-pool profile vpdn Related Commands Command limit base-size limit overflow-size vpdn group vpdn-group vpdn profile Description Defines the base number of simultaneous connections that can be done in a single customer or VPDN profile. Defines the number of overflow calls granted to one customer or VPDN profile. Associates a VPDN group with a customer or VPDN profile. Creates a VPDN group and enters VPDN group configuration mode. Associates a VPDN profile with a customer profile. Cisco IOS Dial Technologies Command Reference November 2009 DIA-701 Dial Commands retry keepalive retry keepalive To enable Redundant Link Manager (RLM) keepalive retries, use the retry keepalive command in RLM configuration mode. To disable this function, use the no form of this command. retry keepalive number-of-times no retry keepalive number-of-times Syntax Description number-of-times Number of keepalive failures allowed before the link is declared down, from 1 to 100. Command Default Default retries is 3. Command Modes RLM configuration Command History Release 11.3(7) Modification This command was introduced. Usage Guidelines RLM allows keepalive failures in consecutive certain amounts of time configured using the command line interface (CLI) before it declares the link is down. Examples The following example sets RLM keepalive retries to 88: retry keepalive 88 Related Commands Command clear interface virtual-access clear rlm group interface link (RLM) protocol rlm port server (RLM) show rlm group status show rlm group timer Description Resets the hardware logic on an interface. Clears all RLM group time stamps to zero. Defines the IP addresses of the server, configures an interface type, and enters interface configuration mode. Specifies the link preference. Reconfigures the port number for the basic RLM connection for the whole rlm-group. Defines the IP addresses of the server. Displays the status of the RLM group. Displays the current RLM group timer values. show rlm group statistics Displays the network latency of the RLM group. Cisco IOS Dial Technologies Command Reference DIA-702 November 2009 Dial Commands retry keepalive Command shutdown (RLM) timer Description Shuts down all of the links under the RLM group. Overwrites the default setting of timeout values. Cisco IOS Dial Technologies Command Reference November 2009 DIA-703 Dial Commands rotary rotary To define a group of lines consisting of one or more virtual terminal lines or one auxiliary port line, use the rotary command in line configuration mode. To remove a group of lines from a rotary group, use the no form of this command. rotary group [queued [by-role]] [round-robin] no rotary group [queued [by-role]] [round-robin] Syntax Description group queued by-role round-robin Rotary group number. (Optional) Specifies queueing a connection request to a rotary group. (Optional) Enables priority users to move to the head of the queue. (Optional) Selects a round-robin port selection algorithm instead of the default linear port selection algorithm. Command Default No group of lines is defined. Command Modes Line configuration Command History Release 10.0 12.1(1)T 12.1(2)T 12.2(15)T Modification This command was introduced. The queued keyword was added. The round-robin keyword was added. The by-role keyword was added. Usage Guidelines Connections to a rotary group can take advantage of the following features: • Clear To Send (CTS)—If a line in a rotary group is configured to require CTS, the Cisco IOS software ignores that line when CTS from the attached device is low. This feature enables the software to avoid inactive host ports automatically. To enable this feature, use the modem bad line configuration command. EIA/TIA-232 handshaking—Rotary groups are often associated with large terminal switches that require an EIA/TIA-232 handshake before forming a connection. In this case, use the modem callout line configuration command to configure the lines in the group. If the EIA/TIA-232 handshake fails on a line, the Cisco IOS software steps to the next free line in the rotary group and restarts the negotiation. Access control—You can use access lists for groups of virtual terminal lines. Session timeout—Use the session-timeout line configuration command to set an interval for a line so that if no activity occurs on a remotely initiated connection for that interval, the Cisco IOS software closes the connection. The software assumes that the host has crashed or is otherwise inaccessible. • • • Cisco IOS Dial Technologies Command Reference DIA-704 November 2009 Dial Commands rotary Typically, rotary groups are used on devices with multiple modem connections to allow connection to the next free line in a hunt group. In the event that there are no free asynchronous ports, the queued keyword enables outgoing connection requests to be queued until a port becomes available. Periodic messages are sent to users to update them on the status of their connection request. For a nonqueued connection request, the remote host must specify a particular TCP port on the router to connect to a rotary group with connections to an individual line. The available services are the same, but the TCP port numbers are different. Table 26 lists the services and port numbers for both rotary groups and individual lines. Table 26 Services and Port Numbers for Rotary Groups and Lines Services Provided Telnet protocol Raw TCP protocol (no Telnet protocol) Telnet protocol, binary mode XRemote protocol Base TCP Port for Rotaries 3000 5000 7000 10000 Base TCP Port for Individual Lines 2000 4000 6000 9000 For example, if Telnet protocols are required, the remote host connects to the TCP port numbered 3000 (decimal) plus the rotary group number. If the rotary group identifier is 13, the corresponding TCP port is 3013. If a raw TCP stream is required, the port is 5000 (decimal) plus the rotary group number. If rotary group 5 includes a raw TCP (printer) line, the user connects to port 5005 and is connected to one of the raw printers in the group. If Telnet binary mode is required, the port is 7000 (decimal) plus the rotary group number. The by-role keyword enables priority users to bypass the queue and access the first available line. Note Priority users must have the privilege level of administrator(PRIV_ROOT) to take advantage of this option. The round-robin selection algorithm enabled by the round-robin keyword improves the utilization of tty ports. When looking for the next available port, the default linear hunting algorithm will not roll over to the next port if the first port it finds is bad. This failure to roll over to the next port results in an inequitable utilization of the tty ports on a router. The round-robin hunting algorithm will roll over bad ports instead of retrying them. Note The round-robin option must be configured for all the lines in a rotary group. Examples The following example establishes a rotary group consisting of virtual terminal lines 2 through 4 and defines a password on those lines. By using Telnet to connect to TCP port 3001, the user gets the next free line in the rotary group. The user need not remember the range of line numbers associated with the password. line vty 2 4 rotary 1 Cisco IOS Dial Technologies Command Reference November 2009 DIA-705 Dial Commands rotary password letmein login The following example enables asynchronous rotary line queueing: line 1 2 rotary 1 queued The following example enables asynchronous rotary line queueing using the round-robin algorithm: line 1 2 rotary 1 queued round-robin Related Commands Command login (line) modem bad modem callout modem dialin session-timeout Description Enables password checking at login and defines the method (local or TACACS+). Removes an integrated modem from service and indicates it as suspect or proven to be inoperable. Configures a line for reverse connections. Configures a line to enable a modem attached to the router to accept incoming calls only. Sets the interval for closing the connection when there is no input or output traffic. Cisco IOS Dial Technologies Command Reference DIA-706 November 2009 Dial Commands rotary-group rotary-group To assign a request-dialout virtual private dialup network (VPDN) subgroup to a dialer rotary group, use the rotary-group command in request-dialout configuration mode. To remove the request-dialout VPDN subgroup from the dialer rotary group, use the no form of this command. rotary-group group-number no rotary-group [group-number] Syntax Description group-number The dialer rotary group that this VPDN group belongs to. Command Default Disabled Command Modes Request-dialout configuration Command History Release 12.0(5)T Modification This command was introduced. Usage Guidelines If the dialer pool or dialer rotary group that the VPDN group is in contains physical interfaces, the physical interfaces will be used before the VPDN group. You must first enable the protocol l2tp command on the request-dialout VPDN subgroup before you can enable the rotary-group command. Removing the protocol l2tp command will remove the rotary-group command from the request-dialout subgroup. You can only configure one dialer profile pool (using the pool-member command) or dialer rotary group (using the rotary-group command). If you attempt to configure a second dialer resource, you will replace the first dialer resource in the configuration. Examples The following example configures VPDN group 1 to request Layer 2 Tunnel Protocol (L2TP) dial-out to IP address 172.16.4.6 using dialer profile pool 1 and identifying itself using the local name router32. vpdn-group 1 request-dialout protocol l2tp rotary-group 1 initiate-to ip 172.16.4.6 local name router32 Cisco IOS Dial Technologies Command Reference November 2009 DIA-707 Dial Commands rotary-group Related Commands Command initiate-to pool-member protocol (VPDN) request-dialout Description Specifies the IP address that will be tunneled to. Assigns a request-dialout VPDN subgroup to a dialer pool. Specifies the L2TP that the VPDN subgroup will use. Enables an LNS to request VPDN dial-out calls by using L2TP. Cisco IOS Dial Technologies Command Reference DIA-708 November 2009 Dial Commands script activation script activation To specify that a chat script start on a physical terminal line any time the line is activated, use the script activation command in line configuration mode. To disable this feature, use the no form of this command. script activation regular-expression no script activation Syntax Description regular-expression Regular expression that specifies the set of modem scripts that might be executed. The first script name that matches the regular-expression argument will be used. Command Default Not assigned to terminal lines Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command provides an asynchronous handshake to a user or device that activates the line. It can be activated by several events, such as a user issuing a carriage return on a vacant line, by a modem on the line sensing an incoming carrier, or an asynchronous device (such as another router) sending data. Each time an EXEC session is started on a line, the system checks to see if a script activation command is configured on the line. If so, and the regular-expression argument (a regular expression) matches an existing chat script name, the matched script is run on the line. For information about regular expressions, see the appendix “Regular Expressions” in the Cisco IOS Dial Technologies Configuration Guide. The script activation command can mimic a login handshake of another system. For example, a system that dials into a line on a router and expects an IBM mainframe login handshake can be satisfied with an appropriate activation script. This command also can send strings to asynchronous devices that are connecting or dialing into a router. The script activation command functions only on physical terminal (tty) lines. It does not function on virtual terminal lines. Examples The following example specifies that the chat script with a name that includes “telebit” will be activated whenever line 4 is activated: line 4 script activation telebit Cisco IOS Dial Technologies Command Reference November 2009 DIA-709 Dial Commands script activation Related Commands Command chat-script dialer map script connection script dialer script reset script startup start-chat Description Places calls over a modem and logs in to remote systems. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies that a chat script start on a physical terminal line when a remote network connection is made to a line. Specifies a default modem chat script. Specifies that a chat script start on a physical terminal line when the specified line is reset. Specifies that a chat script start on a physical terminal line when the router is powered up. Specifies that a chat script start on a specified line at any point. Cisco IOS Dial Technologies Command Reference DIA-710 November 2009 Dial Commands script arap-callback script arap-callback To specify that a chat script start on a line any time an AppleTalk Remote Access (ARA) client requests a callback, use the script arap-callback command in line configuration mode. To disable this feature, use the no form of this command. script arap-callback regular-expression no script arap-callback Syntax Description regular-expression Regular expression that specifies the set of modem scripts that might be executed. The first script name that matches the regular-expression argument is used. Command Default Not assigned to terminal lines Command Modes Line configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command specifies that if an originating ARA client requests callback, the device will be disconnected and the chat script defined by the regular-expression argument will be executed to call back the client. The first available line specified for callback, and for which a chat script has been applied, will be used for the callback. Create a chat script using the chat script command. The script arap-callback command functions only on physical terminal (tty) lines. It does not function on virtual terminal lines. Examples The following example specifies that a chat script with a name that includes usr4 will be activated whenever a client requests a callback on line 4: line 4 script arap-callback usr4 Related Commands Command chat-script script activation script callback script connection Description Places calls over a modem and logs in to remote systems. Specifies that a chat script start on a physical terminal line when the line is activated. Specifies that a chat script start on a line when a client requests a callback. Specifies that a chat script start on a physical terminal line when a remote network connection is made to a line. Cisco IOS Dial Technologies Command Reference November 2009 DIA-711 Dial Commands script arap-callback Command script dialer script reset script startup chat-script Description Specifies a default modem chat script. Specifies that a chat script start on a physical terminal line when the specified line is reset. Specifies that a chat script start on a physical terminal line when the router is powered up. Places calls over a modem and logs in to remote systems. Cisco IOS Dial Technologies Command Reference DIA-712 November 2009 Dial Commands script callback script callback To specify that a chat script start on a line any time a client requests a callback, use the script callback command in line configuration mode. To disable this feature, use the no form of this command. script callback regular-expression no script callback Syntax Description regular-expression Regular expression that specifies the set of modem scripts that might be executed. The first script name that matches the regular-expression argument is used. Command Default Not assigned to terminal lines Command Modes Line configuration Command History Release 11.1 Modification This command was introduced. Usage Guidelines This command specifies that if an originating client requests callback, the device will be disconnected and the chat script defined by the regular-expression argument will be executed to call back the client. The first available line specified for callback, and for which a chat script has been applied, will be used for the callback. Regular expression characters and strings are described in the appendix “Regular Expressions” at the end of the Cisco IOS Dial Technologies Configuration Guide. Create a chat script using the chat script command. The script callback command functions only on physical terminal (tty) lines. It does not function on virtual terminal lines. Examples The following example specifies that the chat script with a name that includes supra4 will be activated whenever a client requests a callback on line 4: line 4 script callback supra4 Related Commands Command chat-script script activation script connection Description Places calls over a modem and logs in to remote systems. Specifies that a chat script start on a physical terminal line when the line is activated. Specifies that a chat script start on a physical terminal line when a remote network connection is made to a line. Cisco IOS Dial Technologies Command Reference November 2009 DIA-713 Dial Commands script callback Command script dialer script reset script startup start-chat Description Specifies a default modem chat script. Specifies that a chat script start on a physical terminal line when the specified line is reset. Specifies that a chat script start on a physical terminal line when the router is powered up. Specifies that a chat script start on a specified line at any point. Cisco IOS Dial Technologies Command Reference DIA-714 November 2009 Dial Commands show caller show caller To display caller information, use the show caller command in user EXEC or privileged EXEC mode. show caller [[[interface interface-type interface-number | line {number [end-number] | line-modem-options}] [full | timeouts]] | [summary | user name [detailed | full]]] Syntax Description interface (Optional) Displays a summary of caller information for the specified interface. • interface-type—Interface type for which to display caller information. Valid values for the interface-type argument are as follows: – async—Async interface. – dialer—Dialer interface. – serial—Serial interface. • interface-number—Number of the interface for which caller information will be displayed. Valid values for the interface-number argument vary depending on the interface type and platform. line (Optional) Displays a summary of caller information for the specified line(s) or by line or modem options. • number [end-number]—Line number for which caller information will be displayed. Specifying a value for the optional end-number argument results in caller information being displayed for a range of line numbers. Valid values for the number [end-number] arguments vary depending on the platform. line-modem-options—Type of line or modem option for which caller information will be displayed. Valid values for the line-modem-options argument are as follows: – aux line-number—Auxiliary line. – console line-number—Primary terminal line. – tty line-number—Terminal controller. – v110—V.110 modem. – vty line-number—Virtual terminal line. – x/y—Internal modem slot/port number. • full (Optional) Provides expanded caller information and displays the total number of input and output packets on the virtual-access interface associated with a particular session. (Optional) Displays session and idle limits and disconnect time. (Optional) Displays total users logged, total ISDN users, total analog users, and total external signaling analog and digital calls since the last reload command was entered. (Optional) Displays a summary of caller information for the specified username. detailed—(Optional) Provides expanded information about the username. timeouts summary user name Cisco IOS Dial Technologies Command Reference November 2009 DIA-715 Dial Commands show caller Command Modes User EXEC (>) Privileged EXEC (#)) Command History Release 11.3(5)AA 12.1(3)T 12.3(6) Cisco IOS XE Release 2.4 15.0(1)M Modification This command was introduced. This command was modified. The summary keyword was added. This command was modified to display information about external signaling calls. This command was integrated into Cisco IOS XE Release 2.4. This command was modified for the full keyword to display details on virtual-access interface and the virtual call details for users associated with the virtual-access interface. Usage Guidelines The show caller command is used to: • • • Display individual users and consumed resources on the network access server (NAS). Inspect active call statistics for large pools of connections. (Debugging commands produce too much output and tax the CPU too heavily.) Display the absolute and idle times for each user. The current values for both of these settings are displayed on the TTY line and the asynchronous interface. Users that have been idle for unacceptably long periods of time can be easily identified. By using this information, you can define timeout policies and multiple grades of services for different users. In Multilink PPP (MLP) calls, if the MLP bundle is created on the remote home gateway, the total of unique users displayed by the show caller summary command is the same as the number of active B-channel calls. This is because the gateway does not know about the MLP bundle created on the other side. • You can configure output modifiers for each option type of the show caller command. The output is self-explanatory. Examples The following example shows the caller information: Router# show caller Line con 0 BR0:1 Vi1 User hatteras hatteras Service Active TTY 00:08:21 PPP 00:00:14 PPP Bundle 00:00:13 The following example displays expanded information about the username. The output is self-explanatory. Router# show caller user user_01@domain_3 detailed User: user_01@domain_3, line Vi2.1, service PPPoE Connected for 01:24:59 Timeouts: Limit Remaining Timer Type PPP: LCP Open, CHAP (<-), IPCP Cisco IOS Dial Technologies Command Reference DIA-716 November 2009 Dial Commands show caller NCP: Open IPCP Vi2.1 LCP: [Open] Our Negotiated Options Vi2.1 LCP: MRU 1492 (0x010405D4) Vi2.1 LCP: AuthProto CHAP (0x0305C22305) Vi2.1 LCP: MagicNumber 0x21F4CD31 (0x050621F4CD31) Peer's Negotiated Options Vi2.1 LCP: MRU 1492 (0x010405D4) Vi2.1 LCP: MagicNumber 0x4A51A20E (0x05064A51A20E) Vi2.1 IPCP: [Open] Our Negotiated Options Vi2.1 IPCP: Address 10.0.0.1 (0x03060A000001) Peer's Negotiated Options Vi2.1 IPCP: Address 12.0.0.1 (0x03060C000001) IP: Local 10.0.0.1, remote 12.0.0.1 Counts: 1006 packets input, 72112 bytes 2007 packets output, 168115 bytes The following examples display details on virtual-access interface and the virtual call details for users associated with the virtual-access interface. The example also displays the total number of input and output packets on the virtual-access interface associated with a particular session. The output is self-explanatory. Router# show caller user user_01@domain_3 full User: user_01@domain_3, line Vi2.1, service PPPoE Connected for 01:25:05 Timeouts: Limit Remaining Timer Type PPPoE Bound to ATM2/0/0.1 VCD: 4942, VPI: 42, VCI: 117 121 packets input, 7173 bytes 129 packets output, 12076 bytes VCD: 4942 VBR-NRT, PeakRate: 1184, Average Rate: 1184, Burst Cells: 1 VCD: 4942 AAL5-LLC/SNAP, etype:0x0, Flags: 0x10000020, VCmode: 0x0 VCD: 4942 OAM frequency: 0 second(s) VCD: 4942 InARP frequency: 15 minutes(s) VCD: 4942 High Watermark: 512, Low Watermark: 256 VCD: 4942 InPkts: 116, OutPkts: 124, InBytes: 10887, OutBytes: 16004 VCD: 4942 InPRoc: 23, OutPRoc: 2, Broadcasts: 0 VCD: 4942 InFast: 0, OutFast: 0 VCD: 4942 InPktDrops: 0, OutPktDrops: 0 VCD: 4942 Out CLP=1 Pkts: 0 VCD: 4942 OAM cells received: 0 VCD: 4942 OAM cells sent: 0 VCD: 4942 Status: UPs Router# show caller user user_01@domain_3 User: user_01@domain_3, line Vi2.1, service PPPoE Connected for 01:25:08 Timeouts: Limit Remaining Timer Type PPP: LCP Open, CHAP (<-), IPCP IP: Local 10.0.0.1, remote 12.0.0.1 Counts: 1006 packets input, 72112 bytes 2007 packets output, 168115 bytes Each display from the show caller command is self-explanatory. See the “Usage Guidelines” section for more information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-717 Dial Commands script connection script connection To specify that a chat script will start on a physical terminal line any time a remote network connection is made to a line, use the script connection command in line configuration mode. To disable this feature, use the no form of this command. script connection regular-expression no script connection Syntax Description regular-expression Set of modem scripts that can be executed. The first script name that matches the regular-expression argument will be used. Command Default Not assigned to terminal lines Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command provides modem dialing commands and commands for logging onto remote systems. The script connection command functions only on physical terminal (tty) lines. It does not function on virtual terminal lines. This command can be used to initialize an asynchronous device sitting on a line to which a reverse network connection is made. For information about regular expressions, see the appendix “Regular Expressions” in the Cisco IOS Dial Technologies Configuration Guide. Examples The following example specifies that the chat script with a name that includes “inband” will be activated whenever a remote connection to line 4 is established. The router can send a login string and password to the UNIX server when a network tunneling connection comes into line 4: line 4 script connection inband Cisco IOS Dial Technologies Command Reference DIA-718 November 2009 Dial Commands script connection Using this example and the topology in Figure 2, the access server or router can send a login string and password to the UNIX server when a network tunneling connection comes into line 4. Figure 2 Network Tunneling Connection on an Asynchronous Line Line 1 Line 2 Line 3 Line 4 UNIX server S3138 Related Commands Command chat-script dialer map script activation script dialer script reset script startup start-chat Description Places calls over a modem and logs in to remote systems. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies that a chat script start on a physical terminal line when the line is activated. Specifies a default modem chat script. Specifies that a chat script start on a physical terminal line when the specified line is reset. Specifies that a chat script start on a physical terminal line when the router is powered up. Specifies that a chat script start on a specified line at any point. Cisco IOS Dial Technologies Command Reference November 2009 DIA-719 Dial Commands script dialer script dialer To specify a default modem chat script, use the script dialer command in line configuration mode. To disable this feature, use the no form of this command. script dialer regular-expression no script dialer Syntax Description regular-expression Set of modem scripts that can be executed. The first script that matches the regular-expression argument will be used. Command Default No chat script is defined. Command Modes Line configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines This command is used by DDR modules to provide modem dialing commands and commands to log in to remote systems. The regular-expression argument is used to specify the name of the modem script that is to be executed. The first script that matches the argument in this command and the dialer map command will be used. For information about regular expressions, see the appendix “Regular Expressions” in the Cisco IOS Dial Technologies Configuration Guide. If you adhere to the naming convention recommended for chat scripts (see the chat-script command), the modem lines (the regular-expression argument in the script dialer command) will be set to one of the following regular expressions to match patterns, depending on the kind of modem you have: • • • • codex-.* telebit-.* usr-.* xyz-.* In the dialer map command, you can specify the modulation but leave the type of modem unspecified, as in .*-v32bis. Examples The following example shows line chat scripts being specified for lines connected to Telebit and US Robotics modems: ! Some lines have telebit modems line 1 6 script dialer telebit.* Cisco IOS Dial Technologies Command Reference DIA-720 November 2009 Dial Commands script dialer ! ! Some lines have US robotics modems line 7 12 script dialer usr.* Related Commands Command chat-script dialer map script activation script connection script reset script startup start-chat Description Places calls over a modem and logs in to remote systems. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies that a chat script start on a physical terminal line when the line is activated. Specifies that a chat script start on a physical terminal line when a remote network connection is made to a line. Specifies that a chat script start on a physical terminal line when the specified line is reset. Specifies that a chat script start on a physical terminal line when the router is powered up. Specifies that a chat script start on a specified line at any point. Cisco IOS Dial Technologies Command Reference November 2009 DIA-721 Dial Commands script reset script reset To specify that a chat script will start on a physical terminal line any time the specified line is reset, use the script reset command in line configuration mode. To disable this feature, use the no form of this command. script reset regular-expression no script reset Syntax Description regular-expression Set of modem scripts that might be executed. The first script name that matches the regular-expression argument will be used. Command Default Not assigned to terminal lines. Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines Chat scripts provide modem dialing commands and commands for logging onto remote systems. Use this command to reset a modem attached to a line every time a call is dropped. The script reset command functions only on physical terminal (tty) lines. It does not function on virtual terminal lines. For information about regular expressions, see the appendix “Regular Expressions” in the Cisco IOS Dial Technologies Configuration Guide. Examples The following example specifies that any chat script name with the word “linebackup” in it will be activated any time line 7 is reset: line 7 script reset linebackup The following example resets a modem sitting on a line each time a call is dropped: chat-script drop-line ""+++"" " " ATH OK "ATS0=1" OK "ATS9=21" line 4 script reset drop-line Cisco IOS Dial Technologies Command Reference DIA-722 November 2009 Dial Commands script reset Related Commands Command chat-script dialer map script activation script connection script dialer script startup start-chat Description Places calls over a modem and logs in to remote systems. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies that a chat script start on a physical terminal line when the line is activated. Specifies that a chat script start on a physical terminal line when a remote network connection is made to a line. Specifies a default modem chat script. Specifies that a chat script start on a physical terminal line when the router is powered up. Specifies that a chat script start on a specified line at any point. Cisco IOS Dial Technologies Command Reference November 2009 DIA-723 Dial Commands script startup script startup To specify that a chat script will start on a physical terminal line any time the router is powered up, use the script startup command in line configuration mode. To disable this feature, use the no form of this command. script startup regular-expression no script startup Syntax Description regular-expression Set of modem scripts that might be executed. The first script that matches the regular-expression argument will be used. Command Default Not assigned to terminal lines Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines Use this command to initialize asynchronous devices connected to a line when the router is started up or reloaded. You can also use it to start up a banner other than the default banner on lines. The script startup command functions only on physical terminal (tty) lines. It does not function on virtual terminal lines. For information about regular expressions, see the appendix “Regular Expressions” in the Cisco IOS Dial Technologies Configuration Guide. Examples The following example specifies that a chat script with the word “linestart” in its name will be activated whenever line 5 is started up: line 5 script startup linestart Related Commands Command chat-script dialer map script activation script connection Description Places calls over a modem and logs in to remote systems. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies that a chat script start on a physical terminal line when the line is activated. Specifies that a chat script start on a physical terminal line when a remote network connection is made to a line. Cisco IOS Dial Technologies Command Reference DIA-724 November 2009 Dial Commands script startup Command script dialer script reset start-chat Description Specifies a default modem chat script. Specifies that a chat script start on a physical terminal line when the specified line is reset. Specifies that a chat script start on a specified line at any point. Cisco IOS Dial Technologies Command Reference November 2009 DIA-725 Dial Commands set ip next-hop dynamic dhcp set ip next-hop dynamic dhcp To set the next hop to the gateway that was most recently learned by the Dynamic Host Configuration Protocol (DHCP) client, use the set ip next-hop dynamic dhcp command in route-map configuration mode. To restore the default setting, use the no form of this command. set ip next-hop dynamic dhcp no set ip next-hop dynamic dhcp Syntax Description This command has no arguments or keywords. Command Default This command is disabled by default. Command Modes Route-map configuration (config-router) Command History Release 12.3(2)XE 12.3(8)T 12.2(28)SB 12.2(33)SXH 12.2(33)SRE 15.0(1)M Modification This command was introduced. This command was integrated into Cisco IOS Release 12.3(8)T. This command was integrated into Cisco IOS Release 12.2(28)SB. This command was integrated into Cisco IOS Release 12.2(33)SXH. This command was integrated into Cisco IOS Release 12.2(33)SRE. This command was integrated into Cisco IOS Release 15.0(1)M. Usage Guidelines The set ip next-hop dynamic dhcp command supports only a single DHCP interface. If multiple interfaces have DHCP configured, the gateway that was most recently learned among all interfaces running DHCP will be used by the route map. Examples The following example shows how to configure a local routing policy that sets the next hop to the gateway that was most recently learned by the DHCP client: access list 101 permit icmp any host 172.16.23.7 echo route map MY-LOCAL-POLICY permit 10 match ip address 101 set ip next-hop dynamic dhcp ! ip local policy route-map MY-LOCAL-POLICY Related Commands Command access list (IP extended) Description Defines an extended IP access list. Cisco IOS Dial Technologies Command Reference DIA-726 November 2009 Dial Commands sgbp dial-bids sgbp dial-bids To allow the stack group to bid for dialout connection, use the sgbp dial-bids command in global configuration mode. To disable this function, use the no form of this command. sgbp dial-bids no sgbp dial-bids Syntax Description This command has no arguments or keywords. Command Default The stack group bid function is disabled by default. Command Modes Global configuration Command History Release 12.0(3)T Modification This command was introduced. Examples The following example shows how to configure a stack group for large-scale dialout: sgbp group forever sgbp member NAS2 172.21.17.17 sgbp dial-bids Related Commands Command dialer congestion-threshold dialer reserved-links sgbp group sgbp member Description Specifies congestion threshold in connected links. Reserves links for dialin and dialout. Defines a named stack group and makes this router a member of that stack group. Specifies the hostname and IP address of a router or access server that is a peer member of a stack group. Cisco IOS Dial Technologies Command Reference November 2009 DIA-727 Dial Commands sgbp group sgbp group To define a named stack group and make this router a member of that stack group, use the sgbp group command in global configuration mode. To remove the definition, use the no form of this command. sgbp group name no sgbp group Syntax Description name Name of the stack group the system belongs to. Command Default Disabled. No stack group name is provided. Command Modes Global configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines Define the same stack group name across all the stack members. Examples The following example makes this system a member of the stack group named “stackq”: sgbp group stackq Related Commands Command sgbp member sgbp seed-bid Description Specifies the host name and IP address of a router or access server that is a peer member of a stack group. Sets the bidding level that a stack group member can be used to bid for a bundle. Cisco IOS Dial Technologies Command Reference DIA-728 November 2009 Dial Commands sgbp member sgbp member To specify the host name and IP address of a router or access server that is a peer member of a stack group, use the sgbp member command in global configuration mode. To remove the member association, use the no form of this command. sgbp member peer-name [peer-ip-address] no sgbp member peer-name Syntax Description peer-name peer-ip-address Host name of the peer member. (Optional) IP address of the peer member. If the domain name system (DNS) can perform a lookup on the peer-name value, the IP address is not required. Otherwise, it must be specified. Command Default Disabled. When enabled, names and IP addresses of peer routers or access servers in the stack group are not provided. Command Modes Global configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines Use this command to specify the names of peer hosts (other hosts, not the one being configured) in the specified stack group after you have entered the sgbp dial-bids command. Examples The following example configures the current router to recognize the three routers (west, east, and south) as peer members of the stack group named “mystackgroup”: sgbp sgbp sgbp sgbp group mystackgroup member west 10.69.5.2 member east 172.16.6.3 member south 192.168.15.4 Related Commands Command sgbp dial-bids sgbp seed-bid Description Defines a named stack group and makes this router a member of that stack group. Sets the bidding level that a stack group member can be used to bid for a bundle. Cisco IOS Dial Technologies Command Reference November 2009 DIA-729 Dial Commands sgbp ppp-forward sgbp ppp-forward To enable forwarding of PPP calls—in addition to Multilink PPP (MLP) calls—to the winner of the Stack Group Bidding Protocol (SGBP) bid, use the sgbp ppp-forward command in global configuration mode. To return to the default state, use the no form of this command. sgbp ppp-forward no sgbp ppp-forward Syntax Description This command has no arguments or keywords. Defaults Only Multilink PPP calls are forwarded. Command Modes Global configuration Command History Release 11.3 Modification This command was introduced. Usage Guidelines When this command is enabled, both PPP and Multilink PPP calls are projected to the winner of the SGBP bid. Examples The following partial example enables forwarding of PPP calls, as well as MLP calls, to the winner of the SGBP bidding: sgbp ppp-forward Related Commands Command sgbp member sgbp seed-bid Description Specifies the host name and IP address of a router or access server that is a peer member of a stack group. Sets the bidding level that a stack group member can be used to bid for a bundle. Cisco IOS Dial Technologies Command Reference DIA-730 November 2009 Dial Commands sgbp protocol sgbp protocol To set a specific tunneling protocol to use for Stack Group Bidding Protocol (SGBP), use the sgbp protocol command in global configuration mode. To change this command back to its default, use the no form of this command. sgbp protocol {any | l2f | l2tp} no sgbp protocol Syntax Description any l2f l2tp Negotiates which tunneling protocol to use. There is a preference for L2TP if both devices support it. This is the default. Uses Layer 2 Forwarding (L2F) as the tunneling protocol. Uses Layer 2 Tunneling Protocol (L2TP) as the tunneling protocol. Command Default The any keyword is the default, which allows L2TP and L2F to be offered by a stack group member when bidding on a call, and allows bids with either L2TP or L2F to be accepted by the stack group member on which the call arrived. Command Modes Global configuration (config) Command History Release 12.2(4)T 12.4(11)T Modification This command was introduced. The l2f keyword was removed. Usage Guidelines This command is needed when both routers support both L2F and L2TP, but there is a preference that L2F be used between the stack group members instead of L2TP. Note When two routers are trying to create a protocol-specific tunnel and each is explicitly set with different protocols—for example, one router is explicitly set for L2TP and the other is explicitly set for L2F—they will not be able to create the tunnel, and communication will fail. Examples The following example shows how to configure a stack group for large-scale dialout and set L2F as the tunneling protocol: sgbp sgbp sgbp sgbp group forever member NAS2 172.21.17.17 dial-bids protocol l2f Cisco IOS Dial Technologies Command Reference November 2009 DIA-731 Dial Commands sgbp protocol Related Commands Command sgbp group sgbp member sgbp seed-bid Description Defines a named stack group and makes this router a member of that stack group. Specifies the host name and IP address of a router or access server that is a peer member of a stack group. Sets the bidding level that a stack group member can be bid with for a bundle. Cisco IOS Dial Technologies Command Reference DIA-732 November 2009 Dial Commands sgbp seed-bid sgbp seed-bid To set the bidding level that a stack group member can bid with for a bundle, use the sgbp seed-bid command in global configuration mode. To return to the default state, use the no form of this command. sgbp seed-bid {default | offload | forward-only | bid} no sgbp ppp-forward Syntax Description default If set across all members of a stack group, indicates that the member which receives the first call for a certain user always wins the bid and hosts the master bundle interface. All subsequent calls to the same user received by another stack group member will project to this stackgroup member. This is the default. Indicates that this router is a relatively higher powered stack group member, is to function as an offload server, and host the master bundle interface. Indicates that this router or access server is to forward calls to another system and never wins the bid to host a master interface. This router or access server should hang up—instead of answering a call—if all the offload servers are down. Bid level, an integer in the range 0 through 9999. offload forward-only bid Command Default The default keyword; no bid-level integer value is set. Command Modes Global configuration Command History Release 11.2 Modification This command was introduced. Usage Guidelines In the case of equivalent stack group members stacked to receive calls in a rotary group across multiple PRIs, use the sgbp seed-bid default command across all stack members. The stack member that receives the first call for a certain user always wins the bid and hosts the master bundle interface. All subsequent calls to the same user received by another stack member will project to this stack member. If the multiple calls come in concurrently over multiple stack members, the SGBP tie-breaking mechanism will break the tie. To leverage the relative higher power of one stack member over another, you can set the designated stack member (of higher CPU power) as offload server with the sgbp seed-bid offload command. The bid that is sent is the precalibrated per-platform bid approximating the CPU power, minus the bundle load. In this case, the offload server hosts the master bundle. All calls from other stack members get projected to this stack member. One or more offload servers can be defined—if the bids are equal, the SGBP tie-breaking mechanism will break the tie. The interfaces that received the calls are projected to the master bundle interface and are considered children of the master bundle interface for the call. See the output of the show ppp multilink command for an example of master bundle interface (shown as “Master link”) and the children of it. Cisco IOS Dial Technologies Command Reference November 2009 DIA-733 Dial Commands sgbp seed-bid You can also manually designate bid values with the sgbp seed-bid command. This value overrides the default or offload setting. The bid sent out is the user-configured value minus the bundle load. The bundle load is defined as the number of active bundles on the stack member. In effect, the more current active bundles on a router, the lower its bid for an additional bundle. If you have assorted or exactly the same platforms and for some reason want to designate one or more as offload servers, you can manually set the bid value to be significantly higher than the rest. For example, you might use the sgbp seed-bid 9999 command. To determine the initial bid value associated with your particular platform, use the show sgbp command. This method allows you to manually designate the bid values when you have assorted platforms and want to designate one or more platforms as offload servers; for example, one Cisco 4700 (given the highest seed-bid), two Cisco 4000s and one Cisco 7000. To check the bid value currently assigned on the system, use the show sgbp queries command. Examples The following example sets the SGBP bidding level to forward-only: sgbp seed-bid forward-only Related Commands Command sgbp dial-bids sgbp member show ppp multilink show sgbp show sgbp queries Description Defines a named stack group and makes this router a member of that stack group. Specifies the host name and IP address of a router or access server that is a peer member of a stack group. Displays bundle information for MLP bundles. Displays the status of the stack group members. Displays the current SGBP seed bid value. Cisco IOS Dial Technologies Command Reference DIA-734 November 2009 Dial Commands shelf-id shelf-id To change the shelf number assigned to the router shelf or dial shelf on the Cisco AS5800, use the shelf-id command in global configuration mode. To return the shelf numbers to the default value, use the no form of this command. shelf-id number {router-shelf | dial-shelf} no shelf-id number Syntax Description number router-shelf dial-shelf Number to assign to the shelf. Range is from 0 to 9999. Specified number to the router shelf. Specified number to the dial shelf. Command Default The default shelf number for the router shelf is 0. The default shelf number for the dial shelf is 1, or one number higher than the specified router shelf number. Command Modes Global configuration Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines The shelf number is used to distinguish between cards on the router shelf and cards on the dial shelf. Caution You must reload the Cisco AS5800 for the shelf number to take effect. The shelf numbers are part of the interface names. When you reload the Cisco AS5800, all NVRAM interface configuration information is lost. You can specify the shelf number through the setup facility during initial configuration of the Cisco AS5800. This is the recommended method to specify shelf numbers. To display the shelf numbers, use the show running-config command. If a shelf number has been changed, the pending change is shown in the output of the show version command (for example, the dial-shelf ID is 87; will change to 2 on reload). Cisco IOS Dial Technologies Command Reference November 2009 DIA-735 Dial Commands shelf-id Examples In the following example, the dial shelf is assigned the number 456: Router(config)# shelf-id 456 dial-shelf Router(config)# exit Related CommandsR Command Description show version Displays the configuration of the system hardware, the software version, the names and sources of configuration files, and the boot images. Cisco IOS Dial Technologies Command Reference DIA-736 November 2009 Dial Commands show async status show async status To display the status of activity on all lines configured for asynchronous support, use the show async status command in privileged EXEC mode. show async status Syntax Description This command has no arguments or keywords. Command Modes Privileged EXEC Command History Release 10.0 Modification This command was introduced. Usage Guidelines The display resulting from this command shows all asynchronous sessions, whether they are using Serial Line Internet Protocol (SLIP) or PPP encapsulation. Examples The following is sample output from the show async status command: Router# show async status Async protocol statistics: Rcvd: 5448 packets, 7682760 bytes 1 format errors, 0 checksum errors, 0 overrun, 0 no buffer Sent: 5455 packets, 7682676 bytes, 0 dropped Tty 1 * 3 Local 192.168.7.84 192.168.7.98 Remote Qd InPack OutPac Inerr Dynamic 0 0 0 0 None 0 5448 5455 1 Drops MTU Qsz 0 1500 10 0 1500 10 Table 27 describes the significant fields shown in the display. Table 27 show async status Field Descriptions Field Rcvd 5448 packets 7682760 bytes 1 format errors 0 checksum errors 0 overrun 0 no buffer Sent Description Statistics on packets received. Packets received. Total number of bytes. Spurious characters received when a packet start delimiter is expected. Count of checksum errors. Number of giants received. Number of packets received when no buffer was available. Statistics on packets sent. Cisco IOS Dial Technologies Command Reference November 2009 DIA-737 Dial Commands show async status Table 27 show async status Field Descriptions (continued) Field 5455 packets 7682676 bytes 0 dropped Tty * Local Remote Description Packets sent. Total number of bytes. Number of packets dropped. Line number. Line currently in use. Local IP address on the link. Remote IP address on the link; “Dynamic” indicates that a remote address is allowed but has not been specified; “None” indicates that no remote address is assigned or being used. Number of packets on hold queue (Qsz is the maximum). Number of packets received. Number of packets sent. Number of total input errors; sum of format errors, checksum errors, overruns and no buffers. Number of packets received that would not fit on the hold queue. Current maximum transmission unit size. Current output hold queue size. Qd InPack OutPac Inerr Drops MTU Qsz Cisco IOS Dial Technologies Command Reference DIA-738 November 2009 Dial Commands show backup show backup To display interface backup status, use the show backup command in user EXEC or privileged EXEC mode. show backup Syntax Description This command has no arguments or keywords. Command Modes User EXEC Privileged EXEC Command History Release 12.0 12.2(13)T 12.2(33)SRB1 Modification This command was introduced. This command was enhanced to show primary and secondary interfaces configured as backup interfaces. This command was integrated into Cisco IOS Release 12.2(33)SRB1. Usage Guidelines Use the show backup command to display the status of backup interfaces. This command is especially useful when dual serial X.25 interfaces are configured as primary and backup in a telco data communication network (DCN). In Cisco IOS Release 12.2(33)SRB1 and later releases, you can use the command to display the status of a backup Gigabit Ethernet interface on the Cisco 7600 series router. Examples The following example shows a typical display from the show backup command. The output is self-explanatory. Router# show backup Primary Interface ----------------Serial0/0 Secondary Interface ------------------Serial0/1 Status -----active backup The following example shows a single backup interface on the Cisco 7600 router: Router# show backup Primary Interface ----------------GigabitEthernet3/0/0 Secondary Interface ------------------GigabitEthernet3/0/11 Status -----normal operation Related Commands Command backup active interface debug backup Description Activates primary and backup lines on specific X.25 interfaces. Monitors the transitions of an interface going down then back up. Cisco IOS Dial Technologies Command Reference November 2009 DIA-739 Dial Commands show busyout show busyout To display the busyout status for a card on the dial shelf, use the show busyout command in privileged EXEC mode. show busyout shelf[/slot[/port]] Syntax Description shelf[/slot[/port]] Shelf number and, optionally for a specific report about a card, a slot and a port number; for example, 1/0/5. Commands entered without the slot or port number provide reports about all cards on the dial shelf. The forward slash (/) is required. Command Modes Privileged EXEC Command History Release 11.3(2)AA Modification This command was introduced. Usage Guidelines Use the busyout EXEC command or the ds0 busyout controller command to configure modem busyout. Examples The following is sample output from the show busyout command for a trunk card in slot 4 located in dial shelf 1, with busyout pending: Router# show busyout 1/4 Controller t1 busyout status: (s - static d - dynamic p - pending) 1/4/0 :ppppppppppppppppppppppp. 1/4/1 :sssssssssssssssssssssss. 1/4/2 :ppppppppppppppppppppppp. 1/4/3 :ddddddddddddddddddddddd. 1/4/4 :ppppppppppppppppppppppp. 1/4/5 :ppppppppppppppppppppppp. 1/4/6 :ppppppppppppppppppppppp. 1/4/7 :sssssssssssssssssssssss. 1/4/8 :ppppppppppppppppppppppp. 1/4/9 :ppppppppppppppppppppppp. 1/4/10 :ddddddddddddddddddddddd. 1/4/11 :ppppppppppppppppppppppp. Router# See Table 28 to further interpret the display. The following is sample output from the show busyout command for a modem card in shelf 1, slot 9, and indicates the busyout is complete: Router# show busyout 1/9 Slot 1/9: Busyout (no calls remaining) Cisco IOS Dial Technologies Command Reference DIA-740 November 2009 Dial Commands show busyout The following is sample output from the show busyout command, the busyout command, the ds0 busyout command, and another show busyout command: Router# show busyout 1/0 Controller t1 busyout status: (s - static d - dynamic p - pending) 1/0/0 :ppppppppppppppppppppppp. 1/0/1 :ppppppppppppppppppppppp. 1/0/2 :ppppppppppppppppppppppp. 1/0/3 :ddddddddddddddddddddddd. 1/0/4 :ppppppppppppppppppppppp. 1/0/5 :ppppppppppppppppppppppp. 1/0/6 :ppppppppppppppppppppppp. 1/0/7 :sssssssssssssssssssssss. 1/0/8 :ppppppppppppppppppppppp. 1/0/9 :ppppppppppppppppppppppp. 1/0/10 :ddddddddddddddddddddddd. 1/0/11 :ppppppppppppppppppppppp. Router# configure terminal Enter configuration commands, one per line. End with CNTL/Z. Router (config)# controller t1 1/0/1 Router (config-controller)# busyout Router (config-controller)# ds0 busyout 15-24 Router (config-controller)# end Router# show busyout 1/0 Controller t1 busyout status: (s - static d - dynamic p - pending) 1/0/0 :ppppppppppppppppppppppp. 1/0/1 :sssssssssssssssssssssss. 1/0/2 :ppppppppppppppppppppppp. 1/0/3 :ddddddddddddddddddddddd. 1/0/4 :ppppppppppppppppppppppp. 1/0/5 :ppppppppppppppppppppppp. 1/0/6 :ppppppppppppppppppppppp. 1/0/7 :sssssssssssssssssssssss. 1/0/8 :ppppppppppppppppppppppp. 1/0/9 :ppppppppppppppppppppppp. 1/0/10 :ddddddddddddddddddddddd. 1/0/11 :ppppppppppppppppppppppp. Table 28 describes the significant fields shown in the show busyout displays. Table 28 show busyout Field Descriptions Field s - static d - dynamic Description The channel is in an out-of-service state because of a busyout command. The channel is automatically put in an out-of-service state because of a preset and defined threshold. By default, this feature is disabled. This autobusyout function of the modem busyout-threshold global configuration command is used to define a threshold when you want to maintain a balance between the number of DS0s and modems. After you hang up, the established call is terminated because of a busyout command. After the call terminates, the DS0 is busied out. p - pending Cisco IOS Dial Technologies Command Reference November 2009 DIA-741 Dial Commands show busyout Related Commands Command busyout ds0 busyout (channel) modem busyout Description Informs the central-office switch that a channel is out of service. Forces a DS0 time slot on a controller into the busyout state. Disables a modem from dialing or answering calls whereby the disabling action is not executed until the active modem returns to an idle state. Maintains a balance between the number of DS0s and modems. Abruptly shuts down an active or idle modem installed in an access server or router. modem busyout-threshold modem shutdown Cisco IOS Dial Technologies Command Reference DIA-742 November 2009 Dial Commands show call calltracker active show call calltracker active To display all information stored within the Call Tracker active database for all active calls, use the show call calltracker active command in user EXEC or privileged EXEC mode. show call calltracker active [category call-type | service session-type] [reverse] Syntax Description category (Optional) Displays Call Tracker data for a specific type of call. The default is to display all calls, regardless of type. When the category keyword is specified with one of the values for the call-type argument, Call Tracker displays only calls whose records indicate that category. (Optional) Call type for the calls stored within the Call Tracker active database table. Enter one of the following values: • • • • • • • call-type isdn—Displays Call Tracker data for ISDN sync data calls. lapb—Displays Call Tracker data for Link Access Procedure, Balanced (LAPB) calls. modem—Displays Call Tracker data for analog modem calls. other—Displays Call Tracker data for other call categories. syncData—Displays Call Tracker data for sync data calls for call control other than ISDN. v110—Displays Call Tracker data for V.110 calls. v120—Displays Call Tracker data for V.120 calls. service (Optional) Displays Call Tracker data with a filter restricting output based on the session type. When the service keyword is specified with one of the values for the session-type argument, Call Tracker displays only calls whose records indicate that session type. (Optional) Session type for the calls stored within the Call Tracker active database table. Enter one of the following values: • • • • • • • • • session-type exec—Displays Call Tracker data for EXEC sessions. l2f—Displays Call Tracker data for Layer 2 Forwarding (L2F) sessions. l2tp—Displays Call Tracker data for Layer 2 Tunnel Protocol (L2TP) sessions. mp—Displays Call Tracker data for Multilink PPP (MLP) sessions. other—Displays Call Tracker data for other sessions. ppp—Displays Call Tracker data for PPP sessions. slip—Displays Call Tracker data for Serial Line Internet Protocol (SLIP) sessions. tcpclear—Displays Call Tracker data for TCP/Clear sessions. telnet—Displays Call Tracker data for Telnet sessions. reverse (Optional) Displays Call Tracker data in inverted sorting order, from most recent to least recent. Cisco IOS Dial Technologies Command Reference November 2009 DIA-743 Dial Commands show call calltracker active Command Modes User EXEC Privileged EXEC Command History Release 12.1(2)XH 12.1(3)T 12.2(2)XA 12.2(2)XB1 12.2(11)T 12.3(7)YB 12.4(6)T Modification This command was introduced. This command was integrated into Cisco IOS Release 12.1(3)T. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(2)XB1. Support was added for the reverse and service keywords. The signaling type field was added to the command output and the category field was modified to display V120, lapb, or syncData for autodetected calls. Support for the signaling type field and the modified category field was added to Cisco IOS Release 12.4(6)T. Usage Guidelines Call Tracker is enabled by entering the calltracker enable command. If there is no call on the specified port, the information for the most recent call is displayed. Issuing the show call calltracker active command displays all calls, regardless of type. The call history display can be filtered by call type or session type by issuing one of the optional keyword and argument pairs.. For all tabular forms of the show call calltracker active command, the sorting order may be inverted by using the reverse keyword to give most-recent to least-recent collation. Examples The following example shows all Call Tracker activity in reverse order, from most recent to least recent. The entries are sorted by call handle, from highest to lowest. The example is for an autodetected LAPB call. Router# show call calltracker active reverse -------------------------- call handle= 16 -------------------------status=Active, service=PPP, origin=Answer, category=lapb, DS0 slot/port/ds1/chan=1/0/0/22, called=5555, calling=(n/a) userid=user1, ip=10.1.1.50, mask=0.0.0.0 setup=11/12/2000 20:30:50, conn=0.02, phys=0.12, service=0.78, authen=0.75 init rx/tx b-rate=64000/64000, rx/tx chars=2746/2719 resource slot/port=(n/a)/(n/a), mp bundle=0, charged units=0, account id=37 idb handle=0x656CA08C, tty handle=0x65AFD05C, tcb handle=0x00000000, signaling=Auto . . . Table 29 describes the significant fields shown in the display. Cisco IOS Dial Technologies Command Reference DIA-744 November 2009 Dial Commands show call calltracker active Table 29 show call calltracker active reverse Field Descriptions Field status service origin Description Status of the calls in the active database. Session type for the call. Indicates how the call was created: • • Originate—Dialout. The call was initiated locally, and the system sends the setup request. Answer—Dialin. The call was initiated remotely, and the system receives the setup request. category Call type category. For autodetected calls, the values are V120, lapb, or syncData. DS0 slot/port/ds1/chan Number of the slot in the chassis, the applique that is being used (in the case of a card that supports multiple DS3 controllers), the DS1 trunk within the controller, and the channel, or time slot, within the DS1 trunk on which the call resides. called calling userid ip mask setup conn The called telephone number for this call. The calling telephone number for this call. The user login ID or zero-length string if unavailable. IP address assigned for the call, or 0.0.0.0 if not applicable or unavailable. The IP subnet mask assigned for this call. No IP subnet mask displays if the IP subnet mask is NULL. The time when the call was indicated to the NAS, for instance by the telecommunications network. The time, relative to the setup time, when the connection was established between the time slot of the incoming call and the appropriate local resources in the NAS such as the digital signal processor (DSP). The time, relative to the setup time, when the physical link became ready. For a modem, this time would be when the carrier came up and error control and compression were completely negotiated. The time, relative to the setup time, when the service was determined for the call type. The time, relative to the setup time, when the user credentials were authenticated. Authentication may involve a Challenge Handshake Authentication Protocol (CHAP) challenge or response authentication for a PPP call, and the associated delay, through RADIUS or TACACS, in the external lookup. Signaling type. Valid values are: • • • • phys service authen signaling Auto—Autodetected calls. LLC—ISDN signaled calls. Xtrnl—External signaling protocols, such as Media Gateway Control Protocol (MGCP). Unknwn—Unknown signaling types. Cisco IOS Dial Technologies Command Reference November 2009 DIA-745 Dial Commands show call calltracker active Related Commands Command calltracker enable show call calltracker handle show call calltracker history show call calltracker summary Description Enables Call Tracker on the access server. Displays all information stored within the Call Tracker active or history database table for a specified unique call handle identifier. Displays all information stored within the Call Tracker history database table for the most recent historical calls. Displays Call Tracker activity and configuration information such as the number of active calls and the history table attributes. Cisco IOS Dial Technologies Command Reference DIA-746 November 2009 Dial Commands show call calltracker handle show call calltracker handle To display all information stored within the Call Tracker active or history database table for a specified unique call handle identifier, use the show call calltracker handle command in privileged EXEC mode. show call calltracker handle call-identifier Syntax Description call-identifier Unique call identifier (handle) assigned by Call Tracker from the moment a DS0 B channel is requested. This identifier is a sequential number starting with handle 1. Command Modes Privileged EXEC Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines Each call managed by Call Tracker is assigned a unique call handle that is provided to users using the Simple Network Management Protocol (SNMP), the command line interface, or SYSLOG for all forms of data transfers. Knowing this call handle makes it easier to display the information desired for a given call than to manually search through all Call Tracker database tables for latest updates. Examples The following is sample output from the show call calltracker handle command: Router# show call calltracker handle 30 -------------------------- call handle=0000000030 -------------------------status=History, service=None, origin=Answer, category=Other DS0 slot/cntr/chan=0/0/22, called=71071, calling=6669999 userid=(n/a), ip=0.0.0.0, mask=0.0.0.0 setup=10/16/1999 18:29:20, conn=0.00, phys=0.00, service=0.00, authen=0.00 init rx/tx b-rate=0/0, rx/tx chars=0/0 resource slot/port=(n/a)/(n/a), mp bundle=0, charged units=0, account id=0 duration(sec)=0.00, disc subsys=CSM, disc code=0x1A disc text=Failed to find DSP resource ---------------------------------------------------------------------------- See Table 29 on page 745 for a description of significant fields displayed by this command. Related Commands Command show call calltracker active show call calltracker history Description Displays all information stored within the Call Tracker active database for all active calls. Displays all the information stored within the Call Tracker history database table for the most recent disconnected calls. show call calltracker summary Displays Call Tracker activity and configuration information such as the number of active calls and the history table attributes. Cisco IOS Dial Technologies Command Reference November 2009 DIA-747 Dial Commands show call calltracker history show call calltracker history To display all information stored within the Call Tracker history database table for the most recent historical calls, use the show call calltracker history command in user EXEC or privileged EXEC mode. show call calltracker history [category call-type | service session-type | subsystem subsystem-type] [reverse] Syntax Description category (Optional) Displays Call Tracker data for a specific type of call. The default is to display all calls, regardless of type. When the category keyword is issued with one of the values for the call-type argument, Call Tracker displays only calls whose records indicate that category. (Optional) Call type for the calls stored within the Call Tracker history database table. Enter one of the following values: • • • • • • • call-type isdn—Displays Call Tracker data for ISDN calls. lapb—Displays Call Tracker data for Link Access Procedure, Balanced (LAPB) calls. modem—Displays all of the information calls. other—Displays Call Tracker data for other call categories. syncData—Displays Call Tracker data for sync data calls for call control other than ISDN. v110—Displays Call Tracker data for V.110 calls. v120—Displays Call Tracker data for V.120 calls. service (Optional) Displays Call Tracker data with a filter restricting output based on the session type. When the service keyword is specified with one of the values for the session-type argument, Call Tracker displays only calls whose records indicate that session type. (Optional) Session type for the calls stored within the Call Tracker history database table. Enter one of the following values: • • • • • • • • session-type exec—Displays Call Tracker data for EXEC sessions. l2f—Displays Call Tracker data for Layer 2 Forwarding (L2F) sessions. l2tp—Displays Call Tracker data for Layer 2 Tunnel Protocol (L2TP) sessions. mp—Displays Call Tracker data for Multilink PPP (MLP) sessions. other—Displays Call Tracker data for other sessions. ppp—Displays Call Tracker data for PPP sessions. slip—Displays Call Tracker data for Serial Line Internet Protocol (SLIP) sessions. tcpclear—Displays Call Tracker data for TCP/Clear sessions. Cisco IOS Dial Technologies Command Reference DIA-748 November 2009 Dial Commands show call calltracker history subsystem (Optional) Displays Call Tracker historical data with a filter restricting output based on the Cisco IOS subsystem that was responsible for terminating the call. When the subsystem keyword is specified with one of the values for the subsystem-type argument, Call Tracker displays only those historical calls whose records indicate that they were terminated by that type of subsystem. (Optional) Subsystem type responsible for terminating calls stored within the Call Tracker history database table. Enter one of the following values: • • • • • • • • • • • Note subsystem-type admin—Displays Call Tracker data for calls terminated by the Admin subsystem. csm—Displays Call Tracker data for calls terminated by the Cisco Service Management subsystem. exec—Displays Call Tracker data for calls terminated by the Exec subsystem. isdn—Displays Call Tracker data for calls terminated by the ISDN subsystem. mica—Displays Call Tracker data for calls terminated by the Mica Drivers subsystem. modem—Displays Call Tracker data for calls terminated by the Modem Management subsystem. none—Displays Call Tracker data for calls not terminated by a subsystem. ppp—Displays Call Tracker data for calls terminated by the PPP subsystem. rpm—Displays Call Tracker data for calls terminated by the Resource Pool Management (RPM) subsystem. vpn—Displays Call Tracker data for calls terminated by the Virtual Private Network (VPN) subsystem. vtsp—Displays Call Tracker data for calls terminated by the Voice Telephony Service Provider (VTSP) subsystem. Although this information requires a more detailed understanding of Cisco IOS software than the average user possesses, it is useful to Cisco Technical Support personnel for troubleshooting connection issues. reverse (Optional) Displays Call Tracker data in inverted sorting order, from most recent to least recent. Command Modes User EXEC Privileged EXEC Command History Release 12.1(3)T 12.2(11)T Modification This command was introduced. Support was added for the reverse, service, and subsystem keywords. Cisco IOS Dial Technologies Command Reference November 2009 DIA-749 Dial Commands show call calltracker history Release 12.3(7)YB 12.4(6)T Modification The sig type field was added to the command output and the category field was modified to display V120, LAPB, or syncData for autodetected calls. Support for the signaling type field and the modified category field was added to Cisco IOS Release 12.4(6)T Usage Guidelines Call Tracker is enabled by entering the calltracker enable command. Issuing the show call calltracker history command displays the call history for all calls, regardless of type. The call history display can be filtered by call type, session type, or by the Cisco IOS subsystem responsible for terminating the call by issuing one of the optional keyword and argument pairs.. For all tabular forms of the show call calltracker history command, the sorting order may be inverted by using the reverse keyword to give most-recent to least-recent collation. Examples The following example shows Call Tracker historical data for an outgoing modem-to-Layer 2 Transport (L2TP) Virtual Private Network (VPN) tunneled call that was disconnected by the ISDN subsystem: Router# show call calltracker history subsystem isdn -------------------------- call handle=0000000002 --------------------status=History, service=L2TP, origin=Answer, category=Modem DS0 slot/port/ds1/chan=7/0/2/0, called=70911, calling=(n/a) [email protected], ip=172.16.0.0, mask=172.16.0.0 setup=08/01/2001 13:36:44, conn=0.02, phys=17.96, service=23.30, authen=22.26, init rx/tx b-rate=33600/33600, rx/tx chars=201/247 resource slot/port=1/1, mp bundle=0, charged units=0, account id=6 duration(sec)=132.50, disc subsys=ISDN, disc code=0x10 disc text=Normal call clearing ----------------------------------------------------------------------protocol: last=LAP-M, attempted=LAP-M compression: last=V.42bis-Both, attempted= V.42bis-RX V.42bis-TX standard: last=V.34+, attempted=V.90, initial=V.34+ snr=40 dB, sq=5, rx/tx level=-15/-13 dBm phase jitter: freq=12 Hz, level=2 degrees far end echo level=-90 dBm, freq offset=0 Hz phase roll=0 degrees, round-trip delay=0 msecs digital pad=None dB, digital pad comp=0 rbs pattern=0, constellation=16 point rx/tx: symbol rate=3429/3429, carrier freq=1959/1959 rx/tx: trellis code=16/16 preemphasis index=0/0 rx/tx: constellation shape=Off/Off, nonlinear encode=Off/Off rx/tx: precode=Off/Off, xmit level reduct=0/0 dBm rx/tx: chars=201/247, general info=0x0 rx/tx: link layer chars=172/214, NAKs=0/0 error corrected: rx/tx=9/5, rx bad=0 ec retransmissions=0, retransmitted frames=0 rx/tx ppp slip=4/4, bad ppp slip=0 rx/tx b-rate: last=33600/33600, lowest=33600/300, highest=33600/33600 phase 2 projected max rx b-rate: client=33600, host=33600 phase 4 desired rx/tx b-rate: client=33600/33600, host=33600/33600 retrains: local=0, remote=0, failed=0 speedshift: local up/down=0/0, remote up/down=0/0, failed=0 Cisco IOS Dial Technologies Command Reference DIA-750 November 2009 Dial Commands show call calltracker history v110: rx good=0, rx bad=0, tx=0, sync lost=0 SS7/COT status=0x00 v90: status=No Attempt, client=(n/a), failure=None rx/tx: max neg I frame=128/128, neg window=15/15 v42bis size: dictionary=4096, string=32 T401 timeouts=0, tx window closures=0, rx overruns=0 test err=0, reset=0, v0 synch loss=0 mail lost: host=0, sp=0 duration(sec)=116, disc reason=0x220 disc text= /EC condition - locally detected/received DISC frame -- normal LAPM termination --------5---------10--------15--------20--------25--------30 0x0000000000000000000000000000000000000000000000000000 0x12C9808081C609B502009481834347CB00000000000000000000000000000000 0x0000000000000000000000000000000000000000000000000000000000000000 0xC16513942A8D000000000000 0x00000000 0x00000000 0x0102030410151920FF000000000000000000000000000000000000000000 0000 portwre diag: 0x00000000000000000000000000000000 phase 2 info: 0x02EFF41F120000003CEFF41F0200E0EF01040040860D1B083470600000EF 1E041400E22D00003C07A707A70D650D65834083400000000000 phase 4 info: 0x02834083408340834000 total speedshifts: 0 qc exchange: No QC Requested moh status: Modem is Not on Hold moh count: 0, moh request count: 0 total moh time: 0, cur moh time: 0 call waiting retrains: 0 rx/tx codewords: 0/0, rx/tx string: 0/0 rx/tx history size: 0/0 encoder/decoder state: 0/0 rx/tx compression ratio: 0/0, rx/tx dictionary reset count: 0/0 diagnostic code: 0x0000000000000000 ---------------------------------------------------------------------------line shape : v8bis capab : v8bis mod sl: v8 call menu: v90 training: v90 sgn ptrn: state trnsn : The following example shows Call Tracker historical data for an incoming autodetected Media Gateway Control Protocol (MGCP) network access server (NAS) V.120 call with a normal disconnect by the MGCP NAS subsystem: Router# show call calltracker history category v120 -------------------------- call handle= 1 -------------------------status=History, service=PPP, origin=Answer, category=V120, DS0 slot/port/ds1/chan=1/7/7/23, called=5555, calling=1000 userid=user1, ip=10.1.1.52, mask=0.0.0.0 setup=11/18/2004 09:34:04, conn=0.11, phys=0.11, service=0.80, authen=0.76 init rx/tx b-rate=56000/56000, rx/tx chars=36646/36533 resource slot/port=(n/a)/(n/a), mp bundle=0, charged units=0, account id=(n/a) duration(sec)=133.70, disc subsys=MGCP, disc code=0x66 disc text=User request, sig type=Auto ---------------------------------------------------------------------------. . . Table 30 describes the significant fields shown in the previous two displays. Cisco IOS Dial Technologies Command Reference November 2009 DIA-751 Dial Commands show call calltracker history Table 30 show call calltracker history subsystem isdn Field Descriptions Field status service origin Description Status of the calls in the active database. Session type for the call. Indicates how the call was created: • • Originate—Dialout. The call was initiated locally, and the system sends the setup request. Answer—Dialin. The call was initiated remotely, and the system receives the setup request. category DS0 slot/port/ds1/chan Call type category. For autodetected calls, the values are V120, lapb, or syncData. Number of the slot in the chassis, the applique that is being used (in the case of a card that supports multiple DS3 controllers), the DS1 trunk within the controller, and the channel, or time slot, within the DS1 trunk on which the call resides. The called telephone number for this call. The calling telephone number for this call. The user login ID or zero-length string if unavailable. IP address assigned for the call, or 0.0.0.0 if not applicable or unavailable. The IP subnet mask assigned for this call. No IP subnet mask displays if the IP subnet mask is NULL. The time when the call was indicated to the NAS, for instance by the telecommunications network. The time, relative to the setup time, when the connection was established between the time slot of the incoming call and the appropriate local resources in the NAS such as the digital signal processor (DSP). The time, relative to the setup time, at which the physical link became ready. For a modem, this time would be when the carrier came up and error control and compression were completely negotiated. The time, relative to the setup time, when the service was determined for the call type. The time, relative to the setup time, at which the user credentials were authenticated. Authentication may involve a Challenge Handshake Authentication Protocol (CHAP) challenge or response authentication for a PPP call, and the associated delay, through RADIUS or TACACS, in the external lookup. The subsystem that disconnected the call. Disconnecting code—a numeric code unique within the disconnecting subsystem that is of local significance (internal and proprietary). called calling userid ip mask setup conn phys service authen disc subsys disc code Cisco IOS Dial Technologies Command Reference DIA-752 November 2009 Dial Commands show call calltracker history Table 30 show call calltracker history subsystem isdn Field Descriptions (continued) Field disc text sig type Description Message that gives a textual explanation for why the disconnection occurred. This message is of local significance (internal and proprietary). Signaling type. Valid values are: • • • • Auto—Autodetected calls. LLC—ISDN signaled calls. Xtrnl—External signaling protocols, such as MGCP. Unknwn—Unknown signaling types. Related Commands Command calltracker enable show call calltracker active show call calltracker handle show call calltracker summary Description Enables Call Tracker on the access server. Displays all information stored within the Call Tracker active database for all active calls. Displays all information stored within the Call Tracker active or history database table for a specified unique call handle identifier. Displays Call Tracker activity and configuration information such as the number of active calls and the history table attributes. Cisco IOS Dial Technologies Command Reference November 2009 DIA-753 Dial Commands show call calltracker summary show call calltracker summary To display Call Tracker activity and configuration information such as the number of active calls and the history table attributes, use the show call calltracker summary command in privileged EXEC mode. show call calltracker summary Syntax Description This command has no arguments or keywords. Command Default No default behavior or values. Command Modes Privileged EXEC Command History Release 12.1(3)T Modification This command was introduced. Examples The following is sample output from the show call calltracker summary command: Router# show call calltracker summary Call Tracker Status: Active Table: - 7 call(s) - 4473 bytes used (639 average, 639 maximum) History Table: - 50 of a maximum of 240 call(s) (20% full) - 45157 bytes used (903 average, 921 maximum) - 260000 minute(s) call retain time API Front-end: - event elements:512 total, 512 free, 0 in-use - free event elements' low watermark:467 - events dropped due to unavailability of free elts:0 Table 31 describes the significant fields shown in the display. Table 31 show call calltracker summary Field Descriptions Field Active Table: call(s) n bytes used (m average, o maximum) Description Number of active calls. n = total memory used for all active calls m = average memory usage per call (n/calls) o = highest single memory usage for a call Cisco IOS Dial Technologies Command Reference DIA-754 November 2009 Dial Commands show call calltracker summary Table 31 show call calltracker summary Field Descriptions (continued) Field History Table: x of a maximum of n calls (o% full) n bytes used (m average, o maximum) Description Number of calls in the history table, the maximum allowed (as defined by the calltracker history max-size command), and the percentage of the history table that these calls consume. n = total memory used for all active calls m = average memory usage per call (n/calls) o = highest single memory usage for a call Number of minutes, for which calls are retained in the history table. This parameter is configured using the calltracker history retain-mins command. For Cisco internal use only. For Cisco internal use only. For Cisco internal use only. minute(s) call retain time API Front-end: event elements free event elements’ low watermark events dropped due to unavailability of free elts Related Commands Command show call calltracker active show call calltracker handle show call calltracker history Description Displays all of the information stored within the Call Tracker active database for all active calls. Displays all information stored within the Call Tracker active or history database table for a specified unique call handle identifier. Displays all the information stored within the Call Tracker history database table for the most recent disconnected calls. Cisco IOS Dial Technologies Command Reference November 2009 DIA-755 Dial Commands show call progress tone show call progress tone To display the contents of the internal call progress (CP) tone database for a specific country, use the show call progress tone command in EXEC mode. show call progress tone country [tone-type] Syntax Description country Enters the country code for the country’s call progress tone database you want to display. For the supported country codes, see the modem country mica command and the modem country microcom_hdms command. (Optional) Enters the tone type parameters you want to see from Table 32. tone-type Command Modes EXEC Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Table 32 lists the supported tone type parameters. Table 32 Supported Tone Type Parameters busy—Busy tone congestion—Congestion tone dialtone—Dial tone disconnect—Disconnect tone error—Error tone off-hook-alert—Off-hook alert tone off-hook-notice—Off-hook notice tone pbx-dialtone—PBX dialtone ringback—Ringback tone routing—Routing tone Using this command enables you to display the exact settings as they are programmed in the call-progress-tone database. Cisco IOS Dial Technologies Command Reference DIA-756 November 2009 Dial Commands show call progress tone Examples When you enter the show call progress tone command, the contents of the internal CP tone database for a specific country appears as in the following example: Router# show call progress tone japan Call progress tone: Japan Dial tone: 0 Forever PBX Dial tone: 0 Forever Busy tone: 0 250ms 1 250ms Congestion tone: 0 250ms 1 250ms Error tone: 0 330ms 1 330ms 2 330ms 3 5000ms Routing tone: 0 125ms 1 125ms 2 125ms 3 Forever Disconnect tone: 0 330ms 1 330ms 2 330ms 3 Forever Ringback tone: 0 1000ms 1 4000ms 425Hz -15.0/-15.0/-15.0 dBm0 425Hz -15.0/-15.0/-15.0 dBm0 425Hz -20.0/-20.0/-20.0 dBm0 Silence 425Hz -20.0/-20.0/-20.0 dBm0 Silence 950Hz -15.0/-15.0/-15.0 dBm0 1400Hz -15.0/-15.0/-15.0 dBm0 1800Hz -15.0/-15.0/-15.0 dBm0 Silence 600Hz -24.0/-24.0/-24.0 dBm0 Silence 600Hz -24.0/-24.0/-24.0 dBm0 Silence 600Hz -15.0/-15.0/-15.0 dBm0 Silence 600Hz -15.0/-15.0/-15.0 dBm0 Silence 425Hz -19.0/-19.0/-19.0 dBm0 Silence Off-hook Notice tone: 0 100ms 1400x2040Hz -24.0/-24.0/-24.0 dBm0 -24.0/-24.0/-24.0 dBm0 1 100ms Silence Off-hook Alert tone: 0 100ms 1400x2040Hz -15.0/-15.0/-15.0 dBm0 -15.0/-15.0/-15.0 dBm0 1 100ms Silence The following example shows a specific CP tone (Japan, busy): Router# show call progress tone japan busy Busy tone for Japan: 0 2000ms 440x480 Hz -17.0/-17.0/-19.0 dBm0 -17.0/-17.0/-19.0 dBm0 1 4000ms Silence Cisco IOS Dial Technologies Command Reference November 2009 DIA-757 Dial Commands show call progress tone Table 33 describes the significant fields shown in the display. Table 33 show show call progress tone Field Descriptions Field Cadence number Description Call progress tones consist of cadences—periods of sound or silence with certain parameters that do not change during the call. The cadence number shows the number of a particular cadence within the CP tone definitions. Cadence numbers start at 0. Cadence duration. “Forever” means that the sound can be heard forever, as in a dialtone. Silence—No tone is generated. 440Hz—A single frequency is generated. 440x530Hz—Two frequencies are added (mixed). Cadence duration Cadence type Amplitudes for corresponding frequency components Amplitudes for the corresponding frequency components. Different amplitudes are used on different trunk types. Related Commands Command call progress tone country Description Specifies the country code for retrieving the call progress tone parameters from the CP tone database. Cisco IOS Dial Technologies Command Reference DIA-758 November 2009 Dial Commands show caller show caller To display caller information, use the show caller command in user or privileged EXEC mode. show caller [[[interface interface-type interface-number | line {number [end-number]| line-modem-options}] [full | timeouts]] | [summary | user name [detailed]]] Syntax Description interface (Optional) Displays a summary of caller information for the specified interface. • interface-type—Interface type for which to display caller information. Valid values for the interface-type argument are as follows: – Async—Async interface. – Dialer—Dialer interface. – Serial—Serial interface. • interface-number—Number of the interface for which caller information will be displayed. Valid values for the interface-number argument vary depending on the interface type and platform. line (Optional) Displays a summary of caller information for the specified line(s) or by line or modem options. • number [end-number]—Line number for which caller information will be displayed. Specifying a value for the optional end-number argument results in caller information being displayed for a range of line numbers. Valid values for the number [end-number] arguments vary depending on the platform. line-modem-options—Type of line or modem option for which caller information will be displayed. Valid values for the line-modem-options argument are as follows: – aux line-number—Auxiliary line. – console line-number—Primary terminal line. – tty line-number—Terminal controller. – v110—V.110 modem. – vty line-number—Virtual terminal line. – x/y—Internal modem slot/port number. • full timeouts summary (Optional) Provides expanded caller information. (Optional) Displays session and idle limits and disconnect time. (Optional) Displays total users logged, total ISDN users, total analog users, and total external signaling analog and digital calls since the last reload command was entered. (Optional) Displays a summary of caller information for the specified username. • user name detailed—(Optional) Provides expanded information about the username. Cisco IOS Dial Technologies Command Reference November 2009 DIA-759 Dial Commands show caller Command Modes User EXEC Privileged EXEC Command History Release 11.3(5)AA 12.1(3)T 12.3(6) Modification This command was introduced. The summary keyword was added. This command was enhanced to display information about external signaling calls. Usage Guidelines The show caller command is used to: • • • Display individual users and consumed resources on the network access server (NAS). Inspect active call statistics for large pools of connections. (Debugging commands produce too much output and tax the CPU too heavily.) Display the absolute and idle times for each user. The current values for both of these settings are displayed on the TTY line and the asynchronous interface. Users that have been idle for unacceptably long periods of time can be easily identified. By using this information, you can define timeout policies and multiple grades of services for different users. In Multilink PPP (MLP) calls, if the MLP bundle is created on the remote home gateway, the total of unique users displayed by the show caller summary command is the same as the number of active B-channel calls. This is because the gateway does not know about the MLP bundle created on the other side. • You can configure output modifiers for each option type of the show caller command. Examples The following is sample output from the show caller command: Router# show caller Line con 0 BR0:1 Vi1 User user 1 user 2 Service TTY PPP PPP Bundle Active 00:08:21 00:00:14 00:00:13 The following is sample output from the show caller command with the summary keyword: Router# show caller summary 933 0 0 0 0 0 980 Analog calls (0 VPDN Calls) 47 Ext-Sig Analog calls ISDN calls (0 VPDN Calls) Ext-Sig Digital calls VPDN calls PPPoA calls PPPoE calls Total unique users logged in Each display from the show caller command is self-explanatory; see the “Usage Guidelines” section for more information. Cisco IOS Dial Technologies Command Reference DIA-760 November 2009 Dial Commands show interfaces virtual-access show interfaces virtual-access To display status, traffic data, and configuration information about a specified virtual access interface, use the show interfaces virtual-access command in privileged EXEC mode. show interfaces virtual-access number [configuration] Syntax Description number Number of the virtual access interface. configuration (Optional) Restricts output to configuration information. Command Modes Privileged EXEC (#) Command History Release 11.2F 11.3 12.3(7)T 12.2(33)SB 12.2(33)SRE 15.0(1)M Modification This command was introduced. The configuration keyword was added. The output for this command was modified to indicate if the interface is a member of a multilink PPP bundle. This command was integrated into Cisco IOS Release 12.2(33)SB. This command was implemented on the Cisco 10000 series router for the PRE3 and PRE4. This command was integrated into Cisco IOS Release 12.3(33)SRE. This command was integrated into Cisco IOS Release 15.0(1)M. Usage Guidelines To identify the number of the vty on which the virtual access interface was created, enter the show users command. The counts of output packet bytes as reported by the L2TP access server (LAC) to the RADIUS server in the accounting record do not match those of a client. The following paragraphs describe how the accounting is done and how you can determine the correct packet byte counts. Packet counts for client packets in the input path are as follows: • • For packets that are process-switched, virtual access input counters are incremented by the coalescing function by the PPP over Ethernet (PPPoE) payload length. For packets that are fast-switched, virtual access input counters are incremented by the fast-switching function by the formula: PPPoE payload length + PPP address&control bytes = = PPPoE payload length + 2 For packets that are Cisco Express Forwarding switched, virtual access input counters are incremented by the Cisco Express Forwarding switching function by the formula: IP length + PPP encapbytes (4) = = PPPoE payload length + 2 • Packet counts for client packets in the output path are as follows: • For packets that are process-switched by protocols other than PPP, virtual access output counters are incremented in the upper layer protocol by the entire datagram, as follows: Size = PPPoE payload + PPPoE hdr (6) + Eth hdr (14) + SNAP hdr (10) + media hdr (4 for ATM) Cisco IOS Dial Technologies Command Reference November 2009 DIA-761 Dial Commands show interfaces virtual-access • For packets process-switched by PPP Link Control Protocol (LCP) and Network Control Protocol (NCP), virtual access output counters are incremented by PPP, as follows: PPP payload size + 4 bytes of PPP hdr For packets that are Cisco Express Forwarding fast-switched, virtual access counters are incremented by the PPPoE payload size. For PPPoE PTA, the PPPoE payload length is counted for all input and output packets. For PPPoE L2X on a LAC, the PPPoE payload length is counted for all input packets. On an L2TP Network Server (LNS), the payload plus the PPP header (address + control + type) are counted. For PPP over ATM (PPPoA) PTA i/p packets, the payload plus the PPP address plus control bytes are counted. For PPPoA PTA o/p packets, the payload plus PPP address plus control plus ATM header are counted. For PPPoA L2X on a LAC for i/p packets, the payload plus PPP addr plus cntl bytes are counted. For PPPoA L2X on a LNS, the payload plus PPP header (address + control + type) are counted. • Accounting is done for PPPoE, PPPoA PPP Termination Aggregation (PTA), and L2X as follows: • • • • In Cisco IOS Release 12.2(33)SB and later releases, the router no longer allows you to specify a virtual access interface (VAI) as vix.y in the show pxf cpu queue and show interfaces commands. Instead, you must spell out the VAI as virtual-access. For example, when you enter the following commands, the router accepts the command: Router# show interfaces virtual-access 2.1 In releases prior to Cisco IOS Release 12.2(33)SB, the router accepts the abbreviated form of the VAI. For example, the router accepts the following commands: Router# show interfaces vi2.1 Examples The following is sample output from the show interfaces virtual-access command: Router# show interfaces virtual-access 3 Virtual-Access3 is up, line protocol is up Hardware is Virtual Access interface MTU 1500 bytes, BW 149760 Kbit, DLY 100000 usec, reliability 255/255, txload 1/255, rxload 1/255 Encapsulation PPP, LCP Open, multilink Open Link is a member of Multilink bundle Virtual-Access4 PPPoATM vaccess, cloned from Virtual-Template1 Vaccess status 0x44 Bound to ATM4/0.10000 VCD:16, VPI:15, VCI:200, loopback not set DTR is pulsed for 5 seconds on reset Last input never, output never, output hang never Last clearing of "show interfaces" counters 00:57:37 Input queue:0/75/0/0 (size/max/drops/flushes); Total output drops:0 Queueing strategy:fifo Output queue:0/40 (size/max) 5 minute input rate 0 bits/sec, 0 packets/sec 5 minute output rate 0 bits/sec, 0 packets/sec 676 packets input, 12168 bytes, 0 no buffer Received 0 broadcasts, 0 runts, 0 giants, 0 throttles 0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort 676 packets output, 10140 bytes, 0 underruns 0 output errors, 0 collisions, 0 interface resets 0 output buffer failures, 0 output buffers swapped out 0 carrier transitions Cisco IOS Dial Technologies Command Reference DIA-762 November 2009 Dial Commands show interfaces virtual-access Table 34 describes the significant fields shown in the display. Table 34 show interfaces virtual-access Field Descriptions Field Virtual-Access ... is {up | down | administratively down} line protocol is {up | down | administratively down} Hardware is MTU BW DLY reliability Description Indicates whether the interface is currently active (whether carrier detect is present), is inactive, or has been taken down by an administrator. Indicates whether the software processes that handle the line protocol consider the line to be usable (that is, whether keepalives are successful). Type of interface. In this case, the interface is a dynamically created virtual access interface that exists on a vty line. Maximum transmission unit for packets on the virtual access interface. Bandwidth of the virtual access interface, in kbps. Delay of the virtual access interface, in microseconds. Reliability of the virtual access interface as a fraction of 255 (255/255 is 100 percent reliability), calculated as an exponential average over five minutes. Load on the virtual access interface as a fraction of 255 (255/255 is completely saturated), calculated as an exponential average over 5 minutes. The calculation uses the value from the bandwidth interface configuration command. • txload, rxload txload— Transmit load on the virtual access interface as a value of 1/255 calculated as an exponentioal average over 5 minutes. rxload— Receive load on the virtual access interface as a value of 1/255 calculated as an exponentioal average over 5 minutes. • Encapsulation loopback Encapsulation method assigned to the virtual access interface. Test in which signals are sent and then directed back toward the source at some point along the communication path. Used to test network interface usability. Data terminal ready. An RS232-C circuit that is activated to let the DCE know when the DTE is ready to send and receive data. Link Control Protocol (for PPP only; not for Serial Line Internet Protocol (SLIP)). LCP must come to the open state before any useful traffic can cross the link. Number of hours, minutes, and seconds since the last packet was successfully received by a virtual access interface. This value indicates when a dead interface failed. Number of hours, minutes, and seconds since the last packet was successfully transmitted by a virtual access interface. DTR LCP open | closed | req sent Last input output Cisco IOS Dial Technologies Command Reference November 2009 DIA-763 Dial Commands show interfaces virtual-access Table 34 show interfaces virtual-access Field Descriptions (continued) Field output hang Description Number of hours, minutes, and seconds (or never) since the virtual access interface was last reset because of a transmission that took too long. When the number of hours in any of the “last” fields exceeds 24 hours, the number of days and hours is displayed. If that field overflows, asterisks are displayed. Time at which the counters that measure cumulative statistics (such as number of bytes transmitted and received) were last reset to zero. Note that variables that might affect routing (for example, load and reliability) are not cleared when the counters are cleared. Asterisks (***) indicate that the elapsed time is too lengthy to be displayed. Zeros (0:00:00) indicate that the counters were cleared more than 231 milliseconds (ms) and less than 232 ms ago. Last clearing Input queue, drops Number of packets in input queues. Each number is followed by a slash, the maximum size of the queue, and the number of packets dropped because of a full queue. Type of queueing selected to prioritize network traffic. The options are first-come-first-served (FCFS) queueing, first-in-first-out queueing (FIFO), weighted fair queueing, priority queueing, and custom queueing. Packets in output queues. Represented by the maximum size of the queue followed by a slash and the number of packets dropped because of a full queue. For example, if the output queue is 45/15, 45 is the maximum size of the queue and 15 is the number of packets dropped. Average number of bits and packets transmitted per second in the last five minutes. Total number of error-free packets received by the system. Total number of bytes, including data and MAC encapsulation, in the error-free packets received by the system. Number of received packets discarded because there was no buffer space in the main system. Compare with ignored count. Broadcast storms on Ethernets and bursts of noise on serial lines are often responsible for no-input-buffer events. Total number of broadcast or multicast packets received by the virtual access interface. Number of packets that are discarded because they are smaller than the medium’s minimum packet size. Number of packets that are discarded because they exceed the medium’s maximum packet size. Total number of no-buffer, runts, giants, cyclic redundancy checks (CRCs), frame, overrun, ignored, and abort counts. Other input-related errors can also increment the count, so that this sum might not balance with the other counts. Queueing strategy Output queue 5 minute input rate, 5 minute output rate packets input bytes no buffer broadcasts runts giants input errors Cisco IOS Dial Technologies Command Reference DIA-764 November 2009 Dial Commands show interfaces virtual-access Table 34 show interfaces virtual-access Field Descriptions (continued) Field CRC Description Counter that reflects when the cyclic redundancy checksum generated by the originating LAN station or far-end device does not match the checksum calculated from data received. On a LAN, this often indicates noise or transmission problems on the LAN interface or the LAN bus. A high number of CRCs is usually the result of collisions or a station transmitting bad data. On a serial link, CRCs often indicate noise, gain hits, or other transmission problems on the data link. Number of packets received incorrectly having a CRC error and a noninteger number of octets. On a serial line, this is usually the result of noise or other transmission problems. Number of times the serial receiver hardware was unable to send received data to a hardware buffer because the input rate exceeded the receiver’s ability to handle the data. Number of received packets ignored by the virtual access interface because the interface hardware ran low on internal buffers. These buffers are different from the system buffers mentioned in the description of the no buffer field. Broadcast storms and bursts of noise can cause the “ignored” count to be incremented. Illegal sequence of one bits on a virtual access interface. This usually indicates a clocking problem between the virtual access interface and the data link equipment. Total number of messages transmitted by the system. Total number of bytes, including data and MAC encapsulation, transmitted by the system. Number of times the far-end transmitter has been running faster than the near-end communication server’s receiver can handle. Underruns may never be reported on some virtual access interfaces. Sum of all errors that prevented the final transmission of datagrams out of the virtual access interface being examined. Note that this might not balance with the sum of the enumerated output errors, because some datagrams might have more than one error, and others might have errors that do not fall into any of the tabulated categories. Number of packets colliding. Number of times a virtual access interface has been completely reset. A reset can happen if packets queued for transmission were not sent within several seconds. Resetting can be caused by a malfunctioning modem that is not supplying the transmit clock signal or by a cable problem. If the system notices that the carrier detect line of a virtual access interface is up, but the line protocol is down, it periodically resets the interface in an effort to restart it. Interface resets can also occur when a virtual access interface is looped back or shut down. Number of outgoing packets dropped from the output buffer. frame overrun ignored abort packets output bytes underruns output errors collisions interface resets output buffer failures Cisco IOS Dial Technologies Command Reference November 2009 DIA-765 Dial Commands show interfaces virtual-access Table 34 show interfaces virtual-access Field Descriptions (continued) Field output buffers swapped out carrier transitions Description Number of times the output buffer was swapped out. Number of times the carrier detect (CD) signal of a virtual access interface has changed state. Indicates modem or line problems if the CD line changes state often. If data carrier detect (DCD) goes down and comes up, the carrier transition counter increments two times. Related Commands Command clear interface virtual-access interface virtual-template show pxf cpu queue show users Description Tears down the virtual access interface and frees the memory for other dial-in uses. Creates a virtual template interface that can be configured and applied dynamically in creating virtual access interfaces. Displays PXF queueing statistics. Displays information about the active lines on the router or information about lawful-intercept users. Cisco IOS Dial Technologies Command Reference DIA-766 November 2009 Dial Commands show controllers bri show controllers bri To display information about the ISDN BRI, use the show controllers bri command in privileged EXEC mode. Cisco MC3810 Routers show controllers bri [interface-number] Cisco 7200 Series Routers show controllers bri slot/port All Other Routers show controllers bri interface-number Syntax Description interface-number Interface number. The value is from 0 to 7 if the router has one 8-port BRI network interface module (NIM), or from 0 to 15 if the router has two 8-port BRI NIMs. Interface number values will vary, depending on the hardware platform used. The Cisco 3600 series router, for example, can have up to 48 interfaces. The interface-number argument is optional for the Cisco MC3810 router. Valid BRI controller numbers for the Cisco MC3810 router are from 1 to 4. slot/port Backplane slot number and port number on the interface. See your hardware installation manual for the specific slot and port numbers. The slash mark is required. Command Modes Privileged EXEC Command History Release 10.3 11.2P 12.0(3)XG Modification This command was introduced. This command was enhanced to support slot and port syntax for the PA-8B-ST and PA-4B-U port adapters on the Cisco 7200 series. This command was implemented on the Cisco MC3810 universal access concentrator. Usage Guidelines If you use the show controllers bri command in the Cisco MC3810 without the slot-number keywords, information for all of the configured ISDN BRI controllers will be displayed. The BRI controller numbers match the physical ports numbers on the BRI voice module (BVM). Cisco IOS Dial Technologies Command Reference November 2009 DIA-767 Dial Commands show controllers bri Examples The following example shows controller statistics for interface BRI 1 on a Cisco MC3810 router: Router# show controllers bri 1 BRI unit 1: Layer 1 is DEACTIVATED. (ISDN L1 State F3) S2084 registers: Configuration register=0x1 QMC GLOBAL MULTICHANNEL PARAMETERS (at 0x30003C00) [MCBASE]=0x1C4AE38, [QMCSTATE]=0x0, [MRBLR]=0x5F4 [TXSPTR]=0x1C20, [RXPTR]=0x1C24, [GRFTHR]=0x1 [GRFCNT]=0x1, [INTBASE]=0x1B04124, [INTPTR]=0x1B0413C [RXSPTR]=0x1C20, [TXPTR]=0x1C3E, [CMASK32]=0xDEBB20E3 [TSATRX]=0x30003C20, [TSATTX]=0x30003C60, [CMASK16]=0xF0B8 QMC Timeslot Assignment Entries (Rx == Tx): [ 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x0 0x540 0x8503 0x84C3 0x8483 0x0 0x400 0x400 0xC400 0xC000 ] D Channel Information: BVM unit 1, qmc_channel: 18 timeslot: 26 idb at 0x1199FC8, driver data structure at 0x11D06D8 SCC Registers: General [GSMR]=0x780:0x0000003A, Protocol-specific [PSMR]=0x80 Events [SCCE]=0x0000, Mask [SCCM]=0x000F, Status [SCCS]=0x0002 Transmit on Demand [TODR]=0x0, Data Sync [DSR]=0x7E7E Interrupt Registers: Config [CICR]=0x001B9981, Pending [CIPR]=0x00000240 Mask [CIMR]=0x7A000400, In-srv [CISR]=0x00000000 Command register [CR]=0x640 Port A [PADIR]=0x00F0, [PAPAR]=0xFFFF [PAODR]=0x00E0, [PADAT]=0x1AEF Port B [PBDIR]=0x01333F, [PBPAR]=0x01033E [PBODR]=0x000030, [PBDAT]=0x00DFFC Port C [PCDIR]=0x0C0C, [PCPAR]=0x0000 [PCSO]=0x03F3, [PCDAT]=0x00FF, [PCINT]=0x0000 Port D [PDDIR]=0x000760, [PDPAR]=0x00013F [PDDAT]=0x000CB0 SI [SIMODE]=0x00480048, [SIGMR]=0x0E, [SISTR]=0x00 [SICR]=0x6D372E49 BRGC [BRGC1]=0x00000000, [BRGC2]=0x00000000 [BRGC3]=0x00000000, [BRGC4]=0x00000000 QMC CHANNEL PARAMETERS (at 0x30002480) [TBASE]=0xBC0, [CHAMR]=0xB000, [TSTATE]=0x300C0FDE [TBPTR]=0xBD0, [ZISTATE]=0xE1FF0FFF, [INTMSK]=0x3F [RBASE]=0xB40, [MFLR]=0x5F4, [RSTATE]=0x31021C00 [RBPTR]=0xB70, [ZDSTATE]=0x25FFFFAE buffer size 1524 RX ring with 16 entries at 0x1C4B978, Buffer size 1524 Rxhead = 0x1C4B9A8 (6), Rxp = 0x11D070C (6) 00 pak=0x145FDD0 buf=0x1CCE138 status=9000 pak_size=0 01 pak=0x145FBBC buf=0x1CCDA78 status=9000 pak_size=0 02 pak=0x145F9A8 buf=0x1CCD3B8 status=9000 pak_size=0 03 pak=0x145F794 buf=0x1CCCCF8 status=9000 pak_size=0 04 pak=0x14618D4 buf=0x1CD38F8 status=9000 pak_size=0 05 pak=0x14616C0 buf=0x1CD3238 status=9000 pak_size=0 06 pak=0x1461298 buf=0x1CD24B8 status=9000 pak_size=0 07 pak=0x1461084 buf=0x1CD1DF8 status=9000 pak_size=0 08 pak=0x1460E70 buf=0x1CD1738 status=9000 pak_size=0 Cisco IOS Dial Technologies Command Reference DIA-768 November 2009 Dial Commands show controllers bri 09 10 11 12 13 14 15 pak=0x1460C5C pak=0x1460A48 pak=0x1460834 pak=0x1460620 pak=0x146040C pak=0x14601F8 pak=0x145FFE4 buf=0x1CD1078 buf=0x1CD09B8 buf=0x1CD02F8 buf=0x1CCFC38 buf=0x1CCF578 buf=0x1CCEEB8 buf=0x1CCE7F8 status=9000 status=9000 status=9000 status=9000 status=9000 status=9000 status=B000 pak_size=0 pak_size=0 pak_size=0 pak_size=0 pak_size=0 pak_size=0 pak_size=0 TX ring with 4 entries at 0x1C4B9F8, tx_count = 0 tx_head = 0x1C4BA08 (2), head_txp = 0x11D0818 (2) tx_tail = 0x1C4BA08 (2), tail_txp = 0x11D0818 (2) 00 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 01 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 02 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 03 pak=0x0000000 buf=0x0000000 status=2000 pak_size=0 0 throttles, 0 enables 0 input aborts on receiving flag sequence 0 missed datagrams, 0 overruns 0 bad datagram encapsulations, 0 memory errors 0 transmitter underruns B1 Channel Information: BVM unit 1, qmc_channel: 0 timeslot: 0 idb at 0x119FEB0, driver data structure at 0x11D0B54 SCC Registers: General [GSMR]=0x0:0x00000000, Protocol-specific [PSMR]=0x0 Events [SCCE]=0x0000, Mask [SCCM]=0x0000, Status [SCCS]=0x0000 Transmit on Demand [TODR]=0x9080, Data Sync [DSR]=0xA4 QMC CHANNEL PARAMETERS (at 0x0) [TBASE]=0x0, [CHAMR]=0x0, [TSTATE]=0x7C6802A6 [TBPTR]=0x9080, [ZISTATE]=0x906000AC, [INTMSK]=0x9060 [RBASE]=0x4800, [MFLR]=0x5, [RSTATE]=0x7C8000A6 [RBPTR]=0x7C9B, [ZDSTATE]=0x3864FFDC buffer size 1524 RX ring with 0 entries at 0x0, Buffer size 1524 Rxhead = 0x0 (0), Rxp = 0x0 (-4670172) TX ring with 0 entries at 0x0, tx_count = 0 tx_head = 0x0 (0), head_txp = 0x0 (-4670243) tx_tail = 0x0 (0), tail_txp = 0x0 (-4670243) 0 throttles, 0 enables 0 input aborts on receiving flag sequence 0 missed datagrams, 0 overruns 0 bad datagram encapsulations, 0 memory errors 0 transmitter underruns B2 Channel Information: BVM unit 1, qmc_channel: 0 timeslot: 0 idb at 0x11A5D98, driver data structure at 0x11D0F8C SCC Registers: General [GSMR]=0x0:0x00000000, Protocol-specific [PSMR]=0x0 Events [SCCE]=0x0000, Mask [SCCM]=0x0000, Status [SCCS]=0x0000 Transmit on Demand [TODR]=0x9080, Data Sync [DSR]=0xA4 QMC CHANNEL PARAMETERS (at 0x0) [TBASE]=0x0, [CHAMR]=0x0, [TSTATE]=0x7C6802A6 [TBPTR]=0x9080, [ZISTATE]=0x906000AC, [INTMSK]=0x9060 [RBASE]=0x4800, [MFLR]=0x5, [RSTATE]=0x7C8000A6 [RBPTR]=0x7C9B, [ZDSTATE]=0x3864FFDC Cisco IOS Dial Technologies Command Reference November 2009 DIA-769 Dial Commands show controllers bri buffer size 1524 RX ring with 0 entries at 0x0, Buffer size 1524 Rxhead = 0x0 (0), Rxp = 0x0 (-4670442) TX ring with 0 entries at 0x0, tx_count = 0 tx_head = 0x0 (0), head_txp = 0x0 (-4670513) tx_tail = 0x0 (0), tail_txp = 0x0 (-4670513) 0 throttles, 0 enables 0 input aborts on receiving flag sequence 0 missed datagrams, 0 overruns --More-0 bad datagram encapsulations, 0 memory >errors 0 transmitter underruns The following is sample output from the show controllers bri command: Router# show controllers bri 0 BRI unit 0 D Chan Info: Layer 1 is ACTIVATED idb 0x32089C, ds 0x3267D8, reset_mask 0x2 buffer size 1524 RX ring with 2 entries at 0x2101600 : Rxhead 0 00 pak=0x4122E8 ds=0x412444 status=D000 pak_size=0 01 pak=0x410C20 ds=0x410D7C status=F000 pak_size=0 TX ring with 1 entries at 0x2101640: tx_count = 0, tx_head = 0, tx_tail = 0 00 pak=0x000000 ds=0x000000 status=7C00 pak_size=0 0 missed datagrams, 0 overruns, 0 bad frame addresses 0 bad datagram encapsulations, 0 memory errors 0 transmitter underruns B1 Chan Info: Layer 1 is ACTIVATED idb 0x3224E8, ds 0x3268C8, reset_mask 0x0 buffer size 1524 RX ring with 8 entries at 0x2101400 : Rxhead 0 00 pak=0x421FC0 ds=0x42211C status=D000 pak_size=0 01 pak=0x4085E8 ds=0x408744 status=D000 pak_size=0 02 pak=0x422EF0 ds=0x42304C status=D000 pak_size=0 03 pak=0x4148E0 ds=0x414A3C status=D000 pak_size=0 04 pak=0x424D50 ds=0x424EAC status=D000 pak_size=0 05 pak=0x423688 ds=0x4237E4 status=D000 pak_size=0 06 pak=0x41AB98 ds=0x41ACF4 status=D000 pak_size=0 07 pak=0x41A400 ds=0x41A55C status=F000 pak_size=0 TX ring with 4 entries at 0x2101440: tx_count = 0, tx_head = 0, tx_tail = 0 00 pak=0x000000 ds=0x000000 status=5C00 pak_size=0 01 pak=0x000000 ds=0x000000 status=5C00 pak_size=0 02 pak=0x000000 ds=0x000000 status=5C00 pak_size=0 03 pak=0x000000 ds=0x000000 status=7C00 pak_size=0 0 missed datagrams, 0 overruns, 0 bad frame addresses 0 bad datagram encapsulations, 0 memory errors 0 transmitter underruns B2 Chan Info: Layer 1 is ACTIVATED idb 0x324520, ds 0x3269B8, reset_mask 0x2 buffer size 1524 RX ring with 8 entries at 0x2101500 : Rxhead 0 00 pak=0x40FCF0 ds=0x40FE4C status=D000 pak_size=0 01 pak=0x40E628 ds=0x40E784 status=D000 pak_size=0 02 pak=0x40F558 ds=0x40F6B4 status=D000 pak_size=0 03 pak=0x413218 ds=0x413374 status=D000 pak_size=0 04 pak=0x40EDC0 ds=0x40EF1C status=D000 pak_size=0 05 pak=0x4113B8 ds=0x411514 status=D000 pak_size=0 Cisco IOS Dial Technologies Command Reference DIA-770 November 2009 Dial Commands show controllers bri 06 pak=0x416ED8 ds=0x417034 status=D000 pak_size=0 07 pak=0x416740 ds=0x41689C status=F000 pak_size=0 TX ring with 4 entries at 0x2101540: tx_count = 0, tx_head = 0, tx_tail = 0 00 pak=0x000000 ds=0x000000 status=5C00 pak_size=0 01 pak=0x000000 ds=0x000000 status=5C00 pak_size=0 02 pak=0x000000 ds=0x000000 status=5C00 pak_size=0 03 pak=0x000000 ds=0x000000 status=7C00 pak_size=0 0 missed datagrams, 0 overruns, 0 bad frame addresses 0 bad datagram encapsulations, 0 memory errors 0 transmitter underruns Table 35 describes the significant fields shown in the display. Table 35 show controllers bri Field Descriptions Field BRI unit 0 Chan Info Layer 1 is ACTIVATED idb ds reset_mask buffer size RX ring with - entries at Rxhead pak ds status pak_size TX ring with - entries at tx_count tx_head tx_tail missed datagrams overruns Description Interface type and unit number. D and B channel numbers. Layer 1 status can be DEACTIVATED, PENDING ACTIVATION, or ACTIVATED. Information about internal data structures and parameters (for use by Cisco technical personnel). Number of bytes allocated for buffers. Information about the Receiver Queue. Start of the Receiver Queue. Information about internal data structures and parameters. Information about the Transmitter Queue. Number of packets to transmit. Start of the transmit list. End of the transmit list. Incoming packets missed due to internal errors. Number of times the receiver hardware was unable to hand received data to a hardware buffer because the input rate exceeded the receiver’s ability to handle the data. Frames received with a cyclic redundancy check (CRC) error and noninteger number of octets. Packets received with bad encapsulation. Internal direct memory access (DMA) memory errors. Number of times that the transmitter has been running faster than the router can handle. bad frame addresses bad datagram encapsulations memory errors transmitter underruns Cisco IOS Dial Technologies Command Reference November 2009 DIA-771 Dial Commands show controllers bri The following is a partial output example from the show controllers bri command on a Cisco 7200 series router: Router# show controllers bri 2/0 BRI slot 2 interface 0 with integrated NT1 Layer 1 is ACTIVATED. (ISDN L1 State F7) Master clock for slot 2 is bri interface 0. Total chip configuration successes: 193, failures: 0, timeouts: 0 D Channel Information: Channel state: UP Channel IDB: 6092AC64 RX ring entries: 5, buffer size 512 RX descriptor ring: head = 165F4D8, tail = 165F508 RX buffer ring: head = 6093A260, tail = 6093A290 00 params=0x2000000 status=0x0 data ptr=0x1650F84 next ptr=0x165F4D8 01 params=0x2000000 status=0xC0080000 data ptr=0x1651884 next ptr=0x165F4E8 02 params=0x2000000 status=0xC0080000 data ptr=0x1651644 next ptr=0x165F4F8 03 params=0x2000000 status=0x0 data ptr=0x1651404 next ptr=0x165F508 04 params=0x42000000 status=0x0 data ptr=0x16511C4 next ptr=0x165F4C8 TX ring entries: 5, in use: 0, buffer size 512 TX descriptor ring: head = 3C2049C0, tail = 3C2049C0 TX buffer ring: head = 608EC0C4, tail = 608EC0C4 00 params=0x80000000 data ptr=0x0000000 next ptr=0x4D0049A8 01 params=0x80000000 data ptr=0x0000000 next ptr=0x4D0049B4 02 params=0x80000000 data ptr=0x0000000 next ptr=0x4D0049C0 03 params=0xC0000000 data ptr=0x0000000 next ptr=0x4D0049CC 04 params=0x0 data ptr=0x0000000 next ptr=0x4D00499C List of timeslots (sw): 2 Table 36 describes the significant fields shown in the display. Table 36 show controllers bri Field Descriptions (for Cisco 7200 Series Routers) Field BRI slot 2 interface 0 with integrated NTI Layer 1 is ACTIVATED Master clock Description Interface type and slot and port number. Layer 1 status can be DEACTIVATED, PENDING ACTIVATION, or ACTIVATED. The first interface that comes up on an MBRI port adapter holds the master clock. This clock is used for all interfaces on that port adapter. If the master clock interface goes down, the second interface that came up becomes the master clock interface. Counters of successful chip configuration. Counters of bad chip configuration. Counters of failing to initialize chip. Information related to D-channel status. Channel state can be UNUSED, IDLE, DOWN, STANDBY, UP, THROTTLED, ILLEGAL. Internal interface channel description. Internal receive queue. Internal receive queue to manage hardware chip. Internal receive queue to hold inbound packets. Start of the receiver queue. Total chip configuration successes failures timeouts D Channel Information Channel state Channel IDB RX (or TX) ring entries RX (or TX) descriptor ring RX (or TX) buffer ring Rxhead Cisco IOS Dial Technologies Command Reference DIA-772 November 2009 Dial Commands show controllers bri Table 36 show controllers bri Field Descriptions (for Cisco 7200 Series Routers) (continued) Field params, status, data ptr, next ptr List of timeslots (sw) Description Information about internal data structures and parameters (for use by Cisco technical personnel. Time slots assigned to this channel. Cisco IOS Dial Technologies Command Reference November 2009 DIA-773 Dial Commands show controllers e1 call-counters show controllers e1 call-counters To display the total number of calls and call durations on an E1 controller, use the show controllers e1 call-counters command in privileged EXEC mode. show controllers e1 controller-number call-counters Syntax Description controller-number Controller number (for example, 0, 1, 2, or 3). Command Modes Privileged EXEC Command History Release 11.3T Modification This command was introduced. Usage Guidelines This command displays the E1 controller status as calls, such as switched 56K digital calls. It shows the total duration of all the previous calls on the specified timeslot in( hrs: mins:sec). Examples The following is sample output of the show controllers e1 call-counters command: Router# show controllers e1 1 call-counters E1 1: DS0's Active: 0 DS0's Active High Water Mark: 0 TimeSlot Type TotalCalls TotalDuration 1 cas 0 00:00:00 2 cas 0 00:00:00 3 cas 0 00:00:00 4 cas 0 00:00:00 5 cas 0 00:00:00 6 cas 0 00:00:00 7 cas 0 00:00:00 8 cas 0 00:00:00 9 cas 0 00:00:00 10 cas 0 00:00:00 11 cas 0 00:00:00 12 cas 0 00:00:00 13 cas 0 00:00:00 14 cas 0 00:00:00 15 cas 0 00:00:00 16 cas 0 00:00:00 17 cas 0 00:00:00 18 cas 0 00:00:00 19 cas 0 00:00:00 20 cas 0 00:00:00 21 cas 0 00:00:00 22 cas 0 00:00:00 23 cas 0 00:00:00 24 cas 0 00:00:00 Total DS0's Active High Water Mark: 7 Cisco IOS Dial Technologies Command Reference DIA-774 November 2009 Dial Commands show controllers e1 call-counters Table 37 describes the significant fields shown in the display. Table 37 show controllers e1 call-counters Field Descriptions Field E1 1: DS0’s Active: Description Number of the E1 controller. Displays the number of DS0s channels that are currently active. DS0’s Active High Water Mark: Number of active DS0s that are approaching the threshold ceiling of the system. TimeSlot Type TotalCalls TotalDuration Total DS0’s Active High Water Mark: Time slot number used on the controller for the specified DS0. Type of call occupying the timeslot. This entry is usually channel-associated signaling (CAS) or ISDN PRI. How many calls came in on this time slot or DS0. Total duration of all the previous calls on the specified timeslot in( hrs: mins:sec). Total number of active DS0s that are approaching the threshold ceiling of the system. Related Commands Command cas-group (E1 controller) show controllers e1 cas-data Description Configures CAS on an E1 controller. Displays internal call switching module information about the switched 56K data channels. Cisco IOS Dial Technologies Command Reference November 2009 DIA-775 Dial Commands show controllers e1 cas-data show controllers e1 cas-data To display internal call switching module information about the switched 56K data channels, use the show controllers e1 cas-data command in privileged EXEC mode. show controllers e1 controller-number cas-data Syntax Description controller-number Controller number (for example, 0, 1, 2, or 3). Command Modes Privileged EXEC Command History Release 11.3T Modification This command was introduced. Examples The following is sample output from the show controllers e1 cas-data command: router# show controllers e1 1 cas-data Device Pool: Dev-SW56-pool Number of SW56 vdev in pool: 48 Number of active connections: 0 No free SW56 device in pool: 0 SW56 max allocated messages: 96 E1 1: SW56(slot/subcont/bchan)=0/1/0, hwidb=0x00867348 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated SW56(slot/subcont/bchan)=0/1/1, hwidb=0x0086EC58 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated SW56(slot/subcont/bchan)=0/1/2, hwidb=0x00876568 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated SW56(slot/subcont/bchan)=0/1/3, hwidb=0x0087DE78 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated Cisco IOS Dial Technologies Command Reference DIA-776 November 2009 Dial Commands show controllers e1 cas-data SW56(slot/subcont/bchan)=0/1/4, hwidb=0x00885788 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated Table 38 describes the significant fields shown in the display. Table 38 show controllers e1 cas-data Field Descriptions Field Device Pool: Number of SW56 vdev in pool: Number of active connections: No free SW56 device in pool: SW56 max allocated messages: E1 1: SW56(slot/subcont/bchan)= csm_state(0x00000100)= total_call_duration= invalid_event_count= ic_failure= csm_status(0): Description Type of pool in service, which is a logical grouping used to achieve a specific service. Number of serial devices used in the pool. Number of active switched 56K active connections. Number of switched 56K channels available to accept calls. Number of messages that are allocated to switched 56K services. Number of the controller E1. Specified DS0 or time slot used for the switched 56K service. Call state machine register. How long the call lasted (in hours: minutes: seconds). Number of invalid event counters for the specified channel. Number of incoming call failures. Call state machine register. wdt_timestamp_started is not activated Watchdog timer. Related Commands Command cas-group (E1 controller) show controllers e1 call-counters Description Configures CAS on an E1 controller. Displays the total number of calls and call durations on an E1 controller. Cisco IOS Dial Technologies Command Reference November 2009 DIA-777 Dial Commands show controllers t1 call-counters show controllers t1 call-counters To display the total number of calls and call durations on a T1 controller, use the show controllers t1 call-counters command in privileged EXEC mode. Cisco 4000 Series Routers show controllers t1 controller-number call-counters Cisco AS 53000 and AS5400 Access Servers show controllers t1 slot/port call-counters Syntax Description controller-number For Cisco 4000 series routers, enter just the controller number (for example, 0, 1, 2, or 3). slot/port For Cisco AS5300 and AS5400 series access servers, enter the controller number as slot/port. The slash marks are required. Command Modes Privileged EXEC Command History Release 11.3T 12.1(3)T Modification This command was introduced. This command was introduced on the Cisco AS5300 and AS5400 series access servers. Usage Guidelines This command displays the T1 controller status as calls, such as switched 56K digital calls. Examples The following is partial sample output from the show controllers t1 call-counters command: router# show controllers t1 1 call-counters T1 1: DS0's Active: 0 DS0's Active High Water Mark: 0 TimeSlot Type TotalCalls TotalDuration 1 cas 0 00:00:00 2 cas 0 00:00:00 3 cas 0 00:00:00 4 cas 0 00:00:00 5 cas 0 00:00:00 6 cas 0 00:00:00 7 cas 0 00:00:00 8 cas 0 00:00:00 9 cas 0 00:00:00 10 cas 0 00:00:00 11 cas 0 00:00:00 12 cas 0 00:00:00 13 cas 0 00:00:00 Cisco IOS Dial Technologies Command Reference DIA-778 November 2009 Dial Commands show controllers t1 call-counters 14 15 16 17 18 19 20 21 22 cas cas cas cas cas cas cas cas cas 0 0 0 0 0 0 0 0 0 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 . . . Total DS0's Active High Water Mark: 7 Table 39 describes the significant fields shown in the display. Table 39 show controllers t1 call-counters Field Descriptions Field T1 1: DS0’s Active: DS0’s Active High Water Mark: TimeSlot Type TotalCalls TotalDuration Total DS0’s Active High Water Mark: Description Number of the T1 controller. Displays the number of DS0s channels that are currently active. Number of active DS0s that are approaching the threshold ceiling of the system. Time slot number used on the controller for the specified DS0. Type of call occupying the time slot. This entry is usually channel-associated signaling (CAS) or ISDN PRI. How many calls came in on this time slot or DS0. Total active time for all previous successful calls on the specified time slot (in hours: minutes: seconds). Total number of active DS0s that are approaching the threshold ceiling of the system. Related Commands Command cas-group (T1 controller) Description Configures channel associated signaling on a T1 controller. show controllers t1 cas-data Displays internal call switching module information about the switched 56-kbps data channels. Cisco IOS Dial Technologies Command Reference November 2009 DIA-779 Dial Commands show controllers t1 cas-data show controllers t1 cas-data To display internal call switching module information about the switched 56K data channels, use the show controllers t1 cas-data command in privileged EXEC mode. Cisco 4000 Series Routers show controllers t1 controller-number cas-data Cisco AS 53000 and AS5400 Access Servers show controllers t1 slot/port cas-data Syntax Description controller-number slot/port For Cisco 4000 series routers, enter just the controller number (for example, 0, 1, 2, or 3). For Cisco AS5300 and AS5400 series access servers, enter the controller number as slot/port. The slash mark is required. Command Modes Privileged EXEC Command History Release 11.3T 12.1(3)T Modification This command was introduced. This command was introduced on the Cisco AS5300 and AS5400 series access servers. Examples The following is sample output from the show controllers t1 cas-data command: Router# show controllers t1 1 cas-data Device Pool: Dev-SW56-pool Number of SW56 vdev in pool: 48 Number of active connections: 0 No free SW56 device in pool: 0 SW56 max allocated messages: 96 T1 1: SW56(slot/subcont/bchan)=0/1/0, hwidb=0x00867348 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated SW56(slot/subcont/bchan)=0/1/1, hwidb=0x0086EC58 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated Cisco IOS Dial Technologies Command Reference DIA-780 November 2009 Dial Commands show controllers t1 cas-data SW56(slot/subcont/bchan)=0/1/2, hwidb=0x00876568 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated SW56(slot/subcont/bchan)=0/1/3, hwidb=0x0087DE78 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated SW56(slot/subcont/bchan)=0/1/4, hwidb=0x00885788 csm_state(0x00000100)=CSM_IDLE_STATE, csm_event_proc=0x0006CCC2 total_call_duration=00:00:00 invalid_event_count=0, wdt_timeout_count=0 ic_failure=0, ic_complete=0, remote_link_disc=0 csm_status(0): VDEV_STATUS_UNLOCKED wdt_timestamp_started is not activated Table 40 describes the significant fields in the display. Table 40 show controllers t1 cas-data Field Descriptions Field Device Pool: Number of SW56 vdev in pool: Number of active connections: No free SW56 device in pool: SW56 max allocated messages: T1 1: SW56(slot/subcont/bchan)= csm_state(0x00000100)= total_call_duration= invalid_event_count= ic_failure= csm_status(0): wdt_timestamp_started is not activated Description Type of pool in service, which is a logical grouping used to achieve a specific service. Number of serial devices used in the pool. Number of active switched 56K active connections. Number of switched 56K channels available to accept calls. Number of messages that are allocated to switched 56K services. Number of the controller T1. Specified DS0 or time slot used for the switched 56K service. Call state machine register. How long the call lasted (in hours: minutes: seconds). Number of invalid event counters for the specified channel. Number of incoming call failures. Call state machine register. Watchdog timer. Related Commands Command cas-group (T1 controller) Description Configures channel-associated signaling on a T1 controller. show controllers t1 call-counters Displays the total number of calls and call durations on a T1 controller. Cisco IOS Dial Technologies Command Reference November 2009 DIA-781 Dial Commands show controllers t1 clock show controllers t1 clock To display the primary clock change history, use the show controller t1 clock command in privileged EXEC mode. show controllers t1 slot/port clock Syntax Description slot/port Controller number entered as slot/port. The slash mark is required. Command Default No default behavior or values. Command Modes Privileged EXEC Command History Release 12.1(3)T Modification This command was introduced on the Cisco AS5300 and AS5400 series access servers. Examples The following example is a self-explanatory report for a Cisco AS5350 T1 controller clock: Router# show controller t1 1/1 clock Clock selected: Freerun clock CLOCK CHANGE HISTORY -------------------------CLOCK ----Freerun Event ----Firmware Initialization Time ---00:00:28 UTC Tue Nov 30 1999 Related Commands Command clear controller clear controller t1 firmware-status Description Resets the specified T1 or E1 controller. Clears the T1 controller crash history. Cisco IOS Dial Technologies Command Reference DIA-782 November 2009 Dial Commands show controllers t1 firmware-status show controllers t1 firmware-status To display the crash history of the New E1 And T1 (NEAT) controller, use the show controller t1 firmware-status command in privileged EXEC mode. show controllers t1 slot/port firmware-status Syntax Description slot/port Controller number entered as slot/port. Command Default No default behavior or values. Command Modes Privileged EXEC Command History Release 12.1(3)T Modification This command was introduced on the Cisco AS5300 and AS5400 series access servers. Examples The following example is self-explanatory report crash history output from a Cisco AS5350 T1 controller: Router# show controller t1 1/1 firmware-status Trunk-1 hasn't restarted since last system reload Related Commands Command clear controller clear controller t1 firmware-status Description Resets the specified T1 or E1 controller. Clears the T1 controller crash history. Cisco IOS Dial Technologies Command Reference November 2009 DIA-783 Dial Commands show controllers t1 timeslots show controllers t1 timeslots To show the channel-associated signaling (CAS) and ISDN PRI state on the T1 controller in detail, use the show controllers t1 timeslots command in EXEC mode. Cisco 4000 Series Routers show controllers t1 controller-number timeslots timeslot-range Cisco AS5300 and AS5400 Series Access Servers show controllers t1 slot/port timeslots timeslot-range Syntax Description controller-number slot/port timeslot-range For Cisco 4000 series: the controller number (for example, 0, 1, 2, or 3). For Cisco AS5300 series and Cisco AS5400 series: the controller number, as slot/port. The slash mark is required. Displays DS0 information. Time slot range for the T1 controller is from 1 to 24. Enter the range as a logical sequence of numbers separated by a dash. Command Modes EXEC Command History Release 10.0 12.1(3)T Modification This command was introduced. This command was introduced on the Cisco AS5300 series and Cisco AS5400 series. Usage Guidelines Use this command to display the CAS and ISDN PRI channel state in detail. On the Cisco access servers, the command shows whether the DS0 channels of a controller are in idle, in-service, maintenance, or busyout states. Use the command to display statistics about the T1 links. Examples The following example shows that the CAS state is enabled on the Cisco AS5300 universal access server with a T1 PRI card. The display is self-explanatory. Router# show controllers t1 1 timeslots 1-24 SERVICE STATES insvc = In Service outofsvc = Out of Service maint = Maintenance CAS CHANNEL STATES down = Down idle = Idle connected = Call Connected signaling = Signaling static-bo = Static Busyout dynamic-bo = Dynamic Busyout ISDN CHANNEL idle = proposed = busy = STATES Available Negotiating Unavailable Cisco IOS Dial Technologies Command Reference DIA-784 November 2009 Dial Commands show controllers t1 timeslots reserved = restart = maint_pend = reassigned = prop'd_1tr6= T1 1 is up: Loopback: NONE DS0 Type Reserved Restart Pending Maintenance Pending Reassigned Net may change channel # Service Channel Rx Tx State State A B C D A B C D ----------------------------------------------------------------------------------------1 cas-modem 1 in insvc connected 1 1 1 1 1 1 1 1 2 cas insvc idle 0 0 0 0 0 0 0 0 3 cas insvc idle 0 0 0 0 0 0 0 0 4 cas insvc idle 0 0 0 0 0 0 0 0 5 cas insvc idle 0 0 0 0 0 0 0 0 6 cas insvc idle 0 0 0 0 0 0 0 0 7 cas insvc idle 0 0 0 0 0 0 0 0 8 cas insvc idle 0 0 0 0 0 0 0 0 9 cas insvc idle 0 0 0 0 0 0 0 0 10 cas maint static-bo 0 0 0 0 1 1 1 1 11 cas maint static-bo 0 0 0 0 1 1 1 1 12 cas maint static-bo 0 0 0 0 1 1 1 1 13 cas maint static-bo 0 0 0 0 1 1 1 1 14 cas maint static-bo 0 0 0 0 1 1 1 1 15 cas maint static-bo 0 0 0 0 1 1 1 1 16 cas maint static-bo 0 0 0 0 1 1 1 1 17 cas maint static-bo 0 0 0 0 1 1 1 1 18 cas maint static-bo 0 0 0 0 1 1 1 1 19 cas maint dynamic-bo 0 0 0 0 1 1 1 1 20 cas maint dynamic-bo 0 0 0 0 1 1 1 1 21 cas maint dynamic-bo 0 0 0 0 1 1 1 1 22 unused 23 unused 24 unused Modem <-> The following example shows that the ISDN PRI state is enabled on the Cisco AS5300 universal access server with a T1 PRI card: Router# show controllers t1 2 timeslots 1-24 T1 2 is up: Loopback:NONE DS0 Type Service Channel Rx Tx State State A B C D A B C D --------------------------------------------------------------------------1 pri insvc idle 2 pri insvc idle 3 pri insvc idle 4 pri insvc idle 5 pri insvc idle 6 pri insvc idle 7 pri insvc idle . . . 20 pri insvc idle 21 pri-modem 2 in insvc busy 22 pri-modem 1 out insvc busy 23 pri-digi in insvc busy 24 pri-sig outofsvc reserved Modem <-> Cisco IOS Dial Technologies Command Reference November 2009 DIA-785 Dial Commands show cot dsp show cot dsp To display configuration and current status information about the Continuity Test (COT) Digital Signal Processor (DSP), use the show cot dsp command in privileged EXEC mode. Cisco AS5300 Series show cot dsp {config | status} hardware-unit/ds0 Cisco AS5800 Series show cot dsp {config | status} shelf/slot/hardware-unit/ds0 Syntax Description config status hardware-unit/ds0 Displays the COT DSP configuration. Displays the COT DSP status. Hardware unit number that provides the external interface connections from a router to the network, followed by a slash mark and the number of the COT operation request. Refer to the hardware installation guide for the signal processor to determine argument numbers. shelf/slot/hardware-unit/ds0 Shelf number of COT operation request, the slot number, hardware unit number that provides the external interface connections from a router to the network, and the number of the COT operation request, each separated by a slash mark. Refer to the hardware installation guide for the signal processor to determine argument numbers. Command Modes Privileged EXEC Command History Release 11.3(7) Modification This command was introduced. Examples The following is sample output from the show cot dsp command that shows the COT DSP configuration: Router# show cot dsp status 1/1 Rx Tx Tx in Freq 2010 Hx Freq 1780 Hx then Rx mode WaitRxOn state Router# show cot dsp config 1/1 Rx Freq Tx Freq Tx then Timeout 2010 Hx 1780 Hx Rx mode value:0 Cisco IOS Dial Technologies Command Reference DIA-786 November 2009 Dial Commands show cot dsp Table 41 describes the significant fields shown in the displays. Table 41 show cot dsp Field Descriptions Field Rx Freq Tx Freq Tx then Rx WaitRxOn Description The COT receive tone frequency. The COT transmit tone frequency. Type of COT operation. The state of the COT DSP. Related Commands Command clear cot summary debug cot show cot request show cot summary Description Resets the COT counters displayed by the show cot summary command. Troubleshoots COT operation. Displays COT request information. Displays information about the COT activity. Cisco IOS Dial Technologies Command Reference November 2009 DIA-787 Dial Commands show cot request show cot request To display information about Continuity Test (COT) operation requests, use the show cot request command in privileged EXEC mode. Cisco AS5300 Series show cot request hardware-unit/ds0 Cisco AS5800 Series show cot request shelf/slot/hardware-unit/ds0 Syntax Description hardware-unit/ds0 Hardware unit number that provides the external interface connections from a router to the network, followed by a slash mark and the number of the COT operation request. Refer to the hardware installation guide for the signal processor to determine argument numbers. shelf/slot/hardware-unit/ds0 Shelf number of COT operation request, the slot number, hardware unit number that provides the external interface connections from a router to the network, and the number of the COT operation request, each separated by a slash mark. Refer to the hardware installation guide for the signal processor to determine argument numbers. Command Modes Privileged EXEC Command History Release 11.3(7) Modification This command was introduced. Examples The following is sample output from the show cot request command: Router# show cot request 1/1 00:19:29:COT Request@ 0x61064A20, CDB@ 0x60EBB48C, Params@0x61123DBC 00:19:29: request type = COT_CHECK_TONE_ON 00:19:29: shelf 0 slot 0 appl_no 1 ds0 1 00:19:29: duration 100000 key FFF1 freqTx 1780 freqRx 2010 00:19:29: state COT_WAIT_TD_ON_CT 00:19:29: event_proc(0x6093B55C) Cisco IOS Dial Technologies Command Reference DIA-788 November 2009 Dial Commands show cot request Table 42 describes the significant fields shown in the display. Table 42 show cot request Field Descriptions Field COT Request CDB Params request type duration key freqTx freqRx state event_proc Description Internal COT operation request. Internal controller information. Internal COT operation request parameters. Type of COT operation. Timeout duration of COT operation. COT operation identifier. Transmit tone frequency. Receive tone frequency. COT subsystem machine state. COT subsystem state machine function. Related Commands Command clear cot summary debug cot show cot dsp show cot summary Description Resets the COT counters displayed by the show cot summary command. Troubleshoots COT operation. Displays information about the COT DSP configuration or current status. Displays information about the COT activity. Cisco IOS Dial Technologies Command Reference November 2009 DIA-789 Dial Commands show cot summary show cot summary To display information about Continuity Test (COT) activity, use the show cot summary command in privileged EXEC mode. show cot summary Syntax Description This command has no arguments or keywords. Command Modes Privileged EXEC Command History Release 11.3(7) Modification This command was introduced. Examples The following is sample output from the show cot summary command that shows the COT Digital Signal Processor (DSP) configuration: Router# show cot summary 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: COT Subsystem - Request Statistics COT Request Type = COT_DS0_LOOPBACK_ON # of request(s) : 4 # of restart requests(s) # of successful request(s): 4 # of invalid request(s) # of cot timeout(s) : 0 # of dsp error(s) # of no dsp(s) : 0 COT Request Type = COT_DS0_LOOPBACK_OFF # of request(s) : 4 # of restart requests(s) # of successful request(s): 4 # of invalid request(s) # of cot timeout(s) : 0 # of dsp error(s) # of no dsp(s) : 0 COT Request Type = COT_CHECK_TONE_ON # of request(s) : 7 # of successful request(s): 3 # of cot timeout(s) : 1 # of no dsp(s) : 0 : 0 : 0 : 0 : 0 : 0 : 0 # of restart requests(s) # of invalid request(s) # of dsp error(s) : 0 : 2 : 0 COT Request Type = COT_CHECK_TONE_OFF # of request(s) : 0 # of restart requests(s) # of successful request(s): 0 # of invalid request(s) # of cot timeout(s) : 0 # of dsp error(s) # of no dsp(s) : 0 : 0 : 0 : 0 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: COT Request Type = COT_CUT_IN_TRANSPONDER # of request(s) : 0 # of restart requests(s) # of successful request(s): 0 # of invalid request(s) # of cot timeout(s) : 0 # of dsp error(s) # of no dsp(s) : 0 : 0 : 0 : 0 Cisco IOS Dial Technologies Command Reference DIA-790 November 2009 Dial Commands show cot summary 08:23:24: 08:23:24: 08:23:24: 08:23:24: 08:23:24: COT Request Type = COT_CUT_OUT_TRANSPONDER # of request(s) : 0 # of restart requests(s) # of successful request(s): 0 # of invalid request(s) # of cot timeout(s) : 0 # of dsp error(s) # of no dsp(s) : 0 : 0 : 0 : 0 Table 43 describes the significant fields shown in the display. Table 43 show cot summary Field Descriptions Field # of request(s) # of cot timeout(s) # of no dsp(s) # of restart request(s) # of invalid request(s) # of dsp error(s) Description Number of COT operation requests. Number of COT subsystem timeouts. Number of COT operation requests rejected because of unavailable DSP. Number of COT operation requests restarted. Number of invalid COT operation requests. Number of DSP errors. # of successful request(s) Number of successful COT operation requests. Related Commands Command clear cot summary debug cot show cot dsp show cot request Description Resets the COT counters displayed by the show cot summary command. Troubleshoots COT operation. Displays information about the COT DSP configuration or current status. Displays COT request information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-791 Dial Commands show dhcp show dhcp To display the current Dynamic Host Configuration Protocol (DHCP) settings on point-to-point interfaces, use the show dhcp command in privileged EXEC mode. show dhcp {server | lease [interface async [number]]} Syntax Description server lease interface async [number] Displays known DHCP servers. Displays DHCP addresses leased from a server. (Optional) Specifies asynchronous interfaces and, optionally, a specific interface number. Command Modes Privileged EXEC Command History Release 11.1 Modification This command was introduced. Usage Guidelines If you omit the optional argument, the show dhcp command displays information about all interfaces. You can use this command on any point-to-point type of interface (for example, serial, ISDN, and asynchronous) that uses DHCP for temporary IP address allocation. Examples The following is sample output from the show dhcp server command: Router# show dhcp server IP address pooling for Point to Point clients is: DHCP Proxy Client DHCP Proxy Client Status: DHCP server: ANY (255.255.255.255) Leases: 0 Offers: 0 Requests: 0 Acks: 0 Naks: 0 Declines: 0 Releases: 0 Bad: 0 Table 44 describes the significant fields shown in the display. Table 44 show dhcp Field Descriptions Field Leases Offers Requests Acks Description Number of current leased IP addresses. Number of offers for an IP address sent to a proxy-client from the server. Number of requests for an IP address to the server. Number of “acknowledge” messages sent by the server to the proxy-client. Cisco IOS Dial Technologies Command Reference DIA-792 November 2009 Dial Commands show dhcp Table 44 show dhcp Field Descriptions (continued) Field Naks Declines Releases Bad Description Number of “not acknowledge” messages sent by the server to the proxy-client. Number of offers from the server that are declined by the proxy-client. Number of times IP addresses have been relinquished gracefully by the client. Number of bad packets received from wrong length, wrong field type, and so on. Related Commands Command ip address-pool ip dhcp-server peer default ip address Description Enables an address pooling mechanism used to supply IP addresses to dial-in asynchronous, synchronous, or ISDN point-to-point interfaces. Specifies which DHCP servers to use on a network, and specifies the IP address of one or more DHCP servers available on the network. Specifies an IP address, an address from a specific IP address pool, or an address from the DHCP mechanism to be returned to a remote peer connecting to this interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-793 Dial Commands show dialer show dialer To display general diagnostic information for interfaces configured for dial-on-demand routing (DDR), use the show dialer command in EXEC mode. show dialer [interface type number] Syntax Description interface (Optional) Displays information for the interface specified by the type and number arguments. Refer to your hardware installation guide to determine the arguments for interface type and number. (Optional) Interface type. (Optional) Interface number. type number Command Modes EXEC Command History Release 10.0 Modification This command was introduced. Usage Guidelines If you enter the show dialer interface command for the D channel of an ISDN BRI or PRI, the command output also displays the B channels. That is, the show dialer interface bri 0 command displays information of interfaces bri 0, bri 0:1, and bri 0:2. The show dialer interface serial 0:23 command (for a channelized T1 line configured for ISDN PRI) displays information for serial interfaces 0:23, 0:0, 0:1, and so forth to 0:22. If you have defined a dialer group that consists of the interfaces serial 0, serial 1, and bri 2, the show dialer interface dialer 1 command displays information for interfaces bri 0, bri 0:1, bri 0:2, serial 1, and serial 0. Examples The following is sample output from the show dialer command for a BRI interface when dialer profiles are configured: Router# show dialer interface bri 0 BRI0 - dialer type = ISDN Dial String Successes Failures Last called Last status 0 incoming call(s) have been screened. BRI0: B-Channel 1 Idle timer (120 secs), Fast idle timer (20 secs) Wait for carrier (30 secs), Re-enable (15 secs) Dialer state is data link layer up Dial reason: ip (s=10.1.1.8, d=10.1.1.1) Interface bound to profile Dialer0 Cisco IOS Dial Technologies Command Reference DIA-794 November 2009 Dial Commands show dialer Time until disconnect 102 secs Current call connected 00:00:19 Connected to 5551212 (Device1) BRI0: B-Channel 2 Idle timer (120 secs), Fast idle timer (20 secs) Wait for carrier (30 secs), Re-enable (15 secs) Dialer state is idle Table 45 describes the significant fields shown in the display. Table 45 show dialer interface bri Field Descriptions Field BRI0 - dialer type = ISDN Dial String Description ISDN dialer. Dial strings of logged calls (telephone numbers). On ISDN BRI interfaces, if you have specified a subaddress number in the dialer string, this number is included in the dial string after a colon. Successful connections (even if no data is passed). Failed connections; call not successfully completed. Time that last call occurred to specific dial string. Status of last call to specific dial string (successful or failed). Number of calls subjected to Dialer Profiles screening to determine how the call is to be treated. Header indicating the following data is for B channel 1. Successes Failures Last called Last status 0 incoming call(s) have been screened. BRI0: B-Channel 1 Idle timer (120 secs), Fast idle timer Settings (in seconds) for the idle timer and the fast idle timer. (20 secs) Wait for carrier (30 secs), Re-enable Settings (in seconds) for the wait for carrier timer and the (15 secs) reenable timer. Dialer state is data link layer up The message “data link layer up” suggests that the dialer came up properly; if it says anything else then dialer did not come up properly. The message “physical layer up” means the Line Control Protocol (LCP) came up, but the Network control Protocol (NCP) did not come up. The show interfaces command also provides similar information. What initiated the dial, namely an IP packet, plus source and destination address in the packet. Dialer profile that is bound to this interface or B channel. Time, in seconds, until line is configured to disconnect. Time, in hours: minutes: seconds, at which the current call was connected. Dial string to which the line is currently connected. Dial reason: ip (s=10.1.1.8, d=10.1.1.1) Interface bound to profile Dialer0 Time until disconnect Current call connected Connected to Cisco IOS Dial Technologies Command Reference November 2009 DIA-795 Dial Commands show dialer The following is sample output from the show dialer command for an asynchronous interface: Router# show dialer interface async 1 Async1 - dialer type = IN-BAND NO-PARITY Idle timer (900 secs), Fast idle timer (20 secs) Wait for carrier (30 secs), Re-enable (15 secs) Time until disconnect 838 secs Current call connected 0:02:16 Connected to 8986 Dial String 8986 8986 Successes 0 8 Failures 0 3 Last called never 0:02:16 Last status Success Defaults Defaults Table 46 describes the significant fields shown in the display. Table 46 show dialer interface async Field Descriptions for In-Band Dialers Field Async 1 dialer type = IN-BAND Idle timer (900 secs) Fast idle timer (20 secs) Wait for carrier (30 secs) Re-enable (15 secs) Time until disconnect Current call connected Connected to Dial String Description Name of an asynchronous interface. Indicates that DDR is enabled. Idle timeout specification (in seconds). Fast idle timer specification (in seconds). Wait for carrier timer specification (in seconds). Enable timeout specification (in seconds). Time, in seconds, until line is configured to disconnect. Time, in hours: minutes: seconds, at which the current call was connected. Dial string to which the line is currently connected. Dial strings of logged calls (telephone numbers). On ISDN BRI interfaces, if you have specified a subaddress number in the dialer string or dialer map command, this number is included in the dial string after a colon. Successful connections (even if no data is passed). Failed connections; call not successfully completed. Time, in hours: minutes: seconds, that last call occurred to specific dial string, or never if call has never been made. Status of last call to specific dial string (Success or Failed). If the DDR facility is using the dial string specified with the dialer string command, the word Defaults is appended to the Last status entry. Successes Failures Last called Last status Defaults When the show dialer EXEC command is issued for a synchronous serial interface configured for data terminal ready (DTR) dialing, output similar to the following is displayed: Router# show dialer interface serial 0 Serial 0 - dialer type = DTR SYNC Idle timer (120 secs), Fst idle timer (20 secs) Wait for carrier (30 secs), Re-enable (15 secs) Cisco IOS Dial Technologies Command Reference DIA-796 November 2009 Dial Commands show dialer Dial String ---8986 Successes 1 0 Failures 0 0 Last called 1:04:47 never Last status Success DTR dialer Defaults Table 47 describes additional fields shown in the display; see Table 46 for information about the other fields in the report. Table 47 show dialer Field Descriptions for DTR Dialers Field DTR SYNC Last status: Success DTR dialer Description Indicates that DDR is enabled and that DTR dialing is enabled on this synchronous interface. Indicates that the last call was successful and that DTR dialing was used. Phrase appended to the Last status entry to indicate that this is a DTR dialer. If an interface is connected to a destination, a display is provided that indicates the idle time before the line is disconnected. (The value decrements each second.) Then the duration of the current connection is displayed. The following is an example of this display: Time until disconnect 596 secs Current call connected 0:00:25 After a call disconnects, the system displays the time remaining before it can be dialed again. The following is an example of this display: Time until interface enabled 8 secs If the show dialer command is issued for an interface on which DDR is not enabled, the system displays an error message. The following is a sample error message: Async 1 - Dialing not enabled on this interface. If an interface is configured for DDR, the show interfaces command displays the following message: Async1 is up, line protocol is up (spoofing) Hardware is Async Serial The word spoofing indicates that the line really is not up, but the dialer is forcing the line to masquerade as “up” so that upper level protocols will continue to operate as expected. Spoofing is a state added to allow DDR to work. The interface “dials on demand” in response to packets being routed to it. But because no packets are routed to down interfaces, the interface must pretend to be up (spoof) so packets will be routed to it when it is not connected. Spoofing is the normal idle state on a dial-on-demand interface. If caller ID screening is configured on an ISDN BRI, the show dialer command display includes a line similar to the following: 1 incoming call(s) have been screened. This line reports the number of calls that have been screened. Cisco IOS Dial Technologies Command Reference November 2009 DIA-797 Dial Commands show dialer dnis show dialer dnis To see how many calls Dialed Number Information Service (DNIS) groups have had, use the show dialer dnis command in privileged EXEC mode. show dialer dnis {group [name] | number [number]} Syntax Description group name number number Displays DNIS group statistics. (Optional) DNIS group name. Displays DNIS group number statistics. (Optional) DNIS group number. Command Modes Privileged EXEC Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines If no DNIS groups are configured and resource pooling is enabled, then no calls are accepted. All calls are identified by call type/DNIS combinations. Use the show dialer dnis EXEC command to display how many calls DNIS groups have had or how many calls a specific DNIS group has had. You can configure each DNIS group with multiple numbers. Using this command displays tables of statistics for each DNIS number received at the network access server. Examples The following example shows the show dialer dnis command being used to display DNIS group and DNIS number statistics: Router# show dialer dnis ? group number DNIS group statistics DNIS number statistics Router# show dialer dnis group List of DNIS Groups: default mdm_grp1 Router# show dialer dnis group mdm_grp1 DNIS Number:2001 0 total connections 0 peak connections 0 calltype mismatches Cisco IOS Dial Technologies Command Reference DIA-798 November 2009 Dial Commands show dialer dnis DNIS Number:2002 0 total connections 0 peak connections 0 calltype mismatches DNIS Number:2003 0 total connections 0 peak connections 0 calltype mismatches DNIS Number:2004 0 total connections 0 peak connections 0 calltype mismatches Router# show dialer dnis number List of Numbers: default 2001 2002 2003 2004 Router# show dialer dnis number 2001 DNIS Number:2001 0 connections total 0 peak connections 0 call-type mismatches Table 48 describes the significant fields shown in the display. Table 48 show dialer dnis Field Descriptions Field List of DNIS Groups List of Numbers DNIS Number total connections peak connections call-type mismatches Description List of DNIS groups assigned. List of DNIS numbers currently assigned. DNIS number assigned to specific customers. Cumulative number of connections since the last clear command was used. Cumulative number of peak connections since the last clear command was used. Cumulative number of call-type mismatches since the last clear command was used. Related Commands Command clear dialer dnis Description Resets the counter statistics associated with a specific DNIS group or number. Cisco IOS Dial Technologies Command Reference November 2009 DIA-799 Dial Commands show dialer interface bri show dialer interface bri To display general diagnostic information for ISDN BRI interfaces configured for dial-on-demand routing (DDR), use the show dialer interface bri command in EXEC mode. show dialer interface bri number Syntax Description number BRI interface number. Command Modes EXEC Command History Release 9.21 Modification This command was introduced. Usage Guidelines If you enter the show dialer interface bri command for the D channel of an ISDN BRI, the command output also displays the B channels. That is, the show dialer interface bri 0 command displays information of interfaces bri 0, bri 0:1, and bri 0:2. Similarly, use of the related show dialer interface serial 0:23 command (for a channelized T1 line configured for ISDN PRI) displays information for serial interfaces 0:23, 0:0, 0:1, and so forth to 0:22. If you have defined a dialer group that consists of the interfaces serial 0, serial 1, and bri 2, the show dialer interface dialer 1 command displays information for interfaces bri 0, bri 0:1, bri 0:2, serial 1, and serial 0. Examples The following example shows the show dialer interface bri command report for a BRI interface when dialer profiles are configured: Router# show dialer interface bri 0 BRI0 - dialer type = ISDN Dial String Successes Failures Last called Last status 0 incoming call(s) have been screened. BRI0: B-Channel 1 Idle timer (120 secs), Fast idle timer (20 secs) Wait for carrier (30 secs), Re-enable (15 secs) Dialer state is data link layer up Dial reason: ip (s=10.1.1.8, d=10.1.1.1) Interface bound to profile Dialer0 Time until disconnect 102 secs Current call connected 00:00:19 Connected to 5551212 (Device1) Cisco IOS Dial Technologies Command Reference DIA-800 November 2009 Dial Commands show dialer interface bri BRI0: B-Channel 2 Idle timer (120 secs), Fast idle timer (20 secs) Wait for carrier (30 secs), Re-enable (15 secs) Dialer state is idle Table 49 describes the significant fields shown in the display. Table 49 show dialer interface bri Field Descriptions Field BRI0 - dialer type = ISDN Dial string Description ISDN dialer. Dial strings of logged calls (telephone numbers). On ISDN BRI interfaces, if you have specified a subaddress number in the dialer string, this number is included in the dial string after a colon. Successful connections (even if no data is passed). Failed connections; call not successfully completed. Time that last call occurred to specific dial string. Status of last call to specific dial string (successful or failed). Number of calls subjected to Dialer Profiles screening to determine how the call is to be treated. Header indicating the following data is for B channel 1. Successes Failures Last called Last status 0 incoming call(s) have been screened. BRI0: B-Channel 1 Idle timer (120 secs), Fast idle timer Settings (in seconds) for the idle timer and the fast idle timer. (20 secs) Wait for carrier (30 secs), Reenable Settings (in seconds) for the wait for carrier timer and the reenable timer. (15 secs) Dialer state is data link layer up The message “data link layer up” suggests that the dialer came up properly; if it says anything else then dialer did not come up properly. The message “physical layer up” means the line protocol (LCP) came up, but the NCP did not come up. The show interfaces command also provides the similar information. What initiated the dial, namely an IP packet, plus source and destination address in the packet. Dialer profile that is bound to this interface or B channel. Time until line is configured to disconnect. This field is displayed if the interface is currently connected to a destination. Time at which the current call was connected. Dial string to which line is currently connected. Dial reason: ip (s=6.1.1.8, d=6.1.1.1) Interface bound to profile Dialer0 Time until disconnect Current call connected Connected to If an interface is connected to a destination, a display is provided that indicates the idle time before the line is disconnected. (The value decrements each second.) Then the duration of the current connection is shown. The following shows an example of this display: Time until disconnect 596 secs Current call connected 0:00:25 Cisco IOS Dial Technologies Command Reference November 2009 DIA-801 Dial Commands show dialer interface bri After a call disconnects, the system displays the time remaining before being it can dial again. The following is an example of this display: Time until interface enabled 8 secs If caller ID screening is configured on an ISDN BRI, the show dialer interface bri command display includes a line similar to the following: 1 incoming call(s) have been screened. This line reports the number of calls that have been screened. Related Commands Command show dialer Description Displays general diagnostic information for interfaces configured for DDR. Cisco IOS Dial Technologies Command Reference DIA-802 November 2009 Dial Commands show dialer map show dialer map To display configured dynamic and static dialer maps and dynamically created PPP Bandwidth Allocation Control Protocol (BACP temporary static dialer maps, use the show dialer map command in EXEC mode. show dialer map Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Examples The following is sample output from the show dialer map command. The dialer maps are grouped by network address. When multiple dialer maps exist for the same network address, the dialer maps differ only by phone number. In this output, the dialer maps marked “BAP” are temporary dialer maps the PPP BACP creates when a peer calls from a different phone number than is configured or when a peer calls from a number that does not appear in an existing map. The temporary dialer maps allows PPP BACP to make outgoing calls to the peers. Router# show dialer map Static dialer map ip 10.1.1.1 name peer_1 on Dialer1 Static dialer map ip 10.1.1.2 name peer_2 on Dialer1 BAP dialer map ip 10.1.1.2 name peer_2 on Dialer1 Dynamic dialer map ip 10.1.1.3 name peer_3 on Dialer1 BAP dialer map ip 10.1.1.3 name peer_3 on Dialer1 Table 50 describes the significant fields shown in the display. Table 50 show dialer map Field Descriptions Field Static dialer map ip 10.1.1.1 name peer_1 on Dialer1 Description A configured static dialer map to call the specified protocol address. Name of the remote peer. The physical or logical dialer interface on which the static map is configured. BAP dialer map ip 10.1.1.2 A temporary dialer map that was created by PPP BACP for the particular destination with a different phone number from that of any existing maps. It will be removed when the BACP group is removed or the last remaining map to that destination is removed. Cisco IOS Dial Technologies Command Reference November 2009 DIA-803 Dial Commands show dialer map Table 50 show dialer map Field Descriptions (continued) Field Dynamic dialer map ip 10.1.1.3 Description Dialer map dynamically created when a peer called. BAP dialer map ip 10.1.1.3 Temporary static dialer map created by PPP BACP when required. It will name peer_3 be removed when the BACP group is removed or when the dynamic dialer map disappears. Related Commands Command dialer map Description Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Cisco IOS Dial Technologies Command Reference DIA-804 November 2009 Dial Commands show dialer sessions show dialer sessions To display all dialer sessions, use the show dialer sessions command in EXEC mode. show dialer sessions Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 12.0(3)T Modification This command was introduced. Examples In the following example, a Cisco 5350 router is dialing out to a Cisco 5300 router. All dialer sessions are displayed. Router# show dialer sessions DSES 0xAF0: index = 0x0, state = 3, ip addr = 10.2.2.22, dialed number = 81067, name = p5 200_pri.cisco.com, connected interface = Serial0:22 Table 51 describes the significant fields shown in the display. Table 51 show dialer sessions Field Descriptions Field ip addr dialed number name connected interface Description IP address of the remote interface that has been dialed into. Number that was used to dial out. Name of the interface dialed into. This can be different from the router name, because names can be changed on per-interface basis. The channel on which the call is connected. Related Commands Command clear dialer sessions Description Removes all dialer sessions and disconnects links when connected. Cisco IOS Dial Technologies Command Reference November 2009 DIA-805 Dial Commands show dial-shelf show dial-shelf To display information about the dial shelf, including clocking information, use the show dial-shelf command in privileged EXEC mode. show dial-shelf [clocks | slot slot-number [clocks]] Syntax Description clocks slot slot-number (Optional) Displays the current primary and backup clocks along with their priorities. (Optional) Displays information for a specific slot; refer to your hardware installation guide to determine the slot-number. Command Modes Privileged EXEC Command History Release 11.3(2)AA Modification This command was introduced. Usage Guidelines To configure the clock source and priority of the clock source used by the time-division multiplexing (TDM) bus on the dial shelf, use the dial-tdm-clock global configuration command. Examples The following is sample output from the show dial-shelf command: Router# show dial-shelf Slot 1 5 6 7 8 9 11 12 Board Type CT1 Modem Modem Modem Modem Modem Modem DSC CPU Util 0%/0% 0%/0% 0%/0% 5%/5% 19%/19% 8%/8% 0%/0% 0%/0% DRAM Total (free) 22034060 ( 88%) 7353996 ( 57%) 7353996 ( 58%) 7353996 ( 57%) 7353996 ( 57%) 7353996 ( 57%) 7353996 ( 57%) 20830044 ( 91%) I/O Memory Total (free) 8388608 ( 49%) 6291456 ( 35%) 6291456 ( 35%) 6291456 ( 35%) 6291456 ( 35%) 6291456 ( 35%) 6291456 ( 35%) 8388608 ( 66%) State Up Up Up Up Up Up Up Up Elapsed Time 00:37:31 00:37:29 00:37:34 00:37:29 00:37:33 00:37:33 00:37:30 00:37:35 When the router is in dial shelf split mode, the show dial-shelf command indicates that the router shelf is running in split mode and which slots the router shelf owns. The status of any cards in any owned slots will be displayed just as they are in the present command. Thus when in normal mode, this command is unchanged from the original version. When in split mode, the output will be extended, as in the following example: Router# show dial-shelf System is in split dial shelf mode. Slots owned: 0 2 3 4 5 6 (connected to DSC in slot 13) Slot Board CPU DRAM I/O Memory State Type Util Total (free) Total (free) 0 CE1 0%/0% 21341728( 87%) 8388608( 45%) Up Elapsed Time 00:11:37 Cisco IOS Dial Technologies Command Reference DIA-806 November 2009 Dial Commands show dial-shelf 2 CE1 0%/0% 21341728( 87%) 4 Modem(HMM) 20%/20% 6661664( 47%) 5 Modem(DMM) 0%/0% 6661664( 31%) 6 Modem(DMM) 0%/0% 6661664( 31%) 13 DSC 0%/0% 20451808( 91%) Dial shelf set for auto boot 8388608( 6291456( 6291456( 6291456( 8388608( 45%) 33%) 32%) 32%) 66%) Up Up Up Up Up 00:11:37 00:11:37 00:11:37 00:11:37 00:16:31 Note that only the first two lines of output are new; the remaining information is the same that you would obtain from the system if there were no cards in the slots, which in the above example, are not owned. Table 52 describes the significant fields shown in the display. Table 52 show dial-shelf Field Descriptions Field Slot Board Type CPU Util DRAM Total (free) I/O Memory Total (free) State Elapsed Time Description Slot number of the card. Type of card in the slot. Types include channelized T1/E1 trunk cards, modem cards, or Dial Shelf Controller (DSC) card. Utilization ratio of the CPU. Percent of free space. Percent of free disk space. Current state of the card. Can be Up or Down. The elapsed time, in hours: minutes: seconds, for which the shelf has been up. The following examples show output from the show dial-shelf clocks command, for comparison. Display 1 Router# show dial-shelf clocks Primary Clock: -------------Slot 12: System primary is 1/3/1 of priority 3 TDM Bus Master Clock Generator State = NORMAL Backup clocks: Source Slot Port Priority Status State ------------------------------------------------------Trunk 1 2 10 Good Configured Status of trunk clocks: ----------------------Slot Type 11 10 9 1 T1 B B B 3 T1 B B B 8 B B 7 B B 6 B B 5 B B 4 B B 3 B B 2 G B 1 B G 0 B B Display 2 Router# show dial-shelf clocks Slot 12: System primary is 6/76/0 of priority 76 TDM Bus Master Clock Generator State = HOLDOVER Cisco IOS Dial Technologies Command Reference November 2009 DIA-807 Dial Commands show dial-shelf Backup clocks: Source Slot Port Priority Status State ------------------------------------------------------Slot 0 Type E1 11 10 B B 9 B 8 B 7 B 6 B 5 B 4 B 3 B 2 B 1 B 0 B Related Commands Command show diag show dial-shelf split Description Displays advanced troubleshooting information about line cards. Displays information about the types of cards in nonowned dial shelf slots. Cisco IOS Dial Technologies Command Reference DIA-808 November 2009 Dial Commands show dial-shelf split show dial-shelf split To display information about the types of cards in nonowned dial shelf slots, use the show dial-shelf split command in privileged EXEC mode. show dial-shelf split Syntax Description This command has no arguments or keywords. Command Modes Privileged EXEC (#) Command History Release 11.3(2)AA Modification This command was introduced. Examples The following is sample output from the show dial-shelf split command: Router# show dial-shelf split System is in split dial shelf mode, connected to DSC in slot 13. Slots owned: 0 2 3 4 5 6 Non owned slots: Slot Board Type 1 CE1 7 Modem(DMM) 8 Modem(DMM) 9 Modem(DMM) 10 Slot Empty 11 Slot Empty 12 DSC The report is self-explanatory. Related Commands Command show dial-shelf Description Displays information about the types of cards in nonowned dial shelf slots. Cisco IOS Dial Technologies Command Reference November 2009 DIA-809 Dial Commands show dsc clock show dsc clock To display information about the dial shelf controller clock, use the show dsc clock command in privileged EXEC mode with the line card execute (execute-on) command. execute-on {slot slot-number | all} show dsc clock Syntax Description execute-on slot slot-number all Executes commands remotely on a line card. Displays information for a specific slot. Slot number (12 or 13) must be occupied by a DSC card. Executes the command on all line cards. Command Modes EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines You must use the show dsc clock command from the router using the execute-on command. Examples The following is sample output from the show dsc clock command: Router# execute-on slot 12 show dsc clock Router# Primary Clock: -------------Slot: 3, Port 1, Line 0, Priority = 3 up since 00:37:56 Time elapsed since last failure of the primary = 00:38:59 Backup clocks: Source Slot Port Line Priority Status State -------------------------------------------------------------Trunk 1 2 0 10 Good Configured All feature boards present are getting good clock from DSC Cisco IOS Dial Technologies Command Reference DIA-810 November 2009 Dial Commands show dsc clock Table 53 describes the significant fields shown in the display. Table 53 show dcs clock Field Descriptions Field Primary clock Priority Backup Source Feature board Trunk Status State Description The clock designated as the master timing clock. The order in which a clock is designated to back up the primary clock or the next higher priority clock in case of its failure. The clock signal source, such as a trunk, internal clock, or external generator. An application-specific card in the dial shelf, such as a line card. The trunk line connected to the ISP or central office. Whether the clock source is capable of providing a synch source signal. Whether the clock source is connected and assigned a priority. Related Commands Command execute-on Description Executes commands remotely on a line card. Cisco IOS Dial Technologies Command Reference November 2009 DIA-811 Dial Commands show dsi show dsi To display information about the dial shelf interconnect (DSI) port adapter parameters, use the show dsi command in privileged EXEC mode with the line card execute (execute-on) command. execute-on {slot slot-number | all} show dsi Syntax Description execute-on slot slot-number all Executes commands remotely on a line card. Displays information for a specific slot. Slot number (12 or 13) must be occupied by a DSC card. Executes the command on all line cards. Command Modes Privileged EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines The dial shelf interconnect (DSI) port adapter connects the Cisco 5814 dial shelf to the Cisco 7206 router shelf. The DSI port adapter allows data transfers between the dial shelf and the router shelf. Data is converted into packets by the feature cards, transmitted to a hub on the dial shelf controller card, and from there sent to the router shelf. Conversely, packets from the router shelf are sent to the dial shelf controller card, where they are transmitted over the backplane to the modem and trunk cards. The show dsi command is used to show information about the dial shelf interconnect hardware, interface, physical link, PCI registers, and address filters. Examples The following is sample output from the show dsi command: Router# execute-on slot 1 show dsi DSI-Tx-FastEthernet0 is up, line protocol is up Hardware is DEC21140A, address is 0008.26b7.b008 (bia 0008.26b7.b008) MTU 1500 bytes, BW 100000 Kbit, DLY 100 usec, rely 255/255, load 1/255 Encapsulation ARPA, loopback not set, keepalive set (10 sec) Half-duplex, 100Mb/s, 100BaseTX/FX ARP type: ARPA, ARP Timeout 04:00:00 Last input 01:17:09, output 00:00:00, output hang never Last clearing of "show interface" counters never Queueing strategy: fifo Output queue 0/40, 0 drops; input queue 0/75, 0 drops 5 minute input rate 0 bits/sec, 0 packets/sec 5 minute output rate 0 bits/sec, 0 packets/sec 6 packets input, 596 bytes, 0 no buffer Received 0 broadcasts, 0 runts, 0 giants, 0 throttles Cisco IOS Dial Technologies Command Reference DIA-812 November 2009 Dial Commands show dsi 0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort 0 watchdog, 0 multicast 0 input packets with dribble condition detected 6170 packets output, 813483 bytes, 0 underruns 0 output errors, 0 collisions, 1 interface resets 0 babbles, 0 late collision, 0 deferred 0 lost carrier, 0 no carrier 0 output buffer failures, 0 output buffers swapped out DSI-Rx-FastEthernet1 is up, line protocol is up Hardware is DEC21140A, address is 0008.26b7.b008 (bia 0008.26b7.b008) MTU 1500 bytes, BW 100000 Kbit, DLY 100 usec, rely 255/255, load 1/255 Encapsulation ARPA, loopback not set, keepalive set (10 sec) Full-duplex, 100Mb/s, 100BaseTX/FX ARP type: ARPA, ARP Timeout 04:00:00 Last input 00:00:00, output never, output hang never Last clearing of "show interface" counters never Queueing strategy: fifo Output queue 0/40, 0 drops; input queue 0/75, 0 drops 5 minute input rate 0 bits/sec, 0 packets/sec 5 minute output rate 0 bits/sec, 0 packets/sec 6280 packets input, 362493 bytes, 0 no buffer Received 0 broadcasts, 0 runts, 0 giants, 0 throttles 0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort 0 watchdog, 0 multicast 0 input packets with dribble condition detected 0 packets output, 0 bytes, 0 underruns 0 output errors, 0 collisions, 1 interface resets 0 babbles, 0 late collision, 0 deferred 0 lost carrier, 0 no carrier 0 output buffer failures, 0 output buffers swapped out Interface DSI-Tx-FastEthernet0 Hardware is DEC21140A dec21140_ds=0x604C9FC4, registers=0x3C000000, ib=0x1912E00 rx ring entries=128, tx ring entries=256 rxring=0x1912F00, rxr shadow=0x604CA16C, rx_head=6, rx_tail=0 txring=0x1913740, txr shadow=0x604CA398, tx_head=138, tx_tail=138, tx_count=0 PHY link up CSR0=0xFE024882, CSR3=0x1912F00, CSR4=0x1913740, CSR5=0xFC660000 CSR6=0x320CA002, CSR7=0xFFFFA261, CSR8=0xE0000000, CSR9=0xFFFDC3FF CSR11=0xFFFE0000, CSR12=0xFFFFFF09, CSR15=0xFFFFFEC8 DEC21140 PCI registers: bus_no=0, device_no=1 CFID=0x00091011, CFCS=0x02800006, CFRV=0x02000022, CFLT=0x0000FF00 CBIO=0x00000001, CBMA=0x48000000, CFIT=0x28140100, CFDA=0x00000000 MII registers: Register 0x00: FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF Register 0x08: FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF Register 0x10: FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF Register 0x18: FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF throttled=0, enabled=0, disabled=0 rx_fifo_overflow=0, rx_no_enp=0, rx_discard=0 tx_underrun_err=0, tx_jabber_timeout=0, tx_carrier_loss=0 tx_no_carrier=0, tx_late_collision=0, tx_excess_coll=0 tx_collision_cnt=0, tx_deferred=0, fatal_tx_err=0, tbl_overflow=0 HW addr filter: 0x604CABC4, ISL Disabled Entry= 0: Addr=FFFF.FFFF.FFFF Entry= 1: Addr=FFFF.FFFF.FFFF Entry= 2: Addr=FFFF.FFFF.FFFF Entry= 3: Addr=FFFF.FFFF.FFFF Entry= 4: Addr=FFFF.FFFF.FFFF Entry= 5: Addr=FFFF.FFFF.FFFF Entry= 6: Addr=FFFF.FFFF.FFFF Entry= 7: Addr=FFFF.FFFF.FFFF Entry= 8: Addr=FFFF.FFFF.FFFF Cisco IOS Dial Technologies Command Reference November 2009 DIA-813 Dial Commands show dsi Entry= 9: Entry=10: Entry=11: Entry=12: Entry=13: Entry=14: Entry=15: Addr=FFFF.FFFF.FFFF Addr=FFFF.FFFF.FFFF Addr=FFFF.FFFF.FFFF Addr=FFFF.FFFF.FFFF Addr=FFFF.FFFF.FFFF Addr=FFFF.FFFF.FFFF Addr=0008.26B7.B008 Interface DSI-Rx-FastEthernet1 Hardware is DEC21140A dec21140_ds=0x604DDA4C, registers=0x3C000800, ib=0x1A01FC0 rx ring entries=128, tx ring entries=256 rxring=0x1A020C0, rxr shadow=0x604DDBF4, rx_head=55, rx_tail=0 txring=0x1A02900, txr shadow=0x604DDE20, tx_head=2, tx_tail=2, tx_count=0 PHY link up CSR0=0xFE024882, CSR3=0x1A020C0, CSR4=0x1A02900, CSR5=0xFC660000 CSR6=0x320CA202, CSR7=0xFFFFA261, CSR8=0xE0000000, CSR9=0xFFFDC3FF CSR11=0xFFFE0000, CSR12=0xFFFFFF09, CSR15=0xFFFFFEC8 DEC21140 PCI registers: bus_no=0, device_no=2 CFID=0x00091011, CFCS=0x02800006, CFRV=0x02000022, CFLT=0x0000FF00 CBIO=0x00000001, CBMA=0x48000800, CFIT=0x28140100, CFDA=0x00000000 MII registers: Register 0x00: FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF Register 0x08: FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF Register 0x10: FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF Register 0x18: FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF throttled=0, enabled=0, disabled=0 rx_fifo_overflow=0, rx_no_enp=0, rx_discard=0 tx_underrun_err=0, tx_jabber_timeout=0, tx_carrier_loss=0 tx_no_carrier=0, tx_late_collision=0, tx_excess_coll=0 tx_collision_cnt=0, tx_deferred=0, fatal_tx_err=0, tbl_overflow=0 HW addr filter: 0x604DE64C, ISL Disabled Entry= 0: Addr=FFFF.FFFF.FFFF Entry= 1: Addr=FFFF.FFFF.FFFF Entry= 2: Addr=FFFF.FFFF.FFFF Entry= 3: Addr=FFFF.FFFF.FFFF Entry= 4: Addr=FFFF.FFFF.FFFF Entry= 5: Addr=FFFF.FFFF.FFFF Entry= 6: Addr=FFFF.FFFF.FFFF Entry= 7: Addr=FFFF.FFFF.FFFF Entry= 8: Addr=FFFF.FFFF.FFFF Entry= 9: Addr=FFFF.FFFF.FFFF Entry=10: Addr=FFFF.FFFF.FFFF Entry=11: Addr=FFFF.FFFF.FFFF Entry=12: Addr=FFFF.FFFF.FFFF Entry=13: Addr=FFFF.FFFF.FFFF Entry=14: Addr=FFFF.FFFF.FFFF Entry=15: Addr=0008.26B7.B008 Table 54 describes the significant fields shown in the display. Table 54 show dsi Field Descriptions Field FastEthernet0 ... is up ... is administratively down line protocol is Description Indicates whether the interface hardware is currently active and if it has been taken down by an administrator. Indicates whether the software processes that handle the line protocol consider the line usable or if it has been taken down by an administrator. Cisco IOS Dial Technologies Command Reference DIA-814 November 2009 Dial Commands show dsi Table 54 show dsi Field Descriptions (continued) Field Hardware Internet address MTU BW DLY rely load Encapsulation ARP type: loopback keepalive Last input Description Hardware type (for example, MCI Ethernet, SCI,1 CBus2 Ethernet) and address. Internet address followed by subnet mask. Maximum Transmission Unit of the interface. Bandwidth of the interface in kilobits per second. Delay of the interface in microseconds. Reliability of the interface as a fraction of 255 (255/255 is 100% reliability), calculated as an exponential average over 5 minutes. Load on the interface as a fraction of 255 (255/255 is completely saturated), calculated as an exponential average over 5 minutes. Encapsulation method assigned to interface. Type of Address Resolution Protocol assigned. Indicates whether loopback is set or not. Indicates whether keepalives are set or not. Number of hours, minutes, and seconds since the last packet was successfully received by an interface. Useful for knowing when a dead interface failed. Number of hours, minutes, and seconds since the last packet was successfully transmitted by the interface. Useful for knowing when a dead interface failed. Number of hours, minutes, and seconds (or never) since the interface was last reset because of a transmission that took too long. When the number of hours in any of the “last” fields exceeds 24 hours, the number of days and hours is printed. If that field overflows, asterisks are printed. Time at which the counters that measure cumulative statistics (such as number of bytes transmitted and received) shown in this report were last reset to zero. Note that variables that might affect routing (for example, load and reliability) are not cleared when the counters are cleared. *** indicates the elapsed time is too large to be displayed. 0:00:00 indicates the counters were cleared more than 231ms (and less than 232ms) ago. Number of packets in output and input queues. Each number is followed by a slash, the maximum size of the queue, and the number of packets dropped due to a full queue. output output hang Last clearing Output queue, input queue, drops Cisco IOS Dial Technologies Command Reference November 2009 DIA-815 Dial Commands show dsi Table 54 show dsi Field Descriptions (continued) Field 5 minute input rate, 5 minute output rate Description Average number of bits and packets transmitted per second in the last 5 minutes. If the interface is not in promiscuous mode, it senses network traffic it sends and receives (rather than all network traffic). The 5-minute input and output rates should be used only as an approximation of traffic per second during a given 5-minute period. These rates are exponentially weighted averages with a time constant of 5 minutes. A period of four time constants must pass before the average will be within two percent of the instantaneous rate of a uniform stream of traffic over that period. packets input bytes no buffer Total number of error-free packets received by the system. Total number of bytes, including data and MAC encapsulation, in the error free packets received by the system. Number of received packets discarded because there was no buffer space in the main system. Compare with ignored count. Broadcast storms on Ethernets and bursts of noise on serial lines are often responsible for no input buffer events. Total number of broadcast or multicast packets received by the interface. Number of packets that are discarded because they are smaller than the medium’s minimum packet size. For instance, any Ethernet packet that is less than 64 bytes is considered a runt. Number of packets that are discarded because they exceed the medium’s maximum packet size. For example, any Ethernet packet that is greater than 1518 bytes is considered a giant. Includes runts, giants, no buffer, CRC, frame, overrun, and ignored counts. Other input-related errors can also cause the input errors count to be increased, and some datagrams may have more than one error; therefore, this sum may not balance with the sum of enumerated input error counts. Cyclic redundancy checksum generated by the originating LAN station or far-end device does not match the checksum calculated from the data received. On a LAN, this usually indicates noise or transmission problems on the LAN interface or the LAN bus itself. A high number of CRCs is usually the result of collisions or a station transmitting bad data. Number of packets received incorrectly having a CRC error and a noninteger number of octets. On a LAN, this is usually the result of collisions or a malfunctioning Ethernet device. Number of times the receiver hardware was unable to hand received data to a hardware buffer because the input rate exceeded the receiver’s ability to handle the data. Received ... broadcasts runts giants input errors CRC frame overrun Cisco IOS Dial Technologies Command Reference DIA-816 November 2009 Dial Commands show dsi Table 54 show dsi Field Descriptions (continued) Field ignored Description Number of received packets ignored by the interface because the interface hardware ran low on internal buffers. These buffers are different than the system buffers mentioned previously in the buffer description. Broadcast storms and bursts of noise can cause the ignored count to be increased. Number of packets whose receipt was aborted. Number of times watchdog receive timer expired. It happens when receiving a packet with length greater than 2048. Number of multicast packets received. Dribble bit error indicates that a frame is slightly too long. This frame error counter is incremented just for informational purposes; the router accepts the frame. Total number of messages transmitted by the system. Total number of bytes, including data and MAC encapsulation, transmitted by the system. Number of times that the transmitter has been running faster than the router can handle. This may never be reported on some interfaces. Sum of all errors that prevented the final transmission of datagrams out of the interface being examined. Note that this may not balance with the sum of the enumerated output errors, as some datagrams may have more than one error, and others may have errors that do not fall into any of the specifically tabulated categories. Number of messages retransmitted due to an Ethernet collision. This is usually the result of an overextended LAN (Ethernet or transceiver cable too long, more than two repeaters between stations, or too many cascaded multiport transceivers). A packet that collides is counted only once in output packets. Number of times an interface has been completely reset. This can happen if packets queued for transmission were not sent within several seconds. On a serial line, this can be caused by a malfunctioning modem that is not supplying the transmit clock signal, or by a cable problem. If the system notices that the carrier detect line of a serial interface is up, but the line protocol is down, it periodically resets the interface in an effort to restart it. Interface resets can also occur when an interface is looped back or shut down. Number of times a Type 2 Ethernet controller was restarted because of errors. The transmit jabber timer expired. Number of late collisions. Late collision happens when a collision occurs after transmitting the preamble. Deferred indicates that the chip had to defer while ready to transmit a frame because the carrier was asserted. Number of times the carrier was lost during transmission. abort watchdog multicast input packets with dribble condition detected packets output bytes underruns output errors collisions interface resets restarts babbles late collision deferred lost carrier Cisco IOS Dial Technologies Command Reference November 2009 DIA-817 Dial Commands show dsi Table 54 show dsi Field Descriptions (continued) Field no carrier output buffer failures 1. SCI = Single Cell Input 2. CBus = Command Bus Description Number of times the carrier was not present during the transmission. Number of failed buffers and number of buffers swapped out. Related Commands Command execute-on show dsip show version Description Executes commands on a line card. Displays all information about the DSIP. Displays the configuration of the system hardware, the software version, the names and sources of configuration files, and the boot images. Cisco IOS Dial Technologies Command Reference DIA-818 November 2009 Dial Commands show dsip show dsip To display all information about the Distributed System Interconnect Protocol (DSIP) on a Cisco AS5800, use the show dsip command in EXEC mode. show dsip Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines Your Cisco AS5800 universal access server uses a protocol used by the Cisco 7206 router shelf to communicate back and forth with the Cisco 5814 dial shelf controller card(s) and feature cards. Although dial shelf interconnect (DSI) configuration is transparent to the user, there are several show commands to help you view your setup, and debug commands to help you troubleshoot your system. To display a subset of this information, use the show dsip clients, show dsip nodes, show dsip ports, show dsip queue, show dsip tracing, show dsip transport, and show dsip version commands. Examples The following is sample output from the show dsip command. For a description of the fields shown in the sample output, refer to the individual show dsip commands listed in the “Usage Guidelines” section. Router# show dsip DSIP Transport Statistics: IPC : input msgs=8233, bytes=699488; output msgs=8233, bytes=483558 total consumed ipc msgs=682; total freed ipc msgs = 682 transmit contexts in use = 11, free = 245, zombie = 0, invalid = 0 ipc getmsg failures = 0, ipc timeouts=0 core getbuffer failures=0, api getbuffer failures=0 dsip test msgs rcvd = 2770, sent = 0 CNTL: input msgs=1112, bytes=91272; output msgs=146, bytes=8760 getbuffer failures=0 DATA: input msgs=0, bytes=0; output msgs=426, bytes=5112 DSIP Private Buffer Pool Hits = 0 DSIP Registered Addresses: Shelf0 : Master: 00e0.b093.2238, Shelf1 : Slot1 : 0007.5387.4808, Shelf1 : Slot5 : 0007.5387.4828, Shelf1 : Slot6 : 0007.5387.4830, Status=local Status=remote Status=remote Status=remote Cisco IOS Dial Technologies Command Reference November 2009 DIA-819 Dial Commands show dsip Shelf1 Shelf1 Shelf1 Shelf1 Shelf1 : : : : : Slot7 : Slot8 : Slot9 : Slot11: Slot12: 0007.5387.4838, 0007.5387.4840, 0007.5387.4848, 0007.5387.4858, 0007.4b67.8260, Status=remote Status=remote Status=remote Status=remote Status=remote DSIP Clients: ------------ID Name 0 Console 1 Clock 2 Modem 3 Logger 4 Trunk 5 Async data 6 TDM 7 Dial shelf manager 8 Environment Mon 9 DSIP Test Dsip Local Ports: ---------------Client:Portname Console:Master Clock:Master Modem:Master Logger:Master Trunk:Master Async data:Master TDM:Master Dial shelf manager:Master DSIP Test:Master Dsip Remote Ports: ----------------Client:Portname Clock:Slave1 Trunk:Slave1 Modem:Slave5 Modem:Slave6 Modem:Slave7 Modem:Slave8 Modem:Slave9 Modem:Slave11 Clock:Slave12 Dial shelf manager:Slave12 DSIP Test:Slave12 Portid 10004 10005 10006 10007 10008 10009 1000A 1000B 1000C In-Msgs 0 29 90 0 1765 0 7 28 2922 Bytes 0 3464 70162 0 140480 0 112 4752 2922 Last-i/p never 00:00:40 00:23:44 never 00:00:08 never 00:24:19 00:00:36 00:00:00 Portid 101005F 1010061 1050050 1060050 1070050 1080050 1090050 10B0050 10C000D 10C000E 10C000F Out-Msgs 1 12 96 105 106 112 115 107 1 28 0 Bytes 24 1776 2148 2040 2188 2212 2224 2192 24 4752 0 Last-o/p 00:24:21 00:24:21 00:23:56 00:24:00 00:23:56 00:24:13 00:24:09 00:24:09 00:24:37 00:00:49 never Last-act 00:24:21 00:24:21 00:24:19 00:24:22 00:24:20 00:24:35 00:24:35 00:24:32 00:24:37 00:24:35 00:24:35 DSIP ipc queue: --------------There are 0 IPC messages waiting for acknowledgement in the transmit queue. There are 0 messages currently in use by the system. DSIP ipc seats: --------------There are 9 nodes in this IPC realm. ID Type Name 10000 1060000 10C0000 1080000 1090000 1010000 Local DSIP DSIP DSIP DSIP DSIP IPC Master Seat:Slave6 Seat:Slave12 Seat:Slave8 Seat:Slave9 Seat:Slave1 Last Sent Last Heard 0 10 2963 10 10 16 0 10 13 10 10 16 Cisco IOS Dial Technologies Command Reference DIA-820 November 2009 Dial Commands show dsip 1070000 DSIP 10B0000 DSIP 1050000 DSIP Seat:Slave7 Seat:Slave11 Seat:Slave5 10 10 10 10 10 10 DSIP version information: -----------------------Local DSIP major version = 3, minor version = 2 All DS slots are running DSIP versions compatible with RS Local Clients Registered Versions: -----------------------------------Client Name Major Version Minor Version Console 3 2 Clock 1 1 Modem 0 0 Logger No version No version Trunk No version No version Async data No version No version TDM No version No version DSIP Test No version No version Mismatched Remote Client Versions: ----------------------------------- Related Commands Command show dsip clients show dsip nodes show dsip ports show dsip queue show dsip tracing show dsip transport show dsip version show version Description Lists the clients registered with DSIP on a system. Displays information about the processors running the DSIP. Displays information about local and remote ports. Displays the number of messages in the retransmit queue waiting for acknowledgment. Displays DSIP tracing buffer information. Displays information about the DSIP transport statistics for the control/data and IPC packets and registered addresses. Displays DSIP version information. Displays the configuration of the system hardware, the software version, the names and sources of configuration files, and the boot images. Cisco IOS Dial Technologies Command Reference November 2009 DIA-821 Dial Commands show dsip clients show dsip clients To display information about Distributed System Interconnect Protocol (DSIP) clients, use the show dsip clients command in EXEC mode. show dsip clients Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines Use this command to see whether a client is actually registered with DSIP and using its services. Consider the following example: a client “Trunk” seems to be defunct on a particular node with absolutely no input/output activity. The command show dsip ports does not show any Trunk port among its local ports though all other client ports show up. The problem might be that the Trunk client did not even register with DSIP. To confirm this, use the show dsip clients command. Examples The following is sample output from the show dsip clients command. This command lists the clients. Router# show dsip clients ID 0 1 2 3 4 5 6 7 8 9 Name Console Clock Modem Logger Trunk Async data TDM Dial shelf manager Environment Mon DSIP Test Cisco IOS Dial Technologies Command Reference DIA-822 November 2009 Dial Commands show dsip clients Related Commands Command show dsip nodes show dsip ports show dsip queue show dsip tracing show dsip transport show dsip version Description Displays information about the processors running the DSIP. Displays information about local and remote ports Displays the number of messages in the retransmit queue waiting for acknowledgment. Displays DSIP tracing buffer information. Displays information about the DSIP transport statistics for the control/data and IPC packets and registered addresses. Displays DSIP version information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-823 Dial Commands show dsip nodes show dsip nodes To display information about the processors running the Distributed System Interconnect Protocol (DSIP), use the show dsip nodes command in EXEC mode. show dsip nodes Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines Use show dsip nodes to see the nodes (slots) connected by DSIP and the node specific sequence numbers. The former information is also available from show dsip transport. The sequence numbers are useful for support engineers while debugging a problem. Examples The following is sample output from the show dsip nodes command: Router# show dsip nodes DSIP ipc nodes: --------------There are 9 nodes in this IPC realm. ID Type Name 10000 1130000 1080000 10A0000 10C0000 10D0000 10E0000 10F0000 1100000 Local DSIP DSIP DSIP DSIP DSIP DSIP DSIP DSIP IPC Master Dial Shelf:Slave12 Dial Shelf:Slave1 Dial Shelf:Slave3 Dial Shelf:Slave5 Dial Shelf:Slave6 Dial Shelf:Slave7 Dial Shelf:Slave8 Dial Shelf:Slave9 Last Last Sent Heard 0 0 12 12 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Cisco IOS Dial Technologies Command Reference DIA-824 November 2009 Dial Commands show dsip nodes Table 55 describes the significant fields shown in the display. Table 55 show dsip nodes Field Descriptions Field ID Description DSIP uses Cisco’s IPC (Inter Process Communication) module for nondata related (client control messages etc.) traffic. A seat or node is a computational element, such as a processor, that can be communicated with using IPC services. A seat is where entities and IPC ports reside. The IPC maintains a seat table which contains the seatids of all the seats in the system. Normally this seatid is a function of the slot number. Local: Local node. DSIP: Remote DSIP node. Each seat (node) has a name to easily identify it. There is only one master node and rest are slave nodes. The master node name is “IPC Master” and the slave node name is “Seat:Slave X”, where “X” is the slot number of the node. Each node maintains two sequence numbers for the last sent and last heard. Whenever a message is sent out, the “last sent” counter is updated. Whenever a message is received from a remote node, “last heard” is updated. Type Name Last Sent/Last Heard Last Sent Last Heard Related Commands Command show dsip clients show dsip ports show dsip queue show dsip tracing show dsip transport show dsip version Description Lists the clients registered with DSIP on a system. Displays information about local and remote ports Displays the number of messages in the retransmit queue waiting for acknowledgment. Displays DSIP tracing buffer information. Displays information about the DSIP transport statistics for the control/data and IPC packets and registered addresses. Displays DSIP version information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-825 Dial Commands show dsip ports show dsip ports To display information about local and remote ports, use the show dsip ports command in EXEC mode. show dsip ports [local | remote [slot]] Syntax Description local remote slot (Optional) Displays information for local ports. The local port is the port created at a seat’s local end. (Optional) Displays information for remote ports. The remote port is the port residing on a remote seat to which DSIP IPC based connection is open. (Optional) Specifies a slot number to display information for a specific card on the dial shelf. Command Modes EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines The DSIP communication going through the IPC stack uses ports. The creation of a port returns a 32-bit port ID which is the endpoint for communication between two IPC clients. The show dsip ports command is used to check clients that are up and running: • • To see the local ports that are created and the activity on them. To see the remote ports which are connected and to see the activity on them. If no options are specified, information is displayed for both local and remote ports. Examples The following is sample output from the show dsip ports command: Router# show dsip ports Dsip Local Ports: ---------------Client:Portname Console:Master Clock:Master Modem:Master Logger:Master Trunk:Master Async data:Master TDM:Master Dial shelf manager:Master DSIP Test:Master Portid 10004 10005 10006 10007 10008 10009 1000A 1000B 1000C In-Msgs 0 16 90 0 792 0 7 15 1294 Bytes 0 1800 70162 0 62640 0 112 2256 1294 Last-i/p never 00:00:05 00:10:08 never 00:00:03 never 00:10:44 00:00:27 00:00:00 Cisco IOS Dial Technologies Command Reference DIA-826 November 2009 Dial Commands show dsip ports Dsip Remote Ports: ----------------Client:Portname Clock:Slave1 Trunk:Slave1 Modem:Slave5 Modem:Slave6 Modem:Slave7 Modem:Slave8 Modem:Slave9 Modem:Slave11 Clock:Slave12 Dial shelf manager:Slave12 DSIP Test:Slave12 Portid 101005F 1010061 1050050 1060050 1070050 1080050 1090050 10B0050 10C000D 10C000E 10C000F Out-Msgs 1 12 96 105 106 112 115 107 1 15 0 Bytes 24 1776 2148 2040 2188 2212 2224 2192 24 2256 0 Last-o/p 00:10:46 00:10:46 00:10:21 00:10:25 00:10:21 00:10:25 00:10:39 00:10:39 00:11:07 00:00:45 never Last-act 00:10:46 00:10:46 00:10:44 00:10:48 00:10:45 00:10:47 00:11:05 00:11:02 00:11:07 00:11:05 00:11:05 Table 56 describes the significant fields shown in the display. Table 56 show dsip ports Field Descriptions Field Client:Portname Description Client name and port name. Port Name. The port names can be determined because they are based on a uniform naming convention that includes the following elements: • • • Client name Master/slave status Slot number Any client can derive the port name of the other client it wants to talk to once it knows its physical location, using the following formula: Master/Slave Status Master Slave Portid Port Name Syntax Client-Name:Master, for example, Console:Master Client-Name:SlaveSlot, for example, Clock:Slave1 Port ID. The Port ID is a 32-bit identifier comprised of seatid and the port-number. The IPC maintains a seat table which contains the seatids of all the seats in the system. A seat is where clients and ports reside. The seat ID is a function of the slot number. Port number is the sequential number of the port that is being created on a particular seat, for example: 0,1, 2, etc. In-Msgs/ Out-Msgs Bytes(in/out) The total number of input messages that were received on a particular port. The total number of output messages that were sent to a particular remote port. The total number of bytes that were received on a particular port or sent to a remote port. The number of bytes on this port up to the time of the execution of the show command. Elapsed time since the last input was received on a local port. Elapsed time since the last message was sent to a particular remote port. Elapsed time since the connection to a remote port was opened. Last-i/p Last-o/p Last-act Cisco IOS Dial Technologies Command Reference November 2009 DIA-827 Dial Commands show dsip ports Related Commands Command show dsip clients show dsip nodes show dsip queue show dsip tracing show dsip transport show dsip version show version Description Lists the clients registered with DSIP on a system. Displays information about the nodes (slots) connected by DSIP on a system. Displays the number of messages in the retransmit queue waiting for acknowledgment. Displays DSIP tracing buffer information. Displays information about the DSIP transport statistics for the control/data and IPC packets and registered addresses. Displays DSIP version information. Displays the configuration of the system hardware, the software version, the names and sources of configuration files, and the boot images. Cisco IOS Dial Technologies Command Reference DIA-828 November 2009 Dial Commands show dsip queue show dsip queue To display the number of IPC messages in the transmission queue waiting for acknowledgment, use the show dsip queue command in EXEC mode. show dsip queue Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines IPC is inter-process communication. Processes communicate by exchanging messages held in queue buffers. Use the show dsip queue to display the status of these queue buffers. Examples The following is sample output from the show dsip queue command when the system is operating correctly: Router# show dsip queue DSIP ipc queue: --------------There are 0 IPC messages waiting for acknowledgment in the transmit queue. There are 0 messages currently in use by the system. Related Commands Command show dsip clients show dsip nodes show dsip ports show dsip tracing show dsip transport show dsip version show version Description Lists the clients registered with DSIP on a system. Displays information about the nodes (slots) connected by DSIP on a system. Displays information about local and remote ports. Displays DSIP tracing buffer information. Displays information about the DSIP transport statistics for the control/data and IPC packets and registered addresses. Displays DSIP version information. Displays the configuration of the system hardware, the software version, the names and sources of configuration files, and the boot images. Cisco IOS Dial Technologies Command Reference November 2009 DIA-829 Dial Commands show dsip tracing show dsip tracing To display Distributed System Interconnect Protocol (DSIP) tracing buffer information, use the show dsip tracing command in EXEC mode. show dsip tracing [control | data | ipc] [slot | entries entry-number [slot]] Syntax Description control data ipc slot (Optional) Displays the control tracing buffer. (Optional) Displays the data tracing buffer. (Optional) Displays the inter-process communication tracing buffer. (Optional) Specifies a specific slot number on the dial shelf. Slot number can range from 0 to 14. entries entry-number (Optional) Specifies the number of entries to trace. Entries can be 1 to 500. Command Modes EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Usage Guidelines This feature allows logging of DSIP media header information. Use the show dsip tracing command to obtain important information of the various classes of DSIP packets (Control/Data/IPC) coming in. You must first use the debug dsip tracing command then use the show dsip tracing command to display the logged contents. To clear the information, use the clear dsip tracing command. Examples The following is sample output from the show dsip tracing command: Router# debug dsip tracing DSIP tracing debugging is on Router# Router# show dsip tracing Dsip Control Packet Trace: ---------------------------------------------------------------------------Dest:00e0.b093.2238 Src:0007.5387.4808 Type:200B SrcShelf:1 SrcSlot:1 MsgType:0 MsgLen:82 Timestamp: 00:00:03 ---------------------------------------------------------------------------Dest:00e0.b093.2238 Src:0007.5387.4838 Type:200B SrcShelf:1 SrcSlot:7 MsgType:0 MsgLen:82 Timestamp: 00:00:03 ---------------------------------------------------------------------------- Cisco IOS Dial Technologies Command Reference DIA-830 November 2009 Dial Commands show dsip tracing Dest:00e0.b093.2238 Src:0007.4b67.8260 Type:200B SrcShelf:1 SrcSlot:12 MsgType:0 MsgLen:82 Timestamp: 00:00:03 ---------------------------------------------------------------------------Dest:00e0.b093.2238 Src:0007.5387.4858 Type:200B SrcShelf:1 SrcSlot:11 MsgType:0 MsgLen:82 Timestamp: 00:00:03 ---------------------------------------------------------------------------Dest:00e0.b093.2238 Src:0007.5387.4848 Type:200B SrcShelf:1 SrcSlot:9 MsgType:0 MsgLen:82 Timestamp: 00:00:03 Table 57 describes the significant fields shown in the display. Table 57 show dsip tracing Field Descriptions Field Dest Src Type Description The destination MAC address in the DSIP packet. The source MAC address in the DSIP packet. There are three types of DSIP packets: • • • Control—0x200B IPC—0x200C Data—0x200D SrcShelf SrcSlot MsgType MsgLen Timestamp The source shelf ID of the DSIP packet. The source slot of the DSIP packet. Used to further demultiplex Data packets. Not used for Control and IPC type packets. Length of the message excluding the DSIP header. Time elapsed since the packet was received. Related Commands Command clear dsip tracing debug dsip tracing show dsip clients show dsip nodes show dsip ports show dsip queue show dsip transport show dsip version Description Clears DSIP tracing logs. Enables DSIP trace logging for use with the show dsip tracing commands. Lists the clients registered with DSIP on a system. Displays information about the nodes (slots) connected by DSIP on a system. Displays information about local and remote ports. Displays the number of messages in the retransmit queue waiting for acknowledgment. Displays information about the DSIP transport statistics for the control/data and IPC packets and registered addresses. Displays DSIP version information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-831 Dial Commands show dsip transport show dsip transport To display information about the Distributed System Interconnect Protocol (DSIP) transport statistics for the control/data and IPC packets and registered addresses, use the show dsip transport command in EXEC mode. show dsip transport Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Examples The following is sample output from the show dsip transport command: Router# show dsip transport DSIP Transport Statistics: IPC : input msgs=4105, bytes=375628; output msgs=4105, bytes=248324 total consumed ipc msgs=669; total freed ipc msgs = 669 transmit contexts in use = 11, free = 245, zombie = 0, invalid = 0 ipc getmsg failures = 0, ipc timeouts=0 core getbuffer failures=0, api getbuffer failures=0 dsip test msgs rcvd = 1200, sent = 0 CNTL: input msgs=488, bytes=40104; output msgs=68, bytes=4080 getbuffer failures=0 DATA: input msgs=0, bytes=0; output msgs=426, bytes=5112 DSIP Private Buffer Pool Hits = 0 DSIP Registered Addresses: Shelf0 : Master: 00e0.b093.2238, Shelf1 : Slot1 : 0007.5387.4808, Shelf1 : Slot5 : 0007.5387.4828, Shelf1 : Slot6 : 0007.5387.4830, Shelf1 : Slot7 : 0007.5387.4838, Shelf1 : Slot8 : 0007.5387.4840, Shelf1 : Slot9 : 0007.5387.4848, Shelf1 : Slot11: 0007.5387.4858, Shelf1 : Slot12: 0007.4b67.8260, Router# Status=local Status=remote Status=remote Status=remote Status=remote Status=remote Status=remote Status=remote Status=remote Cisco IOS Dial Technologies Command Reference DIA-832 November 2009 Dial Commands show dsip transport Table 58 describes the significant fields shown in the display: Table 58 show dsip transport Field Descriptions Field Description DSIP Transport Statistics: There are basically three kinds of communication channels between the DSIP modules running on two processors: 1. 2. IPC: DSIP IPC-based reliable/best-effort channel. CNTL: Control packet channel for DSIP modules to communicate between themselves. For example, keepalive messages and initial handshake messages between two DSIP modules are exchanged over this channel. DATA: DSIP fast data packet channel. 3. input msgs/output msgs bytes total consumed ipc msgs total freed ipc msgs transmit contexts in use The number of input/output packets on a particular channel. The number of input bytes received or sent on a particular channel. The total number of IPC messages consumed so far from the IPC buffer pool. The total number of IPC messages returned to the IPC buffer pool so far. DSIP for each active reliable connection to a remote port keeps a transmit context. This context holds all the important information pertaining to the remote connection, such as, destination portid, port name, number of message and bytes sent to that port etc. This is created when first time a connection is opened to a remote port and is reused for all subsequent communication to that port. Free transmit context is available. When DSIP tears down a connection to a remote slot, all the transmit contexts to that slot should return to the free pool. But instead of immediately returning to the free pool, all such contexts first end up on a zombie queue, spend their last few seconds here and then eventually return to the free queue. Each transmit context has a magic number. While returning contexts to the free queue, if any transmit context is found to be corrupted, it is marked as invalid and is not returned to the free queue. Number of times we failed to get an ipc message. The retry timeouts of the reliable DSIP transport stack. The number of times DSIP transport layer has failed to allocate buffers for the IPC transport. The number of times DSIP transport has failed to allocate buffers while preparing to transmit data received from the clients. The DSIP test messages received and sent by invoking received/sent the “DSIP Test” client. free zombie invalid ipc getmsg failures ipc timeouts core getbuffer failures aip getbuffer failures dsip test msgs received/sent Cisco IOS Dial Technologies Command Reference November 2009 DIA-833 Dial Commands show dsip transport Table 58 show dsip transport Field Descriptions (continued) Field DSIP Private Buffer Pool Hits Description DSIP by default gets all its buffers from the public buffer pools. If for some reason, it runs out of those buffers, it falls back on a DSIP private pool. This number indicates the number of times DSIP has used this fallback pool. The MAC addresses of nodes (slots) participating in DSIP communication including the local node. The master sees N slaves whereas slave sees only master (excluding themselves). The information is presented in the following form: ShelfX: Master | SlotY : MAC Address : Status= local | remote DSIP Registered Addresses Related Commands Command show dsip clients show dsip nodes show dsip ports show dsip queue show dsip tracing show dsip version show version Description Lists the clients registered with DSIP on a system. Displays information about the nodes (slots) connected by DSIP on a system. Displays information about local and remote DSIP ports. Displays the number of messages in the retransmit queue waiting for acknowledgment. Displays DSIP tracing buffer information. Displays DSIP version information. Displays the configuration of the system hardware, the software version, the names and sources of configuration files, and the boot images. Cisco IOS Dial Technologies Command Reference DIA-834 November 2009 Dial Commands show dsip version show dsip version To display Distributed System Interconnect Protocol (DSIP) version information, use the show dsip version command in EXEC mode. show dsip version Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.3(2)AA 12.2(33)SRA 12.2SX Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. This command is supported in the Cisco IOS Release 12.2SX train. Support in a specific 12.2SX release of this train depends on your feature set, platform, and platform hardware. Examples The following is sample output from the show dsip version command: Router# show dsip version DSIP version information: -----------------------Local DSIP major version = 5, minor version = 2 All feature boards are running DSIP versions compatible with router shelf Local Clients Registered Versions: -----------------------------------Client Name Major Version Minor Version Console 52 Clock 1 1 Modem 0 0 Logger No version No version Trunk No version No version Async data No version No version TDM No version No version DSIP Test No version No version Mismatched Remote Client Versions: ----------------------------------- DSIP is version-controlled software that should be identified and kept current. Cisco IOS Dial Technologies Command Reference November 2009 DIA-835 Dial Commands show dsip version Related Commands Command show dsip clients show dsip nodes show dsip ports show dsip queue show dsip tracing show dsip transport show version Description Lists the clients registered with DSIP on a system. Displays information about the nodes (slots) connected by DSIP on a system. Displays information about local and remote DSIP ports. Displays the number of messages in the retransmit queue waiting for acknowledgment. Displays DSIP tracing buffer information. Displays information about the DSIP transport statistics for the control/data and IPC packets and registered addresses. Displays the configuration of the system hardware, the software version, the names and sources of configuration files, and the boot images. Cisco IOS Dial Technologies Command Reference DIA-836 November 2009 Dial Commands show interfaces bri show interfaces bri To display information about the BRI D channel or about one or more B channels, use the show interfaces bri command in privileged EXEC mode. show interfaces bri number[[:bchannel] | [first] [last]] [accounting] Cisco 7200 Series Router show interfaces bri slot/port Syntax Description number Interface number. The value ranges from 0 to 7 if the router has one 8-port BRI NIM or from 0 to 15 if the router has two 8-port BRI NIMs. Interface number values will vary, depending on the hardware platform used. The Cisco 3600 series router, for example, can have up to 48 interfaces. Specifying just the number will display the D channel for that BRI interface. On the Cisco 7200 series, slot location and port number of the interface. The slash mark is required. (Optional) Colon (:) followed by a specific B channel number. (Optional) Specifies the first of the B channels; the value can be either 1 or 2. (Optional) Specifies the last of the B channels; the value can only be 2, indicating B channels 1 and 2. (Optional) Displays the number of packets of each protocol type that have been sent through the interface. slot/port :bchannel first last accounting Command Modes Privileged EXEC Command History Release 10.3 11.2P Modification This command was introduced. This command was enhanced to support the slot/port syntax for the PA-8B-ST and PA-4B-U port adapters on the Cisco 7200 series. Usage Guidelines Use either the :bchannel argument or the first or last arguments to display information about specified B channels. Use the show interfaces bri number form of the command (without the optional :bchannel, or first and last arguments) to obtain D channel information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-837 Dial Commands show interfaces bri Use the command syntax sample combinations in Table 59 to display the associated output. Table 59 Sample show interfaces bri Command Step Combinations Command Syntax show interfaces show interfaces bri 2 show interfaces bri 2:1 show interfaces bri 2:2 show interfaces bri 4 1 show interfaces bri 4 2 show interfaces bri 4 1 2 show interfaces bri Displays All interfaces in the router Channel D for BRI interface 2 Channel B1 on BRI interface 2 Channel B2 on BRI interface 2 Channel B1 on BRI interface 4 Channel B2 on BRI interface 4 Channels B1 and B2 on BRI interface 4 Error message: “% Incomplete command.” Examples The following is sample output from the show interfaces bri command: Router# show interfaces bri 0:1 BRI0:1 is down, line protocol is down Hardware is BRI MTU 1500 bytes, BW 64 Kbit, DLY 20000 usec, rely 255/255, load 1/255 Encapsulation PPP, loopback not set, keepalive not set LCP Closed Closed: IPCP Last input never, output never, output hang never Last clearing of "show interface" counters never Queueing strategy: fifo Output queue 0/40, 0 drops; input queue 0/75, 0 drops 5 minute input rate 0 bits/sec, 0 packets/sec 5 minute output rate 0 bits/sec, 0 packets/sec 0 packets input, 0 bytes, 0 no buffer Received 0 broadcasts, 0 runts, 0 giants 0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort 0 packets output, 0 bytes, 0 underruns 0 output errors, 0 collisions, 7 interface resets 0 output buffer failures, 0 output buffers swapped out 0 carrier transitions The following is sample output from the show interfaces bri command on a Cisco 7200 series router: Router# show interfaces bri 2/0 BRI2/0 is up, line protocol is up (spoofing) Hardware is BRI Internet address is 10.1.1.3/27 MTU 1500 bytes, BW 64 Kbit, DLY 20000 usec, rely 255/255, load 1/255 Encapsulation PPP, loopback not set Last input 00:00:01, output 00:00:01, output hang never Last clearing of “show interface” counters never Input queue: 0/75/0 (size/max/drops); Total output drops: 0 Queueing strategy: weighted fair Output queue: 0/64/0 (size/threshold/drops) Conversations 0/1 (active/max active) Reserved Conversations 0/0 (allocated/max allocated) 5 minute input rate 0 bits/sec, 0 packets/sec 5 minute output rate 0 bits/sec, 0 packets/sec Cisco IOS Dial Technologies Command Reference DIA-838 November 2009 Dial Commands show interfaces bri 609 packets input, 2526 bytes, 0 no buffer Received 0 broadcasts, 0 runts, 0 giants 0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort 615 packets output, 2596 bytes, 0 underruns 0 output errors, 0 collisions, 5 interface resets 0 output buffer failures, 0 output buffers swapped out 3 carrier transitions Table 60 describes the significant fields shown in the display. Table 60 show interfaces bri Field Descriptions Field BRI... is {up | down | administratively down} line protocol is {up | down | administratively down} Hardware is Internet address is MTU BW DLY rely load Encapsulation loopback keepalive Last input Description Indicates whether the interface hardware is currently active (whether line signal is present) and whether it has been taken down by an administrator. Indicates whether the software processes that handle the line protocol consider the line usable (that is, whether keepalives are successful). Hardware type. IP address and subnet mask, followed by packet size. Maximum transmission unit of the interface. Bandwidth of the interface in kilobits per second. Delay of the interface in microseconds. Reliability of the interface as a fraction of 255 (255/255 is 100 percent reliability), calculated as an exponential average over 5 minutes. Load on the interface as a fraction of 255 (255/255 is completely saturated), calculated as an exponential average over 5 minutes. Encapsulation method assigned to interface. Indicates whether loopback is set or not. Indicates whether keepalives are set or not. Number of hours, minutes, and seconds since the last packet was successfully received by an interface. Useful for knowing when a nonfunctioning interface failed. Number of hours, minutes, and seconds since the last packet was successfully transmitted by an interface. Number of hours, minutes, and seconds (or never) since the interface was last reset because of a transmission that took too long. When the number of hours in any of the “last” fields exceeds 24 hours, the number of days and hours is printed. If that field overflows, asterisks (**) are printed. Number of packets in output and input queues. Each number is followed by a slash (/), the maximum size of the queue, and the number of packets dropped due to a full queue. output output hang Output queue, drops Input queue, drops Five minute input rate Average number of bits and packets transmitted per second in the last Five minute output rate 5 minutes. packets input Total number of error-free packets received by the system. Cisco IOS Dial Technologies Command Reference November 2009 DIA-839 Dial Commands show interfaces bri Table 60 show interfaces bri Field Descriptions (continued) Field bytes no buffer Description Total number of bytes, including data and media access control (MAC) encapsulation, in the error-free packets received by the system. Number of received packets discarded because there was no buffer space in the main system. Compare with ignored count. Broadcast storms on Ethernets and bursts of noise on serial lines are often responsible for no input buffer events. Total number of broadcast or multicast packets received by the interface. Number of packets that are discarded because they are smaller than the medium’s minimum packet size. Number of packets that are discarded because they exceed the medium’s maximum packet size. Total number of no buffer, runts, giants, CRCs, frame, overrun, ignored, and abort counts. Other input-related errors can also increment the count, so this sum may not balance with the other counts. Cyclic redundancy checksum generated by the originating station or far-end device does not match the checksum calculated from the data received. On a serial link, CRCs usually indicate noise, gain hits, or other transmission problems on the data link. Number of packets received incorrectly having a CRC error and a noninteger number of octets. On a serial line, this is usually the result of noise or other transmission problems. Number of times the serial receiver hardware was unable to hand received data to a hardware buffer because the input rate exceeded the receiver’s ability to handle the data. Number of received packets ignored by the interface because the interface hardware ran low on internal buffers. Broadcast storms and bursts of noise can increase the ignored count. Illegal sequence of one bits on a serial interface. This usually indicates a clocking problem between the serial interface and the data link equipment. Total number of messages sent by the system. Total number of bytes, including data and MAC encapsulation, sent by the system. Number of times that the transmitter has been running faster than the router can handle. This may never be reported on some interfaces. Sum of all errors that prevented the final transmission of datagrams out of the interface being examined. Note that this may not balance with the sum of the enumerated output errors, because some datagrams may have more than one error, and others may have errors that do not fall into any of the specifically tabulated categories. Number of collisions. These can occur when you have several devices connected on a multiport line. broadcasts runts giants input errors CRC frame overrun ignored abort packets output bytes underruns output errors collisions Cisco IOS Dial Technologies Command Reference DIA-840 November 2009 Dial Commands show interfaces bri Table 60 show interfaces bri Field Descriptions (continued) Field interface resets Description Number of times an interface has been completely reset. This can happen if packets queued for transmission were not sent within several seconds. On a serial line, this can be caused by a malfunctioning modem that is not supplying the transmit clock signal or by a cable problem. If the system recognizes that the carrier detect line of a serial interface is up, but the line protocol is down, it periodically resets the interface in an effort to restart it. Interface resets can also occur when an interface is looped back or shut down. Number of times the controller was restarted because of errors. Number of times the carrier detect signal of a serial interface has changed state. Check for modem or line problems if the carrier detect line is changing state often. restarts carrier transitions Cisco IOS Dial Technologies Command Reference November 2009 DIA-841 Dial Commands show interfaces serial bchannel show interfaces serial bchannel To display information about the physical attributes of the ISDN PRI over channelized E1 or channelized T1 B and D channels, use the show interfaces serial bchannel command in EXEC mode. show interfaces serial slot/port bchannel channel-number show interfaces serial number bchannel channel-number Syntax Description slot/port number channel-number Backplane slot number and port number on the interface. See your hardware installation manual for the specific slot and port numbers. Network processor module (NPM) number, in the range from 0 to 2. E1 channel number ranging from 1 to 31 or T1 channel number ranging from 1 to 23; 1 to 24 if using NFAS. Command Modes EXEC Command History Release 11.2F Modification This command was introduced. Cisco IOS Dial Technologies Command Reference DIA-842 November 2009 Dial Commands show interfaces virtual-access show interfaces virtual-access To display status, traffic data, and configuration information about a specified virtual access interface, use the show interfaces virtual-access command in privileged EXEC mode. show interfaces virtual-access number [configuration] Syntax Description number Number of the virtual access interface. configuration (Optional) Restricts output to configuration information. Command Modes Privileged EXEC (#) Command History Release 11.2F 11.3 12.3(7)T 12.2(33)SB 12.2(33)SRE 15.0(1)M Modification This command was introduced. The configuration keyword was added. The output for this command was modified to indicate if the interface is a member of a multilink PPP bundle. This command was integrated into Cisco IOS Release 12.2(33)SB. This command was implemented on the Cisco 10000 series router for the PRE3 and PRE4. This command was integrated into Cisco IOS Release 12.3(33)SRE. This command was integrated into Cisco IOS Release 15.0(1)M. Usage Guidelines To identify the number of the vty on which the virtual access interface was created, enter the show users command. The counts of output packet bytes as reported by the L2TP access server (LAC) to the RADIUS server in the accounting record do not match those of a client. The following paragraphs describe how the accounting is done and how you can determine the correct packet byte counts. Packet counts for client packets in the input path are as follows: • • For packets that are process-switched, virtual access input counters are incremented by the coalescing function by the PPP over Ethernet (PPPoE) payload length. For packets that are fast-switched, virtual access input counters are incremented by the fast-switching function by the formula: PPPoE payload length + PPP address&control bytes = = PPPoE payload length + 2 For packets that are Cisco Express Forwarding switched, virtual access input counters are incremented by the Cisco Express Forwarding switching function by the formula: IP length + PPP encapbytes (4) = = PPPoE payload length + 2 • Packet counts for client packets in the output path are as follows: • For packets that are process-switched by protocols other than PPP, virtual access output counters are incremented in the upper layer protocol by the entire datagram, as follows: Size = PPPoE payload + PPPoE hdr (6) + Eth hdr (14) + SNAP hdr (10) + media hdr (4 for ATM) Cisco IOS Dial Technologies Command Reference November 2009 DIA-843 Dial Commands show interfaces virtual-access • For packets process-switched by PPP Link Control Protocol (LCP) and Network Control Protocol (NCP), virtual access output counters are incremented by PPP, as follows: PPP payload size + 4 bytes of PPP hdr For packets that are Cisco Express Forwarding fast-switched, virtual access counters are incremented by the PPPoE payload size. For PPPoE PTA, the PPPoE payload length is counted for all input and output packets. For PPPoE L2X on a LAC, the PPPoE payload length is counted for all input packets. On an L2TP Network Server (LNS), the payload plus the PPP header (address + control + type) are counted. For PPP over ATM (PPPoA) PTA i/p packets, the payload plus the PPP address plus control bytes are counted. For PPPoA PTA o/p packets, the payload plus PPP address plus control plus ATM header are counted. For PPPoA L2X on a LAC for i/p packets, the payload plus PPP addr plus cntl bytes are counted. For PPPoA L2X on a LNS, the payload plus PPP header (address + control + type) are counted. • Accounting is done for PPPoE, PPPoA PPP Termination Aggregation (PTA), and L2X as follows: • • • • In Cisco IOS Release 12.2(33)SB and later releases, the router no longer allows you to specify a virtual access interface (VAI) as vix.y in the show pxf cpu queue and show interfaces commands. Instead, you must spell out the VAI as virtual-access. For example, when you enter the following commands, the router accepts the command: Router# show interfaces virtual-access 2.1 In releases prior to Cisco IOS Release 12.2(33)SB, the router accepts the abbreviated form of the VAI. For example, the router accepts the following commands: Router# show interfaces vi2.1 Examples The following is sample output from the show interfaces virtual-access command: Router# show interfaces virtual-access 3 Virtual-Access3 is up, line protocol is up Hardware is Virtual Access interface MTU 1500 bytes, BW 149760 Kbit, DLY 100000 usec, reliability 255/255, txload 1/255, rxload 1/255 Encapsulation PPP, LCP Open, multilink Open Link is a member of Multilink bundle Virtual-Access4 PPPoATM vaccess, cloned from Virtual-Template1 Vaccess status 0x44 Bound to ATM4/0.10000 VCD:16, VPI:15, VCI:200, loopback not set DTR is pulsed for 5 seconds on reset Last input never, output never, output hang never Last clearing of "show interfaces" counters 00:57:37 Input queue:0/75/0/0 (size/max/drops/flushes); Total output drops:0 Queueing strategy:fifo Output queue:0/40 (size/max) 5 minute input rate 0 bits/sec, 0 packets/sec 5 minute output rate 0 bits/sec, 0 packets/sec 676 packets input, 12168 bytes, 0 no buffer Received 0 broadcasts, 0 runts, 0 giants, 0 throttles 0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort 676 packets output, 10140 bytes, 0 underruns 0 output errors, 0 collisions, 0 interface resets 0 output buffer failures, 0 output buffers swapped out 0 carrier transitions Cisco IOS Dial Technologies Command Reference DIA-844 November 2009 Dial Commands show interfaces virtual-access Table 61 describes the significant fields shown in the display. Table 61 show interfaces virtual-access Field Descriptions Field Virtual-Access ... is {up | down | administratively down} line protocol is {up | down | administratively down} Hardware is MTU BW DLY reliability Description Indicates whether the interface is currently active (whether carrier detect is present), is inactive, or has been taken down by an administrator. Indicates whether the software processes that handle the line protocol consider the line to be usable (that is, whether keepalives are successful). Type of interface. In this case, the interface is a dynamically created virtual access interface that exists on a vty line. Maximum transmission unit for packets on the virtual access interface. Bandwidth of the virtual access interface, in kbps. Delay of the virtual access interface, in microseconds. Reliability of the virtual access interface as a fraction of 255 (255/255 is 100 percent reliability), calculated as an exponential average over five minutes. Load on the virtual access interface as a fraction of 255 (255/255 is completely saturated), calculated as an exponential average over 5 minutes. The calculation uses the value from the bandwidth interface configuration command. • txload, rxload txload— Transmit load on the virtual access interface as a value of 1/255 calculated as an exponentioal average over 5 minutes. rxload— Receive load on the virtual access interface as a value of 1/255 calculated as an exponentioal average over 5 minutes. • Encapsulation loopback Encapsulation method assigned to the virtual access interface. Test in which signals are sent and then directed back toward the source at some point along the communication path. Used to test network interface usability. Data terminal ready. An RS232-C circuit that is activated to let the DCE know when the DTE is ready to send and receive data. Link Control Protocol (for PPP only; not for Serial Line Internet Protocol (SLIP)). LCP must come to the open state before any useful traffic can cross the link. Number of hours, minutes, and seconds since the last packet was successfully received by a virtual access interface. This value indicates when a dead interface failed. Number of hours, minutes, and seconds since the last packet was successfully transmitted by a virtual access interface. DTR LCP open | closed | req sent Last input output Cisco IOS Dial Technologies Command Reference November 2009 DIA-845 Dial Commands show interfaces virtual-access Table 61 show interfaces virtual-access Field Descriptions (continued) Field output hang Description Number of hours, minutes, and seconds (or never) since the virtual access interface was last reset because of a transmission that took too long. When the number of hours in any of the “last” fields exceeds 24 hours, the number of days and hours is displayed. If that field overflows, asterisks are displayed. Time at which the counters that measure cumulative statistics (such as number of bytes transmitted and received) were last reset to zero. Note that variables that might affect routing (for example, load and reliability) are not cleared when the counters are cleared. Asterisks (***) indicate that the elapsed time is too lengthy to be displayed. Zeros (0:00:00) indicate that the counters were cleared more than 231 milliseconds (ms) and less than 232 ms ago. Last clearing Input queue, drops Number of packets in input queues. Each number is followed by a slash, the maximum size of the queue, and the number of packets dropped because of a full queue. Type of queueing selected to prioritize network traffic. The options are first-come-first-served (FCFS) queueing, first-in-first-out queueing (FIFO), weighted fair queueing, priority queueing, and custom queueing. Packets in output queues. Represented by the maximum size of the queue followed by a slash and the number of packets dropped because of a full queue. For example, if the output queue is 45/15, 45 is the maximum size of the queue and 15 is the number of packets dropped. Average number of bits and packets transmitted per second in the last five minutes. Total number of error-free packets received by the system. Total number of bytes, including data and MAC encapsulation, in the error-free packets received by the system. Number of received packets discarded because there was no buffer space in the main system. Compare with ignored count. Broadcast storms on Ethernets and bursts of noise on serial lines are often responsible for no-input-buffer events. Total number of broadcast or multicast packets received by the virtual access interface. Number of packets that are discarded because they are smaller than the medium’s minimum packet size. Number of packets that are discarded because they exceed the medium’s maximum packet size. Total number of no-buffer, runts, giants, cyclic redundancy checks (CRCs), frame, overrun, ignored, and abort counts. Other input-related errors can also increment the count, so that this sum might not balance with the other counts. Queueing strategy Output queue 5 minute input rate, 5 minute output rate packets input bytes no buffer broadcasts runts giants input errors Cisco IOS Dial Technologies Command Reference DIA-846 November 2009 Dial Commands show interfaces virtual-access Table 61 show interfaces virtual-access Field Descriptions (continued) Field CRC Description Counter that reflects when the cyclic redundancy checksum generated by the originating LAN station or far-end device does not match the checksum calculated from data received. On a LAN, this often indicates noise or transmission problems on the LAN interface or the LAN bus. A high number of CRCs is usually the result of collisions or a station transmitting bad data. On a serial link, CRCs often indicate noise, gain hits, or other transmission problems on the data link. Number of packets received incorrectly having a CRC error and a noninteger number of octets. On a serial line, this is usually the result of noise or other transmission problems. Number of times the serial receiver hardware was unable to send received data to a hardware buffer because the input rate exceeded the receiver’s ability to handle the data. Number of received packets ignored by the virtual access interface because the interface hardware ran low on internal buffers. These buffers are different from the system buffers mentioned in the description of the no buffer field. Broadcast storms and bursts of noise can cause the “ignored” count to be incremented. Illegal sequence of one bits on a virtual access interface. This usually indicates a clocking problem between the virtual access interface and the data link equipment. Total number of messages transmitted by the system. Total number of bytes, including data and MAC encapsulation, transmitted by the system. Number of times the far-end transmitter has been running faster than the near-end communication server’s receiver can handle. Underruns may never be reported on some virtual access interfaces. Sum of all errors that prevented the final transmission of datagrams out of the virtual access interface being examined. Note that this might not balance with the sum of the enumerated output errors, because some datagrams might have more than one error, and others might have errors that do not fall into any of the tabulated categories. Number of packets colliding. Number of times a virtual access interface has been completely reset. A reset can happen if packets queued for transmission were not sent within several seconds. Resetting can be caused by a malfunctioning modem that is not supplying the transmit clock signal or by a cable problem. If the system notices that the carrier detect line of a virtual access interface is up, but the line protocol is down, it periodically resets the interface in an effort to restart it. Interface resets can also occur when a virtual access interface is looped back or shut down. Number of outgoing packets dropped from the output buffer. frame overrun ignored abort packets output bytes underruns output errors collisions interface resets output buffer failures Cisco IOS Dial Technologies Command Reference November 2009 DIA-847 Dial Commands show interfaces virtual-access Table 61 show interfaces virtual-access Field Descriptions (continued) Field output buffers swapped out carrier transitions Description Number of times the output buffer was swapped out. Number of times the carrier detect (CD) signal of a virtual access interface has changed state. Indicates modem or line problems if the CD line changes state often. If data carrier detect (DCD) goes down and comes up, the carrier transition counter increments two times. Related Commands Command clear interface virtual-access interface virtual-template show pxf cpu queue show users Command interface virtual-template Description Tears down the virtual access interface and frees the memory for other dial-in uses. Creates a virtual template interface that can be configured and applied dynamically in creating virtual access interfaces. Displays PXF queueing statistics. Displays information about the active lines on the router or information about lawful-intercept users. Description Creates a virtual template interface that can be configured and applied dynamically in creating virtual access interfaces. Cisco IOS Dial Technologies Command Reference DIA-848 November 2009 Dial Commands show ip interface virtual-access show ip interface virtual-access To display network layer IP information about a specified virtual access interface, use the show ip interface virtual-access command in EXEC mode. show ip interface virtual-access number Syntax Description number Number of the virtual access interface. Command Modes EXEC Command History Release 11.2F Modification This command was introduced. Examples The following is sample output from the show ip interface virtual-access command. This virtual access interface has been configured with a virtual template interface that applies the ip unnumbered ethernet 0 command. Router# show ip interface virtual-access 1 Virtual-Access1 is up, line protocol is up Interface is unnumbered. Using address of Ethernet0 (172.21.114.132) Broadcast address is 255.255.255.255 Peer address is 20.0.0.1 MTU is 1500 bytes Helper address is not set Directed broadcast forwarding is enabled Outgoing access list is not set Inbound access list is Virtual-Access1#0 Proxy ARP is enabled Security level is default Split horizon is enabled ICMP redirects are always sent ICMP unreachables are always sent ICMP mask replies are never sent IP fast switching is disabled Table 62 describes only the output fields that are significant to virtual access interfaces and that are not described in other IP commands. Table 62 show ip interface virtual-access Field Descriptions Field Virtual-Access1 is up, line protocol is up Interface is unnumbered. Using the address of Ethernet0 (172.21.114.132) Description Virtual access interface is up and the upper layers consider the line usable. The ip unnumbered ethernet 0 command was included in the virtual template interface cloned on this interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-849 Dial Commands show ip interface virtual-access Related Commands Command ip unnumbered Description Enables IP processing on a serial interface without assigning an explicit IP address to the interface. Cisco IOS Dial Technologies Command Reference DIA-850 November 2009 Dial Commands show ip local pool show ip local pool To display statistics for any defined IP address pools, use the show ip local pool command in privileged EXEC mode. show ip local pool [poolname | group [group-name]] Syntax Description poolname group group [group-name] (Optional) Named IP address pool. (Optional) Displays statistics of all pools in the base system group. (Optional) Displays statistics of all pools in the named group. Command Modes Privileged EXEC Command History Release 11.1 12.1(5)DC 12.2(13)T Modification This command was introduced. This command was enhanced to allow pool group statistics to be displayed. This command was integrated into Cisco IOS Release 12.2(13)T and support was added for the Cisco 6400 node route processor 25v (NRP-25v) Cisco 7400 platforms. Usage Guidelines If you omit the poolname argument, the command displays a generic list of all defined address pools and the IP addresses that belong to them. If you specify the poolname argument, the command displays detailed information about that pool. When you supply the group keyword without the associated group name, the command displays all pools in the base system group. When you supply the group keyword with the associated group name, the command displays all pools in that group. Examples The following is sample output from the show ip local pool command when pool groups have not been created: Router# show ip local pool Scope Begin Dialin 172.30.228.11 Available addresses: 172.30.228.12 172.30.228.13 172.30.228.14 172.30.228.15 172.30.228.16 172.30.228.17 172.30.228.18 172.30.228.19 172.30.228.20 172.30.228.21 172.30.228.22 End 172.30.228.26 Free InUse 16 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-851 Dial Commands show ip local pool 172.30.228.23 172.30.228.24 172.30.228.25 172.30.228.26 172.30.228.11 Inuse addresses: None Async5 The following is sample output from the show ip local pool command when pool groups have been created: Router# show ip local pool Pool Begin ** pool is in group p1 10.1.1.1 10.1.1.21 ** pool is in group p2 10.1.1.1 lcl1 10.2.2.1 10.2.2.21 10.2.2.41 ** pool is in group mypool 172.18.184.223 172.18.184.218 ** pool is in group ccc 172.18.184.218 ** pool is in group bbb 172.18.184.218 ** pool is in group ddd 172.18.184.218 ** pool is in group pp1 172.18.184.218 End 10.1.1.10 10.1.1.30 10.1.1.10 10.2.2.10 10.2.2.30 10.2.2.50 172.18.184.224 172.18.184.222 172.18.184.220 172.18.184.220 172.18.184.220 172.18.184.220 Free 10 10 10 10 10 10 2 5 3 3 3 2 In use 0 0 0 0 0 0 0 0 0 0 0 1 The following is sample output from the show ip local pool command for the pool group named mygroup: Router# show ip local pool mygroup Pool Begin ** pool is in group mypool 172.18.184.223 172.18.184.218 End 172.18.184.224 172.18.184.222 Free 2 5 In use 0 0 The following sample output from the show ip local pool group command shows the base system group (lcl1): Router# show ip local pool group Pool lcl1 Begin 10.2.2.1 10.2.2.21 10.2.2.41 End 10.2.2.10 10.2.2.30 10.2.2.50 Free 10 10 10 In use 0 0 0 Cisco IOS Dial Technologies Command Reference DIA-852 November 2009 Dial Commands show ip local pool Table 63 describes the significant fields shown in the displays. Table 63 show ip local pool Field Descriptions Field Scope Begin End Free InUse Pool Description The type of access. The first IP address in the defined range of addresses in this pool. The last IP address in the defined range of addresses in this pool. The number of addresses available. The number of addresses in use. Pool and group names and associations, if created. Related Commands Command ip address-pool ip local pool Description Enables an address pooling mechanism used to supply IP addresses to dial asynchronous, synchronous, or ISDN point-to-point interfaces. Configures a local pool of IP addresses to be used when a remote peer connects to a point-to-point interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-853 Dial Commands show ip route track-table show ip route track-table To display information about the IP route track table, use the show ip route track-table command in privileged EXEC mode. show ip route track-table Syntax Description This command has no arguments or keywords. Command Modes Privileged EXEC (#) Command History Release 12.3(2)XE 12.3(8)T 12.2(33)SRE 12.2(33)SXH 15.0(1)M Modification This command was introduced. This command was integrated into Cisco IOS Release 12.3(8)T. This command was integrated into Cisco IOS Release 12.2(33)SRE. This command was integrated into Cisco IOS Release 12.2(33)SXH. This command was integrated into Cisco IOS Release 15.0(1)M. Examples The following example displays information about the IP route track table: Router# show ip route track-table ip route 0.0.0.0 0.0.0.0 10.1.1.242 track-object 123 state is [up] Table 64 describes the significant fields shown in the display. Table 64 show ip route track-table Field Descriptions Field ip route track-object state is Description The configured IP route. The track object number. The state of the track object. The object may be up or down. Related Commands Command ip route Description Establishes static routes in a required network. Cisco IOS Dial Technologies Command Reference DIA-854 November 2009 Dial Commands show ipx compression show ipx compression To show the current status and statistics of Internetwork Packet Exchange (IPX) header compression during PPP sessions, use the show ipx compression command in EXEC mode. show ipx compression [interface-type] Syntax Description interface-type (Optional) Interface type, as listed in Table 65. Command Modes EXEC Command History Release 11.1 12.2(13)T Modification This command was introduced. The detail argument was removed because the NetWare Link Services Protocol (NLSP) is no longer available in Cisco IOS software. Usage Guidelines Table 65 lists the supported interface types. Table 65 Interface Types Keyword async ethernet null serial Description Asynchronous interface. Ethernet IEEE 802.3 interface. Null interface. WAN serial interface. Related Commands Command ipx compression cipx show ipx interface Description Enables compression of IPX packet headers in a PPP session. Displays the status of the IPX interfaces configured in the Cisco IOS software and the parameters configured on each interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-855 Dial Commands show ipx spx-protocol show ipx spx-protocol To view the status of the Sequenced Packet Exchange (SPX) protocol stack and related counters, use the show ipx spx-protocol command in EXEC mode. show ipx spx-protocol Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.1 Modification This command was introduced. Examples The following is sample output from the show ipx spx-protocol command: Router> show ipx spx-protocol Next wake time: SPX socket: 1D90 state: 0 Connections: 2 SPX Remote: A001500::0000.c047.ed5a:3A80 Local: ACBB::0000.0000.0001:2010 state 1 flags 1 Queue counts: inq 0, outQ 0, unackedQ 0 Sequence: 34, Ack: 34, local-alloc: 39, remote-alloc: 35 Abort Timer fires in 24 secs Verify Watchdog Timer fires in 3 secs SPX Remote: A001500::0000.c047.ed5a:C980 Local: ACBB::0000.0000.0001:2900 state 1 flags 1 Queue counts: inq 0, outQ 0, unackedQ 0 Sequence: 111, Ack: 55, local-alloc: 60, remote-alloc: 112 Abort Timer fires in 27 secs Verify Watchdog Timer fires in 0 secs Table 66 describes significant fields shown in the display. Table 66 show ipx spx-protocol Field Descriptions Field SPX socket: state connections: SPX Remote: xxxxxxx::yyyy:zzzz Description IPX/SPX socket number. Internal state. Number of open connections for this IPX/SPX socket. The SPX client address for each SPX connection on this IPX/SPX socket, where xxxx is the client IPX network number, yyyy is the client IPX MAC address, and zzzz is the client SPX connection number. Cisco IOS Dial Technologies Command Reference DIA-856 November 2009 Dial Commands show ipx spx-protocol Table 66 show ipx spx-protocol Field Descriptions (continued) Field SPX Local xxxxxxx::yyyy:zzzz state flags Queue counts inq outQ unackedQ Sequence: Ack: Description The local SPX address, where xxxx is local IPX network number, yyyy is the local IPX MAC address, and zzzz is the local SPX connection number. Internal state. A status bit that is used internally to allow and close connections. inQ, outQ, and unackedQ, as specified in the following three rows. Number of SPX packets available for the SPX application to read. Number of SPX packets that must be sent to the remote client. Number of SPX packets sent, but no packet was received by the client, so far. SPX sequence number. Represents the sequence number of next packet of data to be sent by the router. SPX acknowledgment number. Represents the sequence number of the client’s packet that the router has received, so far. Maximum packet sequence number that is acceptable from the client. This is a method of imposing flow control on the NASI client. Maximum packet sequence number that the NASI client can accept from the router. This is the NASI client’s way of imposing flow control on the router. Time in seconds until this SPX connection is closed and deleted if a watchdog packet is not received. Indicates the time when you last sent a watchdog packet to the client. local-alloc: remote-alloc: Abort Timer Verify Watchdog Timer fires in X secs Related Commands Command aaa authentication nasi ipx nasi-server enable nasi authentication show ipx nasi connections Description Specifies AAA authentication for NASI clients connecting through the access server. Enables NASI clients to connect to asynchronous devices attached to a router. Enables AAA authentication for NASI clients connecting to a router. Displays the status of NASI connections. Cisco IOS Dial Technologies Command Reference November 2009 DIA-857 Dial Commands show isdn show isdn To display the information about memory, Layer 2 and Layer 3 timers, and the status of PRI channels, use the show isdn command in user EXEC or privileged EXEC mode. show isdn {active [detail] [dsl | serial-number] | answer [dsl | serial-number] | history [detail] [dsl | serial-number] | memory | service [dsl | serial-number] | status [dsl | serial-number] | timers [dsl | serial-number]} Syntax Description active [detail] [dsl | serial-number] Displays current call information of all ISDN interfaces or, optionally, a specific digital subscriber line (DSL) (created and configured as a serial interface) or a specific ISDN PRI interface. Values of dsl range from 0 to 15. Information includes the called number, the remote node name, the seconds of connect time, the seconds of connect time remaining, the seconds idle, and Advice of Charge (AOC) charging time units used during the call. The detail keyword provides additional information about active calls. answer [dsl | serial-number] Displays whether a called-party or subaddress number has been configured in the incoming setup message for ISDN BRI calls. history [detail] [dsl | serial-number] Displays historic and current call information for all ISDN interfaces or, optionally, a specific DSL (created and configured as a serial interface) or a specific ISDN PRI interface. Values of dsl range from 0 to 15. Information displayed includes the called number, the remote node name, the seconds of connect time, the seconds of connect time remaining, the seconds idle, and AOC charging time units used during the call. The detail keyword provides additional information about historical calls. Displays ISDN memory pool statistics. This keyword is for use by technical development personnel only. memory service [dsl | serial-number] Displays the service status of all ISDN interfaces or, optionally, a specific DSL or a specific ISDN PRI interface (created and configured as a serial interface). Values of dsl range from 0 to 15. status [dsl | serial-number] Displays the status of all ISDN interfaces or, optionally, a specific DSL or a specific ISDN PRI interface (created and configured as a serial interface). Values of dsl range from 0 to 15. Displays the values of Layer 2 and Layer 3 timers for all ISDN interfaces or, optionally, a specific DSL or a specific ISDN PRI interface (created and configured as a serial interface). Values of dsl range from 0 to 15. timers [dsl | serial-number] Command Modes User EXEC (>) Privileged EXEC (#) Cisco IOS Dial Technologies Command Reference DIA-858 November 2009 Dial Commands show isdn Command History Release 11.1 12.2(8)B 12.2(15)T Modification This command was introduced. This command was enhanced to display a report about D-channel and Redundant Link Manager (RLM) group status. This command was integrated into Cisco IOS Release 12.2(15)T, and implemented on the Cisco 2420, Cisco 2600 series, Cisco 3600 series, and Cisco 3700 series routers, and Cisco AS5300, Cisco AS5350, Cisco AS5400, and Cisco AS5850 network access server (NAS) platforms. This command was enhanced to display the message “%Q.931 is backhauled to BACKHAUL on DSL 0. Layer 3 output may not apply”. The show isdn memory output was modified to display information about Call Tables. The detail keyword was added. 12.3 12.4 12.4 Usage Guidelines Native ISDN stacks do not know Layer 3 details because Layer 3 is backhauled to an external application. So informational message “%Q.931 is backhauled to BACKHAUL on DSL 0. Layer 3 output may not apply” is displayed for those users that expect ISDN commands to show the required output. The following sections in the “Examples” section show how to display and interpret reports from the show isdn command options: • • • • • • show isdn active and show isdn history Command Examples, page 859 show isdn answer Command Example, page 862 show isdn memory Command Example, page 862 show isdn service Command Examples, page 863 show isdn status Command Examples, page 864 show isdn timers Command Examples, page 868 Examples show isdn active and show isdn history Command Examples This section shows example output from the show isdn active and show isdn history commands on different Cisco routers. The commands report similar information about call activity, which is described in Table 67. Router# show isdn active %Q.931 is backhauled to BACKHAUL on DSL 0. Layer 3 output may not apply --------------------------------------------------------------------------------ISDN ACTIVE CALLS --------------------------------------------------------------------------------History Table MaxLength = 100 entries History Retain Timer = 15 Minutes --------------------------------------------------------------------------------Call Calling and Called Remote Node Seconds Seconds Seconds Recorded Charges Type Phone Number Name Used Left Idle Units/Currency --------------------------------------------------------------------------------In +---Not Available---Node1 684802 +499598 401 In +---Not Available---Node2 363578 +499503 496 In +---Not Available---Node3 253232 +499325 674 Cisco IOS Dial Technologies Command Reference November 2009 DIA-859 Dial Commands show isdn In In In In In +---Not +---Not +---Not +---Not +---Not Available---Available---Available---Available---Available---- Node4 Node5 194047 189165 110342 2603 1310 +499965 +499841 +499997 +499798 34 158 0 2 201 --------------------------------------------------------------------------------Router# show isdn active ser3:23 %Q.931 is backhauled to IUA BACKHAUL on DSL 3. L3 output may not apply -------------------------------------------------------------------------------ISDN ACTIVE CALLS -------------------------------------------------------------------------------Call Calling Called Remote Seconds Seconds Seconds Charges Type Number Number Name Used Left Idle Units/Currency --------------------------------------------------------------------------------------------------------------------------------------------------------------- The following example shows the output from the show isdn history command: Router# show isdn history --------------------------------------------------------------------------------ISDN CALL HISTORY --------------------------------------------------------------------------------History Table MaxLength = 100 entries History Retain Timer = 15 Minutes --------------------------------------------------------------------------------Call Calling and Called Remote Node Seconds Seconds Seconds Recorded Charges Type Phone Number Name Used Left Idle Units/Currency --------------------------------------------------------------------------------In +---Not Available---Node1 684818 +499583 416 In +---Not Available---Node2 363593 +499488 511 In +---Not Available---Node3 253248 +499310 689 In +---Not Available---194062 +499950 49 In +---Not Available---Node4 189180 +499826 173 In +---Not Available---Node5 110357 0 In +---Not Available Node6 5244 In +---Not Available---2619 +499997 0 In +---Not Available---Node7 1432 In +---Not Available---1325 +499783 216 In +---Not Available---Node8 161 --------------------------------------------------------------------------------Router# show isdn history ser2:23 %Q.931 is backhauled to IUA BACKHAUL on DSL 2. L3 output may not apply -------------------------------------------------------------------------------ISDN CALL HISTORY -------------------------------------------------------------------------------Call History contains all active calls, and a maximum of 100 inactive calls. Inactive call data will be retained for a maximum of 15 minutes. -------------------------------------------------------------------------------Call Calling Called Remote Seconds Seconds Seconds Charges Type Number Number Name Used Left Idle Units/Currency --------------------------------------------------------------------------------------------------------------------------------------------------------------- Cisco IOS Dial Technologies Command Reference DIA-860 November 2009 Dial Commands show isdn Table 67 show isdn active and show isdn history Field Descriptions Field History Retain Timer Call Type Calling Number Called Number Duration Seconds Description Maximum amount of time any entry can be retained in the Call History table. Type of call: In for incoming, Out for outgoing, or -- when direction of call cannot be determined. For incoming calls, the number from which the call was received. For outgoing calls, the number to which the call was placed. Number of seconds the call lasted. Indicates whether the call is still active, and how many seconds it has lasted so far. History Table MaxLength Maximum number of entries that can be retained in the Call History table. Calling and Called Phone For incoming calls, the number from which the call was received. For Number outgoing calls, the number to which the call was placed, or +---Not Available---- when a phone number is not available. The phone number display is limited to 20 digits. (+---Not Available---- is the truncated version of ----Not Available----. The + in the field means more data is available than can be displayed. The low-order data is displayed and the overflowing data is replaced by a +.) Remote Node Name Seconds Used Seconds Left Name of the host placing the call or the host called. The name display is limited to ten characters. Up to six digits of seconds (up to 999999) showing connect time used, or Failed when the connection attempt fails. Up to six digits of seconds (up to 999999) of connect time remaining when the dialer idle-timeout command is configured. The + in the field means more data is available than can be displayed. The low-order data is displayed and the overflowing data is replaced by a +. Six digits of seconds (up to 999999) since the last interesting packet. Number of configured seconds before the call is disconnected because of the static idle timer for the map class or the interface. For outgoing calls, number of ISDN Advice of Charge (AOC) charging units used or the currency cost of the call. Currency information display is limited to ten characters. Digital subscriber line (DSL) number that received or sent the setup message. DSL number on which the call completed. Non-Facility Associated Signalling (NFAS) interface number on which the call was completed. B-channel on the DSL used for the call. Call-id value for the call. Current connected state. Current state of the Disconnect updated indicator. Generic call type (for example, DATA, VOICE, or V110). Seconds Idle Time until Disconnect Recorded Charges Units/Currency D-DSL DSL Int-id B-chan Callid Conn Disc Updated Call Type Cisco IOS Dial Technologies Command Reference November 2009 DIA-861 Dial Commands show isdn show isdn answer Command Example The following report by the show isdn answer command indicates that no called-party or subaddress number has been configured: Router# show isdn answer ser0:23 1234 %Q.931 is backhauled to IUA BACKHAUL on DSL 0. Layer 3 output may not apply no isdn answer1 configured no isdn answer2 configured See the description for the isdn answer1 command for more information about this report. show isdn memory Command Example The following is sample output from the show isdn memory command providing statistical information about memory resources: Router# show isdn memory MEMORY POOL STATISTICS BlockType in use mail descriptors 0 exec timer blocks 0 Modem_msg 0 LIF timers 1256 L2IF timers 42 PRIM_BTYPE 1298 PKT_BTYPE 0 HEADER_BTYPE 0 SML_INFO_BTYPE 0 LRG_INFO_BTYPE 0 PKG_BTYPE 0 Router_msg 0 X25_msg 0 Tdial_msg 0 Socket_msg 0 Call Tables 0 CCBs 0 DLCBs 14 NLCBs 62 limit max used 6720 32 6720 0 1960 0 1256 42 1313 87 87 6 20 20 20 0 0 0 21 42 14 62 Table 68 describes the significant fields shown in the display. Table 68 show isdn memory Field Descriptions Field BlockType in use limit max used mail descriptors exec timer blocks Modem_msg LIF timers Description The type of block for this line of information. The number of BlockType blocks that are current. The maximum number of BlockType blocks that can be allocated. A dash (-) indicates no limit. The maximum number of BlockType blocks that are allocated at one time. Intertask dispatch queue elements. Intertask delay timer structures. Memory allocated to modem messages. Layer-3 timer blocks (call related). Cisco IOS Dial Technologies Command Reference DIA-862 November 2009 Dial Commands show isdn Table 68 show isdn memory Field Descriptions (continued) Field L2IF timers PRIM_BTYPE PKT_BTYPE HEADER_BTYPE SML_INFO_BTYPE LRG_INFO_BTYPE PKG_BTYPE Router_msg X25_msg Tdial_msg Socket_msg Call Tables CCBs DLCBs NLCBs Description Layer-2 timer blocks (per message). Primitive block–ISDN internal (layer to layer) communication structure. Packet block: ISDN internal (layer to layer) communication data structure. Header block: ISDN internal (layer to layer) communication structure. Small buffer: ISDN message block (up to 28 bytes). Large buffer: ISDN message block (up to 1024 bytes). Package block: ISDN internal (layer to layer) communication structure. Queue of messages from another task in a router for ISDN. Queue of messages for the X.25 internal interface for ISDN. Queue of messages for Thunder dial/Thunder voice interface. Queue of messages used for socket interface. Call redial block: ISDN redial structure. Call Control Blocks (CCB). Structures used by the Call Control layer. Data Link Control Block (DLCB). Structures used by the Data Link layer (Q.921). Network Layer Control Block (NLCB). Structures used by the Network layer (Q.931). show isdn service Command Examples The following example of the show isdn service command shows channel states when a PRI is configured on a T1 controller. Table 69 describes the significant fields shown in the display. Router# show isdn service %Q.931 is backhauled to IUA BACKHAUL on DSL 2. L3 output may not apply PRI Channel Statistics: ISDN Dc0 SC, Channel [1-31] Configured Isdn Interface (dsl) 0 Channel State (0=Idle 1=Proposed 2=Busy 3=Reserved 4=Restart 5=Maint_Pend) Channel : 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 State : 2 2 2 2 2 2 2 2 2 0 0 0 0 2 2 2 2 2 2 2 2 2 0 0 Service State (0=Inservice 1=Maint 2=Outofservice) Channel : 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 State : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Channel blocked? (0=No 1=Yes) Channel : 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-863 Dial Commands show isdn Table 69 show isdn service Field Descriptions Field ISDN Se1/0:23 ISDN Dc0 SC Channel [1-31] Configured Isdn Interface (dsl) 0 Channel State (0=Idle 1=Propose 2=Busy 3=Reserved 4=Restart 5=Maint_Pend) Service State (0=Inservice 1=Maint 2=Outofservice) Description ISDN interface type followed by the channel range. A range from 1 to 31 is a standard format for both T1 and E1 outputs, but the state value shown identifies whether the channel is used. DSL value is 0. Current state of each channel. Channels 24 through 31 are marked as reserved when the output is from T1. Service state assigned to each channel. Channel 24 is marked as out of service.1 1. If channel 24 (marked as out of service) is configured as the Non-Facility Associated Signaling (NFAS) primary D channel, NFAS will roll over to the backup D channel if one is configured. If channel 24 is a B channel, it will not accept calls. show isdn status Command Examples Table 70 describes the significant fields shown in the output of the following show isdn status command examples. The following sample output from the show isdn status command shows a report about D-channel and Redundant Link Manager (RLM) group status for RLM configurations, and applications like Signaling System 7 (SS7) in integrated Signaling Link Terminal (SLT) configurations: Router# show isdn status %Q.931 is backhauled to BACKHAUL on DSL 0. L3 output may not apply Global ISDN Switchtype = primary-ni ISDN Dchannel0 interface rlm-group = 1 Transport Link Status: ACTIVE dsl 0, interface ISDN Switchtype = primary-ni : Primary D channel of nfas group 0 Layer 1 Status: DEACTIVATED Layer 2 Status: TEI = 0, Ces = 1, SAPI = 0, State = MULTIPLE_FRAME_ESTABLISHED Layer 3 Status: 0 Active Layer 3 Call(s) Active dsl 0 CCBs = 0 The Free Channel Mask: 0x80000000 Number of L2 Discards = 0, L2 Session ID = 43 ISDN Dchannel1 interface Transport Link Status : Not Applicable dsl 1, interface ISDN Switchtype = primary-ni : Group member of nfas group 0 Layer 1 Status: DEACTIVATED Layer 2 Status: Not Applicable Layer 3 Status: 0 Active Layer 3 Call(s) Active dsl 1 CCBs = 0 The Free Channel Mask: 0x80000000 Number of L2 Discards = 0, L2 Session ID = 0 ISDN Serial2:15 interface dsl 2, interface ISDN Switchtype = primary-ni : Primary D channel of nfas group 1 Layer 1 Status: DEACTIVATED Layer 2 Status: Cisco IOS Dial Technologies Command Reference DIA-864 November 2009 Dial Commands show isdn TEI = 0, Ces = 1, SAPI = 0, State = TEI_ASSIGNED Layer 3 Status: 0 Active Layer 3 Call(s) Active dsl 2 CCBs = 0 The Free Channel Mask: 0x0 Number of L2 Discards = 0, L2 Session ID = 0 ISDN Serial3:15 interface dsl 3, interface ISDN Switchtype = primary-ni : Group member of nfas group 1 Layer 1 Status: ACTIVATING Layer 2 Status: Not Applicable Layer 3 Status: 0 Active Layer 3 Call(s) Active dsl 3 CCBs = 0 The Free Channel Mask: 0x0 Number of L2 Discards = 0, L2 Session ID = 0 Total Allocated ISDN CCBs = 0 The following sample output from the show isdn status command shows when no calls are active for a Cisco 4500 router with eight BRIs and one E1 PRI: Router# show isdn status %Q.931 is backhauled to BACKHAUL on DSL 0. L3 output may not apply Global ISDN Switchtype = basic-5ess ISDN BRI0 interface dsl 0, interface ISDN Switchtype = Layer 1 Status: ACTIVE Layer 2 Status: TEI = 64, Ces = 1, SAPI = 0, State Layer 3 Status: 0 Active Layer 3 Call(s) Activated dsl 0 CCBs = 0 ISDN BRI1 interface dsl 1, interface ISDN Switchtype = Layer 1 Status: DEACTIVATED Layer 2 Status: Layer 2 NOT Activated Layer 3 Status: 0 Active Layer 3 Call(s) Activated dsl 1 CCBs = 0 ISDN BRI2 interface dsl 2, interface ISDN Switchtype = Layer 1 Status: DEACTIVATED Layer 2 Status: Layer 2 NOT Activated Layer 3 Status: 0 Active Layer 3 Call(s) Activated dsl 2 CCBs = 0 ISDN BRI3 interface dsl 3, interface ISDN Switchtype = Layer 1 Status: ACTIVE Layer 2 Status: TEI = 75, Ces = 1, SAPI = 0, State Layer 3 Status: 0 Active Layer 3 Call(s) Activated dsl 3 CCBs = 0 ISDN BRI4 interface dsl 4, interface ISDN Switchtype = basic-5ess = MULTIPLE_FRAME_ESTABLISHED basic-5ess basic-5ess basic-5ess = MULTIPLE_FRAME_ESTABLISHED basic-5ess Cisco IOS Dial Technologies Command Reference November 2009 DIA-865 Dial Commands show isdn Layer 1 Status: DEACTIVATED Layer 2 Status: Layer 2 NOT Activated Layer 3 Status: 0 Active Layer 3 Call(s) Activated dsl 4 CCBs = 0 ISDN BRI5 interface dsl 5, interface ISDN Switchtype = basic-5ess Layer 1 Status: DEACTIVATED Layer 2 Status: Layer 2 NOT Activated Layer 3 Status: 0 Active Layer 3 Call(s) Activated dsl 5 CCBs = 0 ISDN BRI6 interface dsl 6, interface ISDN Switchtype = basic-5ess Layer 1 Status: DEACTIVATED Layer 2 Status: Layer 2 NOT Activated Layer 3 Status: 0 Active Layer 3 Call(s) Activated dsl 6 CCBs = 0 ISDN BRI7 interface dsl 7, interface ISDN Switchtype = basic-5ess Layer 1 Status: DEACTIVATED Layer 2 Status: Layer 2 NOT Activated Layer 3 Status: 0 Active Layer 3 Call(s) Activated dsl 7 CCBs = 0 ISDN Serial0:15 interface dsl 8, interface ISDN Switchtype = primary-ni Layer 1 Status: ACTIVE Layer 2 Status: TEI = 0, Ces = 1, SAPI = 0, State = MULTIPLE_FRAME_ESTABLISHED Layer 3 Status: 0 Active Layer 3 Call(s) Activated dsl 8 CCBs = 0 Total Allocated ISDN CCBs = 0 The following is partial sample output from the show isdn status command entered on a Cisco AS5300 with one active call on a PRI National ISDN switch type: Router# show isdn status %Q.931 is backhauled to BACKHAUL on DSL 0. L3 output may not apply Global ISDN Switchtype = primary-ni ISDN Serial0:23 interface iua as5300-7-1 Transport Link Status: ACTIVE dsl 0, interface ISDN Switchtype = primary-ni :Primary D channel of nfas group 1 L2 Protocol = IUA L3 Protocol(s) = Q.931 Layer 1 Status: ACTIVE Layer 2 Status:Not Applicable Layer 3 Status: 0 Active Layer 3 Call(s) Active dsl 0 CCBs = 0 Cisco IOS Dial Technologies Command Reference DIA-866 November 2009 Dial Commands show isdn The Free Channel Mask: 0x80FFFFFF Number of L2 Discards = 0, L2 Session ID = 1 ISDN Serial1:23 interface iua as5300-7-2 Transport Link Status: . . . The following example shows status of BRI interface 1/0/0: Router# show isdn status bri 1/0/0 %Q.931 is backhauled to CCM MANAGER 0x0003 on DSL 8. Layer 3 output may not apply Global ISDN Switchtype = primary-ni ISDN BRI1/0/0 interface dsl 8, interface ISDN Switchtype = basic-net3 L2 Protocol = Q.921 0x0000 L3 Protocol(s) = CCM MANAGER 0x0003 Layer 1 Status: ACTIVE Layer 2 Status: TEI = 64, Ces = 1, SAPI = 0, State = MULTIPLE_FRAME_ESTABLISHED Layer 3 Status: 0 Active Layer 3 Call(s) Active dsl 8 CCBs = 0 The Free Channel Mask: 0x80000003 Total Allocated ISDN CCBs = 0 Table 70 show isdn status Field Descriptions Field ISDN Dchannel0 interface rlm-group = 1 Description Status of D-channel interface and RLM group for RLM configurations and SS7 applications in integrated SLT configurations. Displays ACTIVE or INACTIVE. Status of ISDN Layer 1. Status of ISDN Layer 2. Terminal endpoint identifier (TEI) number and multiframe structure state. Note Transport Link Status Layer 1 Status: ACTIVE, DEACTIVATED, ACTIVATING Layer 2 Status: TEI = n, State = MULTIPLE_FRAME_ESTABLISHED The value (n) of the TEI will always be 0 for a D-channel interface. SPID Status: TEI 65, ces = 1, state = 5(init) Terminal endpoint identifier number and state. spid1 configured, no LDN, spid1 sent, spid1 valid Service profile identifier (SPID) configuration information. For example, local directory number is defined. Note There is no SPID report for a D-channel interface. Endpoint ID Info: epsf = 0, usid = 3, tid = 7F Endpoint identifier information. Cisco IOS Dial Technologies Command Reference November 2009 DIA-867 Dial Commands show isdn Table 70 show isdn status Field Descriptions (continued) Field Layer 3 Status: Description Number of active calls. Number of the DSL activated. Number of call control blocks in use. Information about the active call. Number of active calls. Number of B channels that are not being used. Number of ISDN call control blocks that are allocated. 1 Active Layer 3 Call(s) Activated dsl 0 CCBs = CCB:callid=8003, callref=0, sapi=0, ces=1, B-chan=1 Number of active calls = Number of available B-channels = Total Allocated ISDN CCBs = show isdn timers Command Examples Cisco routers support an extensive list of ISDN switch types, which are listed in the “ISDN Service Provider BRI Switch Types” and “ISDN Service Provider PRI Switch Types” tables in the Cisco IOS Dial Technologies Configuration Guide. The examples in this section show reports seen on Cisco routers connected to various ISDN switch types. Table 71 and Table 72 show typical and default values of the timers shown in the show isdn timers displays. The values of the timers depend on the switch type. Refer to the Q.921 specifications for detailed technical definitions of the Layer 2 timers; refer to the Q.931 specifications for detailed technical definitions of the Layer 3 timers. The following is sample output from the show isdn timers command on a router connected to a PRI Lucent (AT&T) 5ESS ISDN switch type: Router# show isdn timers %Q.931 is backhauled to CCM MANAGER 0x0003 on DSL 8. Layer 3 output may not apply ISDN Serial0:23 Timers (dsl 0) Switchtype = primary-5ess ISDN Layer 2 values K = 7 outstanding I-frames N200 = 3 max number of retransmits T200 = 1.000 seconds T202 = 2.000 seconds T203 = 30.000 seconds ISDN Layer 3 values T303 = 4.000 seconds T304 = 20.000 seconds T305 = 4.000 seconds T306 = 30.000 seconds T307 = 180.000 seconds T308 = 4.000 seconds T309 Disabled T310 = 30.000 seconds T313 = 4.000 seconds T316 = 120.000 seconds T318 = 4.000 seconds T319 = 4.000 seconds T322 = 4.000 seconds T3OOS = 5.000 seconds TGUARD= 8.000 seconds, Expiry = REJECT_CALL Cisco IOS Dial Technologies Command Reference DIA-868 November 2009 Dial Commands show isdn %Q.931 is backhauled to CCM MANAGER 0x0003 on DSL 8. Layer 3 output may not apply ISDN Serial1:23 Timers (dsl 1) Switchtype = primary-5ess ISDN Layer 2 values K = 7 outstanding I-frames N200 = 3 max number of retransmits T200 = 1.000 seconds T202 = 2.000 seconds T203 = 30.000 seconds ISDN Layer 3 values T303 = 4.000 seconds T304 = 20.000 seconds T305 = 4.000 seconds T306 = 30.000 seconds T307 = 180.000 seconds T308 = 4.000 seconds T309 Disabled T310 = 30.000 seconds T313 = 4.000 seconds T316 = 120.000 seconds T318 = 4.000 seconds T319 = 4.000 seconds T322 = 4.000 seconds T3OOS = 5.000 seconds TGUARD= 8.000 seconds, Expiry = REJECT_CALL *** dsl 2 is not configured *** dsl 3 is not configured *** dsl 4 is not configured *** dsl 5 is not configured *** dsl 6 is not configured *** dsl 7 is not configured %Q.931 is backhauled to CCM MANAGER 0x0003 on DSL 8. Layer 3 output may not apply ISDN BRI0 Timers (dsl 0) Switchtype = basic-net3 ISDN Layer 2 values K = 1 outstanding I-frames N200 = 3 max number of retransmits N202 = 2 max number of retransmits of TEI ID Request T200 = 1 seconds T202 = 2 seconds T203 = 10 seconds ISDN Layer 3 values T303 = 4 seconds T305 = 30 seconds T308 = 4 seconds T310 = 40 seconds T313 = 4 seconds T316 = 0 seconds T318 = 4 seconds T319 = 4 seconds The following is sample output from the show isdn timers command on a router connected to a BRI ETSI-compliant Euro-ISDN E-DSS1(NET3) ISDN signaling system: Router# show isdn timers %Q.931 is backhauled to CCM MANAGER 0x0003 on DSL 8. Layer 3 output may not apply ISDN BRI0 Timers (dsl 0) Switchtype = basic-net3 ISDN Layer 2 values K = 1 outstanding I-frames N200 = 3 max number of retransmits N202 = 2 max number of retransmits of TEI ID Request Cisco IOS Dial Technologies Command Reference November 2009 DIA-869 Dial Commands show isdn T200 = 1 seconds T202 = 2 seconds T203 = 10 seconds ISDN Layer 3 values T303 = 4 seconds T305 = 30 seconds T308 = 4 seconds T309 = 0 seconds T310 = 40 seconds T313 = 4 seconds T316 = 0 seconds T318 = 4 seconds T319 = 4 seconds Table 71 show isdn timers Layer 2 Command Output Timer Number Field K = n outstanding I-frames N200 = 3 max number of retransmits T200 = 1.000 seconds T202 = 2.000 seconds T203 = 30.000 seconds System Parameter (typical) None 3 seconds 1 second 2 seconds 10 seconds Table 72 show isdn timers Layer 3 Command Output Timer Number Field T303 = 4.000 seconds T304 = 20.000 seconds T305 = 4.000 seconds T306 = 30.000 seconds T307 = 180.000 seconds T308 = 4.000 seconds T309 Disabled T310 = 30.000 seconds T313 = 4.000 seconds T316 = 120.000 seconds T318 = 4.000 seconds T319 = 4.000 seconds T322 = 4.000 seconds Network Side ITU Default Value User Side ITU Default Value 4 seconds 20 seconds 30 seconds 30 seconds 180 seconds (3 minutes) 4 seconds 90 seconds 10 seconds None 120 seconds (2 minutes) None None 4 seconds 4 seconds 30 seconds 30 seconds None None 4 seconds 90 seconds 30 to 120 seconds 4 seconds 120 seconds (2 minutes) 4 seconds 4 seconds 4 seconds Cisco IOS Dial Technologies Command Reference DIA-870 November 2009 Dial Commands show isdn Table 72 show isdn timers Layer 3 Command Output (continued) Timer Number Field T3OOS = 5.000 seconds Network Side ITU Default Value User Side ITU Default Value Time interval after which the software should attempt to recover from a Layer 2 failure. Default is 5 seconds Managed timer for authentication requests configured with the isdn guard-timer command. Default is 8 seconds. Time interval after which the software should attempt to recover from a Layer 2 failure. Default is 5 seconds Managed timer for authentication requests configured with the isdn guard-timer command. Default is 8 seconds. TGUARD = 8.000 seconds, Expiry = REJECT_CALL Related Commands Command clear ip sctp statistics isdn answer1, isdn answer2 Description Clears statistics counts for SCTP. Configures the router to verify a called-party or subaddress number in the incoming setup message for ISDN BRI calls when the number is delivered by the switch. Displays a list of all current SCTP associations. Displays the parameters configured for the association defined by the association ID. Displays the current statistics for the association defined by the association ID. Displays error counts logged by SCTP. Displays the currently defined SCTP instances. Displays the overall statistics counts for SCTP. Displays information about the current condition of an AS. Displays information about the current condition of an ASP. show ip sctp association list show ip sctp association parameters show ip sctp association statistics show ip sctp errors show ip sctp instances show ip sctp statistics show iua as show iua asp Cisco IOS Dial Technologies Command Reference November 2009 DIA-871 Dial Commands show isdn nfas group show isdn nfas group To display all the members of a specified Non-Facility Associated Signaling (NFAS) group or all NFAS groups, use the show isdn nfas group command in privileged EXEC mode. show isdn nfas group [id-number] Syntax Description id-number (Optional) Identifier number in the range from 1 to 24 of a specific NFAS group. Command Modes Privileged EXEC Command History Release 11.3 12.3 Modification This command was introduced. This command was enhanced to display the message “%Q.931 is backhauled to BACKHAUL on DSL 0. Layer 3 output may not apply”. Usage Guidelines Native ISDN stacks do not know Layer 3 details because Layer 3 is backhauled to an external application. So informational message “%Q.931 is backhauled to IUA BACKHAUL on DSL 3. Layer 3 output may not apply” is displayed for those users that expect ISDN commands to show the required output. Examples The following is sample output from the show isdn nfas group command: Router# show isdn nfas group 1 %Q.931 is backhauled to IUA BACKHAUL on DSL 3. L3 output may not apply ISDN NFAS GROUP 1 ENTRIES: The primary D is Serial1/0:23. The backup D is Serial1/1:23. The NFAS member is Serial2/0:23. There are 3 total nfas members. There are 93 total available B channels. The primary D-channel is DSL 0 in state INITIALIZED. The backup D-channel is DSL 1 in state INITIALIZED. The current active layer 2 DSL is 1. The following three examples show the D-channel state changes when rollover occurs from the primary NFAS D channel to the backup D channel. The first example shows the output with the primary D channel in service and the backup D channel in standby. Router# show isdn nfas group 0 %Q.931 is backhauled to IUA BACKHAUL on DSL 3. L3 output may not apply ISDN NFAS GROUP 0 ENTRIES: Cisco IOS Dial Technologies Command Reference DIA-872 November 2009 Dial Commands show isdn nfas group The primary D is Serial1/0:23. The backup D is Serial1/1:23. The NFAS member is Serial2/0:23. There are 3 total nfas members. There are 70 total available B channels. The primary D-channel is DSL 0 in state IN SERVICE. The backup D-channel is DSL 1 in state STANDBY. The current active layer 2 DSL is 0. The following example shows the output during rollover. The configured primary D channel is in maintenance busy state and the backup D channel is waiting. Router# show isdn nfas group 0 %Q.931 is backhauled to IUA BACKHAUL on DSL 3. L3 output may not apply ISDN NFAS GROUP 0 ENTRIES: The primary D is Serial1/0:23. The backup D is Serial1/1:23. The NFAS member is Serial2/0:23. There are 3 total nfas members. There are 70 total available B channels. The primary D-channel is DSL 0 in state MAINTENANCE BUSY. The backup D-channel is DSL 1 in state WAIT. The current active layer 2 DSL is 1. The following example shows the output when rollover is complete. The configured primary D channel is now in standby and the backup D channel is in service. Router# show isdn nfas group 0 %Q.931 is backhauled to IUA BACKHAUL on DSL 3. L3 output may not apply ISDN NFAS GROUP 0 ENTRIES: The primary D is Serial1/0:23. The backup D is Serial1/1:23. The NFAS member is Serial2/0:23. There are 3 total nfas members. There are 70 total available B channels. The primary D-channel is DSL 0 in state STANDBY. The backup D-channel is DSL 1 in state IN SERVICE. The current active layer 2 DSL is 1. Table 73 describes the significant fields shown in the display. Table 73 show isdn nfas group Field Descriptions Field The primary D is Serial1/0:23. The backup D is Serial1/1:23. The NFAS member is Serial2/0:23. There are 3 total nfas members. There are 70 total available B channels. Description Identifies the primary D channel. Identifies the backup D channel. Identifies the NFAS group. Number of member interfaces in the group. Number of B channels in this NFAS group. Cisco IOS Dial Technologies Command Reference November 2009 DIA-873 Dial Commands show isdn nfas group Table 73 show isdn nfas group Field Descriptions (continued) Field The primary D-channel is DSL 0 in state STANDBY. The backup D-channel is DSL 1 in state IN SERVICE. Description Service state of the NFAS primary D channel; this D channel is in standby mode. Service state of the NFAS backup D channel; this D channel is in service. The states are IN SERVICE, STANDBY, OUT OF SERVICE, MAINTENANCE, WAIT, INITIALIZED, and BUSY. Digital subscriber loop (DSL) identifier assigned by the service provider. If both D channels are out of service, the value displayed in this line is 1. The current active layer 2 DSL is 1. Related Commands Command show isdn Description Displays the information about memory, Layer 2 and Layer 3 timers, and the status of PRI channels. Cisco IOS Dial Technologies Command Reference DIA-874 November 2009 Dial Commands show line async-queue show line async-queue To display the status of connections currently waiting in the queue, use the show line async-queue command in EXEC mode. show line async-queue [rotary-group] Syntax Description rotary-group (Optional) Specifies a rotary group. Command Modes EXEC Command History Release 12.1(1)T Modification This command was introduced. Usage Guidelines Use this command to display all rotary line queues. Examples The following example shows all lines that are currently queued: Router# show line async-queue Showing async-queue for ALL rotary groups Queue for Rotary Group 1: Pos Waiting TTY Dest Port 1 tty69 7001 2 tty70 7001 Source Host 10.2.1.3 10.2.1.3 Waiting Time 00:00:09 00:00:06 Queue for Rotary Group 2: Pos Waiting TTY Dest Port 1 tty66 7002 2 tty67 7002 3 tty68 7002 Source Host 10.2.1.3 10.2.1.3 10.2.1.3 Waiting Time 00:00:36 00:00:29 00:00:26 Lines which have tty33 (1) tty34 tty38 (2) tty39 tty43 (3) tty44 Router# queuing enabled (1) tty35 (1) (2) tty40 (2) (3) tty45 (4) [tty (group)]: tty36 (1) tty37 (2) tty41 (3) tty42 (3) tty46 (4) tty47 (4) Note that Waiting TTY may also be displayed as Waiting VTY and is equivalent. Cisco IOS Dial Technologies Command Reference November 2009 DIA-875 Dial Commands show modem show modem To display a high-level performance report for all the modems or a single modem inside Cisco access servers, use the show modem command in EXEC mode. show modem [slot/port | group number] Syntax Description slot/port group number (Optional) Location of a slot and modem port. Remember to include the forward slash (/) when entering this variable. (Optional) Assigns the group to which a specified modem belongs. The group number range is from 1 to 200. Command Modes EXEC Command History Release 11.2 12.1(5)T 12.2(11)YT 12.2(15)T Modification This command was introduced. This command was enhanced to display information about modems on the Cisco 3600 series routers that support the V.110 standard. This command was enhanced to display information about digital modems on the Cisco 3600 and 3700 series routers that support the V.92 and V.44 standards. The Cisco IOS Release 12.2(11)YT enhancements were integrated into Cisco IOS Release 12.2(15)T. Examples The following is sample output from the show modem command for two V.34 modem cards inserted in a Cisco 3600 router: Router# show modem Inc calls Succ Fail 74 3 80 4 82 0 62 1 49 5 65 3 58 2 67 5 68 3 67 2 56 2 76 3 62 1 51 4 51 5 65 0 73 3 67 2 61 2 Out calls Succ Fail 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Busied Out 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Failed Dial 0 1 0 0 0 0 0 1 0 0 1 0 0 0 0 0 0 0 0 No Answer 0 1 0 0 0 0 0 1 0 0 1 0 0 0 0 0 0 0 0 Succ Pct. 96% 95% 100% 98% 90% 95% 96% 93% 95% 97% 96% 96% 98% 92% 91% 100% 96% 97% 96% * * * * * * * * * Mdm Usage 1/0 17% 1/1 15% 1/2 15% 1/3 21% 1/4 21% 1/5 18% 1/6 19% 1/7 17% 1/8 20% 1/9 16% 1/10 18% 1/11 15% 1/12 16% 1/13 17% 1/14 16% 1/15 17% 1/16 15% 1/17 17% 1/18 17% Cisco IOS Dial Technologies Command Reference DIA-876 November 2009 Dial Commands show modem * 1/19 1/20 * 1/21 * 1/22 * 1/23 17% 16% 16% 18% 20% 74 65 58 56 60 2 1 3 4 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 97% 98% 95% 93% 93% The following is sample output from the show modem command for two V.110 modem cards inserted in a Cisco 3600 router: Router# show modem Inc calls Succ Fail Out calls Succ Fail Busied Out 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Failed Dial 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 No Answer 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Succ Pct. - Mdm Usage 0/0 0% 0/1 0% 0/2 0% 0/3 0% 0/4 0% 0/5 0% 0/6 0% 0/7 0% 0/8 0% 0/9 0% 0/10 0% 0/11 0% 1/0 0% 1/1 0% 1/2 0% 1/3 0% 1/4 0% 1/5 0% 1/6 0% 1/7 0% 1/8 0% 1/9 0% The following is sample output from the show modem command for a Cisco 3600 series router: Router# show modem Codes: * - Modem has an active call R - Modem is being Reset D - Download in progress B - Modem is marked bad and cannot be used for taking calls b - Modem is either busied out or shut-down Avg Hold Time 00:21:01 2d01h 00:00:34 00:21:53 2d01h 00:00:33 00:21:12 00:00:34 00:00:00 00:00:00 Inc calls Succ Fail 132 0 1 0 130 0 126 1 1 0 131 0 131 0 131 0 0 0 0 0 Out calls Succ Fail 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Busied Out 0 0 0 0 0 0 0 0 0 0 Failed Dial 0 0 0 0 0 0 0 0 0 0 No Answer 0 0 0 0 0 0 0 0 0 0 Succ Pct. 100% 100% 100% 99% 100% 100% 100% 100% 0% 0% * * * * * b b !. !. !. b 0/29 Total: Mdm 0/0 0/1 0/2 0/3 0/4 0/5 0/6 0/7 0/8 0/9 00:00:00 00:18:25 0 783 0 1 0 0 0 0 0 0 0 0 0 0 0% 99% Cisco IOS Dial Technologies Command Reference November 2009 DIA-877 Dial Commands show modem Table 74 describes the significant fields shown in the previous displays of the show modem command. Table 74 show modem Field Descriptions Field Mdm Description Slot and modem port number. Also, the following modem states can appear to the left of a slot/modem port number: • • b—Modem was removed from service with the modem shutdown command or the modem busyout command. B—Modem is suspected to be inoperable or bad. No calls can be made with this modem. The letter B can also mean that a modem firmware download failed for the specified modem. In this case, try unmarking the modem as bad with the no modem bad command and upgrading the modem firmware again. d—The RAM-based Digital Signal Processor (DSP) code, which supports K56flex, is not configured. The modem will revert to transmitting at 33.6 kbps. D—Modem is downloading firmware. p—Firmware download is pending, typically because one or more modems is active. R—Modem is held and isolated in a suspended state by the modem hold-reset command. T—Modem is conducting a back-to-back test with another modem. *—Modem is connected or dialing. • • • • • • Usage Inc calls Out calls Busied Out Failed Dial No Answer Succ Pct. Percentage of the total system uptime that all modems are in use. Number of incoming calls that successfully and unsuccessfully connected to a modem. Number of outgoing calls that successfully and unsuccessfully dialed out from an available modem. Number of modems that have been manually removed from service. Number of modems that attempted to dial in to the network but failed to make a connection. Number of modems that detected an incoming ring but failed to answer the call. Successful connection percentage of total available modems. The following example shows the statistics and current configurations for the manageable modem 2/10, which exists on a V.34 modem card in a Cisco 3600 router. A dash (-) indicates a field that is not available on basic modems. An x indicates a field that is available and active on manageable modems. See Table 75 for a description of the fields displayed by the show modem command with slot and port designators. Router# show modem 2/10 Mdm Typ 2/10 V34 Status Idle Tx/Rx 33600/33600 G 1 Duration 00:00:00 TX RX RTS x CTS x DSR x DCD DTR x Modem 2/10, Microcom MNP10 V34 Modem (Select), Async35, TTY35 Firmware (Boot) Rev: 2.1(9) (1.0(5)) Modem config: Incoming and Outgoing Protocol: reliable/MNP, Compression: V42bis Management port config: Status polling and AT session Cisco IOS Dial Technologies Command Reference DIA-878 November 2009 Dial Commands show modem Management port status: Status polling and AT session TX signals: 0 dBm, RX signals: 0 dBm Last clearing of “show modem” counters never 0 incoming completes, 0 incoming failures 0 outgoing completes, 0 outgoing failures 0 failed dial attempts, 0 ring no answers, 0 busied outs 0 no dial tones, 0 dial timeouts, 0 watchdog timeouts 0 no carriers, 0 link failures, 0 resets 0 recover oob 0 protocol timeouts, 0 protocol errors, 0 lost events Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections 75 0 7200 0 21600 0 300 0 9600 0 24000 0 600 0 12000 0 26400 0 1200 0 14400 0 28800 0 2400 0 16800 0 31200 0 4800 0 19200 0 33600 1 The following is sample output for a basic V.34 modem module. Notice that unavailable fields are marked with dashes (-): Router# show modem 1/1 Mdm 1/1 Typ Status Idle Tx/Rx 19200/19200 G 0 Duration 00:01:05 TX RX RTS CTS DSR DCD DTR - Modem 1/1, C3600 Non-Manageable Modem Firmware (Boot) Rev: Unknown Modem config: Unknown Management config: Not Manageable Modem Last clearing of “show modem” counters never - incoming completes, - incoming failures - outgoing completes, - outgoing failures, 0 failed dial attempts, 0 ring no answers, 0 busied outs 0 no dial tones, 0 dial timeouts, 0 watchdog timeouts - no carriers, - link failures, 0 resets - protocol timeouts, - protocol errors, - lost events Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections 75 0 7200 0 21600 0 300 0 9600 0 24000 0 600 0 12000 0 26400 0 1200 0 14400 0 28800 0 2400 0 16800 0 31200 0 4800 0 19200 0 33600 0 The following is sample output from the show modem slot/port command for V.110 modem cards: Router# show modem 0/1 Mdm 0/1 Typ Status Idle Tx/Rx -/G 1 Duration 00:00:00 TX RX RTS CTS DSR DCD DTR - Modem 0/1, V.110 Terminal Adaptor (Unmanaged), Async2, TTY2 Firmware (Boot) Rev: Unmanaged (Unmanaged) Modem config: Incoming and Outgoing Management config: Unmanaged Last clearing of “show modem” counters never - incoming completes, - incoming failures - outgoing completes, - outgoing failures Cisco IOS Dial Technologies Command Reference November 2009 DIA-879 Dial Commands show modem 0 - failed dial attempts, 0 ring no answers, 0 busied outs no dial tones, - dial timeouts, 0 watchdog timeouts no carriers, - link failures, 0 resets, - recover oob protocol timeouts, - protocol errors, - lost events 75 7200 21600 33600 44000 56000 300 9600 24000 34000 46000 600 12000 26400 36000 48000 1200 14400 28800 38000 50000 2400 16800 31200 40000 52000 4800 19200 32000 42000 54000 - Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections The type of display output generated from the show modem slot/port command depends on the version of Cisco IOS software running on the router or access server. For example, the following shows example output for a 56K modem card, which carries digital modems that transmit at 56 kbps. (In truth, 56K modems do not modulate or demodulate data. A pure digital-to-digital connection is made.) See Table 75 for a description of the fields displayed by this modem card. Router# show modem 0/0 Mdm 0/0 Typ Status Idle Tx/Rx 0/0 G 0 Duration 00:00:00 TX RX RTS x CTS x DSR x DCD DTR x Modem 0/0, Microcom MNP10 K56 Modem (Select), TTY1 Firmware (Boot) Rev: 3.1(16) (3.0(4)) DSP Controller (SPX) Rev: 1.1(0) (1.1(0)) Modem config: Incoming and Outgoing Protocol: Normal, Compression: None Management port config: Status polling and AT session Management port status: Status polling and AT session TX signals: 0 dBm, RX signals: 0 dBm Last clearing of “show modem” counters never 0 incoming completes, 0 incoming failures 0 outgoing completes, 0 outgoing failures 0 failed dial attempts, 0 ring no answers, 0 busied outs 0 no dial tones, 0 dial timeouts, 0 watchdog timeouts 0 no carriers, 0 link failures, 1 resets 0 recover oob 0 protocol timeouts, 0 protocol errors, 0 lost events Transmit Speed Counters: Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections 75 0 7200 0 21600 0 33600 0 44000 0 56000 0 300 0 9600 0 24000 0 34000 0 46000 0 600 0 12000 0 26400 0 36000 0 48000 0 1200 0 14400 0 28800 0 38000 0 50000 0 2400 0 16800 0 31200 0 40000 0 52000 0 4800 0 19200 0 32000 0 42000 0 54000 0 Cisco IOS Dial Technologies Command Reference DIA-880 November 2009 Dial Commands show modem Receive Speed Counters: Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections Connection Speeds # of connections 75 0 7200 0 21600 0 33600 0 44000 0 56000 0 300 0 9600 0 24000 0 34000 0 46000 0 600 0 12000 0 26400 0 36000 0 48000 0 1200 0 14400 0 28800 0 38000 0 50000 0 2400 0 16800 0 31200 0 40000 0 52000 0 4800 0 19200 0 32000 0 42000 0 54000 0 The following is sample output from the show modem slot/port command for digital modems on a Cisco 3600 series router that supports the V.92 and V.44 modem standards: Router# show modem 3/0 Mdm 3/0 Typ Status V90/92 Idle Tx/Rx 46666/31200 G 1 Duration 00:01:30 TX RX RTS CTS DSR x DCD DTR Modem 3/0 [line 97], Async97, TTY97 MICA-6DM Firmware: CP ver 2910 - 7/13/2001, SP ver 2910 - 7/13/2001. Modem config: Incoming and Outgoing Protocol: LAPM, Compression: V44 Last clearing of "show modem" counters: never 1 incoming completes, 1 incoming failures 0 outgoing completes, 0 outgoing failures 0 failed dial attempts, 0 ring no answers, 0 busied outs 0 no dial tones, 0 dial timeouts, 0 watchdog timeouts 0 no carriers, 0 link failures, 0 resets, 0 recover oob 0 protocol timeouts, 0 protocol errors, 0 lost events 0 TDM errors, 0 speed shifts (up/dn - 0/0), 0 retrains (hi/lo - 0/0) 0 MOH Modulation type # of connections Protocol type # of connections Transmit Speed Counters: Connection Speeds # of connections Receive Speed Counters: Connection Speeds # of connections 31200 1 46667 1 V90/92 1 LAPM 1 Cisco IOS Dial Technologies Command Reference November 2009 DIA-881 Dial Commands show modem Table 75 describes the fields in the previous four displays, which were created using the show modem slot/port command. This table applies to all modem module types. Table 75 show modem slot/port Field Descriptions Field Mdm Typ Status Description Slot and modem number. Modulation type, which can be any of the following values: Bel103, Bel212, V21, V22, V22bis, V23, V32, V32bis, VFC, V34, V17, V27, V33, K56Flx, and V90/92. Current status of the modem. Possible values are as follows: • • • • • • • • • Conn—Modem is connected to a remote host. B—Inoperable state, which is configured by the modem bad command. B*—Inoperable state, which is configured by the modem startup-test command during initial power-up testing. b—Modem is busied out. This can be manually configured by the modem busyout line configuration command. Reset—Modem is in reset mode. D/L—Modem is downloading firmware. Bad FW—Downloaded modem firmware is not operational. Busy—Modem is out of service and not available for calls. Idle—Modem is ready for incoming and outgoing calls. Tx/Rx G Duration Modem functions Transmission and receiving speed for the most recently connected call. Modem group number assigned to the modem. The group number 0 means the modem is not part of any group. Time duration (in hours: minutes: seconds) of the current or the last call. The following modem functions are displayed on manageable modems. A field that is available and turned on is marked with an x. An unavailable field is marked with a dash (-). • • • • • • TX—Transmit Data. The DTE device transmits data to the DCE device. RX—Receive Data. The DCE device receives data from the DTE device. RTS—Request To Send. The DTE device signals to the DCE device that the DTE device accepts data into its buffers. CTS—Clear To Send. The DCE device signals to the DTE device that the DCE device accepts data into its buffers. DSR—Data Set Ready. The modem is ready to start communication. DCD—Data Carrier Detect. The DCE device indicates to the DTE device that a call is present and established with a remote modem. Dropping the DCD function terminates the session. DTR—Data Terminal Ready. The DTE device indicates to the DCE device that it accepts calls. • Firmware Modem config Installed modem firmware. Current modem configuration, which includes the fields Incoming, Outgoing, Incoming and Outgoing, Unknown, Protocol, and Compression. Cisco IOS Dial Technologies Command Reference DIA-882 November 2009 Dial Commands show modem Table 75 show modem slot/port Field Descriptions (continued) Field Protocol Description Protocol the modem is running such as Normal, Direct, reliable/Microcom Network Protocol (MNP)4, and reliable/LAPM (Link Access Procedure for Modems). Compression algorithm running on the modem, such as None, V42bis, V.44, and MNP5. Indicates if the modem is configured for out-of-band feature polling. Transmit signal levels. For modulations that do not support signal to noise calculations, the ratio is 0. Transmit signal levels. Last time the modem’s counters were cleared using the clear modem counters command. A summary of modem events also appears. • Compression Management config TX signals RX signals Last clearing of “show modem” counters Incoming completes and failures—Total number of incoming connection requests that the modem answered and successfully or unsuccessfully connected with the remote DCE device. Outgoing completes and failures—Total number of outgoing connection requests that the modem dialed and successfully or unsuccessfully connected with the remote DCE device. Failed dial attempts—Number of times the modem attempted to dial out but the call failed to leave the modem. Ring no answers—Number of times the integrated modem detected ringing but did not answer the incoming call. Busied outs—Number of times the integrated modem was intentionally taken out of service (for example, the modem busyout command was enabled on the modem). No dial tones—Number of times the dial-out attempt failed because the modem failed to detect a dial tone. Dial timeouts—Number of times the modem has timed out while attempting to dial. Watchdog timeouts—Number of times the modem internal watchdog timer has expired. No carriers—Number of times the modem disconnected because no carrier was present. • • • • • • • • Cisco IOS Dial Technologies Command Reference November 2009 DIA-883 Dial Commands show modem Table 75 show modem slot/port Field Descriptions (continued) Field Description • • • • • • Link failures—Number of times the modem has detected a link failure. Resets—Number of times the modem has been reset. Recover oob—Number of times the out-of-band feature has been cleared and reinitialized. Protocol timeouts and errors—Number of times the modem protocol failed to make a call connection. Lost events—Number of incomplete modem events performed by the modem. MOH—Indicates V.92 Modem on Hold (MOH), which allows suspending a modem session to answer an incoming voice call or to place an outgoing call while engaged in a modem session. Modulation type Protocol type Transmit Speed Counters: Receive Speed Counters: Connection Speeds # of connections Modulation type, which can be any of the following values: Bel103, Bel212, V21, V22, V22bis, V23, V32, V32bis, VFC, V34, V17, V27, V33, K56Flx, and V90/92. Protocol the modem is running such as Normal, Direct, reliable/MNP4, and reliable/LAPM. List of connection speeds that were sent by the modem. List of connection speeds that were received by the modem. A complete summary of possible connection speeds and the actual number of connections that occurred at those speeds. Depending on which modem port module and version of software you are running, possible connection speeds range from 75 to 56000 bits per second (bps). The number of successful connections is displayed directly beneath the connection speed identifier. For example, the following output shows that three connections were made at 56 kbps: Connection Speeds # of connections 56000 3 The following example shows the output for modem group 1, which comprises modem 1/0 through modem 1/23. The report is self explanatory. Router# show modem group 1 Incoming calls Succ Fail Avail 0 0 24 Outgoing calls Succ Fail Avail 0 0 24 Busied Out 0 Failed Dial 0 No Ans 0 Succ Pct. 0% Grp 1 Usage 0% Modem Group 1: 1/0, 1/1, 1/2, 1/3, 1/4, 1/5, 1/6, 1/7, 1/8, 1/9, 1/10, 1/11, 1/12, 1/13, 1/14, 1/15, 1/16, 1/17, 1/18, 1/19, 1/20, 1/21, 1/22, 1/23 Related Commands Command show modem version Description Displays version information about the modem firmware, controller and DSP code (for 56-kbps modems only), and boot code. Cisco IOS Dial Technologies Command Reference DIA-884 November 2009 Dial Commands show modem at-mode show modem at-mode To display a list of the manageable Microcom modems that have open AT sessions and a list of users logged in to those sessions, use the show modem at-mode command in EXEC mode. show modem at-mode Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Examples The report from the show modem at-mode command is self-explanatory. The following output shows that modem 1/1 has one open AT directly connected session: Router# show modem at-mode Active AT-MODE management sessions: Modem User's Terminal 1/1 0 cty 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-885 Dial Commands show modem bundled-firmware show modem bundled-firmware To display a a list of available modem firmware running in a Cisco AS5800 access server, use the show modem bundled-firmware command in EXEC mode. show modem bundled-firmware Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.3(5)AA Modification This command was introduced. Usage Guidelines Use this command instead of the the show modem mapping command on the Cisco AS5800 access servers. The show modem bundled-firmware command is useful for displaying a list of available modem firmware running in the access server. Examples The report from the show modem bundled-firmware command is self-explanatory. The following sample output shows firmware images by slot number: Router# show modem bundled-firmware List of bundled modem firmware images by slot Slot 4 2.6.2.0 Slot 5 2.6.2.0 Slot 6 2.6.2.0 Slot 7 2.6.2.0 Slot 8 2.6.2.0 Related Commands Command copy copy modem Description Copies any file from a source to a destination, including a source or destination URL for a TFTP network server, or for Flash memory. Copies modem firmware to integrated modems in an access server. show modem mapping Displays a snapshot of all the firmware versions running on all the modems in access servers besides the AS5800. Cisco IOS Dial Technologies Command Reference DIA-886 November 2009 Dial Commands show modem call-stats show modem call-stats To display the local disconnect reasons for all modems inside an access server or router, use the show modem call-stats command in EXEC mode. show modem call-stats [slot] Syntax Description slot (Optional) Slot number, which limits the display output to a particular range of modems in the system. Command Modes EXEC Command History Release 11.3 12.2(11)YT 12.2(15)T Modification This command was introduced. This command was enhanced to display information about digital modems on the Cisco 3600 and 3700 series routers that support the V.92 and V.44 standards. This enhanced command was integrated into Cisco IOS Release 12.2(15)T. Usage Guidelines Use this command to find out why a modem ended its connection or why a modem is not operating at peak performance. Local disconnect reasons for a particular modem are listed across the top of the screen display. For example, see lostCarr, dtrDrop, rmtLink, wdogTimr, compress, retrain, inacTout, and linkFail in the following output: Router# show modem call-stats dial-in/dial-out call statistics lostCarr Mdm * 0/0 * 0/1 dtrDrop rmtLink wdogTimr compress retrain inacTout linkFail In the body of the screen display, the number of times an error occurred on a specific modem is displayed (see the # column). The % column shows the total running percent that a modem was logged for the specified disconnect reason with respect to the entire modem pool. For example, out of all the times that the lostCarr error occurred on all the modems in the system, the lostCarr error occurred 2 percent of the time on modem 0/0. Router# show modem call-stats dial-in/dial-out call statistics lostCarr # % 6 2 5 2 dtrDrop # % 2 3 2 3 rmtLink wdogTimr compress # % # % # % 1 0 0 0 0 0 2 1 0 0 0 0 retrain inacTout linkFail # % # % # % 0 0 0 0 0 0 0 0 0 0 0 0 Mdm * 0/0 * 0/1 Cisco IOS Dial Technologies Command Reference November 2009 DIA-887 Dial Commands show modem call-stats Bad or malfunctioning modems are detected by an unusually high number of disconnect counters for a particular disconnect reason. For example, if modem 1/0 had a high number of compression errors compared to the remaining modems in system, modem 1/0 would probably be bad or inoperable. To reset the counters displayed by the show modem call-stats command, use the clear modem counters command. Note Remote disconnect reasons are not described by this command. Examples The following example shows call statistics for the show modem call-stats command. Because of the screen size limitation of most terminal screen displays, all the possible disconnect reasons cannot be displayed at the same time. Only the top eight most frequently experienced disconnect reasons are displayed. Router# show modem call-stats dial-in/dial-out call statistics lostCarr # % 6 2 5 2 5 2 5 2 5 2 5 2 4 1 4 1 6 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 4 1 5 2 5 2 5 2 5 2 5 2 4 1 5 2 5 2 4 1 5 2 5 2 5 2 5 2 5 2 dtrDrop # % 2 3 2 3 2 3 2 3 1 1 2 3 2 3 2 3 1 1 1 1 1 1 1 1 2 3 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 3 1 1 2 3 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 rmtLink wdogTimr compress # % # % # % 1 0 0 0 0 0 2 1 0 0 0 0 4 3 0 0 0 0 2 1 0 0 0 0 1 0 0 0 0 0 2 1 0 0 0 0 2 1 0 0 0 0 4 3 0 0 0 0 3 2 0 0 0 0 1 0 0 0 0 0 2 1 0 0 0 0 2 1 0 0 0 0 2 1 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 2 1 0 0 0 0 2 1 0 0 0 0 3 2 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 11 10 0 0 0 0 2 1 0 0 0 0 2 1 0 0 0 0 2 1 0 0 0 0 0 0 0 0 0 0 2 1 0 0 0 0 2 1 0 0 0 0 2 1 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 2 1 0 0 0 0 0 0 0 0 0 0 5 4 0 0 0 0 2 1 0 0 0 0 1 0 0 0 0 0 2 1 0 0 0 0 retrain inacTout linkFail # % # % # % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Mdm 0/0 0/1 0/2 0/3 0/4 0/5 0/6 0/7 0/8 0/9 0/10 0/11 0/12 0/13 0/14 0/15 0/16 0/17 0/18 0/19 0/20 0/21 0/22 0/23 2/0 2/1 2/2 2/3 2/4 2/5 2/6 2/7 2/8 2/9 2/10 2/11 2/12 2/13 2/14 Cisco IOS Dial Technologies Command Reference DIA-888 November 2009 Dial Commands show modem call-stats * * * * * * * * * 2/15 2/16 2/17 2/18 2/19 2/20 2/21 2/22 2/23 Total 4 4 5 4 3 7 5 4 5 233 1 1 2 1 1 3 2 1 2 1 1 2 1 1 1 1 1 1 59 1 1 3 1 1 1 1 1 1 3 3 9 1 2 8 1 2 2 110 2 2 8 0 1 7 0 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 dial-out call statistics noCarr # % 1 1 0 0 0 0 1 1 1 1 0 0 1 1 5 5 0 0 1 1 0 0 5 5 0 0 0 0 1 1 1 1 2 2 4 4 5 5 1 1 0 0 0 0 5 5 1 1 2 2 3 3 0 0 0 0 0 0 1 1 1 1 4 4 7 8 4 1 1 1 1 1 1 1 1 1 4 4 1 1 1 1 5 5 5 5 3 3 0 0 4 4 2 2 0 0 84 noDitone # % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 busy # % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 abort # % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 dialStrg autoLgon dialTout rmtHgup # % # % # % # % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Mdm * 0/0 * 0/1 0/2 * 0/3 * 0/4 * 0/5 * 0/6 * 0/7 * 0/8 * 0/9 * 0/10 * 0/11 0/12 * 0/13 * 0/14 * 0/15 * 0/16 * 0/17 * 0/18 * 0/19 * 0/20 * 0/21 * 0/22 * 0/23 * 2/0 * 2/1 * 2/2 * 2/3 * 2/4 * 2/5 * 2/6 * 2/7 * 2/8 * 2/9 * 2/10 * 2/11 * 2/12 * 2/13 * 2/14 * 2/15 * 2/16 * 2/17 * 2/18 * 2/19 * 2/20 * 2/21 * 2/22 * 2/23 Total Cisco IOS Dial Technologies Command Reference November 2009 DIA-889 Dial Commands show modem call-stats The following is sample output from the show modem call-stats command for digital modems on a Cisco 3600 series router that supports the V.92 modem standard (see the “mohTrmnt” column for data about the V.92 Modem on Hold [MOH] function): Router# show modem call-stats Codes: * - Modem has an active call R - Modem is being Reset D - Download in progress B - Modem is marked bad and cannot be used for taking calls b - Modem is either busied out or shut-down dial-in/dial-out call statistics mohTrmnt wdogTimr compress # % # % # % 1 100 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 retrain inacTout linkFail moduFail mnpProto # % # % # % # % # % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Mdm 3/0 * 3/1 3/2 3/3 3/4 3/5 3/6 3/7 3/8 3/9 3/10 3/11 Total dial-out call statistics noCarr noDitone # % # % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 busy % 0 0 0 0 0 0 0 0 0 0 0 0 abort dialStrg autoLgon dialTout # % # % # % # % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 rmtHgup # % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Mdm 3/0 * 3/1 3/2 3/3 3/4 3/5 3/6 3/7 3/8 3/9 3/10 3/11 Total # 0 0 0 0 0 0 0 0 0 0 0 0 0 Cisco IOS Dial Technologies Command Reference DIA-890 November 2009 Dial Commands show modem call-stats Table 76 describes the significant fields shown in the display. Table 76 show modem call-stats Field Descriptions Field dial-in/dial-out call statistics mohTrmnt Description This category of disconnect reasons can happen only in dial-in or dial-out scenarios. The number of times that a modem is disconnected because Modem on Hold (MOH) terminates. MOH will terminate for two reasons: • • MOH clear down by the modem (MICA_DR_MOH_CLEAR_DOWN) MOH time out (MICA_DR_MOH_TIMEOUT) wdogTimr compress Watchdog timeout. An obscure firmware problem occurred. This is a rare disconnect reason. Compression. An error was detected during decompression, which caused the internal decompression dictionary to overflow. This could be caused by a modem dialing in that is using a slightly different compression algorithm. Retrain failure. A connection was lost and not reestablished after three attempts. Inactivity timeout. The time specified in the AT/T command has expired. No modem data transfers were detected during that period. Link failure. The protocol level link failed while using MNP-10 or LAPM (Link Access Procedure for Modems) in reliable mode. Modulation error. An error was detected at the Digital Signal Processor (DSP) chip level, which caused a disconnect. MNP10 protocol error. An uncorrectable error occurred during an MNP-10 connection. LAPM protocol error. An uncorrectable error occurred during a LAPM connection. Lost carrier. The modem firmware detected a carrier drop during a connection. The cause for the carrier drop could be the loss of signal from the remote modem or the result of a error detection. DTR drop. The modem disconnected because the DTR signal from the host became inactive. User hang-up. The modem disconnected because a command such as ATH was detected. Remote link disconnect. If an MNP-10 reliable link is established, the remote modem sends the disconnect reason across the link before disconnecting. The disconnect reason displayed is LOCAL (remote link disconnect) and REMOTE (the reason the remote modem disconnected). Terminate. A password security error occurred in the Microcom High Density Management System (HDMS). This error occurs only with Microcom modems. Callback failed. This error applies to leased line connections only. A switched line connection failed and a connection still cannot be made on the leased line. This category of disconnect reasons can happen only in a dial-out scenario. retrain inacTout linkFail moduFail mnpProto lapmProt lostCarr dtrDrop userHgup rmtlink trminate callBkfa dial-out call statistics Cisco IOS Dial Technologies Command Reference November 2009 DIA-891 Dial Commands show modem call-stats Table 76 show modem call-stats Field Descriptions (continued) Field noCarr noDitone busy abort dialStrg autoLgon dialTout Description No carrier. The called number answered, but no answer tone was detected after the appropriate wait. No dial tone. No dial tone was detected after the modem went off hook. Busy. A busy signal was detected while the local modem was attempting to dial. Abort. A character was received from the remote host after the dial command was issued and before a connection was established. Dial string error. An invalid character was detected in the dial string, which forced the dial attempt to terminate. Autologon error. An autologon sequence did not successfully complete. Dial timeout. When a semicolon is used as a dial modifier, the modem returns to the command state as indicated by an “OK.” This character allows a continuation of the dial string. If a period of time elapses as specified in the S7 register without the dial string completing, the attempt is aborted with dial timeout as the disconnect reason. Remote hang-up. The modem disconnected because the remote modem disconnected the call and dropped DTR. Blacklist. In a country that supports blacklisting, an attempt was made to go off hook with a null dial string (ATD). CCP not seen. The credit card prompt (also known as Bong) was not detected. Fax class 2 error. An abnormal termination to a fax transmission was detected. Total number of times the disconnect reason occurred among all the modems in the system. rmtHgup blacklst ccpNssn faxClasz Total Cisco IOS Dial Technologies Command Reference DIA-892 November 2009 Dial Commands show modem calltracker show modem calltracker To display all information stored within the Call Tracker active or history database for the latest call assigned to a specified modem, use the show modem calltracker command in privileged EXEC mode. show modem calltracker [slot/port] Syntax Description slot/port (Optional) Location of a slot and modem port. Remember to include the slash mark when entering this argument. Command Modes Privileged EXEC Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines This command allows you to display all Call Tracker data for a given modem when you do not have the call handle readily available and do not want to search the Call Tracker database. Examples The following example shows Call Tracker data for the modem in slot 1, port 1: Router# show modem calltracker 1/1 -------------------------- call handle=0000000058 -------------------------status=Active, service=PPP, origin=Answer, category=Modem DS0 slot/cntr/chan=0/0/22, called=71071, calling=6669999 userid=router5200, ip=172.19.4.2, mask=255.255.255.0 setup=10/16/1999 18:29:20, conn=0.10, phys=17.00, service=24.71, authen=24.71 init rx/tx b-rate=28800/33600, rx/tx chars=0/0 resource slot/port=1/1, mp bundle=0, charged units=0, account id=75 idb handle=0x6185B968, tty handle=0x612F8598, tcb handle=0x0 ---------------------------------------------------------------------------protocol: last=LAP-M, attempted=LAP-M compression: last=V.42bis-Both, supported= V.42bis-RX V.42bis-TX standard: last=V.34+, attempted=V.34+, initial=V.34+ snr=35 dB, sq=3, rx/tx level=-16/-15 dBm phase jitter: freq=0 Hz, level=0 degrees far end echo level=-83 dBm, freq offset=0 Hz phase roll=-99 degrees, round-trip delay=1 msecs digital pad=None dB, digital pad comp=0 rbs pattern=0, constellation=16 point rx/tx: symbol rate=3429/3429, carrier freq=1959/1959 rx/tx: trellis code=0/0, preemphasis index=6/0 rx/tx: constellation shape=Off/On, nonlinear encode=Off/On rx/tx: precode=Off/On, xmit level reduct=2/2 dBm rx/tx: chars=0/0, general info=0x0 rx/tx: link layer chars=0/0, NAKs=0/0 error corrected: rx/tx=0/0, rx bad=0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-893 Dial Commands show modem calltracker ec retransmissions=0, retransmitted frames=0 rx/tx ppp slip=0/0, bad ppp slip=0 rx/tx b-rate: last=28800/33600, lowest=28800/33600, highest=28800/33600 phase 2 projected max rx b-rate: client=19200, host=24000 phase 4 desired rx/tx b-rate: client=28800/33600, host=28800/33600 retrains: local=0, remote=0, failed=0 speedshift: local up/down=0/0, remote up/down=0/0, failed=0 v110: rx good=0, rx bad=0, tx=0, sync lost=0 SS7/COT status=0x00 v90: status=No Attempt, client=(n/a), failure=None rx/tx: max neg I frame=128/128, neg window=15/15 v42bis size: dictionary=1024, string=64 T401 timeouts=0, tx window closures=0, rx overruns=0 test err=0, reset=0, v0 synch loss=0 mail lost: host=0, sp=0 duration(sec)=16, disc reason=0x0 disc text=(n/a) --------5---------10--------15--------20--------25--------30 0x1920212120202120202021202020202020202020201F1D191100 0x00000000000000000000000000000000000000000000 0x00000000000000000000000000000000000000000000 0x01E0C14513942A000000000000000000000000000000 0x01C14513942A00000000000000000000000000000000 0x00000000 0x00000000 0x00010203041020404243FF00000000000000000000000000000000000000 0000 portwre diag: 0x00000000000000000000000000000000 phase 2 info: 0x010000F4EF221FF37E0001E4EFA21FF2E30001A4EF980101B7CF98003C00 00000024EF40000502160AE0304DFFFECE07A707A70D650D6500 phase 4 info: 0x01834070808340708000 ---------------------------------------------------------------------------line shape : v8bis capab : v8bis mod sl: v8 jnt menu : v8 call menu: v90 training: v90 sgn ptrn: state trnsn : Related Commands Command show call calltracker active show call calltracker handle Description Displays all information stored within the Call Tracker active database for all active calls. Displays the detailed data stored within Call Tracker for a specific call having a specified unique call handle identifier. show call calltracker history Displays all the information stored within the Call Tracker history database table for the most recent disconnected calls. Cisco IOS Dial Technologies Command Reference DIA-894 November 2009 Dial Commands show modem configuration show modem configuration To display the current modem configuration for digital MICA technologies modems loaded inside an access server or router, use the show modem configuration command in EXEC mode. show modem configuration [slot/port] Syntax Description slot/port (Optional) Slot and modem port location. If this number is not specified, statistics for all connected modems are displayed. You must type in the forward slash (/). Command Modes EXEC Command History Release 11.2P 12.1(5)T 12.2(2)XA Modification This command was introduced. This command was enhanced to display information about digital modems on the Cisco 3600 series routers that support V.110. This command was implemented on Cisco AS5350 and Cisco AS5400 universal access servers running NextPort firmware. This command was implemented on Cisco AS5300 universal access servers running Cisco MICA Portware Version 2.9.1.0. 12.2(2)XB 12.2(11)T This command was integrated into Cisco IOS Release 12.2(2)XB. This command was integrated into Cisco IOS Release 12.2(11)T and was implemented on the Cisco AS5300 and Cisco AS5800 platforms. Examples The following is sample output from the show modem configuration command. A specific modem, 0/0, has been designated. V.110 information is highlighted in this example. Router# show modem configuration 0/0 S-Reg Value Meaning ——-|——-|——————————————— S-- = 1 Country Code is Default u-law S00 = 0 Auto Answer immediately S01 = 0 Reserved S02 = 43 escape character is 0x2B or '+' S03 = 13 carriage return character is 0xD S04 = 10 line feed character is 0xA S05 = 8 backspace character is 0x8 S06 = 2 pause 2 seconds before blind dialing S07 = 60 wait up to 60 seconds for carrier after dialing S08 = 2 comma adds 2 second dial delay S09 = 317 BitMap register value = 0x13D S10 = 14 1.4 second delay for hangup after carrier loss S11 = 0 In Answer Mode S12 = 3 3 Data Bits S13 = 3 Space Parity S14 = 1 1 Stop Bits S15 = 1 V.42 ODP generation enabled S16 = 50 5.0 second Error Correction autodetect timeout Cisco IOS Dial Technologies Command Reference November 2009 DIA-895 Dial Commands show modem configuration S17 = 100 S18 = 13 S19 = 12 S20 = 256 S21 = 3 S22 = 0 S23 = 1 S24 = 1 S25 = 0 S26 = 0 S27 = 0 S28 = 0 S29 = 8 S30 = 33600 S31 = 300 S32 = 2 S33 = 500 S34 = 2000 S35 = 50 S36 = 20 S37 = 60 S38 = 14 S39 = 7 S40 = 4 S41 = 5 S42 = 0 S43 = 2 S44 = 11 S45 = 0 S46 = 0 S47 = 2 S48 = 1 S49 = 0 S50 = 60000 S51 = 28000 S52 = 1 S53 = 3 S57 = 2400 configuration 10.0 second Error Correction negotiation timeout Error Correction fallback char is 0xD Error Correction retransmission limit is 12 Error Correction frame length is 256 octets V42bis or MNP Data Compression ARA Error Correction is disabled V.42 Error Correction enabled MNP Error Correction enabled Link Protocol Fallback to Async framing Using TDM slice 0 Calling Tone disabled Guard Tone disabled V.110 modem standard Maximum connect rate of 33600 bps Minimum connect rate of 300 bps Bit Errors >= 1:1000 cause recovery Fallback/Fallforward Squelch Timer is 500ms Fall Forward Timer is 20.0 seconds Fall Back Timer is 0.50 seconds Terminate timeout is 20 seconds Wait 60 seconds for data mode timeout 1.4 second lost carrier to hang-up delay Transmit level setting of -13dBm 4 consecutive retrains cause link disconnect V.34 maximum symbol rate of 3429 baud V.34 minimum symbol rate of 2400 baud V.34 carrier frequency is Auto Selection V.34 Preemphasis filter selection is Automatic Null transmit and receive Signalling Type No call progress tone detection +++ escape detection enabled for originate mode only AT command processor enabled no call setup delay Maximum PCM connect rate of 60000 bps Minimum PCM connect rate of 28000 bps Digital Pad Compensation is enabled V.8bis is enabled User rate for V.110 connection is 2400 bps index = 59, value = 0x3 The following example uses the show modem configuration command to display the configuration for modem 0/1, which resides in slot 0/1 of a Cisco AS5300: Router# show modem configuration 0/1 Modem(0/1) Configuration Block: Country Code: 1 Originate/Answer Mode: Answer Data Bits Selection: 8 Parity Selection: 0 Stop Bits Selection: 1 V.42 ODP generation: Generate ODP sequence when originating a call Error Correction Autodetect Time-out value: 5000 ms Protocol Negotiation Time-out value: 10000 ms Protocol Negotiation Fallback Character: Protocol Negotiation Retransmission Limit: 12 Error Correction Frame Length: 256 bytes Data Compression: V.42bis and MNP5 ARA Error Correction: ARA1.0 & ARA2.0 Enabled for Answer only V.42 Error Correction: V.42(LAP-M) Originate&Answer enabled MNP Error Correction: MNP Originate&Answer enabled Link Protocol Fallback: Asynchronous Framing (Start/Stop/Parity) DSP processor MVIP TDM slice: 0 Calling Tone: Disabled Cisco IOS Dial Technologies Command Reference DIA-896 November 2009 Dial Commands show modem configuration Guard Tone: Disabled Modem Standard: V.34bis Automode, with terbo Max. Connect Rate: 33600 bps Min. Connect Rate: 300 bps Signal Quality Threshold: Bit Errors >=1:1000 cause recovery Fallback/Fallforward Squelch Timer: 500 ms Fall Forward Timer: 10000 ms Fall Back Timer: 500 ms Terminate Time-out: 20 second(s) Wait For Data Mode Time-out: 40 second(s) Lost Carrier To Hang-up Delay: 1400 ms Transmit Level Setting: -13 dBm Retrain Limit: 4 V.34 Max. Symbol Rate: 3249 Baud V.34 Min. Symbol Rate: 2400 Baud V.34 Carrier Frequency: Auto Carrier Selection V.34 Preemphasis Filter Selection: 11 Tx and RX Signaling Type: NULL signaling Call Progress Tone Detection: No tone detection +++ Escape Detection: Enabled-Originate-Mode-Only AT Command Processor: Enabled Call Set Up Delay: no delay before link initiation Automatic Answer: delay 1 second(s) Escape Detection Character: ASCII 43 ('+') Carriage Return Character: ASCII 13 (CR) Line Feed Character: ASCII 10 (LF) Backspace Character: ASCII 8 (BS) Pause Before Blind Dialing: 2 second(s) Wait For Carrier After Dial: 40 second(s) Comma Dial Modifier Time: 2 second(s) Bit-mapped Register(S9=0x13D): E1Q2V1&D3X4 Delay For Hangup After Carrier Loss: 1400 ms Table 77 describes the significant fields shown in the display. Table 77 show modem configuration Field Descriptions for MICA Modems Field Modem (0/1) Country Code: Originate/Answer Mode: Data Bits Selection: Parity Selection: Stop Bits Selection: V.42 ODP generation: Description Slot and port for the specified modem. Transmit level limits with respect to the S39 register. Default is 1 (U.S. domestic). Answer or originate. Default is answer. 7, 8, or 9 data bits. Default is 8. 0 = no parity, 1 = even parity, 2 = odd parity. Default is no parity. 1 or 2 stop bits. Default is 1 stop bit. Disabled or generated ODP sequence when originating a V.42 call. Default is Generate ODP sequence when originating a V.42 call. Maximum period (in milliseconds) during which the modem will run an automated detection machine upon the incoming data. Default is 5000 ms. Maximum wait period (in ms) for error correction protocol negotiation before fallback. Default is 10,000 ms. 0 to 127. Default is 13. Error Correction Autodetect Time-out value: Protocol Negotiation Time-out value: Protocol Negotiation Fallback Character: Cisco IOS Dial Technologies Command Reference November 2009 DIA-897 Dial Commands show modem configuration Table 77 show modem configuration Field Descriptions for MICA Modems (continued) Field Protocol Negotiation Retransmission Limit: Error Correction Frame Length: Data Compression: ARA Error Correction: Description 0 = Do not disconnect on excessive retransmission; 1 to 255 = number of successive retransmissions to cause disconnect. Default is 12. Buffer length; 64 to 1024 octets of data. Default is 256. Disabled, V.42bis, MNP5, or V.42bis or MNP5 (V.42 has precedence). Default is V.42bis or MNP5 (V.42 has precedence). ARA1.0 & ARA2.0 Disabled, Enabled for Answer only, Enabled for Answer originate ARA1.0, and Enabled for Answer originate ARA2.0. Default is Enabled for Answer only. V.42(LAP-M) Disabled, V.42(LAP-M) Originate&Answer enabled. Default is disabled. MNP Disabled or MNP Originate and Answer enabled. Default is MNP Originate&Answer enabled. Asynchronous Framing (Start/Stop/Parity), Synchronous framing (Raw 8 bits to DSP), or Disconnect (Hang-up). Default is Asynchronous Framing (Start/Stop/Parity). 0 to 15. Disabled or Send calling tone. Default is disable. Guard tone disabled, Use Guard tone (V.22 and V.22bis only). Default is Disabled. V.34bis Automode, with terbo; V.34bis Automode skip terbo; V.32 terbo Automode; V.32bis Automode; V.22bis Automode; or K56Flex 1.1. Default is V.34bis Automode, with terbo. 75 to 56,000 bits per second (bps). 75 to 56,000 bps. No action on bit errors, Bit Errors >=1:100 cause recovery, Bit Errors >=1:1000 cause recovery, Bit Errors >=1:10000 cause recovery, Bit Errors >=1:100000 cause recovery, or Bit Errors >=1:1000000 cause recovery. Default is 1:1000. Time (in milliseconds) to delay after a speed shift before allowing another speed shift. Default is 500 ms. Elapsed time (in milliseconds) with continuous good signal quality to cause a fall forward. Default is 10,000 ms. Elapsed time (in milliseconds) with bad signal quality to cause a fallback. Default is 500 ms. Elapsed time (in seconds) after a disconnect request before forcing a link disconnect. During this period, the modem sends buffered data and then clears down the link. Default is 20 seconds. Maximum time (in seconds) during link establishment before disconnection. Default is 40; 60 for K56Flex. Maximum time (in milliseconds) without a carrier to cause the link disconnect. Default is 1400 ms. V.42 Error Correction: MNP Error Correction: Link Protocol Fallback: DSP processor MVIP TDM slice: Calling Tone: Guard Tone: Modem Standard: Max. Connect Rate: Min. Connect Rate: Signal Quality Threshold: Fallback/Fallforward Squelch Timer: Fall Forward Timer: Fall Back Timer: Terminate Time-out: Wait for Data Mode Time-out: Lost Carrier To Hang-up Delay: Cisco IOS Dial Technologies Command Reference DIA-898 November 2009 Dial Commands show modem configuration Table 77 show modem configuration Field Descriptions for MICA Modems (continued) Field Transmit Level Setting: Retrain Limit: V.34 Max. Symbol Rate: V.34 Min. Symbol Rate: V.34 Carrier Frequency: V.34 Preemphasis Filter Selection: Tx and Rx Signaling Type: Description 6 dBm, 7 dBm, 8 dBm, –20 dBm, or –21 dBm. Default is 9 dBm. Maximum successive failed retrains to cause the link to disconnect. Default is 4. 2400 baud, 2743 baud, 2800 baud, 3000 baud, 3200 baud, or 3429 baud. Default is 3429 baud. 2400 baud, 2743 baud, 2800 baud, 3000 baud, 3200 baud, or 3429 baud. Default is 2400 baud. Low Carrier, High Carrier, or Auto Carrier Selection. Default is High Carrier. 0 to 10 = a selected filter; 11 = Automatic Preemphasis Selection. Default is 11. NULL signaling, MF signaling, DTMF signaling, Lower band R2 signaling, Upper band R2 signaling, or R1 signaling. Default is NULL signaling. No tone detection, Dial tone detection, Ring-Back tone detection, or Busy tone detection. Default is No tone detection. Disabled, Enabled, or Enabled-Originate-Mode-Only. Default is Enabled-Originate-Mode-Only. Disabled or Enabled. Default is Disabled. No delay before link initiation, delay value (1 to 255). Default is no delay. Answer immediately, delay value (1 to 255 seconds). Default is 1 second. ASCII value (0 to 127). Default is 43. ASCII value (0 to 127). Default is 13. ASCII value (0 to 127). Default is 10. ASCII value (0 to 127). Default is 8. 2 to 255 seconds. Default is 2. Wait for data mode timeout (in seconds). 2 to 255 seconds. Default is 2. Bit mapped register. Lost carrier to hang-up delay (in milliseconds). Call Progress Tone Detection: +++ Escape Detection: AT Command Processor: Call Set Up Delay: Automatic Answer: Escape Detection Character: Carriage Return Character: Line Feed Character: Backspace Character: Pause Before Blind Dialing: Wait For Carrier After Dial: Comma Dial Modifier Time: Bit-mapped Register(S9=0x13D): Delay For Hangup After Carrier Loss: Cisco IOS Dial Technologies Command Reference November 2009 DIA-899 Dial Commands show modem configuration Related Commands Command show modem log show modem mica show modem operational-status Description Displays the modem history event status performed on a manageable modem or group of modems. Displays information about MICA technologies digital modems. Displays the current modem operational status for MICA technologies digital modems loaded in access servers or routers. Cisco IOS Dial Technologies Command Reference DIA-900 November 2009 Dial Commands show modem connect-speeds show modem connect-speeds To display connection speed statistics for all the modems running in an access server or router, use the show modem connect-speeds command in EXEC mode. show modem connect-speeds [max-speed [slot]] Syntax Description max-speed slot (Optional) Maximum speed you want displayed in the shifting speed window. You can specify from 12000 to 56000 bits per second (bps), and the default is 12000 bps. (Optional) Slot number, which limits the display output to a particular range of modems in the system. Defaults The maximum speed displayed is 12000 bps. Command Modes EXEC Command History Release 11.3 12.1(5)T Modification This command was introduced. This command was enhanced to display information about digital modems on the Cisco 3600 series routers that support V.110. Usage Guidelines Because most terminal screens are not wide enough to display the entire range of connection speeds at one time (for example, 75 to 56000 bps), the max-speed variable is used. This variable specifies the contents of a shifting baud-rate window, which provides you with a snapshot of modem connection speeds for your system. If you want to display a snapshot of lower baud rates, specify a lower connection speed. If you want to see a snapshot of higher baud rates, specify a higher connection speed. The Cisco IOS software rounds up the max-speed variable to the nearest recognizable baud rate, so you need not memorize or enter exact connection speeds. For example, if you enter a maximum baud rate of 22059, the system software automatically rounds the value up to 24000. To display a complete picture of all the connection speeds and counters on the system, you must enter a series of commands. Each time you issue the show modem connect-speeds max-speed command, only nine baud rate columns can be displayed at the same time. Table 78 shows a range of commands that you can issue, one at a time, to display a complete picture of the total possible connection speeds on your access server. Table 78 Connect Speed Displays for the show modem connect-speeds Command Command show modem connect-speeds 56000 show modem connect-speeds 38000 Connect Speed Range Displayed 40000 to 56000 bps 24000 to 38000 bps Cisco IOS Dial Technologies Command Reference November 2009 DIA-901 Dial Commands show modem connect-speeds Table 78 Connect Speed Displays for the show modem connect-speeds Command (continued) Command show modem connect-speeds 21600 show modem connect-speeds 1200 Connect Speed Range Displayed 2400 to 21600 bps 75 to 1200 bps Note The Cisco IOS software does not accept commas (,) in the connect speed field. For example, enter 28000 not 28,000. The show modem connect-speeds command displays a log of connection speed statistics starting from the last time the access servers or router was power cycled or the clear modem counters command was issued. If you want to create a monthly report of the connection speeds achieved by the modems, issue the clear modem counters command at the beginning of the month and issue the show modem connect-speeds command at the end of the month. Examples The following is sample output from the show modem connect-speeds command on a Cisco 3600 series router: Router# show modem connect-speeds Codes: * - Modem has an active call R - Modem is being Reset D - Download in progress B - Modem is marked bad and cannot be used for taking calls b - Modem is either busied out or shut-down Transmit connect speeds Mdm * 0/0 * 0/1 0/2 * 0/3 * 0/4 0/5 * 0/6 0/7 b 0/8 !. !. !. b 0/29 Tot Tot % 75 0 0 0 0 0 0 0 0 0 300 0 0 0 0 0 0 0 0 0 600 0 0 0 0 0 0 0 0 0 1200 36 1 48 86 0 20 25 47 0 2400 35 0 45 36 0 33 57 48 0 4800 61 0 37 4 1 78 49 36 0 7200 0 0 0 0 0 0 0 0 0 9600 0 0 0 0 0 0 0 0 0 12000 TotCnt 0 132 0 1 0 130 0 126 0 1 0 131 0 131 0 131 0 0 0 0 0 0 0 0 0 0 0 0 263 33 0 254 32 0 266 33 0 0 0 0 0 0 0 0 0 0 783 Receive connect speeds Mdm * 0/0 * 0/1 0/2 * 0/3 * 0/4 0/5 75 0 0 0 0 0 0 300 0 0 0 0 0 0 600 0 0 0 0 0 0 1200 36 1 48 86 0 20 2400 35 0 45 36 0 33 4800 61 0 37 4 1 78 7200 0 0 0 0 0 0 9600 0 0 0 0 0 0 12000 TotCnt 0 132 0 1 0 130 0 126 0 1 0 131 Cisco IOS Dial Technologies Command Reference DIA-902 November 2009 Dial Commands show modem connect-speeds * 0/6 0/7 b 0/8 !. !. !. b 0/29 Tot Tot % 0 0 0 0 0 0 0 0 0 25 47 0 57 48 0 49 36 0 0 0 0 0 0 0 0 0 0 131 131 0 0 0 0 0 0 0 0 0 0 0 263 33 0 254 32 0 266 33 0 0 0 0 0 0 0 0 0 0 783 Router# show modem connect-speeds ? <12000-64000> | Max baud connect speed to display to Output modifiers Router# show modem connect-speeds 12000 ? <0-3> | Slot number Output modifiers Router# show modem connect-speeds 12000 2 Codes: * - Modem has an active call R - Modem is being Reset D - Download in progress B - Modem is marked bad and cannot be used for taking calls b - Modem is either busied out or shut-down Transmit connect speeds Mdm Tot Tot % 75 0 0 300 0 0 600 0 0 1200 263 33 2400 254 32 4800 266 33 7200 0 0 9600 0 0 12000 TotCnt 0 783 0 Receive connect speeds Mdm Tot Tot % 75 0 0 300 0 0 600 0 0 1200 263 33 2400 254 32 4800 266 33 7200 0 0 9600 0 0 12000 TotCnt 0 783 0 The following example shows connection speed statistics up to 28000 bps: Router# show modem connect-speeds 28800 transmit connect speeds Mdm * 1/0 * 1/1 * 1/2 1/3 1/4 * 1/5 * 1/6 * 1/7 * 1/8 1/9 1/10 * 1/11 * 1/12 1/13 9600 0 0 0 1 0 0 0 1 0 0 0 0 0 0 12000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 14400 0 3 2 0 0 4 2 2 0 2 0 0 0 0 16800 0 1 0 0 0 0 1 0 1 1 0 0 0 1 19200 3 0 1 0 4 1 0 0 1 2 0 3 0 2 21600 4 4 3 3 2 0 1 5 1 4 2 1 3 3 24000 6 9 10 15 8 4 9 10 10 4 5 16 7 11 26400 37 41 37 35 20 38 32 31 42 30 26 38 40 20 28800 TotCnt 23 74 20 80 26 82 7 62 13 49 17 65 11 57 18 67 11 68 23 67 22 56 17 76 12 62 14 51 Cisco IOS Dial Technologies Command Reference November 2009 DIA-903 Dial Commands show modem connect-speeds 1/14 1/15 1/16 1/17 1/18 * 1/19 1/20 * 1/21 * 1/22 * 1/23 Tot Tot % 0 0 2 0 0 2 0 0 0 0 6 0 0 0 0 0 0 0 0 1 0 0 1 0 2 1 2 0 2 3 2 2 1 2 32 2 0 1 0 0 2 0 2 0 0 0 10 0 0 1 1 0 0 1 2 1 1 0 24 1 2 2 5 2 2 2 2 2 1 4 60 3 7 6 10 10 12 9 8 5 5 8 204 13 26 29 37 33 17 35 28 23 27 30 752 48 12 25 15 22 25 20 21 21 21 15 431 27 51 65 73 67 61 74 65 58 56 60 1546 receive connect speeds Mdm * 1/0 * 1/1 * 1/2 1/3 1/4 * 1/5 * 1/6 * 1/7 * 1/8 1/9 1/10 * 1/11 * 1/12 1/13 1/14 1/15 1/16 1/17 1/18 * 1/19 1/20 * 1/21 * 1/22 * 1/23 Tot Tot % 9600 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 0 1 0 0 0 0 0 0 0 3 0 12000 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 1 0 1 0 0 0 3 0 14400 1 3 2 0 1 4 2 2 0 3 0 0 0 0 2 1 3 0 1 3 2 3 1 2 36 2 16800 0 0 0 0 0 0 0 1 0 0 0 1 0 0 1 0 1 0 0 2 1 3 0 0 10 0 19200 1 1 1 0 2 0 0 1 1 0 1 1 0 0 0 1 2 0 0 1 2 1 1 0 17 1 21600 2 3 4 1 2 0 0 0 0 0 1 1 0 2 0 2 0 0 2 1 1 2 0 1 25 1 24000 9 10 8 10 8 9 7 6 11 8 6 14 5 10 5 3 8 8 4 6 2 2 5 8 172 11 26400 35 42 40 36 22 32 33 39 43 33 31 43 43 26 27 36 37 36 30 42 37 28 32 35 838 54 28800 TotCnt 25 74 18 80 26 82 14 62 8 49 17 65 14 57 18 67 12 68 22 67 17 56 16 76 12 62 13 51 14 51 22 65 20 73 22 67 20 61 18 74 18 65 18 58 16 56 13 60 413 1546 26 The following example shows connection speed statistics up to 56000 bps: Router# show modem connect-speeds 56000 transmit connect speeds Mdm 1/0 1/1 1/2 1/3 1/4 1/5 1/6 1/7 1/8 1/9 1/10 1/11 1/12 1/13 40000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 42000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 44000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 46000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 48000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 50000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 52000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 54000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 56000 TotCnt 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Cisco IOS Dial Technologies Command Reference DIA-904 November 2009 Dial Commands show modem connect-speeds 1/14 1/15 1/16 1/17 1/18 1/19 1/20 1/21 1/22 1/23 Tot Tot % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 receive connect speeds Mdm 1/0 1/1 1/2 1/3 1/4 1/5 1/6 1/7 1/8 1/9 1/10 1/11 1/12 1/13 1/14 1/15 1/16 1/17 1/18 1/19 1/20 1/21 1/22 1/23 Tot Tot % 40000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 42000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 44000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 46000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 48000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 50000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 52000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 54000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 56000 TotCnt 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Table 79 describes the significant fields shown in the displays. Table 79 show modem connect-speeds Field Descriptions Field transmit connect speeds Mdm slot/port speed counters Description Connection speeds for calls initiated by the system. Specified slot and port number assigned to the modem. The transmit and receive speed counters are 75, 300, 600, 1200, 2400, 4800, 7200, 9600, 12000, 14400, 16800, 19200, 21600, 24000, 26400, 28800, 31200, 33600, 32000, 34000, 36000, 38000, 40000, 42000, 44000, 46000, 48000, 50000, 52000, 54000, and 56000 bps. For the specified modem, the sum of the number of times a connection was initiated or received at one of the specified connection rates (75 to 56,000 bps). TotCnt Cisco IOS Dial Technologies Command Reference November 2009 DIA-905 Dial Commands show modem connect-speeds Table 79 show modem connect-speeds Field Descriptions (continued) Field Tot Tot % receive connect speeds Description For all modems loaded in the system, the total number of times a call was initiated or received at the specified speed. Percentage of the total number of calls that were initiated or received at the specified speed. Connection speeds for incoming calls. Related Commands Command clear modem counters Description Clears the statistical counters on one or more manageable modems on access servers or routers. Cisco IOS Dial Technologies Command Reference DIA-906 November 2009 Dial Commands show modem cookie show modem cookie To display information about the modem cookie, use the show modem cookie command in EXEC mode. show modem cookie Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Examples The following is sample output from the show modem cookie command for a V.34 carrier card and two modem cards: Router# show modem cookie Hex dump of modem board HW version info: Slot 1: Carrier card: 0000: 1802 0200 0010: 0000 0000 Modem Module 0: 0000: 0C01 3033 0010: 204D 4E50 Modem Module 1: 0000: 0C01 3033 0010: 204D 4E50 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 3030 3031 4D69 6372 6F63 6F6D 3130 2056 3334 204D 6F64 656D 3030 3031 4D69 6372 6F63 6F6D 3130 2056 3334 204D 6F64 656D Table 80 describes the significant fields shown in the display. Table 80 show modem cookie Field Descriptions Field Slot 1: Carrier card: Modem Module 0: Description The slot carrying the carrier and modem card. Carrier card and its cookie parameters. Modem card and its cookie parameters. Cisco IOS Dial Technologies Command Reference November 2009 DIA-907 Dial Commands show modem csm show modem csm To display the internal status of the call switching module for modems inside access servers or routers, use the show modem csm command in EXEC mode. show modem csm [slot/port | group number] Syntax Description slot/port (Optional) Slot and modem port location. If this number is not specified, statistics for all connected modems are displayed. (Include the forward slash (/) when entering this variable.) (Optional) Specific group of modems. If the modem group number is not specified, statistics for all modems in the access server are displayed. The group number range is from 1 to 200. group number Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Examples The following example displays the call switching module information for modem 1/2 on a Cisco AS5200: Router# show modem csm 1/2 MODEM_INFO: slot 1, port 2, unit 130, modem_mask=0x0004, modem_port_offset=0 tty_hwidb=0x00000000, modem_tty=0x004370A8, mgmt_tty=0x004370A8, modem_pool=0x0041D99C csm_status(0): CSM_STATUS_UNLOCKED csm_state(0x00000000)=CSM_OC_STATE, csm_event_proc=0x0005B448 invalid_event_count=0, wdt_timeout_count=0 wdt_timestamp_started is not activated wait_for_dialing:False, wait_for_bchan:False pri_chnl=TDM_ISDN_STREAM(s0, c0), modem_chnl=TDM_ISDN_STREAM(s0, c0) dchan_idb_start_index=0, dchan_idb_index=0, call_id=0x0000, bchan_num=0 csm_event=CSM_EVENT_NONE, cause=0x0000, phone_num= ring_indicator=0, oh_state=0, oh_int_enable=0, modem_reset=0 ring_no_answer=0, ic_failure=0, ic_complete=0 dial_failure=0, oc_failure=0, oc_complete=0 oc_busy=0, oc_no_dial_tone=0, oc_dial_timeout=0 remote_link_disc=0, busyout=0, modem_reset=0 call_duration_started=00:00:00, call_duration_ended=00:00:00, total_call_duration=00:00:00 The calling party phone number = 4082968388 The called party phone number = 4085267406 Cisco IOS Dial Technologies Command Reference DIA-908 November 2009 Dial Commands show modem csm Table 81 describes the significant fields shown in the display. Table 81 show modem csm Field Descriptions Field MODEM_INFO csm_status Description Displays internal data structure information. Displays the status of the call switching module. Possible statuses include unlocked, active call, busyout req, shutdown, bad modem, modem hold, back-to-back, file downloading, and reset. Displays the current state of the call switching module. Possible states include idle and connected. Incoming calls are marked IC and outgoing calls are marked OC. Counters for different modem events. Phone numbers for the dialing integrated modem and the remote modem. csm_state Modem counters The calling party phone number The called party phone number Cisco IOS Dial Technologies Command Reference November 2009 DIA-909 Dial Commands show modem log show modem log To display the modem history event status performed on a manageable modem or group of modems, use the show modem log command in EXEC mode. show modem log [slot/port | group number] Syntax Description slot/port (Optional) Slot and modem port location. If this number is not specified, statistics for all connected modems are displayed. (Include the forward slash (/) when entering this variable.) (Optional) Specific group of modems. If the modem group number is not specified, statistics for all modems in the access server are displayed. The group number range is from 1 to 200. group number Command Modes EXEC Command History Release 11.2 12.1(5)T Modification This command was introduced. This command was enhanced to display information about the Cisco 3600 series digital modems that support V.110, and about the Cisco 2600 and Cisco 3600 series modems that support leased-line operation. Examples The following is sample output from the show modem log command issued on a Cisco AS5300, which is loaded with MICA technologies digital modems. See Table 82 for MICA modem field descriptions. Router# show modem log 1/0 Modem 1/0 Events Log: 01:54:02:Startup event:MICA Hex modem (Select) Modem firmware = 2.0.0.9 01:54:02:RS232 event: noRTS, noDTR, CTS, noDCD 01:54:02:RS232 event: RTS, DTR, CTS, noDCD 01:54:02:RS232 event: RTS, DTR, CTS, noDCD 01:54:02:RS232 event: noRTS, DTR, CTS, noDCD 01:54:02:RS232 event: RTS, DTR, CTS, noDCD 01:54:02:RS232 event: noRTS, noDTR, CTS, noDCD 01:54:02:RS232 event: RTS, DTR, CTS, noDCD 01:54:03:RS232 event: RTS, DTR, CTS, noDCD 00:01:09: ISDN outgoing called number: 1000 00:01:04:RS232 event: noRTS, DTR, CTS, noDCD Cisco IOS Dial Technologies Command Reference DIA-910 November 2009 Dial Commands show modem log 00:01:04:RS232 event: RTS, DTR, CTS, noDCD 00:01:06:Modem State event: State: Open 00:01:06:Modem State event: State: Connect 00:01:06:Modem State event: State: Link 00:00:54:Modem State event: State: Training 00:00:32:Modem State event: State: EC Correction 00:00:32:Modem State event: State: Steady 00:00:32:RS232 event: RTS, DTR, CTS, DCD 00:00:32:Static event: Connect Protocol: LAP-M Compression: (invalid#3) Connected Standard: Bell212 TX,RX Symbol Rate: 3429, 3429 TX,RX Carrier Frequency: 1959, 1959 TX,RX Trellis Coding: 16, 16 Frequency Offset: 0 Hz Round Trip Delay: 1 msecs TX,RX Bit Rate: 16800, 16800 00:00:33:Dynamic event: Sq Value: 7 Signal Noise Ratio: 35 dB Receive Level: -8 dBm Phase Jitter Frequency: 0 Hz Phase Jitter Level: 0 degrees Far End Echo Level: -73 dBm Phase Roll: -98 degrees Total Retrains: 0 EC Retransmission Count: 0 Characters received, transmitted: 0, 32 Characters received BAD: 0 PPP/SLIP packets received, transmitted: 0, 0 PPP/SLIP packets received (BAD/ABORTED): 0 EC packets transmitted, received: 0, 0 EC packets (Received BAD/ABORTED): 0 The following example shows a portion of the output display when using the show modem log command. Because no specific modem or range of modems is designated, the data from all modems is displayed. The V.110 information is highlighted in this example. Router# show modem log Modem 0/0 Mica: Event Log contains 100 Events: 1d21h MICA-Cfg issued S-Reg configuration change: configuration index = 59, value = 0x3 1d21h CSM: Incoming call from 9195555301 to Unknown 1d21h CSM: event-ISDN_CALL New State-IC_MODEM_RESERVED CSM: status-1 dchan-3/2 bchan-0 . . . 1d21h CSM: event-MODEM_CONNECTED New State-CONNECTED_STATE 1d21h MICA-Qry Static Link Information: Connect Protocol - V.110, Compression - None, Connected Standard - V110 Tx/Rx Symbol Rate - 0/0, Tx/Rx Carrier Freq - 0/0 Tx/Rx Trellis Coding - /, Frequency offset - 0Hz Cisco IOS Dial Technologies Command Reference November 2009 DIA-911 Dial Commands show modem log Round trip delay - 0ms, Tx/Rx bit rate - 2400/2400 RBS pattern - 0x0, digital pad - , compensation - 0 1d21h MICA-Cmd Set Framing Mode to PPP. . . . 1d21h MICA-Qry Final Link Information: Call Time - 00:00:34, Disconnect Reason (0x8001) - SOFTWARE_RESET command 0 retrains and/or speed shifts, 0 ec retransmissions 9454 chars tx, 6577 chars rx, 0 chars rx bad 189 ppp packets tx, 129 ppp packets rx, 14 ppp packets rx bad 0 ec packets tx, 0 ec packets rx, 0 ec packets rx bad 0 v110 packets tx, 0 v110 packets rx, 0 v110 packets rx bad, 0 v110 sync loss 1d21h CSM: event-ASYNC_DTR_DOWN New State-IDLE_STATE 1d21h CSM: event-ASYNC_DTR_DOWN New State-IDLE_STATE . . . 1d21h MICA-Cfg issued S-Reg configuration change: S29 = 8 V.110 modem standard 1d21h MICA-Cfg issued S-Reg configuration change: S57 = 3 User rate for V.110 connection is 3 bps . . . Table 82 describes the significant fields shown in the MICA modem display. Table 82 show modem log Field Descriptions for MICA Modems Field Modem Events Log: 00:00:00: Event State — — Description The modem for which log events are currently displayed. Identifies the time elapsed (in hours: minutes: seconds) since each MICA modem event was performed (for example, 01:02:41 means the modem event occurred 1 hour, 2 minutes, and 41 seconds ago). Type of specified MICA modem. Modem firmware version. Detected modem signaling event. Outgoing ISDN phone number dialed by the specified MICA modem. Startup event: Modem firmware: RS232 event: ISDN outgoing called number: — — — — Cisco IOS Dial Technologies Command Reference DIA-912 November 2009 Dial Commands show modem log Table 82 show modem log Field Descriptions for MICA Modems (continued) Field Modem State event: Event State Connect Open Link Training EC Correction Steady Bad Bad* Reset D/L Bad FW Busy Idle Description Modem is connected to a remote host. Open modem event. Link protocol event occurred. Modem retraining event. Error correction frames transmitted or received. Steady modem event. Inoperable state, which is configured by the modem bad command. Inoperable state, which is configured by the modem startup-test command during initial power-up testing. Modem is in reset mode. Modem is downloading firmware. Downloaded modem firmware is not operational. Modem is out of service and not available for calls. Modem is ready for incoming and outgoing calls. Connection protocol used for the current session, which can be SYNC mode, ASYNC mode, ARA1.0, ARA2.0, Link Access Procedure for Modems (LAP-M), or Microcom Network Protocol (MNP). Type of compression used for the current session, which can be None, V.42bis TX, V.42bis RX, V.42bis both, or MNP5 data compression. Standards protocol used to connect, which can be V.21, Bell103, V.22, V.22bis, Bell212, V.23, V.32, V.32bis, V.32terbo, V.34, V.34+, or K56Flex 1.1. Current state of the MICA modem, which can be any of the following: Static event: Current static event of the MICA modem, which can be any of the following: Connect Protocol Compression Connected Standard TX, RX Symbol Rate Symbol rate used to send samples to the line or receive samples off of the line. TX, RX Carrier Frequency TX, RX Trellis Coding Frequency Offset Round Trip Delay TX, RX Bit Rate Carrier frequency used by the remote service provider. Trellis coding received and transmitted. +/–32 in 1/8 Hz steps. Total round trip propagation delay of the link, which is expressed in milliseconds. For RX, the bit rate from the remote service provider to the local service provider. For TX, the bit rate from the local service provider to the remote service provider. Cisco IOS Dial Technologies Command Reference November 2009 DIA-913 Dial Commands show modem log Table 82 show modem log Field Descriptions for MICA Modems (continued) Field Dynamic event: Event State Sq Value Signal Noise Ratio Receive Level Phase Jitter Frequency Phase Jitter Level Far End Echo Level Description Signal quality value, which can be from 0 to 7 (0 is the worst possible quality). Expressed in decibels (dB), which can be from 0 to 70 dB steps. Expressed in decibels, which can be from 0 to –128 dBm steps. +/–32 in 1/8 Hz steps. 0 to 90 degrees. 0 to –90 in dBm of far end echo level (that portion of the transmitted analog signal that has bounced off the remote modem’s analog front end). +/–32 in 1/8 Hz steps. Count of total retrains. Count of total error correction retransmissions that occurred during the duration of the link. Count of total characters received and transmitted. A subset of the total Characters received, transmitted. Represents the total number of parity error characters. Current dynamic event of the MICA modem, which can be any of the following: Phase Roll Total Retrains EC Retransmission Count Characters received, transmitted Characters received BAD PPP/SLIP packets Total count of PPP/SLIP packets transmitted and received. This received, transmitted total could include all PPP/SLIP packets, including BAD/ABORTED packets. PPP/SLIP packets received, (BAD/ABORTED) Total count of the bad or aborted PPP/SLIP packets, which is a subset of the PPP/SLIP packets received, transmitted. EC packets Count of total error correction frames transmitted or received. transmitted, received This total could include all error correction packets, including BAD/ABORTED packets. EC packets (Received BAD/ABORTED) Total count of the bad or aborted error correction packets, which is a subset of the EC packets transmitted, received. The following example displays the event log status for a V.34 Microcom manageable modem installed in a Cisco AS5200. To escape from the log display mode, press the keys Ctrl-c. See Table 83 for Microcom field descriptions. Router# show modem log 1/0 Modem 1/0 Events Log: 04:58:33: End connection event: Retransmits for EC block (TX/RX) = 86/33 Duration = 0:10:21, Number of TX/RX char = 100183/34307 Local Disc Reason = Remote Link Disc Remote Disc Reason = Unknown 04:58:33: Modem State event: Idle 04:58:33: DTR event: DTR Off 04:58:33: RS232 event: RTS noDTR* CTS* DSR* noDCD* noRI* noTST* Cisco IOS Dial Technologies Command Reference DIA-914 November 2009 Dial Commands show modem log 04:58:21: DTR event: DTR On 04:58:21: RS232 event: RTS* DTR* CTS DSR noDCD noRI noTST 04:56:27: ISDN incoming calling number: 7039687666 04:56:27: ISDN incoming called number: 8366 04:56:21: Modem State event: Dialing/Answering 04:56:21: Modem State event: Incoming ring 04:56:21: Modem State event: Waiting for Carrier 04:56:21: RS232 event: RTS DTR CTS DSR noDCD noRI* noTST 04:56:09: Modem State event: Connected 04:56:09: Connection event: TX/RX Speed = 24000/26400, Modulation = V34 Direction = Answer, Protocol = reliable/LAPM, Compression = V42bis 04:56:09: RS232 event: RTS DTR CTS DSR DCD* noRI noTST 04:55:57: Modem Analog signal event: TX = -13, RX = -17, Signal to noise = 40 04:55:21: Modem State event: Disconnecting 04:55:21: End connection event: Retransmits for EC block (TX/RX) = 0/0 Duration = 0:00:46, Number of TX/RX char = 8911/7732 Local Disc Reason = Remote Link Disc Remote Disc Reason = Unknown 04:55:23: Modem State event: Idle 04:55:23: DTR event: DTR Off 04:55:23: RS232 event: RTS noDTR* CTS* DSR* noDCD* noRI* noTST* 04:55:11: DTR event: DTR On 04:55:11: RS232 event: RTS DTR* CTS DSR noDCD noRI noTST 04:53:23: ISDN incoming calling number: 8477262725 04:53:23: ISDN incoming called number: 8366 04:53:22: Modem State event: Dialing/Answering 04:53:22: Modem State event: Incoming ring 04:53:22: RS232 event: RTS DTR CTS DSR noDCD noRI* noTST 04:53:10: Modem State event: Waiting for Carrier 04:53:10: RS232 event: RTS DTR CTS DSR noDCD noRI* noTST 04:52:58: Modem State event: Connected 04:52:58: Connection event: TX/RX Speed = 24000/24000, Modulation = V34 Direction = Answer, Protocol = reliable/LAPM, Compression = V42bis 04:52:58: Modem Analog signal event: TX = -13, RX = -19, Signal to noise = 40 04:52:58: RS232 event: RTS DTR CTS DSR DCD* noRI noTST 04:52:46: Modem State event: Retrain Initiated 04:52:34: Connection update event: TX/RX Speed = 24000/24000, Modulation = V34 04:52:34: Modem State event: Connected 04:52:22: Modem Analog signal event: TX = -13, RX = -17, Signal to noise = 40 04:52:12: RS232 event: RTS DTR CTS* DSR DCD noRI noTST 04:49:24: RS232 event: RTS DTR CTS* DSR DCD noRI noTST 04:49:12: RS232 event: RTS DTR CTS* DSR DCD noRI noTST 04:19:14: RS232 event: RTS DTR CTS* DSR DCD noRI noTST 03:46:29: Modem State event: Disconnecting 03:46:29: End connection event: Retransmits for EC block (TX/RX) = 6/8 Duration = 1:06:31, Number of TX/RX char = 114943/29854 Local Disc Reason = Remote Link Disc Remote Disc Reason = Unknown 03:46:29: Modem State event: Idle 03:46:29: DTR event: DTR Off 03:46:29: DTR event: DTR On 03:46:29: RS232 event: RTS DTR* CTS* DSR* noDCD* noRI* noTST* 03:45:35: ISDN incoming calling number: 5124745911 03:45:35: ISDN incoming called number: 8366 03:45:29: Modem State event: Dialing/Answering 03:45:29: Modem State event: Incoming ring 03:45:29: Modem State event: Waiting for Carrier Cisco IOS Dial Technologies Command Reference November 2009 DIA-915 Dial Commands show modem log Table 83 describes the significant fields shown in the Microcom modem display. Table 83 show modem log Field Descriptions for Microcom Modems Field Modem Events Log: 00:00:00: Description The modem for which log events are currently displayed. Identifies the time elapsed (in hours: minutes: seconds) since each Microcom modem event was performed (for example, 01:02:41 means the modem event occurred 1 hour, 2 minutes, and 41 seconds ago). List of information describing the modem type, modem firmware, and Digital Signal Processor (DSP) controller version (for 56K modems only). Indicates the events the modem will be monitoring. Detected modem signaling. Current state of the modem, which can be any of the following: • • • • • • • • Startup Response: Control Reply RS232 event Modem State event Conn—Modem is connected to a remote host. Bad—Inoperable state, which is configured by the modem bad command. Bad*—Inoperable state, which is configured by the modem startup-test command during initial power-up testing. Reset—Modem is in reset mode. D/L—Modem is downloading firmware. Bad FW—Downloaded modem firmware is not operational. Busy—Modem is out of service and not available for calls. Idle—Modem is ready for incoming and outgoing calls. Cisco IOS Dial Technologies Command Reference DIA-916 November 2009 Dial Commands show modem log Table 83 show modem log Field Descriptions for Microcom Modems (continued) Field End connection event Description Descriptions or reasons why a connection was terminated: • • • Duration—Time (in hours: minutes: seconds) a connection was up between the local and remote devices. Number of TX/RX char—Transmit and receive characters exchanged during the connection time. Local or Remote Disc Reason—Reason the local or remote modem disconnected: – Lost Carrier—The modem firmware detects a drop in Carrier Detect during a connection. – DSP Task Hung—The DSP chip malfunctioned and failed to reset. – Link Access Procedure for Modems (LAPM) Timeout—Timed out waiting for a reply from remote. – Reliable link transmit timeout—Have not received a link acknowledgment in the first 30 seconds of the connection. – DSP access failure—Timed out trying to access the DSP chip. after a retrain/rate renegotiation. – CD off timeout—Timed out waiting for carrier to return – Code word size mismatched—The code word sizes are mismatched. – DSP code download Error—Error during the DSP code download. The time taken to recover and repeat the download would take too long to complete the handshake. Phone number event Descriptive information about the last dialed or current phone number. The following example displays the event log status for a manageable modem. It also identifies the time elapsed since each modem event was performed (for example, 01:02:41 means the modem event occurred 1 hour, 2 minutes, and 41 seconds ago). To escape from the log display mode, press the keys Ctrl-c. Router# show modem log 0/0 Modem 0/0 Events Log: 01:03:03: Startup Response: Microcom MNP10 K56 Modem (Select) Modem (boot) firmware = 3.1(16) (3.0(4)) DSP Controller (SPX) rev = 204.173(0) (143.191(0)) 01:03:03: Control Reply: 0xFF1F 01:03:03: RS232 event: RTS noDTR* CTS* DSR* noDCD* noRI noTST 01:03:03: RS232 event: RTS noDTR CTS DSR noDCD noRI noTST 01:03:03: Modem State event: Idle 01:03:03: End connection event: Retransmits for MNP block (TX/RX) = 0/0 Duration = 0:00:00, Number of TX/RX char = 0/0 Local Disc Reason = Lost Carrier Remote Disc Reason = Unknown 01:03:04: Phone number event: Cisco IOS Dial Technologies Command Reference November 2009 DIA-917 Dial Commands show modem log 01:02:51: DTR event: DTR On 01:02:51: RS232 event: RTS DTR* CTS DSR noDCD noRI noTST 00:39:52: Startup Response: Microcom MNP10 K56 Modem (Select) Modem (boot) firmware = 3.1(16) (3.0(4)) DSP Controller (SPX) rev = 1.1(0) (1.1(0)) 00:39:52: Control Reply: 0xFF1F 00:39:52: RS232 event: RTS noDTR* CTS* DSR* noDCD* noRI noTST 00:39:52: RS232 event: RTS noDTR CTS DSR noDCD noRI noTST 00:39:53: Modem State event: Idle 00:39:53: End connection event: Retransmits for MNP block (TX/RX) = 0/0 Duration = 0:00:00, Number of TX/RX char = 0/0 Local Disc Reason = Lost Carrier Remote Disc Reason = Unknown 00:39:53: Phone number event: 00:39:32: DTR event: DTR On 00:39:32: RS232 event: RTS DTR* CTS DSR noDCD noRI noTST Table 84 describes the significant fields shown in the display. Table 84 show modem log Field Descriptions Field Startup Response: Control Reply RS232 event Modem State event Description List of information describing the modem type, modem firmware, and DSP controller version (for 56K modems only). Indicates the events the modem will be monitoring. Detected modem signaling. Current state of the modem, which can be any of the following: • • • • • • • • Modem Events Log: The modem for which log events are currently displayed. Conn—Modem is connected to a remote host. Bad—Inoperable state, which is configured by the modem bad command. Bad*—Inoperable state, which is configured by the modem startup-test command during initial power-up testing. Reset—Modem is in reset mode. D/L—Modem is downloading firmware. Bad FW—Downloaded modem firmware is not operational. Busy—Modem is out of service and not available for calls. Idle—Modem is ready for incoming and outgoing calls. Cisco IOS Dial Technologies Command Reference DIA-918 November 2009 Dial Commands show modem log Table 84 show modem log Field Descriptions (continued) Field End connection event Description Descriptions or reasons why a connection was terminated: • • • Duration—Time a connection (in hours: minutes: seconds) was up between the local and remote devices. Number of TX/RX char—Transmit and receive characters exchanged during the connection time. Local or Remote Disc Reason—Reason the local or remote modem disconnected: – Lost Carrier—The modem firmware detects a drop in Carrier Detect during a connection. – DSP Task Hung—The DSP chip malfunctioned and failed to reset. Phone number event Descriptive information about the last dialed or current phone number. The show modem log command shows the progress of leased line connections. The following example is taken from a Cisco 2600 series router configured for a leased line. Note the “LL Answering” state and “LL Answer” in the “Direction” field of the connection report: Router# show modem log 00:44:03.884 DTR set high 00:44:02.888 Modem enabled 00:43:57.732 Modem disabled 00:43:52.476 Modem State: LL Answering 00:43:52.476 CSM: event-MODEM_STARTING_CONNECT New State-CSM_CONNECT_INITIATED_STATE 00:43:51.112 Modem State: Waiting for Carrier 00:43:43.308 Modem State: Connected 00:43:42.304 Connection: TX/RX Speed = 33600/33600, Modulation = V34 Direction = LL Answer, Protocol = MNP, Compression = V42bis 00:43:42.304 CSM: event-MODEM_CONNECTED New State-CONNECTED_STATE 00:43:42.300 RS232: noCTS* DSR* DCD* noRI noRxBREAK TxBREAK* 00:43:41.892 PPP mode active 00:43:41.892 Modem enabled 00:43:39.888 PPP escape maps set: TX map=00000000 RX map=FFFFFFFF 00:43:39.724 PPP escape maps set: TX map=00000000 RX map=000A0000 00:43:34.444 RS232: CTS* DSR DCD noRI noRxBREAK TxBREAK 00:43:11.716 Modem Analog Report: TX = -20, RX = -34, Signal to noise = 61 Table 85 describes the significant fields shown in the display. Table 85 show modem log Field Descriptions Field Modem Events Log: Startup Response: Control Reply RS232 event Description The modem for which log events are currently displayed. List of information describing the modem type, modem firmware, and DSP controller version (for 56K modems only). Indicates the events the modem will be monitoring. Detected modem signaling. Cisco IOS Dial Technologies Command Reference November 2009 DIA-919 Dial Commands show modem log Table 85 show modem log Field Descriptions (continued) Field Modem State event Description Current state of the modem, which can be any of the following: • • • • • • • • Conn—Modem is connected to a remote host. Bad—Inoperable state, which is configured by the modem bad command. Bad*—Inoperable state, which is configured by the modem startup-test command during initial power-up testing. Reset—Modem is in reset mode. D/L—Modem is downloading firmware. Bad FW—Downloaded modem firmware is not operational. Busy—Modem is out of service and not available for calls. Idle—Modem is ready for incoming and outgoing calls. Duration—Time a connection was up between the local and remote devices. Number of TX/RX char—Transmit and receive characters exchanged during the connection time. Local or Remote Disc Reason—Reason the local or remote modem disconnected: – Lost Carrier—The modem firmware detects a drop in End connection event Descriptions or reasons why a connection was terminated: • • • Carrier Detect during a connection. – DSP Task Hung—The DSP chip malfunctioned and failed to reset. – Phone number event—Descriptive information about the last dialed or current phone number. Related Commands Command show modem configuration show modem mica Description Displays the current modem configuration for digital MICA technologies modems loaded inside access servers or routers. Displays information about MICA technologies digital modems. show modem operational-status Displays the current modem operational status for MICA digital modems loaded in access servers or routers. show modemcap Displays the values set for the current modem and lists the modems for which the router has entries. Cisco IOS Dial Technologies Command Reference DIA-920 November 2009 Dial Commands show modem mapping show modem mapping To display a snapshot of all the firmware versions running on all the modems in the access server, use the show modem mapping command in EXEC mode. show modem mapping Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.3T Modification This command was introduced. Usage Guidelines This command is useful for managing and monitoring multiple versions of modem firmware running in an access server. This command also shows the source location of each version of firmware (for example, running out of Flash or boot Flash memory, or bundled with Cisco IOS software). Firmware can also be copied from a local TFTP server to the onboard modems. For the Cisco AS5300, issue the copy tftp flash command followed by the copy flash modem command. The Cisco AS5300 stores individual firmware files that are not bundled with the Cisco IOS software in Flash memory. For the Cisco AS5200, issue the copy tftp bootflash command followed by the copy bootflash modem command. The Cisco AS5200 stores individual firmware files not bundled with the Cisco IOS software in boot Flash memory. All the modems in a single MICA technologies modem module run the same version of firmware (for example, modems 1/0 through 1/5 in module 0). However, different versions of modem firmware can exist between different modem modules (for example, module 0 and module 1). Individual firmware files cannot be erased from Flash or boot Flash memory. The entire contents of Flash or boot Flash memory must be deleted during the erase operation. If you do this delete, be sure to back up your Cisco IOS software and running configuration before you erase your system’s Flash or boot Flash memory. Note The Cisco AS5800 does not support the show modem mapping command. Use the show modem bundled-firmware command instead. Cisco IOS Dial Technologies Command Reference November 2009 DIA-921 Dial Commands show modem mapping Examples The following is sample output from the show modem mapping EXEC command. This access server is loaded with MICA and Microcom modems. Router# show modem mapping Slot 1 has Mica Carrier card. Modem Module Numbers 0 1/0 - 1/5 1 1/6 - 1/11 2 1/12 - 1/17 3 1/18 - 1/23 4 1/24 - 1/29 5 1/30 - 1/35 6 1/36 - 1/41 7 1/42 - 1/47 Firmware Rev 2.0.1.7 2.0.1.7 2.0.1.7 2.0.1.7 2.0.1.7 2.0.1.7 2.0.1.7 2.2.3.0 Firmware Filename IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults flash:mica-modem-portware.2.2.3.0.bin Slot 2 has Microcom Carrier card. Module Number 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 Firmware Rev 3.2(10) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) 3.1(30) Firmware Filename flash:mcom-modem-code-3.2.10.bin IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults IOS-Defaults Mdm 2/0 2/1 2/2 2/3 2/4 2/5 2/6 2/7 2/8 2/9 2/10 2/11 2/12 2/13 2/14 2/15 2/16 2/17 2/18 2/19 2/20 2/21 2/22 2/23 IOS Bundled Firmware Information: Mica Boardware Version : 1.3.4.5 Mica Portware Version : 2.0.1.7 Microcom Firmware Version : 3.1.30 Microcom DSP Software Version : 1.01 Firmware files on Boot Flash: Firmware-file ============= Firmware files on System Flash: Version ======= Firmware-Type ============= Cisco IOS Dial Technologies Command Reference DIA-922 November 2009 Dial Commands show modem mapping Firmware-file ============= flash:mcom-modem-code-3.2.10.bin flash:mica-modem-portware.2.2.3.0.bin Version ======= 3.2.10 2.2.3.0 Firmware-Type ============= Microcom F/W and DSP Mica Portware Table 86 describes the significant fields shown in the display. Table 86 show modem mapping Field Descriptions Field Slot x has card Module Modem numbers Mdm Firmware Rev Description Type of modem card inserted in the specified slot. Modem module number that corresponds with the specified modem or group of modems. Range of specified modems, which are displayed as slot/port. Specified modem number, which is displayed as slot/port. Version of firmware running on the modem or module. Each time the access server reloads, this version of firmware is copied to the specified modem or range of modems. The field “Unknown” is displayed when a modem is upgrading its firmware. Location or filename of the firmware that is downloaded to the modems. A firmware file located in Flash memory begins as flash:filename. A file located in boot Flash memory begins as bootflash:filename. If the firmware is embedded or bundled in the Cisco IOS image, the field IOS-Defaults appears. On the Cisco AS5300, firmware files are stored in the system Flash memory. On the Cisco AS5200, firmware files are stored in boot Flash memory. Firmware Filename IOS Bundled Firmware Information: List of firmware versions that are bundled with the Cisco IOS software running on the system. If the firmware versions in this section are more current than the firmware running on your modems, you should upgrade the running modem firmware. Firmware files on Boot Flash: List of current firmware located on boot Flash memory. The categories are Firmware-file, Version, and Firmware-Type. Firmware files on System Flash: List of current firmware located on the system Flash memory. The categories are Firmware-file, Version, and Firmware-Type. Related Commands Command copy copy modem show modem bundled-firmware Description Copies any file from a source to a destination, including a source or destination URL for a TFTP network server, or for Flash memory. Copies modem firmware to integrated modems in an access server. Displays a list of bundled modem firmware images by slot (Cisco AS5800 access server only). Cisco IOS Dial Technologies Command Reference November 2009 DIA-923 Dial Commands show modem mica show modem mica To display information about MICA technologies digital modems, use the show modem mica command in EXEC mode. show modem mica {slot/port | all | slot [slot-number]} Syntax Description slot/port all slot slot-number Single modem in a MICA digital modem board. The slash mark is required. All the MICA modems in the system. A particular slot, which is mainly used for debugging purposes. The optional slot-number argument allows you to specify a slot number. Command Modes EXEC Command History Release 11.2P Modification This command was introduced. Usage Guidelines Each MICA modem has its own data channel port, which is tied to its own TTY line. For example, modem 0/1 is tied to TTY line 2. To display data channel information for a single MICA modem, issue the show modem mica slot/port command. All the modems on each MICA modem card share three pseudochannels for modem management functions, for example, the DC session channel, status polling channel, and controlling channel. To display statistics for each modem management channel, issue the show modem mica all command. The first channel you see displayed is the status polling channel (shown as SLOT/PORT (0/61) TTYNUM=-1 (MM Status Port)). The second displayed channel is the DC session channel (shown as SLOT/PORT (0/60) TTYNUM=-1 (MM DC Port)). The third displayed port is the controlling channel (shown as SLOT/PORT (0/62) TTYNUM=-1 (Control Port)). No TTY lines are associated with the modem management ports, as indicated by the field display TTYNUM=-1. An extensive list of all the data channels for each MICA modem is also displayed. Examples The following example displays the data port channel for modem 0/1. For a description of the significant fields shown in this display, see Table 87. Router# show modem mica 0/1 SLOT/PORT (0/1) TTYNUM=2 (Data Port) Modem hardware state: CTS noDSR DTR RTS RX Queue count is 0 TX Queue count is 1 TTY outpak is 0 TX pending FALSE RX pending FALSE RX ring with 4 entries at 0x40093184, (RX_AVAILABLE) rx_count=4 Rx_pak_head=0x6082B030 Rx_BD_head=0x4009318C Rx_BD_base=0x40093184 INPUT count = 12 00 pak=0x60753064 buf=0x40067514 status=8000 pak_size=0 Cisco IOS Dial Technologies Command Reference DIA-924 November 2009 Dial Commands show modem mica 01 pak=0x6082B030 buf=0x4013F948 status=8000 pak_size=0 02 pak=0x60A4323C buf=0x4021A214 status=8000 pak_size=0 03 pak=0x60A32DA0 buf=0x40208E9C status=8800 pak_size=0 TX ring with 4 entries at 0x400943F0, (TX_READY) tx_count = 0 tx_head = 0x400943F0 , head_txp = 0x0 Tx_bd_tail=0x400943F0 , Tx_bd_base=0x400943F0 OUTPUT count = 12 00 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 01 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 02 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 03 pak=0x0000000 buf=0x0000000 status=0800 pak_size=0 The following is sample output from the show modem mica all command. For a description of the significant fields shown in this display, see Table 87. Router# show modem mica all SLOT/PORT (0/60) TTYNUM=-1 (MM DC Port) Modem hardware state: CTS DSR DTR RTS Board is running boardware version 1.3.2.0 Boardware redirect state = DISABLE size=4520 location=0x400968A8 Board INTR ON RX[0]=0x0 RX[1]=0x0 RX[2]=0x0 RX[3]=0x0 TX[0]=0x0 TX[1]=0x0 TX[2]=0x0 TX[3]=0x0 Next Modem service is 0 Throttle count is 0, Throttle state is OFF Data channel no buffer count is 0 Boardware crash count is 0 No crash dump available Board state is RUNNING Modules state are: R R R R R R R R Modules crash count are: 0 0 0 0 0 0 0 0 Interval timer is 16 RX Queue count is 0 TX Queue count is 0 TTY outpak is 0 TX pending FALSE RX pending FALSE RX ring with 4 entries at 0x400938E4, (RX_AVAILABLE) rx_count=4 Rx_pak_head=0x60761CE0 Rx_BD_head=0x400938F4 Rx_BD_base=0x400938E4 INPUT count = 2 00 pak=0x60761920 buf=0x4009025C status=8000 pak_size=0 01 pak=0x60761740 buf=0x4008FBA4 status=8000 pak_size=0 02 pak=0x60761CE0 buf=0x40090FCC status=8000 pak_size=0 03 pak=0x6084311C buf=0x40150608 status=8800 pak_size=0 TX ring with 4 entries at 0x40094B50, (TX_READY) tx_count = 0 tx_head = 0x40094B60 , head_txp = 0x0 Tx_bd_tail=0x40094B60 , Tx_bd_base=0x40094B50 OUTPUT count = 2 00 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 01 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 02 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 03 pak=0x0000000 buf=0x0000000 status=0800 pak_size=0 SLOT/PORT (0/61) TTYNUM=-1 (MM Status Port) Modem hardware state: CTS DSR DTR RTS Board is running boardware version 1.3.2.0 Boardware redirect state = DISABLE size=4520 location=0x400968A8 Board INTR ON RX[0]=0x0 RX[1]=0x0 RX[2]=0x0 RX[3]=0x0 TX[0]=0x0 TX[1]=0x0 TX[2]=0x0 TX[3]=0x0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-925 Dial Commands show modem mica Next Modem service is 0 Throttle count is 0, Throttle state is OFF Data channel no buffer count is 0 Boardware crash count is 0 No crash dump available Board state is RUNNING Modules state are: R R R R R R R R Modules crash count are: 0 0 0 0 0 0 0 0 Interval timer is 16 The following is sample output from the show modem mica slot command. For a description of the significant fields shown in this display, see Table 87. Router# show modem mica slot SLOT/PORT (0/62) TTYNUM=-1 (Control Port) Modem hardware state: CTS DSR DTR RTS Board is running boardware version 1.3.2.0 Boardware redirect state = DISABLE size=4520 location=0x400968A8 Board INTR ON RX[0]=0x0 RX[1]=0x0 RX[2]=0x0 RX[3]=0x0 TX[0]=0x0 TX[1]=0x0 TX[2]=0x0 TX[3]=0x0 Next Modem service is 0 Throttle count is 0, Throttle state is OFF Data channel no buffer count is 0 Boardware crash count is 0 No crash dump available Board state is RUNNING Modules state are: R R R R R R R R Modules crash count are: 0 0 0 0 0 0 0 0 Interval timer is 16 RX Queue count is 0 TX Queue count is 0 TTY outpak is 0 TX pending FALSE RX pending FALSE RX ring with 4 entries at 0x40093924, (RX_AVAILABLE) rx_count=4 Rx_pak_head=0x6075D4D8 Rx_BD_head=0x40093934 Rx_BD_base=0x40093924 INPUT count = 1366 00 pak=0x6075CD58 buf=0x4008A2BC status=8000 pak_size=0 01 pak=0x6075D6B8 buf=0x4008C454 status=8000 pak_size=0 02 pak=0x6075D4D8 buf=0x4008BD9C status=8000 pak_size=0 03 pak=0x6075D2F8 buf=0x4008B6E4 status=8800 pak_size=0 TX ring with 4 entries at 0x40094B90, (TX_READY) tx_count = 0 tx_head = 0x40094BA0 , head_txp = 0x0 Tx_bd_tail=0x40094BA0 , Tx_bd_base=0x40094B90 OUTPUT count = 1894 00 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 01 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 02 pak=0x0000000 buf=0x0000000 status=0000 pak_size=0 03 pak=0x0000000 buf=0x0000000 status=0800 pak_size=0 The first channel you see displayed is the status polling channel (shown as SLOT/PORT (0/62) TTYNUM=-1 (MM Status Port)). The second displayed channel is the DC session channel (shown as SLOT/PORT (0/60) TTYNUM=-1 (MM DC Port)). The third displayed port is the controlling channel (shown as SLOT/PORT (0/62) TTYNUM=-1 (Control Port)). No TTY lines are associated with the modem management ports, as indicated by the field display TTYNUM=-1. An extensive list of all the data channels for each individual MICA modem is displayed. Cisco IOS Dial Technologies Command Reference DIA-926 November 2009 Dial Commands show modem mica Table 87 describes the significant fields shown in the displays. Table 87 show modem mica Field Descriptions Field SLOT/PORT (0/61) TTYNUM=-1 (MM Status Port) Description Status polling channel. SLOT/PORT (0/60) TTYNUM=-1 (MM DC DC session channel. Port) SLOT/PORT (0/62) TTYNUM=-1 (Control Port) Modem hardware state: Board is running boardware version Boardware crash count Modules state are: Modules crash count are: INPUT count = OUTPUT count = Controlling pseudochannel. State of the modem hardware, which can be CTS, DSR, DTR, and RTS. Version of boardware. Number of times the board has crashed since the system was last power cycled. State of the modem modules. R means that the specified modem module is running. Number of times each modem module has crashed since the system was last power cycled. Count of packets received since the last power cycle. Count of packets transmitted since the last power cycle. Related Commands Command show modem configuration Description Displays the current modem configuration for digital MICA technologies modems loaded inside access servers or routers. Displays the modem history event status performed on a manageable modem or group of modems. Displays the current modem operational status for MICA technologies digital modems loaded in access servers or routers. show modem log show modem operational-status Cisco IOS Dial Technologies Command Reference November 2009 DIA-927 Dial Commands show modem operational-status show modem operational-status To display performance statistics for individual modems, use the show modem operational-status command in EXEC mode. Cisco 3600 Series and Cisco AS5300 Universal Access Servers show modem operational-status {slot | slot/port} Cisco AS5800 Universal Access Servers show modem operational-status [shelf/slot/port] Syntax Description slot slot/port shelf/slot/port (Optional) Slot number. (Optional) Location of the slot and modem port. If these numbers are not specified, statistics for all connected modems are displayed. You must include the slash mark. (Optional) On Cisco AS5800 universal access servers, specifies the shelf, slot, and modem port. If these numbers are not specified, statistics for all connected modems are displayed. You must type in the forward slashes (/). Command Modes EXEC Command History Release 11.2(10)P 12.1(5)T 12.2(2)XA 12.2(2)XB 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was enhanced to display information about modems on the Cisco 3600 series. This command was enhanced to display additional information on disconnection reasons and states. This command was integrated into Cisco IOS Release 12.2(2)XB. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for Cisco AS5300 and Cisco AS5800 platforms. Usage Guidelines The show modem operational-status command is supported on access servers with internal MICA technologies or Microcom analog (NM-AM) modems, but not on servers with internal Microcom digital modems. To display performance statistics for Cisco AS3600 access servers with other modem types, use the following command sequence: Router# modem at-mode s/p AT@E1 Sample output and explanations of the AT@E1 modem command are provided in the document AT Command Set and Register Summary for Analog Modem Network Modules, found in the Analog Modem Firmware index of the Cisco 3600 Series Router documentation on Cisco.com. Cisco IOS Dial Technologies Command Reference DIA-928 November 2009 Dial Commands show modem operational-status To display the operational status of a specific modem port or port range for the Cisco AS5400 and AS5800 access servers, use the show port operational-status command. Examples The following example shows performance statistics for modem 0/0 on a Cisco 3600 series router network module: Router# show modem operational-status 0/0 Modem (0/0) Operational Status: Parameter #0 Disconnect Reason Info: (0x0) Type (=0 ): Class (=0 ): Other Reason (=0 ): no disconnect has yet occurred Parameter #1 Connect Protocol: ISDN Mode Parameter #2 Compression: None Parameter #3 EC Retransmission Count: 0 Parameter #4 Self Test Error Count: 0 Parameter #5 Call Timer: 179077 secs Parameter #6 Total Retrains: 0 Parameter #7 Sq Value: 7 Parameter #8 Connected Standard: ISDN Parameter #9 TX,RX Bit Rate: 2400, 2400 Parameter #11 TX,RX Symbol Rate: 0, 0 Parameter #13 TX,RX Carrier Frequency: 0, 0 Parameter #15 TX,RX Trellis Coding: (n/a), (n/a) Parameter #16 TX,RX Preemphasis Index: 0, 0 Parameter #17 TX,RX Constellation Shaping: (n/a), (n/a) Parameter #18 TX,RX Nonlinear Encoding: (n/a), (n/a) Parameter #19 TX,RX Precoding: (n/a), (n/a) Parameter #20 TX,RX Xmit Level Reduction: 0, 0 dBm Parameter #21 Signal Noise Ratio: 0 dB Parameter #22 Receive Level: 0 dBm Parameter #23 Frequency Offset: 0 Hz Parameter #24 Phase Jitter Frequency: 0 Hz Parameter #25 Phase Jitter Level: 0 degrees Parameter #26 Far End Echo Level: 0 dBm Parameter #27 Phase Roll: 0 degrees Parameter #28 Round Trip Delay: 0 msecs Parameter #30 Characters transmitted, received: 39483250, 41069212 Parameter #32 General Portware Information: 0 Parameter #33 PPP/SLIP packets transmitted, received: 774185, 774894 Parameter #35 PPP/SLIP packets received (BAD/ABORTED): 0 Parameter #36 EC packets transmitted, received OK: 0, 0 Parameter #38 EC packets (Received BAD/ABORTED): 0 Parameter #39 Robbed Bit Signalling (RBS) pattern: 0 Parameter #40 Digital Pad: (n/a), Digital Pad Compensation: None Parameter #41 V110/PIAFS frames received bad: 0 Parameter #42 V110/PIAFS frames received good: 0 Parameter #43 V110/PIAFS frames transmitted: 0 Parameter #44 V110/PIAFS sync lost: 0 Line Shape: ..............................................................................* ..............................................................................* ..............................................................................* ..............................................................................* ..............................................................................* ..............................................................................* ..............................................................................* ..............................................................................* ..............................................................................* Cisco IOS Dial Technologies Command Reference November 2009 DIA-929 Dial Commands show modem operational-status ..............................................................................* ..............................................................................* ..............................................................................* ..............................................................................* ..............................................................................* ..............................................................................* The following example shows performance statistics for modem 0/1 on a Cisco AS5300. This modem is located at slot 0, port 1. For a description of the output fields, refer to Table 88. Router# show modem operational-status 0/1 Modem(0/1) Operational-Status: Parameter #0 Disconnect Reason Info: (0xDF00) Type (=6 ): Tx (host to line) data flushing, OK Class (=31): Requested by host Reason (=0 ): non-specific host disconnect Parameter #1 Connect Protocol: LAP-M Parameter #2 Compression: V.42bis both Parameter #3 EC Retransmission Count: 1 Parameter #4 Self Test Error Count: 0 Parameter #5 Call Timer: 36 secs Parameter #6 Total Retrains: 1 Parameter #7 Sq Value: 3 Parameter #8 Connected Standard: V.90 Parameter #9 TX,RX Bit Rate: 48000, 28800 Parameter #11 TX,RX Symbol Rate: 8000, 3200 Parameter #13 TX,RX Carrier Frequency: 0, 1920 Parameter #15 TX,RX Trellis Coding: 0, 16 Parameter #16 TX,RX Preemphasis Index: 0, 6 Parameter #17 TX,RX Constellation Shaping: Off, Off Parameter #18 TX,RX Nonlinear Encoding: Off, Off Parameter #19 TX,RX Precoding: Off, Off Parameter #20 TX,RX Xmit Level Reduction: 0, 0 dBm Parameter #21 Signal Noise Ratio: 36 dB Parameter #22 Receive Level: -19 dBm Parameter #23 Frequency Offset: 0 Hz Parameter #24 Phase Jitter Frequency: 0 Hz Parameter #25 Phase Jitter Level: 0 degrees Parameter #26 Far End Echo Level: -65 dBm Parameter #27 Phase Roll: 0 degrees Parameter #28 Round Trip Delay: 3 msecs Parameter #30 Characters received, transmitted: 12, 0 Parameter #32 Characters received BAD: 1 Parameter #33 PPP/SLIP packets received, transmitted: 0, 0 Parameter #35 PPP/SLIP packets received (BAD/ABORTED): 0 Parameter #36 EC packets transmitted, received OK: 2, 0 Parameter #38 EC packets (Received BAD/ABORTED): 1 Parameter #39 Robbed bit Signalling (RBS) pattern: 0 Parameter #40 Digital Pad: 4.125 dB, Digital Pad Compensation: None Line Shape: ...........................* .............................* .............................* .............................* .............................* .............................* .............................* .............................* .............................* .............................* .............................* .............................* Cisco IOS Dial Technologies Command Reference DIA-930 November 2009 Dial Commands show modem operational-status .............................* .............................* .............................* ............................* ............................* ............................* ..........................* .....................* Table 88 show modem operational-status Field Descriptions for MICA Modems Field Modem (slot/port) Operational Status: Parameter #0 Disconnect Reason Info: Parameter #1 Connect Protocol: Description This parameter identifies the modem. This parameter displays reasons for call disconnect. This parameter displays the connect protocol for the current session, which can be synchronous (SYNC) mode, asynchronous (ASYNC) mode, AppleTalk Remote Access (ARA) 1.0, ARA 2.0, Link Access Procedure for Modems (LAP-M), Microcom Network Protocol (MNP), FAX mode, Signaling System 7/Continuity Test (SS7/COT), or ISDN Mode. This parameter displays the compression protocol used for the current connection, which can be None, V.42bis TX (transmit), V.42bis RX (receive), V.42bis both, or MNP5 data compression. This parameter displays the error correction (EC) retransmission count, or the number of times the MICA technologies modem has gone into error recovery in the TX direction for a particular connection. The higher the number, the worse the connection. However, compare this parameter against the count produced by Parameter #36 (EC packets transmitted, received) to determine if there really is a problem. Parameter #2 Compression: Parameter #3 EC Retransmission Count: Parameter #4 Self Test Error Count: Parameter #5 Call Timer: Parameter #6 Total Retrains: Parameter #7 Sq Value: This parameter displays the total errors generated during a self-test run. This parameter displays the length of the call in seconds. The timer starts when the CONNECT modem state is reached. This parameter displays the count of total retrains and speed shifts. This parameter displays the measure of the receive signal quality (SQ) bit error rate for the chosen modulation, as estimated by the Digital Signal Processor (DSP), where 0 is the highest BER value and 7 the lowest. Depending on the setting of the SQ Threshold (S32), the DSP seeks an SQ value somewhere between the highest and lowest levels. For example, if S32 = 2 (the default), an SQ value of 3 is sought. If the SQ value drops below the threshold for longer than the duration of S35, the DSP attempts a downward speed shift or retrain. Similarly, if the SQ value goes above the threshold for longer than S34, an upward speed shift or retrain is attempted. Cisco IOS Dial Technologies Command Reference November 2009 DIA-931 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #8 Connected Standard: Parameter #9 TX, RX Bit Rate: Description This parameter displays the modulation, which can be V.21, Bell03, V.22, V.22bis, Bell212, V.23, V.32, V.32bis, V.32terbo, V.34, V.34+, K56Flex, V.90, V.110, or ISDN. This parameter displays the TX bit rate from the local data communication equipment (DCE) to the remote DCE and the RX bit rate from the remote DCE to the local DCE. The following data carrier connect standards support the rates indicated in bits per second (bps): • • • • • • • • • • • • V.21 TX, RX—300 bps V.22 TX, RX—1200 bps V.22bis TX, RX—2400 bps V.23 TX (originate)—1200 bps V.23 RX (originate)—75 bps V.32 TX, RX—4800 and 9600 bps V.32bis TX, RX—4800, 7200, 9600, 12000, and 14400 bps V.34 TX, RX—2400, 4800, 7200, 9600, 12000, 14400, 16800, 19200, 21600, 24000, 26400, and 28800 bps V.34+ TX, RX—2400, 4800, 7200, 9600, 12000, 14400, 16800, 19200, 21600, 24000, 26400, 28800, 31200, and 33600 bps K56Flex TX—32000, 34000, 36000, 38000, 40000, 42000, 44000, 46000, 48000, 50000, 52000, 54000, 56000, 58000, and 60000 bps K56Flex RX—2400, 4800, 7200, 9600, 12000, 14400, 16800, 19200, 21600, 24000, 26400, 28800, and 31200 bps V.90 TX—28000, 29333, 30666, 32000, 33333, 34666, 36000, 37333, 38666, 40000, 41333, 42666, 44000, 45333, 46666, 48000, 49333, 50666, 52000, 53333, 54666, and 56000 bps V.90 RX—2400, 4800, 7200, 9600, 12000, 14400, 16800, 19200, 21600, 24000, 26400, 28800, 31200, and 33600 bps Bell103 TX, RX—Up to 300 bps Bell212 TX, RX—0 to 300 and 1200 bps V.17 TX, RX—7200, 9600, 12000, and 14400 bps V.27ter TX, RX—2400 and 4800 bps V.29 TX, RX—7200 and 9600 bps • • • The following fax connect standards support the rates indicated in bps: • • • Cisco IOS Dial Technologies Command Reference DIA-932 November 2009 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #11 TX, RX Symbol Rate: Description This parameter displays the TX symbol rate used to transmit samples to the line and the RX symbol rate used to receive samples from the line. The rates are synchronous with each other. The following data carrier connect standards support the indicated bit rates: • • • • • • • • • • • • • • • • • V.21 TX, RX—300 bps V.22 TX, RX—600 bps V.22bis TX, RX—600 bps V.23 TX (originate)—1200 bps V.23 RX (originate)—75 bps V.23 TX (answer)—75 bps V.23 RX (answer)—1200 bps V.32 TX, RX—2400 bps V.32bis TX, RX—2400 bps V.34 TX, RX—2400, 2743, 2800, 3000, 3200, and 3429 bps V.34+ TX,RX—2400, 2743, 2800, 3000, 3200, and 3429 bps K56Flex TX—8000 bps K56Flex RX—3200 bps V.90 TX—8000 bps V.90 RX—3000, 3200, and 3429 bps Bell103 TX, RX—300 bps Bell212 TX, RX—600 bps V.17 TX, RX—2400 bps V.27ter TX, RX—1800 bps V.29 TX, RX—2400 bps The following fax connect standards support the indicated bit rates: • • • Cisco IOS Dial Technologies Command Reference November 2009 DIA-933 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #13 TX, RX Carrier Frequency: Description This parameter displays the TX carrier frequency used by the local DCE and the RX carrier frequency used by the remote DCE. Data carrier frequencies are as follows: • • • • • • • • • • • • • • • • • V.21 TX RX—1080 Hz (originate) and 1750 Hz (answer) V.22 TX, RX—1200 Hz (originate) and 2400 Hz (answer) V.22bis TX, RX—1200 Hz (originate) and 2400 Hz (answer) V.23 TX (originate)—1700 Hz V.23 RX (originate)—420 Hz V.23 TX (answer)—420 Hz V.23 RX (answer)—1700 Hz V.32 TX, RX—1800 Hz V.32bis TX, RX—1800 Hz V.34 TX, RX—1600, 1800, 1646, 1680, 1829, 1829, 1867, 1900, 1920, 1959 Hz V.34+ TX, RX—1600, 1800, 1646, 1680, 1829, 1829, 1867, 1900, 1920, 1959 Hz K56Flex TX—Does not apply. K56Flex RX—1600, 1800, 1646, 1680, 1829, 1829, 1867, 1900, 1920, 1959 Hz V90 TX—Does not apply. V90 RX—1600, 1800, 1646, 1680, 1829, 1829, 1867, 1900, 1920, 1959 Hz Bell103 TX, RX—1080 Hz (originate) and 1750 Hz (answer) Bell212 TX, RX—1200 Hz (originate) and 2400 Hz (answer) V.17 TX, RX—1800 Hz V.27ter TX, RX—1200 (originate) and 1600 (answer) V.29 TX, RX—1700 Hz Fax carrier frequencies are as follows: • • • Parameter #15 TX, RX Trellis Trellis coding adds dependency between symbols to make the detection Coding: in noise more robust (Forward Error Correction). Trellis coding is displayed in values of 0, 8, 16, 32, or 64. Use the following key to correlate the trellis code values with the connection standard: • • • Note 0—V.22, V.22bis, V.21, Bell212, Bell103, V.29, or V.27 8—V.32, V.32bis, or V.17 16, 32, 64—V.34, V.34+, V.90, K56Flex MICA technologies modems do not support values of 32 or 64 in the RX direction, but do support values of 16, 32, and 64 in the TX direction. Cisco IOS Dial Technologies Command Reference DIA-934 November 2009 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #16 TX, RX Preemphasis Index: Description The preemphasis index involves shaping the raw transmit spectrum to deal with spectrum roll-offs. The preemphasis index can take on the values from 0 to 10. A zero denotes no reshaping. Typical values usually fall in the range from 0 to 2, or 6 to 7. This index is used with V.34 and V.34+ connection standards. Constellation shaping is a technique for improving noise immunity by using a probability distribution for transmitted signal points. The signal states are used to predict the sensitivity to certain transmission impairments. Constellation shaping is used with the V.34 and V.34+ connection standards. Values displayed by this parameter are either none or active (Off or On). Nonlinear encoding occurs during the training phase and moves the outer points of the constellation away to deal with nonlinear distortion. Nonlinear distortion (in the range from 0 to 200 Hz) tends to affect the higher-powered signals. Moving the outer constellation points out reduces the chance of error. Nonlinear encoding is used with the V.34 and V.34+ connection standards. Values displayed by this parameter are either none or active (Off or On). Note Parameter #17 TX, RX Constellation Shaping: Parameter #18 TX, RX Nonlinear Encoding: MICA technologies modems support nonlinear coding in both directions. Parameter #19 TX, RX Precoding: Precoding serves the same purpose as the preemphasis index, but instead manages the bits and not the raw transmit signals. This management is done only when asked for and therefore will occur only in the RX mode. Precoding is used with the V.34 and V.34+ connection standards. Values displayed by this parameter are either none or active (Off or On). The Xmit (transmit) level affects the transmit signal with 0 to 15 in dBm of reduction. If nonlinear distortion is detected, the MICA technologies modem will request a lower-powered TX signal. If the remote end detects nonlinear distortion, it will also request a lower-powered TX signal. Xmit level reduction is used with the V.34 and V.34+ connection standards. Values displayed by this parameter are the transmit signal and reduction, in dBm. Parameter #20 TX, RX Xmit Level Reduction: Cisco IOS Dial Technologies Command Reference November 2009 DIA-935 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #21 Signal Noise Ratio: Description A signal to noise ratio (SNR) is the ratio between the expected signal and the error signal. For example, consider a four-point constellation at (x,y) = (–1,1), (1,1), (1,–1), and (–1,–1). The receive signal comes in at (x^,y^) = (0.5,1.5). The expected value, although not guaranteed, is (1,1). The error vector is then calculated as follows: e = (x – x^, y – y^) = ([1–0.5], [1–1.5]) = (0.5,–0.5) and the SNR is calculated as follows: SNR = 20*log10 [magnitude(expected value x,y of constellation) / magnitude(error)] SNR = 20 log10 [magnitude(1,1) / magnitude(0.5,–0.5)] = 6.02 dB This parameter displays the ratio measurement of the desired signal to noise. MICA technologies modems measure the SNR in only the signal band that has a rate equal to the baud rate (that is, 3200 Hz, 2400 Hz, and so on). Note that a 28.8-kbps connection demands an SNR of about 37 dB. If the rate is lower than this value, the quality of the connection diminishes. A 33.6-kbps connection demands an SNR of 38 to 39 dB. A clean line has an SNR of about 41 dB. The values displayed by this parameter range from 0 to 70 decibels (dB) and change in 1-dB steps. Parameter #22 Receive Level: The receive level is the power of the received signal and ranges from 0 to –128 dBm in 1-dBm incremental steps. The ideal range is about –22 dBm in the United States and –12 dBm in Europe. In theory, MICA technologies modems can handle a receive level up to –4 dBm. However, the receive level they can handle is a function of the echo level. If there is absolutely no echo, the MICA modem should be able to handle a –4 dBm level. As the echo level goes up, the receive level that the MICA modem can handle moves from –4 dBm to –5 dBm, and so on. The optimum range for the receive level displayed by this parameter is from –12 dBm to –24 dBm. Parameter #23 Frequency Offset: Frequency offset is a difference between the modulation carriers—that is, the frequency shift in the receive spectrum between the expected RX carrier frequency and the actual RX carrier frequency. The values displayed by this parameter range from +/–32 in 0.125-Hz steps. The typical value is 0 Hz. Note Values of up to +/–7 Hz can be found on analog trunk circuits and will be compensated for by the MICA technologies modems. Cisco IOS Dial Technologies Command Reference DIA-936 November 2009 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #24 Phase Jitter Frequency: Description Phase jitter frequency is the peak-to-peak differential between two signal points. The following calculation models a typical RX carrier: e^j(wt + a) but when phase jitter is detected, the RX carrier is modeled as follows: e^j[wt + a + K sin(bt + c)] where: w = carrier frequency a = carrier phase K = magnitude of sinusoidal phase jitter b = frequency of sinusoidal phase jitter c = phase of sinusoidal phase jitter Uncanceled phase jitter looks like “rocking” of the baseband QAM constellation. The points look like arcs with the outer points having longer arcs. The phase jitter measurements displayed by this parameter range from +/–32 in 0.125-Hz steps. The typical value is 0 degrees (that is, phase jitter is not normally present). Note This phase jitter value is found only on analog trunk circuits. Typical frequencies are power generation frequencies and their harmonics (that is, 60, 120 Hz within the United States; 50, 100 Hz international). MICA technologies modems cancel all known frequencies. Parameter #25 Phase Jitter Level: Phase jitter level is the amount of phase jitter measured and indicates how large the “rocking” is, in degrees. On an oscilloscope, the constellation points would look like crescent moons. The jitter level corresponds to magnitude K as described in Parameter #24. Values displayed by this parameter can range up to 15 degrees. The typical value is 0 degrees (that is, phase jitter is not normally present). Cisco IOS Dial Technologies Command Reference November 2009 DIA-937 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #26 Far End Echo Level: Description Over long connections, an echo is produced by impedance mismatches at 2-wire-to-4-wire and at 4-wire-to-2-wire hybrid circuitry. This parameter displays the far-end echo level (that portion of the transmitted analog signal that has bounced off of the analog front end of the remote modem), which can range from 0 to –90 dBm. A MICA modem cannot handle near-end echo if far-end echo is present and the round-trip delay is greater than 10 microseconds. This constraint comes from the number of taps in the echo canceler of MICA modems. Assuming that there is no near-end echo, the performance of the receiver varies as the ratio of the receive level divided by the far-end echo (RECEIVE LEVEL/FAR END ECHO). As the echo level rises, the receiver performance degrades. (This is why the MICA modem can handle “hotter” receive levels with less echo.) The technical reason for this degradation has to do with dynamic range. Every echo canceler has some residual echo (error) left in the signal. This residual echo adds to the power of the receive signal going through the rest of the MICA modem receiver. With little residual echo, there is more dynamic range for the actual receive signal. For a call to go from the MICA modem to the local switch and back into MICA, the reported far-end echo level must be less than –55 dBm. A greater echo level indicates a digital-to-analog conversion in the path between the MICA modem and the switch. MICA modems are not supported in this topology. Parameter #27 Phase Roll: This parameter displays the phase roll, which affects the echo signal coming back to the MICA modem. A certain constellation pattern is transmitted from a MICA modem when the echo signal reaches the central office (CO). Some echoed form of this signal/constellation pattern is sent back to the MICA modem; however, the constellation shape may be rotated from 0 to 359 degrees. This rotation is called the phase roll. The echoed signal consists of a frequency component and a phase component. If the frequency component changes at all, a correction is needed for echo cancellation to work correctly. A slight variance (an unknown amount that would have to be determined through experimentation) in the phase may not affect how the echo canceler performs. Too much change in phase also needs correcting for proper echo cancellation to occur. The phase roll value ranges from +/–32 in 0.125-Hz steps. The typical value is 0 or close to 0. Cisco IOS Dial Technologies Command Reference DIA-938 November 2009 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #28 Round Trip Delay: Description Round-trip delay is the total round-trip propagation delay of the link in microseconds. This delay is important for proper echo cancellation. This parameter displays the round-trip delay; the amount of delay varies with each network. Note The buffer speed for MICA modems is 4096 bps; therefore, at 2400 bps the delay is 1.7 seconds, and at 3429 bps, 1.19 seconds. Because round-trip delay is measured before the bps rate is chosen, round-trip delay is used to disable those bit rates for which the round-trip delay cannot be supported. For example, if the round trip-delay is 1.25 seconds, 3429 is disabled for that train attempt. Parameter #30 Characters transmitted, received: Parameter #32 General Portware Information: This parameter displays the total count of characters (before modem compression of any type) received and transmitted. Not used. Parameter #33 PPP/SLIP This parameter displays the total count of Point-to-Point Protocol packets transmitted, received: (PPP) and Serial Line Internet Protocol (SLIP) packets transmitted and received. This total could include all PPP/SLIP packets, including BAD/ABORTED packets. Parameter #35 PPP/SLIP packets received (BAD/ABORTED): This parameter displays the total count of the bad or aborted PPP/SLIP packets, and is a subset of the counter shown in Parameter #33 (PPP/SLIP packets received). A counted PPP packet has a bad FCS, or the SLIP packet has a transparency error. Errored PPP frames should be displayed only when asynchronous framing (no EC protocol) is being used. This parameter displays the number of EC packets transmitted (the number of TX frames that the client modem has accepted) and the number of EC packets received (the number of RX frames that the MICA modem has accepted). Parameter #36 EC packets transmitted, received OK: Parameter #38 EC packets Parameter #38 is identical to Parameter #3 (EC Retransmission Count). (Received BAD/ABORTED): It may read differently from Parameter #3, depending on how the software requests the parameter information. Parameter #39 Robbed Bit Signalling (RBS) pattern: This parameter displays the number of robbed bits detected in the connection. The robbed bits are used for in-band signaling. This information is reported only for K56Flex by the analog modem. The six least significant bits of the returned value indicate the periodic RBS pattern, where a 1 denotes a pulse code modulation sample with a robbed bit. Cisco IOS Dial Technologies Command Reference November 2009 DIA-939 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #40 Digital Pad, Digital Pad Compensation: Description A digital pad can be implemented by the CO to attenuate a “hot” signal. Compensation boosts the signal by the amount of the pad. This parameter displays values that usually range from 0 to 10 dB, with typical values being 0, 3, and 6 dB. Note A digital pad is mandatory for K56Flex, but configurable for V.90 using S52. K56Flex supports only 0, 3, and 6 dB. V.90 supports steps of 1/8192 dB, but it is reported to the host in steps of 0.125-dB granularity. Line Shape: The display at the end of the report shows line shaping as a frequency-response graph of the channel. The Y (vertical) axis represents frequencies from 150 Hz (top of chart) to 3750 Hz (bottom of chart) in 150-Hz steps. The X (horizontal) axis represents a normalized amplitude. The graph can help identify nulls, bandwidth, and distortion (irregular shape). A flat spectrum plot is best. This display is available only for V.34, V.90, and K56Flex connection standards. Cisco IOS Dial Technologies Command Reference DIA-940 November 2009 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #9 TX, RX Bit Rate: Description This parameter displays the TX bit rate from the local data communication equipment (DCE) to the remote DCE and the RX bit rate from the remote DCE to the local DCE. The following data carrier connect standards support the rates indicated in bits per second (bps): • • • • • • • • • • • • V.21 TX, RX—300 bps V.22 TX, RX—1200 bps V.22bis TX, RX—2400 bps V.23 TX (originate)—1200 bps V.23 RX (originate)—75 bps V.32 TX, RX—4800 and 9600 bps V.32bis TX, RX—4800, 7200, 9600, 12000, and 14400 bps V.34 TX, RX—2400, 4800, 7200, 9600, 12000, 14400, 16800, 19200, 21600, 24000, 26400, and 28800 bps V.34+ TX, RX—2400, 4800, 7200, 9600, 12000, 14400, 16800, 19200, 21600, 24000, 26400, 28800, 31200, and 33600 bps K56Flex TX—32000, 34000, 36000, 38000, 40000, 42000, 44000, 46000, 48000, 50000, 52000, 54000, 56000, 58000, and 60000 bps K56Flex RX—2400, 4800, 7200, 9600, 12000, 14400, 16800, 19200, 21600, 24000, 26400, 28800, and 31200 bps V.90 TX—28000, 29333, 30666, 32000, 33333, 34666, 36000, 37333, 38666, 40000, 41333, 42666, 44000, 45333, 46666, 48000, 49333, 50666, 52000, 53333, 54666, and 56000 bps V.90 RX—2400, 4800, 7200, 9600, 12000, 14400, 16800, 19200, 21600, 24000, 26400, 28800, 31200, and 33600 bps Bell103 TX, RX—Up to 300 bps Bell212 TX, RX—0 to 300 and 1200 bps • • • The following fax connect standards support the rates indicated in bits per second (bps): • • • V.17 TX, RX—7200, 9600, 12000, and 14400 bps V.27ter TX, RX—2400 and 4800 bps V.29 TX, RX—7200 and 9600 bps Cisco IOS Dial Technologies Command Reference November 2009 DIA-941 Dial Commands show modem operational-status Table 88 show modem operational-status Field Descriptions for MICA Modems (continued) Field Parameter #11 TX, RX Symbol Rate: Description This parameter displays the TX symbol rate used to transmit samples to the line and the RX symbol rate used to receive samples from the line. The rates are synchronous with each other. The following data carrier connect standards support the indicated bit rates: • • • • • • • • • • • • • • • • • V.21 TX, RX—300 bps V.22 TX, RX—600 bps V.22bis TX, RX—600 bps V.23 TX (originate)—1200 bps V.23 RX (originate)—75 bps V.23 TX (answer)—75 bps V.23 RX (answer)—1200 bps V.32 TX, RX—2400 bps V.32bis TX, RX—2400 bps V.34 TX, RX—2400, 2743, 2800, 3000, 3200, and 3429 bps V.34+ TX,RX—2400, 2743, 2800, 3000, 3200, and 3429 bps K56Flex TX—8000 bps K56Flex RX—3200 bps V.90 TX—8000 bps V.90 RX—3000, 3200, and 3429 bps Bell103 TX, RX—300 bps Bell212 TX, RX—600 bps V.17 TX, RX—2400 bps V.27ter TX, RX—1800 bps V.29 TX, RX—2400 bps The following fax connect standards support the indicated bit rates: • • • The following Microcom example shows details for an 8-port analog modem module inside a Cisco 3640 router. (For an explanation of the fields seen in this display, refer to the description of the AT@E1 modem command in the document AT Command Set and Register Summary for Analog Modem Network Modules.) Router# show modem operational-status 1/0 MNP Class 10 V.34 Modem MODEM HW: PC 2W ANALOG United States Firmware Rev 2.2.48/85 DSP C36 Part/Rev 3635 4241 DSP C58 Part/Rev 3635 2041 DSP Controller Rev 0.0 Cisco IOS Dial Technologies Command Reference DIA-942 November 2009 Dial Commands show modem operational-status DSP Data Pump Rev 0.0 Connect Time 000:00:00 - RTS 5 CTS 6 DSR - CD 20 DTR - RI Disconnect Remote Local Mod Type TX/RX Spd TX/RX Spd Mask Symbol Rate TX/RX Carrier Freq TX/RX States TX/RX NLE TX/RX Precoding TX/RX Shaping TX Preemphasis Index TX Lvl REG TX Lvl RAM TX Lvl Reduct TX Lvl RX Lvl S/NR S/DR EQM AVG EQM Lower/Upper Edge Phase Jitter Freq Phase Jitter Amp Far Echo Lvl Round Trip Delay Dropouts > 5dB RTRNs Init/Accept RRENs Init/Accept BLER RBS Counter Digital Pad Detected Max SECRXB Max SECTXB OK IDLE ***** ***** BPS NA 0000 Hex 2400 Hz 1800 1800 Hz 16 16 OFF OFF OFF OFF OFF OFF 0 - 13 dBm - 0 dB 0 dB - 13 dBm - 57 dBm 0 0 0000 Hex 0000 Hex 0 0 Hz 0 Hz 0.0 deg 0 N 0 msec 0 0 0 0 0 0000 Hex 0000 Hex NA 00 00 Related Commands Command show modem configuration show modem log show modem mica show port operational-status Description Displays the current modem configuration for digital MICA modems loaded inside access servers or routers. Displays the modem history event status performed on a manageable modem or group of modems. Displays information about MICA digital modems. Displays the operational status of a specific modem port or port range for the Cisco AS5400 and AS5800 access servers. Cisco IOS Dial Technologies Command Reference November 2009 DIA-943 Dial Commands show modem summary show modem summary To display a high-level report for all manageable modems dialing in to and out of the network, use the show modem summary command in EXEC mode. show modem summary Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Examples The following is sample output from the show modem summary command: Router# show modem summary Incoming calls Succ Fail Avail 1547 64 11 Outgoing calls Succ Fail Avail 0 0 11 Busied Out 0 Failed Dial 3 No Ans 3 Succ Pct. 96% Usage 17% Table 89 describes the significant fields shown in the display. Table 89 show modem summary Field Descriptions Field Incoming and Outgoing calls Description Calls dialing into and out of the modem. • • • • Usage—Percentage of the total system uptime that all the modems are in use. Succ—Total calls successfully connected. Fail—Total calls that did not successfully connect. Avail—Total modems available for use in the system. Busied Out Failed Dial No Ans Succ Pct. Total number of times the modems were taken out of service with the modem busy command or the modem shutdown command. Total number of attempts the modems did not hang up or there was no dial tone. Total number of times call ringing was detected, but the calls were not answered by a modem. Successful connection percentage of total available modems. Cisco IOS Dial Technologies Command Reference DIA-944 November 2009 Dial Commands show modem test show modem test To display the modem test log, use the show modem test command in EXEC mode. show modem test Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Usage Guidelines The modem test log displays the results of the modem diagnostics test, which is issued with the modem autotest global configuration command. Examples The following is sample output from the show modem test command for a V.34 modem card: Router# show modem test Date 5/15 5/15 5/15 5/15 5/15 5/15 5/15 5/15 5/15 5/15 . . . Time 07:25:17 07:25:17 07:25:17 07:25:17 07:25:17 07:25:17 07:25:17 07:25:17 07:25:17 07:25:17 Modem 1/0 1/1 1/2 1/3 1/4 1/5 1/6 1/7 1/8 1/9 Test Back-To-Back Back-To-Back Back-To-Back Back-To-Back Back-To-Back Back-To-Back Back-To-Back Back-To-Back Back-To-Back Back-To-Back Reason TIME INTERVAL TIME INTERVAL TIME INTERVAL TIME INTERVAL TIME INTERVAL TIME INTERVAL TIME INTERVAL TIME INTERVAL TIME INTERVAL TIME INTERVAL State Idle Idle Idle Idle Idle Idle Idle Idle Idle Idle Result FAIL PASS PASS FAIL PASS PASS PASS PASS PASS PASS AM AM AM AM AM AM AM AM AM AM Table 90 describes the significant field shown in the display. Table 90 show modem test Field Descriptions Field Date Time Modem Test Reason Description Date the back-to-back test occurred for the specified modem. Time the test occurred. Specified modem that performed a back-to-back test. Operation performed by the specified modem. Reason the modem performed a back-to-back test. Cisco IOS Dial Technologies Command Reference November 2009 DIA-945 Dial Commands show modem test Table 90 show modem test Field Descriptions (continued) Field State Result Description Current operational state of the modem. Result of the back-to-back test for the specified modem. Cisco IOS Dial Technologies Command Reference DIA-946 November 2009 Dial Commands show modem version show modem version To display version information about the modem firmware, controller and Domain Specific Part (DSP) ATM address field code (for 56K modems only), and boot code, use the show modem version command in EXEC mode. show modem version Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.2 12.0(4)XI1 Modification This command was introduced. This command was enhanced to display service processing element (SPE) features. The “–/–” in the DSP REV field indicates that the spe configuration commands for firmware download are unavailable on that modem. Usage Guidelines This command is useful for verifying the version of modem firmware running on the system before or after a modem firmware upgrade. If there is a “-/-” in the DSP REV field, you cannot use the spe configuration commands for firmware download on that modem. Examples The following example displays information for modem firmware, which includes modem firmware version, boot code version, controller and DSP code version (56K modem modules only), modem board hardware version, and carrier card information. This particular example displays information for Microcom 56K modem cards (modules 0/0, 2/0, and 2/1) and V.34 cards (module 0/1) installed in a Cisco AS5200. If the version number is displayed as 0.0.0, verify that out-of-band status polling is functioning. Router# show modem version Modem module Number 0 0 Firmware Rev 3.1(21) 3.1(21) Boot Rev 3.0(4) 3.0(4) DSP Rev 1.1(0)/1.1(0) 1.1(0)/1.1(0) Mdm 0/0 0/1 . . . 0/11 0/12 0/13 . . . 0/23 2/1 2/2 0 1 1 3.1(21) 3.0(4) 2.2(8) 1.0(5) 2.2(8) 1.0(5) 1.1(0)/1.1(0) 1 2/0 0 0 2.2(8) 1.0(5) 0 3.1(21) 3.0(4) 1.1(0)/1.1(0) 3.1(21) 3.0(4) 1.1(0)/1.1(0) 3.1(21) 3.0(4) 1.1(0)/1.1(0) Cisco IOS Dial Technologies Command Reference November 2009 DIA-947 Dial Commands show modem version . . . 2/21 2/22 2/23 1 1 1 3.1(21) 3.0(4) 3.1(21) 3.0(4) 3.1(21) 3.0(4) 1.1(0)/1.1(0) 1.1(0)/1.1(0) 1.1(0)/1.1(0) Modem board HW version info: Slot 0: Carrier card: hw version= 8, number_of_ports= 24, max_modules= 2, max_oob_ports= 2 Modem Module 0: number_of_modems= 12, option_bits= 1, rev_num= 02.00, vendor_model_number= 02, vendor_banner= Microcom MNP10 K56 Modem Modem Module 1: number_of_modems= 12, option_bits= 1, rev_num= 03.00, vendor_model_number= 01, vendor_banner= Microcom MNP10 V34 Modem Slot 2: Carrier card: hw version= 7, number_of_ports= 24, max_modules= 2, max_oob_ports= 2 Modem Module 0: number_of_modems= 12, option_bits= 1, rev_num= 02.00, vendor_model_number= 02, vendor_banner= Microcom MNP10 K56 Modem Modem Module 1: number_of_modems= 12, option_bits= 1, rev_num= 02.00, vendor_model_number= 02, vendor_banner= Microcom MNP10 K56 Modem The following example displays modem version information for V.110 terminal adapter modules: Router# show modem version Modem module Number 0 0 0 Firmware Rev Unmanaged Unmanaged Unmanaged Boot Rev Unmanaged Unmanaged Unmanaged Mdm 0/0 0/1 0/2 . . . 0/11 1/0 . . . 1/11 1/12 . . . 1/22 1/23 2/0 . . . 2/11 2/12 0 0 Unmanaged Unmanaged Unmanaged Unmanaged 0 1 Unmanaged Unmanaged Unmanaged Unmanaged 1 1 0 Unmanaged Unmanaged Unmanaged Unmanaged Unmanaged Unmanaged 0 1 Unmanaged Unmanaged Unmanaged Unmanaged Cisco IOS Dial Technologies Command Reference DIA-948 November 2009 Dial Commands show modem version . . . 2/22 1 Unmanaged Unmanaged Modem board HW version info: Slot 0: Carrier card: hw version= 3, number_of_ports= 12, max_modules= 1, max_oob_ports= 1 Modem Module 0: number_of_modems= 12, option_bits= 1, rev_num= 03.01, vendor_model_number= 01, vendor_banner= V.110 Terminal Adaptor Slot 1: Carrier card: hw version= 8, number_of_ports= 24, max_modules= 2, max_oob_ports= 2 Modem Module 0: number_of_modems= 12, option_bits= 1, rev_num= 03.01, vendor_model_number= 01, vendor_banner= V.110 Terminal Adaptor Modem Module 1: number_of_modems= 12, option_bits= 1, rev_num= 03.01, vendor_model_number= 01, vendor_banner= V.110 Terminal Adaptor Slot 2: Carrier card: hw version= 8, number_of_ports= 24, max_modules= 2, max_oob_ports= 2 Modem Module 0: number_of_modems= 12, option_bits= 1, rev_num= 03.00, vendor_model_number= 01, vendor_banner= V.110 Terminal Adaptor Modem Module 1: number_of_modems= 12, option_bits= 1, rev_num= 03.00, vendor_model_number= 01, vendor_banner= V.110 Terminal Adaptor The following example shows the display from a Cisco AS5300. If there is a “-/-” in the DSP REV field, you cannot use the spe configuration commands for firmware download on that modem. Router# show modem version Modem module Number 0 0 0 0 0 0 1 Firmware Rev 2.6.1.0 2.6.1.0 2.6.1.0 2.6.1.0 2.6.1.0 2.6.1.0 2.6.1.0 Boot Rev DSP Rev Mdm 1/0 1/1 1/2 1/3 1/4 1/5 1/6 . . . 1/41 1/42 1/43 1/44 1/45 1/46 1/47 2/0 6 7 7 7 7 7 7 0 2.6.1.0 2.6.1.0 2.6.1.0 2.6.1.0 2.6.1.0 2.6.1.0 2.6.1.0 5.0(40) 3.0(4) 22.0/47.0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-949 Dial Commands show modem version 2/1 0 5.0(40) 2/2 0 5.1(9) . . . 2/8 0 5.1(9) 2/9 0 5.0(40) 2/10 0 5.1(9) 2/11 0 5.1(9) 2/12 1 2.3(6) 2/13 1 2.3(6) . . . Modem board HW version info: 3.0(4) 3.0(4) 22.0/47.0 22.0/47.0 3.0(4) 3.0(4) 3.0(4) 3.0(4) 1.0(5) 1.0(5) 22.0/47.0 22.0/47.0 22.0/47.0 22.0/47.0 -/-/- Slot 1: Carrier card: number_of_ports= 48, max_modules= 10 Manufacture Cookie Info: EEPROM Type 0x0001, EEPROM Version 0x01, Board ID 0x47, Board Hardware Version 1.0, Item Number 73-2393-3, Board Revision A0, Serial Number 09361116, PLD/ISP Version 5.9, Manufacture Date 20-Jun-1998. Modem Module 0 Manufacture Cookie Info: EEPROM Type 0x0101, EEPROM Version 0x01, Board ID 0x06, Board Hardware Version 1.0, Item Number 73-2522-2, Board Revision B48, Serial Number 06542204, PLD/ISP Version 255.255, Manufacture Date 23-Jun-1998. Modem Module 1 Manufacture Cookie Info: EEPROM Type 0x0101, EEPROM Version 0x01, Board ID 0x06, Board Hardware Version 1.0, Item Number 73-2522-2, Board Revision B48, Serial Number 06478113, PLD/ISP Version 255.255, Manufacture Date 23-Jun-1998. . . . Modem Module 7 Manufacture Cookie Info: EEPROM Type 0x0101, EEPROM Version 0x01, Board ID 0x06, Board Hardware Version 1.0, Item Number 73-2522-2, Board Revision B48, Serial Number 06478929, PLD/ISP Version 255.255, Manufacture Date 23-Jun-1998. Modem Module 8 Modem Module 9 Slot 2: Carrier card: hw version= 2, pld= 0, number_of_ports= 24, max_modules= 2, max_oob_ports= 2 Manufacture Cookie Info: EEPROM Type 0x0001, EEPROM Version 0x01, Board ID 0x47, Board Hardware Version 1.0, Item Number 73-2522-2, Board Revision ^@2, Serial Number 05433763, PLD/ISP Version 255.255, Invalid Date code. Modem Module 0: number_of_modems= 12, option_bits= 1, Cisco IOS Dial Technologies Command Reference DIA-950 November 2009 Dial Commands show modem version rev_num= 03.30, vendor_model_number= 02, vendor_banner= Microcom MNP10 K56 Modem Modem Module 1: number_of_modems= 12, option_bits= 1, rev_num= 03.00, vendor_model_number= 01, vendor_banner= Microcom MNP10 V34 Modem Router# Router# write terminal Building configuration... Current configuration: ! version 12.0 service timestamps debug datetime msec service timestamps log datetime msec no service password-encryption service internal ! hostname Router ! aaa new-model aaa group server radius aaa-server server 1.2.3.4 ! spe 1/0 1/7 firmware location system:/ucode/mica_port_firmware spe 2/0 2/1 firmware location system:/ucode/microcom_firmware spe 2/2 2/8 firmware location flash:mcom-fw-dsp.5.1.9_47.22.bin spe 2/9 2/9 firmware location system:/ucode/microcom_firmware spe 2/10 2/11 firmware location flash:mcom-fw-dsp.5.1.9_47.22.bin spe 2/12 2/23 firmware location feature_card_flash ! Router# termination length 0 Table 91 describes the significant fields shown in the displays of the show modem version command. Table 91 show modem version Field Descriptions Field Mdm Modem module Number Firmware Rev Description Slot and port number for the specified modem. Card number associated with the carrier card. Modem firmware version, or one of the following: • • • Unknown—Indicates that the retrieved version is 0.0.0. Unknown (F)—Indicates that the modem’s out-of-band feature has failed. Unknown (NP)—Indicates that the user has disabled the status polling for this modem using the no modem status-polling command. Cisco IOS Dial Technologies Command Reference November 2009 DIA-951 Dial Commands show modem version Table 91 show modem version Field Descriptions (continued) Field Boot Rev Description Modem boot version, or one of the following: • • • Unknown—Indicates that the retrieved version is 0.0.0. Unknown (F)—Indicates that the modem’s out-of-band feature has failed. Unknown (NP)—Indicates that the user has disabled the status polling for this modem using the no modem status-polling command. DSP Rev Controller and DSP version, which is displayed for the 56K modems only. The first set of numbers correspond to the controller version. The second set of numbers, which begin with a forward slash (/), corresponds to the DSP version. Modem hardware board information. Slot number used for the carrier card. Modem carrier card. Modem carrier card hardware version. Maximum number of modem ports that can be installed in the carrier card. Maximum number of modem cards that can be installed in a carrier card. Maximum number of out-of-band ports used in the carrier card. Modem card. Number of modems installed in the modem card. Signal level of the modem A-law and the U-law. Modem card version number. Vendor modem model number. Type of banner displayed by the modem vendor. Modem board HW version info: Slot Carrier card hw version number_of_ports max_modules max_oob_ports Modem Module number_of_modems option_bits rev_num vendor_model_number vendor_banner Cisco IOS Dial Technologies Command Reference DIA-952 November 2009 Dial Commands show modemcap show modemcap To display the values set for the current modem and list the modems for which the router has entries, use the show modemcap command in EXEC mode. To display the attributes associated with a specific modem, use the show modemcap command in EXEC mode with the optional modem-type argument. show modemcap [modem-type] Syntax Description modem-type (Optional) Modem type, such as a Codex 3260. Command Default The list of modems for which the router has entries. Command Modes EXEC Command History Release 11.1 Modification This command was introduced. Usage Guidelines When a modem name is supplied, this command displays the available modem values. As an alternative to repeatedly entering the same data, use templates as a way to join modemcap entries. For example, consider the following modemcap entries: modemcap entry gv_basics:FD=&F:AA=S0=1:CD=&C1:DTR=&D2:NEC=E0:NRS=Q1 modemcap entry global_village:HFL=&K3\\X1:BCP=%C1:NCP=%C0:TPL=gv_basics modemcap entry gv_teleport:NCP=%C0:TPL=gv_basics To look up the factory default for a global_village modem, perform the following steps: Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Look at the global_village modemcap entry for the factory default (FD). If you fail to find FD in global_village, look at the global_village modemcap entry for a template (TPL). Find a TPL called “gv_basics.” Look in the gv_basics modemcap entry for the FD. Find FD=&F in the gv_basics modemcap entry. Use &F as the FD for the global_village. Cisco IOS Dial Technologies Command Reference November 2009 DIA-953 Dial Commands show modemcap Examples The following example shows the modem values in a Codex 3260: Router# show modemcap codex_3260 Modemcap values for codex_3260 Factory Defaults (FD): &F Autoanswer (AA): S0=1 Carrier detect (CD): &C1 Drop with DTR (DTR): &D2 Hardware Flowcontrol (HFL): *FL3 Lock DTE speed (SPD): *SC1 DTE locking speed (DTE): [not set] Best Error Control (BER): *SM3 Best Compression (BCP): *DC1 No Error Control (NER): *SM1 No Compression (NCP): *DC0 No Echo (NEC): E0 No Result Codes (NRS): Q1 Software Flowcontrol (SFL): [not set] Caller ID (CID): &S1 On-hook (ONH): H0 Off-hook (OFH): H1 Miscellaneous (MSC): [not set] Template entry (TPL): default Modem entry is built-in. Table 92 identifies and describes the list of attributes. Table 92 Modem Attributes Modem Attribute Factory defaults (FD) Autoanswer (AA) Carrier detect (CD) Description Returns the modem to factory default configuration. This is commonly “&F.” Sets the modem to answer the phone if data terminal ready (DTR) is high, preferably on the first ring. This is commonly “S0=1.” Instructs the modem to raise the CD signal when a carrier is detected. Cisco configures modems into auto-answer mode by default. This is not the default for most modems, which just raise CD and leave it high. This is commonly “&C1.” In auto-answer mode, the modem waits until it detects a ring, then responds to the incoming call and negotiates an end-to-end connection with the other modem. At this point, the modem receiving the call informs the router that it has a call ready to be processed; this notification is performed by raising the signal on EIA/TIA-232 pin 8 (the Data Carrier Detect signal) to high. Drop with DTR (DTR) Drops the connection if DTR signal drops. There is frequently an option to reset the configuration while this drop occurs; however, this option should not be used. The connection should only drop. The correct value for this is commonly “&D2.” Set Hardware Flowcontrol (HFL) Set Software flowcontrol (SFL) Uses ready to send/clear to send (RTS/CTS) out-of-band flow control. Uses transmit on/transmit off (XON/XOFF) in-band flow control. Cisco IOS Dial Technologies Command Reference DIA-954 November 2009 Dial Commands show modemcap Table 92 Modem Attributes (continued) Modem Attribute Lock DTE speed (SPD) Description Instructs the modem to lock the speed at which it communicates to the router to a single rate, preferably the highest. This attribute is important and is often hard to find in manuals. SPD is often linked to the hardware flow control variable. Look for phrases like “bps rate adjust” and “bit rate adjust.” Some modems set the speed to a value that depends on an S-register; other modems simply lock to the speed that was used when the last AT command was issued. Locking to the speed that was last used is handled automatically. To enable the S-register to set the speed, you must include the proper S-register value for the fastest possible DTE speed. Best Error Control (BER) Best Compression (BCP) No Error Control (NER) No Compression (NCP) No Echo (NEC) No Result Codes (NRS) Caller ID (CID) Miscellaneous (MSC) Template entry (TPL) Instructs the modem to negotiate its best error control with remote modems. For ARAP users, this is Microcom Network Protocol (MNP) 5/Link Access Procedure, Balanced (LAPB), but not MNP4. Instructs the modem to negotiate its best compression with remote modems. Instructs the modem to negotiate no error control with remote modems. This attribute will be used when placing outgoing (callback) AppleTalk Remote Access protocol (ARAP) calls. Instructs the modem to negotiate no compression with remote modems. This attribute is used when placing outgoing (callback) ARAP calls. Requests the modem not to echo characters. This attribute is commonly “E0.” Requests the modem not to send a response when you issue a command. This attribute is commonly “Q1.” Requests that Caller ID information be returned when dial in occurs. Not used. Sends any extra commands that are needed for the modem to work (possibly with specific platforms). This is the name of another modem type. It is referenced as the value of any of the previously listed attributes if they are not set on the current modem type. Related Commands Command modemcap edit modemcap entry Description Changes a modem value that was returned from the show modemcap command. Stores and compresses information about the capability of a specified modem. Cisco IOS Dial Technologies Command Reference November 2009 DIA-955 Dial Commands show modem-pool show modem-pool To display the configuration and connection status for one or more modem pools, use the show modem-pool command in EXEC mode. show modem-pool [pool-name] Syntax Description pool-name (Optional) Modem pool name. Command Modes EXEC Command History Release 11.2P Modification This command was introduced. Usage Guidelines The counters displayed by the show modem-pool command are cleared with the copy modem command. Examples In the following example, two modem pools are set up: v90service and v34service. Each pool contains one Dialed Number Information Service (DNIS) number: 1234 and 5678, respectively. Each DNIS number is allowed a maximum of 48 simultaneous connections. A total of 96 modems are assigned to the modem pools: 48 and 48, respectively. Modems that are left unassigned to modem pools are automatically put into the default modem pool (displayed as System-def-Mpool). The default pool is empty in this example. Router# show modem-pool modem-pool: System-def-Mpool modems in pool: 0 active conn: 0 0 no free modems in pool modem-pool: v90service modems in pool: 48 active conn: 46 8 no free modems in pool called_party_number: 1234 max conn allowed: 48, active conn: 46 8 max-conn exceeded, 8 no free modems in pool modem-pool: v34service modems in pool: 48 active conn: 35 0 no free modems in pool called_party_number: 5678 max conn allowed: 48, active conn: 35 0 max-conn exceeded, 0 no free modems in pool Cisco IOS Dial Technologies Command Reference DIA-956 November 2009 Dial Commands show modem-pool Table 93 describes the significant fields shown in the display. Table 93 show modem-pool Field Descriptions Field modem-pool Description Name of the modem pool. In the previous example, there are three modem pools configured: System-def-Mpool, v34service, and v90service. To set modem pool name, see the copy modem command. All the modems not assigned to a modem pool are automatically assigned to the system default pool (displayed as System-def-Mpool). modems in pool active conn no free modems in pool called_party_number Number of modems assigned to the modem pool. To assign modems to a pool, see the copy modem command. Number of simultaneous active connections for the specified modem pool or called party DNIS number. Number of times incoming calls were rejected because there were no more free modems in the pool to accept the call. Specified called party DNIS number. This is the number that the remote clients use to dial in to the access server. You can have more than one DNIS number per modem pool. To set the DNIS number, see the copy modem command. Maximum number of modems that a called party DNIS number can use, which is an overflow protection measure. To set this feature, see the copy modem command. Number of times an incoming call using this called party DNIS number was rejected because the max-conn number parameter specified by the called-number command was exceeded. max conn allowed max-conn exceeded Related Commands Command called-number (modem pool) clear modempool-counters copy modem modem-pool Description Assigns a called party number to a pool of modems. Clears active or running counters associated with one or more modem pools. Copies modem firmware to integrated modems in access servers. Creates a new modem pool or specifies an existing modem pool, which allows you to physically or virtually partition your access server for dial-in and dial-out access. Assigns a range of modems to a modem pool. pool-member Cisco IOS Dial Technologies Command Reference November 2009 DIA-957 Dial Commands show nbf cache show nbf cache To display NetBIOS name cache contents, use the show nbf cache command in EXEC mode. show nbf cache Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.1 Modification This command was introduced. Examples The following is sample output from the show nbf cache command: Router# show nbf cache HW Addr 1000.5a89.449a 0000.0000.0000 Name IKBA NANOO How Idle E0 6 async1 21 NetBIOS Packet Savings 0 0 Table 94 describes significant fields shown in the display. Table 94 show nbf cache Field Descriptions Field HW Addr Name How Idle Description MAC address mapped to the NetBIOS name in this entry. NetBIOS name mapped to the MAC address in this entry. Interface through which this information was learned. Period of time (in seconds) since this entry was last accessed. A hyphen in this column indicates a static entry in the NetBIOS name cache. NetBIOS Number of packets to which local replies were made (thus preventing transmission of Packet Savings these packets over the network). Related Commands Command ppp multilink group netbios access-list Description Restricts a physical link to joining only a designated multilink-group interface. Defines an IPX NetBIOS FindName access list filter. netbios input-access-filter host Defines a station access list filter on incoming messages. The access lists of station names are defined in netbios access-list host commands. Cisco IOS Dial Technologies Command Reference DIA-958 November 2009 Dial Commands show nbf cache Command netbios name-cache Description Defines a static NetBIOS name cache entry, tying the server with the name netbios-name to the mac-address, and specifying that the server is accessible either locally through the interface-name specified, or remotely through the ring-group group-number specified. Defines a station access list filter on outgoing messages. Displays NetBEUI connection information. netbios output-access-filter host show nbf sessions Cisco IOS Dial Technologies Command Reference November 2009 DIA-959 Dial Commands show nbf cache Cisco IOS Dial Technologies Command Reference DIA-960 November 2009 Dial Commands show nbf sessions show nbf sessions To display NetBEUI connection information, use the show nbf sessions command in EXEC mode. show nbf sessions‘ Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.1 Modification This command was introduced. Examples The following is sample output from the show nbf sessions command: Router> show nbf sessions Async6 NetBIOS Session Table: Srcnum Destnum Dest-Interface DestMAC 8 6 Ethernet0 00aa.005b.c17b NetBIOS Global Session Table: Srcnum Destnum Dest-Interface DestMAC Src-Interface SrcMac(I) 6 8 Async7 0000.0000.0000 ADD_[GROUP]NAME_QUERY queuesize=0 STATUS_QUERY queuesize=0 STATUS_RESPONSE queuesize=0 NAME_QUERY queuesize=0 NAME_RECOGNIZED queuesize=0 SESSION_INITIALIZE queuesize=0 SESSION_INITIALIZE (pending) queuesize=0 Ethernet0 00aa.005b.c17b(95) Table 95 describes the significant fields shown in the display. Table 95 show nbf sessions Field Descriptions Field Interface NetBIOS Session Table: Srcnum, Destnum Dest-Interface, DestMAC Global NetBIOS Session Table: Dest-Interface DestMAC Description Summarizes Async/ISDN interface NetBIOS connection information. Source and destination connection numbers. Destination interface and MAC address. Summarizes LAN NetBIOS connection information. Destination interface (Async7 in this case) and MAC address (0000.0000.0000 in this case). Cisco IOS Dial Technologies Command Reference November 2009 DIA-961 Dial Commands show nbf sessions Table 95 show nbf sessions Field Descriptions (continued) Field Src-Interface SrcMac NetBIOS Datagram Queue Summary: ADD_[GROUP]NAME_ QUERY STATUS_QUERY STATUS_RESPONSE NAME_QUERY NAME_RECOGNIZED SESSION_INITIALIZE (pending) Description Source interface (Ethernet0 in this case) and MAC address (00aa.005b.c17b(95) in this case). Summarizes NetBIOS pending datagram queues. Add Group Name Query packets. Status Query packets. Status Response packets. Name Query packets. Name Recognized packets. NetBIOS session Initialize packets. Related Commands Command ppp multilink group netbios access-list netbios input-access-filter netbios name-cache Description Restricts a physical link to joining only a designated multilink-group interface. Defines an IPX NetBIOS FindName access list filter. Controls incoming IPX NetBIOS FindName messages. Defines a static NetBIOS name cache entry, tying the server with the name netbios-name to the mac-address, and specifying that the server is accessible either locally through the interface-name specified, or remotely through the ring-group group-number specified. Controls outgoing NetBIOS FindName messages. Displays NetBIOS name cache contents. netbios output-access-filter show nbf cache Cisco IOS Dial Technologies Command Reference DIA-962 November 2009 Dial Commands show port config show port config To display the configuration parameters of the active session for the specified port or the specified port range, use the show port config command in EXEC mode. Cisco AS5400 with the NextPort Dial Feature Card (DFC) show port config {slot | slot/port} Cisco AS5800 with the Universal Port Card (UPC) show port config {shelf/slot | shelf/slot/port} Syntax Description slot slot/port All ports on the specified slot. For the Cisco AS5350 slot values range from 1to 3. For the Cisco AS5400, slot values range from 1to 7. All ports on the specified slot and service processing element (SPE). For the Cisco AS5350 slot values range from 1to 3. For the Cisco AS5400, slot values range from 1to 7. The port values range from 0 to one less than the number of ports supported by the card. You must include the slash mark. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and port values range from 0 to one less than the number of ports supported by the card. You must include the slash marks. shelf/slot shelf/slot/port Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.2(2)XA 12.2(2)XB1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5400 and Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(2)XB1. This command was integrated into Cisco IOS Release 12.2(11)T. Usage Guidelines The port should have an associated active session when the show port config command is executed. Note The show port config command is similar to the show modem config MICA technologies modem command. Cisco IOS Dial Technologies Command Reference November 2009 DIA-963 Dial Commands show port config Examples The following example shows output from the show port config command on the Cisco AS5400 with the NextPort DFC. This example shows port configuration for the modem service port slot 1, port 0. Router# show port config 1/0 Service Type :Modem service Originate/Answer Mode :Answer Data Bits Selection :8 Parity Selection :No Parity Stop bits Selection :1 V.42 ODP generation :Enabled EC Autodetect Time-out :5000 ms Protocol Negotiation Time-out :10000 ms Protocol Negotiation Fallback character :13 Protocol Negotiation Retransmission Limit :12 EC Min, Max Octets Frame length :256 Data Compression :V.44Tx V.44Rx ARA Error Correction :ARA1.0 & ARA2.0 Disabled V.42 Error Correction :V.42(LAP-M) Originate&Answer enabled MNP Error Correction :MNP Originate&Answer enabled Link Protocol Fallback :Async Framing (Start/Stop/Parity) Calling Tone :Disabled Guard Tone :Disabled Modem Standard :V.90 Automode Max Non-PCM Connect Rate :33600 bps Min Non-PCM Connect Rate :300 bps Max PCM Connect Rate :60000 bps Min PCM Connect Rate :28000 bps Signal Quality Threshold :Bit Errors >= 1:1000 cause recovery Fallback/Fallforward Squelch Timer :500 ms Fall Forward Timer :10000 ms Fall Back Timer :500 ms Terminate Time-out :20 secs Wait for Data Mode Time-out :60 secs Lost Carrier To Hang-up Delay :1400 ms PCM Transmit Level Setting :-13 dBm Retrain Limit :4 V.34 Max Symbol Rate :3429 Baud V.34 Min Symbol Rate :2400 Baud V.34 Carrier Frequency :Auto Carrier Selection V.34 Preemphasis Filter Selection :11 +++ Escape Detection :Enabled-in-Originate-Mode-Only AT Command Processor :Enabled Call Setup Delay :0 ms Automatic Answer Delay :2 secs Escape Detection Character :ASCII 43 (+) Carriage Return Character :ASCII 13 (CR) Line Feed Character :ASCII 10 (LF) Backspace Character :ASCII 8 (BS) Pause Before Blind Dialing :2 secs Comma Dial Modifier Time :2 secs MOH Timeout :No limit QC Configuration :Enabled ANSpcm Level -12dBm V.44 Max Tx Codewords :256 V.44 Max Rx Codewords :256 V.44 Max Tx String Length :32 V.44 Max Rx String Length :32 V.44 Max Tx History Size :256 V.44 Max Rx History Size :256 Cisco IOS Dial Technologies Command Reference DIA-964 November 2009 Dial Commands show port config The following example shows port configuration information for a digital service port slot 1, port 8 on the Cisco AS5800 with the UPC: Router# show port config 1/8 Shelf/Slot/SPE/Port -- 1/8/27/165 Service Type Originate/Answer Mode Data Bits Selection Parity Selection Stop bits Selection V.42 ODP generation EC Autodetect Time-out Protocol Negotiation Time-out Protocol Negotiation Fallback character Protocol Negotiation Retransmission Limit EC Min, Max Octets Frame length Data Compression ARA Error Correction V.42 Error Correction MNP Error Correction Link Protocol Fallback Calling Tone Guard Tone Modem Standard Max Non-PCM Connect Rate Min Non-PCM Connect Rate Max PCM Connect Rate : : : : : : : : : : : : : : : : : : : : : : Modem service Answer 8 No Parity 1 Enabled 5000 ms 10000 ms 13 12 256 V.42bis or MNP5 ARA1.0 & ARA2.0 Disabled V.42(LAP-M) Originate&Answer enabled MNP Originate&Answer enabled Async Framing (Start/Stop/Parity) Disabled Disabled V.90 Automode 33600 bps 300 bps 60000 bps Table 96 describes the significant fields shown in the displays. Table 96 show port config Field Descriptions Field Service Type Originate/Answer Mode Data Bits Selection Parity Selection Stop bits Selection V.42 ODP generation EC Autodetect Time-out value Description Digital or analog service type. Answer or originate. Default is answer. 7, 8, or 9 data bits. Default is 8. 0 = no parity, 1 = even parity, 2 = odd parity. Default is no parity. 1 or 2 stop bits. Default is 1 stop bit. Disabled or generate ODP sequence when originating a V.42 call. Default is Generate ODP sequence when originating a V.42 call. Maximum period, in milliseconds (ms), during which the modem will run an automated detection machine upon the incoming data. Default is 5000 ms. Maximum wait (in ms) for error correction protocol negotiation before fallback. Default is 10000 ms. 0 to 127. Default is 13. 0 = Do not disconnect on excessive retransmission; 1 to 255 = number of successive retransmissions to cause disconnect. Default is 12. Buffer length; 64 to 1024 octets of data. Default is 256. Protocol Negotiation Time-out Protocol Negotiation Fallback Character Protocol Negotiation Retransmission Limit EC Min, Max Octets Frame Length Cisco IOS Dial Technologies Command Reference November 2009 DIA-965 Dial Commands show port config Table 96 show port config Field Descriptions (continued) Field Data Compression ARA Error Correction Description Disabled, V.42bis, MNP5, or V.42bis or MNP5 (V.42 has precedence). Default is V.42bis or MNP5 (V.42 has precedence). ARA1.0 & ARA2.0 Disabled, Enabled for Answer only, Enabled for Answer originate ARA1.0, and Enabled for Answer originate ARA2.0. Default is Enabled for Answer only. V.42(LAP-M) Disabled, V.42(LAP-M) Originate&Answer enabled. Default is Disabled. MNP Disabled or MNP Originate&Answer enabled. Default is MNP Originate&Answer enabled. Asynch Framing (Start/Stop/Parity), Synchronous framing (Raw 8 bits to DSP), or Disconnect (Hang-up). Default is Asynch Framing (Start/Stop/Parity). 0 to 15. Disabled or Send calling tone. Default is Disabled. Disabled, Use Guard tone (V.22 & V.22bis only). Default is Disabled. V.34bis Automode with terbo, V.34bis Automode skip terbo, V.32 terbo Automode, V.32bis Automode, V.22bis Automode, or K56Flex 1.1. Default is V.34bis Automode with terbo. 75 to 56000 bits per second (bps). 75 to 56000 bps. No action on bit errors, Bit Errors >=1:100 cause recovery, Bit Errors >=1:1000 cause recovery, Bit Errors >=1:10000 cause recovery, Bit Errors >=1:100000 cause recovery, or Bit Errors >=1:1000000 cause recovery. Default is 1:1000. Time to delay (in ms) after a speed shift before allowing another speed shift. Default is 500 ms. Elapsed time (in ms) with continuous good signal quality to cause a fall forward. Default is 10000 ms. Elapsed time (in ms) with bad signal quality to cause a fallback. Default is 500 ms. Elapsed time (in seconds) after a disconnect request before forcing a link disconnection. During this period, the modem sends buffered data and then clears down the link. Default is 20 seconds. Maximum time (in seconds) during link establishment before disconnection. Default is 40; 60 for K56Flex. V.42 Error Correction MNP Error Correction Link Protocol Fallback DSP processor MVIP TDM slice Calling Tone Guard Tone Modem Standard Max. Connect Rate Min. Connect Rate Signal Quality Threshold Fallback/Fallforward Squelch Timer Fall Forward Timer Fall Back Timer Terminate Time-out Wait for Data Mode Time-out Lost Carrier To Hang-up Delay Maximum time (in ms) without a carrier to cause the link disconnect. Default is 1400 ms. PCM Transmit Level Setting Retrain Limit 6d Bm, 7 dBm, 8 dBm, –20 dBm, or –21 dBm. Default is 9 dBm. Maximum successive failed retrains to cause the link to disconnection. Default is 4. Cisco IOS Dial Technologies Command Reference DIA-966 November 2009 Dial Commands show port config Table 96 show port config Field Descriptions (continued) Field V.34 Max. Symbol Rate V.34 Min. Symbol Rate V.34 Carrier Frequency V.34 Preemphasis Filter Selection Tx and Rx Signaling Type Description 2400 baud, 2743 baud, 2800 baud, 3000 baud, 3200 baud, or 3429 baud. Default is 3429 baud. 2400 baud, 2743 baud, 2800 baud, 3000 baud, 3200 baud, or 3429 baud. Default is 2400 baud. Low Carrier, High Carrier, or Auto Carrier Selection. Default is High Carrier. 0 to 10 = a selected filter; 11 = Automatic Preemphasis Selection. Default is 11. NULL signaling, MF signaling, DTMF signaling, Lower band R2 signaling, Upper band R2 signaling, or R1 signaling. Default is NULL signaling. No tone detection, Dial tone detection, Ring-Back tone detection, or Busy tone detection. Default is No tone detection. Disabled, Enabled, or Enabled-in-Originate-Mode-Only. Default is Enabled-in-Originate-Mode-Only. Disabled or Enabled. Default is Disabled. No delay before link initiation, delay value (1 to 255 ms). Default is No delay. Answer immediately, delay value (1 to 255 seconds). Default is 1 second. ASCI value (0 to 127). Default is 43. ASCI value (0 to 127). Default is 13. ASCI value (0 to 127). Default is 10. ASCI value (0 to 127). Default is 8. 2 to 255 seconds. Default is 2. Wait for data mode timeout. 2 to 255 seconds. Default is 2. Call Progress Tone Detection +++ Escape Detection AT Command Processor Call Set Up Delay Automatic Answer Escape Detection Character Carriage Return Character Line Feed Character Backspace Character Pause Before Blind Dialing Wait For Carrier After Dial Comma Dial Modifier Time Related Commands Command show port operational-status Description Displays the operational status of a specific port or port range. Cisco IOS Dial Technologies Command Reference November 2009 DIA-967 Dial Commands show port digital log show port digital log To display the data event log for digital modems, use the show port digital log command in EXEC mode. show port digital log [reverse slot/port] [slot | slot/port]] Syntax Description reverse slot slot/port (Optional) Displays a report with the most recent entry first. (Optional) All ports on the specified slot. For the Cisco AS5400, slot values range from 1to 7. (Optional) All ports on the specified slot and service processing element (SPE). For the Cisco AS5400, slot values range from 1to 7 and port values range from 0 to one less than the number of ports supported by the card. You must include the slash mark. Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5350 universal gateway. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines Note This command is not supported on the Cisco AS5800 with the Universal Port DFC. Examples The following is sample output from the show port digital log command on the Cisco AS5400 with the NextPort DFC: Router# show port digital log Port 5/00 Events Log 00:02:41: incoming called number: 35140 Service type: DIGITAL_DATA Session State: IDLE Service type: DIGITAL_DATA Session State: ACTIVE 00:02:41: Digital State event: State: Steady 00:02:40: Digital Static event: Connect Protocol Data Bits Parity : : : V.110 8 0 Cisco IOS Dial Technologies Command Reference DIA-968 November 2009 Dial Commands show port digital log Stop Bits TX,RX Bit Rate Port 5/01 Events Log 00:02:42: incoming called number: 35140 Service type: DIGITAL_DATA Session State: IDLE Service type: DIGITAL_DATA Session State: ACTIVE 00:02:41: Digital State event: State: Steady 00:02:41: Digital Static event: Connect Protocol Data Bits Parity Stop Bits TX,RX Bit Rate Port 5/02 Events Log 00:02:42: incoming called number: 35140 Service type: DIGITAL_DATA Session State: IDLE Service type: DIGITAL_DATA Session State: ACTIVE 00:02:42: Digital State event: State: Steady 00:02:42: Digital Static event: Connect Protocol Data Bits Parity Stop Bits TX,RX Bit Rate Port 5/03 Events Log 00:02:43: incoming called number: 35140 Service type: DIGITAL_DATA Session State: IDLE Service type: DIGITAL_DATA Session State: ACTIVE 00:02:43: Digital State event: State: Steady 00:02:43: Digital Static event: Connect Protocol Data Bits Parity . . . : : 1 19200, 19200 : : : : : V.110 8 0 1 19200, 19200 : : : : : V.110 8 0 1 19200, 19200 : : : V.110 8 0 Table 97 describes the significant fields shown in the display. Table 97 show port digital log Field Descriptions Field Port incoming called number Service type Session State Description The port and slot with the events log of current session. The incoming called number. The type of digital service, data or voice. The condition of the current state, active or idle. Cisco IOS Dial Technologies Command Reference November 2009 DIA-969 Dial Commands show port digital log Table 97 show port digital log Field Descriptions (continued) Field Digital State event: Description The digital state. Values are as follows: 0—IDLE state 10—CONNECTING state 30—Steady 50—TERMINATING state Connect Protocol Data Bits Parity Stop Bits TX, RX Bit Rate The data carrier connect standard used to support the rates of bits per second (bps). The number of data bits, 7, 8, or 9. Default is 8. The parity selection of 0 = no parity, 1 = odd parity. Default is no parity. The selection of stop bits, 1 or 2. Default is 1. The transmit and receive bit rate. For RX, the bit rate is from the remote service provider to the local service provider. For TX, the bit rate is from the local service provider to the remote service provider. Displays the log of events for that port. Events Log Related Commands Command clear port digital log clear port log show port digital log Description Clears specific service events. Clears all event entries in the port level history event log. Displays port events with the most recent event first. Cisco IOS Dial Technologies Command Reference DIA-970 November 2009 Dial Commands show port log show port log To display the service events generated by the sessions, use the show port log command in privileged EXEC mode. show port {fax | voice} log [reverse] [slot/port] [slot | slot/port] Syntax Description fax voice reverse slot/port Displays the fax data event log. Displays the voice data event log. (Optional) Displays the port history event log with the most recent event first. (Optional) Displays information for all ports on the specified slot and service processing element (SPE). Slot values range from 1 to 7 and port values range from 0 to 107. You must include the slash mark. (Optional) Displays information for all ports on the specified slot. Slot values range from 1 to 7. slot Command Modes Privileged EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM2 12.2(11)T 12.3(4)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5400 and Cisco AS5800. This command was integrated into Cisco IOS Release 12.1(5)XM2. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350 and Cisco AS5400 platforms. Voice activity detection (VAD) background noise, echo return loss (ERL) level, and Acombined (ACOM) level were replaced with average values for each statistic in the output. A new field was added for the average echo canceller (ECAN or EC) background noise. T.38 fax relay call statistics were made available to Call Detail Records (CDRs) through Vendor-Specific Attributes (VSAs) and added to the call log. 12.3(14)T Examples The following example shows value averages for VAD background noise, ERL level, ACOM level, and EC background noise level. Relevant fields in the output are shown in bold. Router# show port voice log 1/0 Port 1/00 Events Log *Aug 22 07:59:27.515:Voice Terminate event: Disconnect Reason : normal call clearing (16) Call Timer : 57 secs Current playout delay : 65 ms Min/Max playout delay : 65/105 ms Clock offset : 142003 ms Predictive concealment : 0 ms Cisco IOS Dial Technologies Command Reference November 2009 DIA-971 Dial Commands show port log Interpolative concealment : 0 ms Silence concealment : 0 ms Buffer overflow discards : 1 End-point detection errors : 0 Tx/Rx Voice packets : 2813/2816 Tx/Rx signaling packets : 0/0 Tx/Rx comfort noise packets : 0/0 Tx/Rx duration : 56260/56260 ms Tx/Rx voice duration : 0/0 ms Out of sequence packets : 0 Bad protocol headers : 0 Num. of late packets : 0 Num. of early packets : 1 Tx/Rx Power : -87.0/-57.3 dBm Tx/Rx Mean : -86.7/-57.0 dBm Average VAD Background noise level : 6.2 dBm Average ERL level : 127.0 dB Average ACOM level : 127.0 dB Tx/Rx current activity : silence/silence Tx/Rx byte count : 450080/450240 Average ECAN Background noise level: -83.4 dBm *Aug 22 07:59:27.515:Voice SSRC change events: Latest ssrc value : 391643394 Total ssrc changes : 1 The following example shows output for the Cisco AS5400 with the universal port Dial Feature Card (DFC). The example shows the port voice history event log for slot 4, port 0. Router# show port voice log 4/0 03:36:26: incoming caller number: 11001 03:36:26: incoming called number: 21001 03:36:26: Voice Connect event: Voice Codec : G.711 a-law Echo Canceler Length : 64 taps Digit detection enable : DTMF signaling - enabled Echo Cancellation Control : Echo cancellation - enabled Echo update - enabled Non-linear processor - enabled Echo reset coefficients disabled High pass filter enable disabled Comfort noise generation : Generate comfort noise Voice activity detection : Disabled Information field size : 20 ms Digit relay enable : OOB Digit relay disabled IB Digit relay disabled Encapsulation protocol : RTP Playout de-jitter mode : adaptive Input Gain : 0 dB Output Gain : 0 dB Tx/Rx SSRC : 0/0 03:36:27: Voice Terminate event: Disconnect Reason : Non-specific host disconnect Call Timer : 122 secs Current playout delay : 30 ms Min/Max playout delay : 25/45 ms Clock offset : 528623613 ms Predictive concealment : 0 ms Interpolative concealment : 0 ms Silence concealment : 0 ms Cisco IOS Dial Technologies Command Reference DIA-972 November 2009 Dial Commands show port log Buffer overflow discards : 0 End-point detection errors : 0 Tx/Rx Voice packets : 6130/6130 Tx/Rx signaling packets : 0/0 Tx/Rx comfort noise packets : 0/0 Tx/Rx duration : 122615/122615 Tx/Rx voice duration : 90000/82000 : Out of sequence packets : 0 Bad protocol headers : 0 Num. of late packets : 0 Num. of early packets : 0 Tx/Rx Power : 932/101 dBm Tx/Rx Mean : 364/325 dBm : Background noise level : -1 dBm ERL level : 623 dB ACOM level : 586 dB Tx/Rx current activity : silence/silence Table 98 describes the significant fields shown in the display. Table 98 show port log Field Descriptions Field incoming caller number incoming called number Voice Codec Echo Canceler Length Digit detection enable Echo Cancellation Control Description The incoming caller number. The incoming called number. Codec used for the current call. Length of echo canceler in number of taps. Ranges from 1 to 1024 (128 milliseconds [ms]). Bit mask where 1 = enabled, 0 = disabled, Bit 0 = dual tone multifrequency (DTMF) signaling detection. Bit mask where 1 = enabled, 0 = disabled. Bit 0: Echo cancellation enable. Bit 1: Echo update enable. Bit 2: Nonlinear processor enable. Bit 3: Echo reset coefficients (single shot). Bit 4: High pass filter disable. Bits 5—15: reserved (set to 0). Echo update Non-linear processor Echo reset coefficients High pass filter enable Bit 1: Echo update enable. Bit 2: Nonlinear processor enable. Bit 3: Echo reset coefficients (single shot). Bit mask where 1 = enabled, 0 = disabled Bit 0 = Echo cancellation enable. Bit 1: Echo update enable Bit 2: Nonlinear processor enable Bit 3: Echo reset coefficients (single shot) Bit 4: High pass filter disable Bits 5—15: reserved (set to 0) Cisco IOS Dial Technologies Command Reference November 2009 DIA-973 Dial Commands show port log Table 98 show port log Field Descriptions (continued) Field Voice activity detection Information field size Digit relay enable IB Digit relay Encapsulation protocol Playout de-jitter mode Input Gain Output Gain Disconnect Reason Call Timer Current playout delay Min/Max playout delay Clock offset Predictive concealment Interpolative concealment Silence concealment Buffer overflow discards End-point detection errors Tx/Rx SSRC Tx/Rx Voice packets Tx/Rx signaling packets Tx/Rx comfort noise packets Tx/Rx duration Tx/Rx voice duration Out of sequence packets Bad protocol headers Num. of late packets Num. of early packets Tx/Rx Power Tx/Rx Mean Description 0 = disabled, 1 = enabled. Maximum size (in ms) of information field in fax relay packets. The range is 0 to 90 ms. Bit mask where 1 = enabled, 0 = disabled, Bit 0 = Digit Passthrough suppression. Bit 1 = IB Digit Relay. 1 = RTP (VoIP), 2 = FRF.11 (VoFR), 3 = VoATM. 0 = fixed, 1 = adaptive. –6.0 to 6.0 in 0.1 decibel (dB) increments. 0 to –14.0 in 0.1 dB increments. Disconnect reason. In seconds. Current playout delay estimate (in ms). Minimum and Maximum playout delay encountered (in ms). Clock offset value (in ms). Cumulative duration (in ms). Cumulative duration (in ms). Cumulative duration (in ms). Cumulative number buffer overflow errors. Cumulative number of endpoint detection errors. Value of Tx/Rx SSRC in the Routing Table Protocol (RTP) header. Cumulative count of voice packets sent and received. Cumulative count of signaling packets sent and received. Cumulative count of comfort noise packets sent and received. Total duration of voice transmission and reception (in ms). Total duration of voice transmission and reception (in ms). Cumulative count of packets received out of sequence. Cumulative count of packets received with bad protocol headers. Cumulative count of packets received late. Cumulative count of packets received early. Current power of sent and received signal (to time-division multiplexing [TDM]) in 0.1 dBm increments. Average power of sent and received signal (to TDM) in 0.1 dBm increments. Comfort noise generation 0 = generate silence - G.711 only, 1 = generate comfort noise. Cisco IOS Dial Technologies Command Reference DIA-974 November 2009 Dial Commands show port log Table 98 show port log Field Descriptions (continued) Field Background noise level ERL level ACOM level Description Current background noise level estimate in 0.1 decibel (dB) increments. Current Echo Return Loss (ERL) level estimate in 0.1 dB increments. Current ACOM level estimate in 0.1 dB increments. The term ACOM is used in G.165, General Characteristics of International Telephone Connections and International Telephone Circuits: Echo Cancellers. ACOM is the combined loss achieved by the echo canceller, which is the sum of the ERL, ERL enhancement, and nonlinear processing loss for the call. 0 = silence, 1 = voice. Tx/Rx current activity The following example shows output for the Cisco AS5400 with the universal port DFC. The example shows the port fax history event log for slot 1, port 0. Router# show port fax log 1/0 Port 1/00 Events Log Port 1/01 Events Log Port 1/02 Events Log *Jan 1 18:39:30.499 UTC: Fax-relay Connect event: Max. transmission rate : 4800 bps Information field size : 20 ms TCF generation : transparent Transmit level : -10 dBm Encapsulation protocol : UDPTL IFP Payload Type : ECM Disable : Disabled The following example shows output for the Cisco AS5350 on shelf 1, slot 3 with the T.38 Fax Relay statistics: Router# show port fax log 1/3 Port 1/03 Events Log May 7 21:32:22.556 UTC: Fax-relay Connect event: Max. transmission rate : 14400 bps Information field size : 20 ms TCF generation : transparent Transmit level : -10 dBm Encapsulation protocol : UDPTL ECM Disable : Not disabled 1 bytes of link info not formatted : 0x01 0x00 Fax-relay Terminate event: Disconnect Reason : 0 Call Timer : 55 secs Current playout delay : 80 ms Min/Max playout delay : 1/560 ms Buffer underflow discard : 0 Buffer overflow discard : 0 End-point detection errors : 0 Tx/Rx Fax packets : 1580/90 Tx/Rx duration : 32856/6193 ms Tx/Rx pages : 1/0 Out of sequence packets : 0 Bad protocol headers : 0 Fax state : Idle ! Cisco IOS Dial Technologies Command Reference November 2009 DIA-975 Dial Commands show port log Current signal level Phase jitter Frequency offset EQM Packet loss concealment count TX/RX Byte Count Recent HS Modulation ECM in use : : : : : : : : 42 dBm 0 degrees 0 Hz 0 0 0/76 V.17/short/14400 1 The following example shows output for the Cisco AS5350 on shelf 1, slot 3 with the T.38 fax relay statistics: Router# show port fax log 1/3 Port 1/03 Events Log May 7 21:32:22.556 UTC: Fax-relay Connect event: Max. transmission rate : 14400 bps Information field size : 20 ms TCF generation : transparent Transmit level : -10 dBm Encapsulation protocol : UDPTL ECM Disable : Not disabled 1 bytes of link info not formatted : 0x01 0x00 Fax-relay Terminate event: Disconnect Reason : 0 Call Timer : 55 secs Current playout delay : 80 ms Min/Max playout delay : 1/560 ms Buffer underflow discard : 0 Buffer overflow discard : 0 End-point detection errors : 0 Tx/Rx Fax packets : 1580/90 Tx/Rx duration : 32856/6193 ms Tx/Rx pages : 1/0 Out of sequence packets : 0 Bad protocol headers : 0 Fax state : Idle ! Current signal level : 42 dBm Phase jitter : 0 degrees Frequency offset : 0 Hz EQM : 0 Packet loss concealment count : 0 TX/RX Byte Count : 0/76 Recent HS Modulation : V.17/short/14400 ECM in use : 1 Cisco IOS Dial Technologies Command Reference DIA-976 November 2009 Dial Commands show port log Table 99 lists the significant fields displayed in the output of show port fax log command: Table 99 show port fax log Field Descriptions Field Max. transmission rate Description 0: No Limit. 1: 2400 bits per second (bps). 2: 4800 bps. 3: 7200 bps. 4: 9600 bps. 5: 12000 bps. 6: 14400 bps. Information field size TCF generation Transmit level Encapsulation protocol Maximum size of information field in fax relay packets. The range is 0 to 90 ms. 0: transparent (remote). 1: controlled (local). Transmit level of remodulator (in decibels per milliwatt [dBm]): –10 to –21. 1: UDPTL (T.38—VoIP) (default). 2: FRF.11 (VoFR). 3: RTP (IFP in RTP). IFP Payload Type ECM Disable Disconnect Reason Call Timer Current playout delay Min/Max playout delay Buffer underflow discard Buffer overflow discard End-point detection errors Tx/Rx Fax packets Tx/Rx duration Tx/Rx pages Out of sequence packets Bad protocol headers Fax state Current signal level 0 to 127. Negotiated payload type for fax relay over RTP. (Valid only when encapsulation protocol is RTP.) 0 - Error Correction Mode (ECM) is not disabled. 1 - ECM is disabled. Disconnect Reason. Call timer in seconds. Current playout delay estimate in milliseconds (ms). Minimum and maximum playout delay encountered in ms. Cumulative number of buffer underflow errors. Cumulative number of buffer overflow errors. Cumulative number of endpoint detection errors. Cumulative count of fax packets sent and received. Total duration of fax transmission and reception in ms. Total pages of fax transmitted and received. Cumulative count of packets received out of sequence. Cumulative count of packets received with bad protocol headers. Idle. Current sent and received signal level estimate in dBm. Cisco IOS Dial Technologies Command Reference November 2009 DIA-977 Dial Commands show port log Table 99 show port fax log Field Descriptions (continued) Field Phase jitter Description Measured amount of phase jitter which indicates how large the “rocking” is in degrees. On an oscilloscope, the constellation points would look like crescent moons. Values can range up to 15 degrees. The typical value is 0 (that is, phase jitter is not normally present). The difference (in hertz) between the expected RX carrier frequency and the actual RX carrier frequency. Eye Quality Monitor (EQM) provides an assessment of line quality during transmission of both high speed (V.29, V.17, etc) and low speed (V.21) data. Packet loss concealment count. Number of bytes sent and received. Recent high-speed modulation used. 0 - Error Correction Mode (ECM) is not in use. 1 - ECM is in use. Frequency offset EQM Packet loss concealment count Tx/Rx Byte Count Recent HS Modulation ECM in use Related Commands Command clear port log show port operational-status Description Clears all port log events. Displays active session statistics. Cisco IOS Dial Technologies Command Reference DIA-978 November 2009 Dial Commands show port modem calltracker show port modem calltracker To display the port-level information for an active modem, use the show port modem calltracker command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show port modem calltracker [slot | slot/port] Cisco AS5800 with the Universal Port Card (UPC) show port modem calltracker [shelf/slot | shelf/slot/port] Syntax Description slot slot/port (Optional) All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified slot and service processing element (SPE). For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. Port values range from 0 to one less than the number of ports supported by the card. You must include the slash mark. (Optional) All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and Universal Port Card (UPC) slot values range from 2 to 11. You must include the slash mark. (Optional) The specified port range on a shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 1to 323. You must type in the forward slashes (/). shelf/slot shelf/slot/port Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5400 and Cisco AS5800. This command was implemented on the Cisco AS5350 universal gateway. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines When there is no call on the specified port, the most recent call information is displayed. This command uses the Call Tracker database. To enable Call Tracker, enter the calltracker enable global configuration command. Cisco IOS Dial Technologies Command Reference November 2009 DIA-979 Dial Commands show port modem calltracker Examples The following is sample output from the show port modem calltracker command on the Cisco AS5400 with the NextPort DFC. This example shows output for slot 3, port 3: Router# show port modem calltracker 3/3 -------------------------- call handle= 62 -------------------------status=Active, service=PPP, origin=Answer, category=Modem DS0 slot/port/ds1/chan=4/7/7/0, called=124, calling=(n/a) userid=as5300-ref2, ip=192.169.124.1, mask=255.255.255.0 setup=06/22/2000 21:50:47, conn=6.77, phys=25.00, service=29.83, authen=29.83 init rx/tx b-rate=33600/33600, rx/tx chars=0/0 resource slot/port=3/3, mp bundle=0, charged units=0, account id=0 idb handle=0x645B97CC, tty handle=0x622207BC, tcb handle=0x0 ---------------------------------------------------------------------------protocol: last=LAP-M, attempted=LAP-M compression: last=V.42bis-Both, supported= V.42bis-RX V.42bis-TX standard: last=V.34+, attempted=V.21, initial=V.21 snr=40 dB, sq=5, rx/tx level=-15/0 dBm phase jitter: freq=1 Hz, level=2 degrees far end echo level=-90 dBm, freq offset=0 Hz phase roll=0 degrees, round-trip delay=0 msecs digital pad=None dB, digital pad comp=0 rbs pattern=0, constellation=0 point rx/tx: symbol rate=3429/3429, carrier freq=1959/1959 rx/tx: trellis code=0/0, preemphasis index=0/0 rx/tx: constellation shape=Off/Off, nonlinear encode=Off/Off rx/tx: precode=Off/Off, xmit level reduct=0/0 dBm rx/tx: chars=0/0, general info=0x0 rx/tx: link layer chars=0/0, NAKs=0/0 error corrected: rx/tx=0/0, rx bad=0 ec retransmissions=0, retransmitted frames=0 rx/tx ppp slip=0/0, bad ppp slip=0 rx/tx b-rate: last=33600/33600, lowest=0/0, highest=0/0 phase 2 projected max rx b-rate: client=0, host=33600 phase 4 desired rx/tx b-rate: client=16384/25987, host=25987/42765 retrains: local=0, remote=0, failed=0 speedshift: local up/down=0/0, remote up/down=0/0, failed=0 v110: rx good=0, rx bad=0, tx=0, sync lost=0 SS7/COT status=0x00 v90: status=(Invalid #141), client=(n/a), failure=None rx/tx: max neg I frame=128/128, neg window=0/128 v42bis size: dictionary=0, string=16 T401 timeouts=0, tx window closures=0, rx overruns=0 test err=0, reset=0, v0 synch loss=0 mail lost: host=0, sp=0 duration(sec)=0, disc reason=0x0 disc text=(n/a) --------5---------10--------15--------20--------25--------30 0x0000000000000000000000000000000000000000000000000000 0x12C9808081C609B502009481834347CB000000000000 0x00000000000000000000000000000000000000000000 0xC16513942A8D00000000000000000000000000000000 0x00C16513942A00000000000000000000000000000000 0x00000000 0x00000000 line shape : v8bis capab : v8bis mod sl: v8 jnt menu : v8 call menu: v90 training: v90 sgn ptrn: Cisco IOS Dial Technologies Command Reference DIA-980 November 2009 Dial Commands show port modem calltracker state trnsn : 0x0F0F010203041013151920FF000000000000000000000000000000000000 0000 portwre diag: 0x00000000000000000000000000000000 phase 2 info: 0x0200EFF41F120000003CEFF41F0200E001EFB4014082050B083470200001 1EEFB41440E1050008FCA707A707650D00000000000000000000 phase 4 info: 0x0DA70D65836583400040 ---------------------------------------------------------------------------- Cisco IOS Dial Technologies Command Reference November 2009 DIA-981 Dial Commands show port modem log show port modem log To display the events generated by the modem sessions, use the show port modem log command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show port modem log [reverse] [slot | slot/port] [slot | slot/port] Cisco AS5800 with the Universal Port Card (UPC) show port modem log [reverse] [shelf/slot | shelf/slot/port] [shelf/slot | shelf/slot/port] Syntax Description reverse slot (Optional) Displays the modem port history event log with the most recent event first. (Optional) All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. A range of slots can be specified by entering a second value for the slot argument (Optional) All ports on the specified slot and service processing element (SPE). For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. Port values range from 0 to one less than the number of ports supported by the card. You must include the slash mark. A range of ports can be specified by entering a second value for the slot/port argument. (Optional) All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and Universal Port Card (UPC) slot values range from 2 to 11. You must include the slash mark. A range shelfs and slots can be specified by entering a second value for the shelf/slot argument. (Optional) All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and port values range from 0 to one less than the number of ports supported by the card. You must type in the forward slashes (/). A range of ports can be specified by entering a second value for the shelf/slot/port argument. slot/port shelf/slot shelf/slot/port Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(2)XA 12.2(2)XB1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5400 and Cisco AS5800. This command was implemented on the Cisco AS5350. Link and states information was added. This command was integrated into Cisco IOS Release 12.2(2)XB1. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Cisco IOS Dial Technologies Command Reference DIA-982 November 2009 Dial Commands show port modem log Usage Guidelines The port modem test log displays the results of the SPE diagnostics tests. Examples The following is sample output for the Cisco AS5400 with the NextPort DFC. This example shows the port history event log for slot 5, port 47: Router# show port modem log 5/47 Port 5/47 Events Log Service type: DATA_FAX_MODEM Service mode: DATA_FAX_MODEM Session State: IDLE 00:02:23: incoming called number: 35160 Service type: DATA_FAX_MODEM Service mode: DATA_FAX_MODEM Session State: IDLE Service type: DATA_FAX_MODEM Service mode: DATA_FAX_MODEM Session State: ACTIVE 00:02:23: Modem State event: State: Connect 00:02:16: Modem State event: State: Link 00:02:13: Modem State event: State: Train Up 00:02:05: Modem State event: State: EC Negotiating 00:02:05: Modem State event: State: Steady 00:02:05: Modem Static event: Connect Protocol Compression Connected Standard TX,RX Symbol Rate TX,RX Carrier Frequency TX,RX Trellis Coding Frequency Offset Round Trip Delay TX,RX Bit Rate Robbed Bit Signalling (RBS) pattern Digital Pad Digital Pad Compensation 4 bytes of link info not formatted 00:02:06:Modem Dynamic event: Sq Value Signal Noise Ratio Receive Level Phase Jitter Frequency Phase Jitter Level Far End Echo Level Phase Roll Total Retrains EC Retransmission Count Characters transmitted, received Characters received BAD PPP/SLIP packets transmitted, received PPP/SLIP packets received (BAD/ABORTED) EC packets transmitted, received OK EC packets (Received BAD/ABORTED) : : : : : : : : : : : : : : : : : : : : : : : : : : : : LAP-M V.42bis V.34+ 3429, 3429 1959, 1959 16/16 0 Hz 0 msecs 33600, 33600 0 None None 0x00 0x00 0x00 0x00 0x00 5 40 dB -12 dBm 0 Hz 2 degrees -90 dBm 0 degrees 0 0 0, 0 0 0, 0 0 0, 0 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-983 Dial Commands show port modem log The following example shows the port history event log with the most recent event first on slot 5, port 40: Router# show port modem log reverse 5/40 Modem port 5/40 Events Log 00:02:18:Modem Dynamic event: Sq Value Signal Noise Ratio Receive Level Phase Jitter Frequency Phase Jitter Level Far End Echo Level Phase Roll Total Retrains EC Retransmission Count Characters transmitted, received Characters received BAD PPP/SLIP packets transmitted, received PPP/SLIP packets received (BAD/ABORTED) EC packets transmitted, received OK EC packets (Received BAD/ABORTED) 00:02:18: Modem Static event: Connect Protocol Compression Connected Standard TX,RX Symbol Rate TX,RX Carrier Frequency TX,RX Trellis Coding Frequency Offset Round Trip Delay TX,RX Bit Rate Robbed Bit Signalling (RBS) pattern Digital Pad Digital Pad Compensation 4 bytes of link info not formatted 00:02:23: Modem State event: State: Steady 00:02:23: Modem State event: State: EC Negotiating 00:02:36: Modem State event: State: Train Up 00:02:39: Modem State event: State: Link 00:02:46: Modem State event: State: Connect 00:02:46: Port State Reached: Service type: DATA_FAX_MODEM Service mode: DATA_FAX_MODEM Session State: ACTIVE 00:02:46: Port State Reached: Service type: DATA_FAX_MODEM Service mode: DATA_FAX_MODEM Session State: IDLE 00:02:47: incoming called number: 6000 00:02:47: incoming caller number: 90002 : : : : : : : : : : : : : : : : : : : : : : : : : : : : 5 38 dB -12 dBm 0 Hz 0 degrees 0 dBm 0 degrees 0 0 0, 0 0 0, 0 0 0, 0 0 LAP-M V.42bis V.90 8000, 3200 1829, 1829 16/16 0 Hz 4 msecs 52000, 28800 255 None Enabled 0x00 0x00 0x00 0x00 0x00 The following is sample output for the Cisco AS5800 with the UPC. This example shows the port history event log for slot 8, ports 0 to 6: Router# show port modem log 1/8/0 1/8/6 Port 1/08/00 Events Log 09:09:53: Service Type: DATA_FAX_MODEM 09:09:53: Service Mode: DATA_FAX_MODEM Cisco IOS Dial Technologies Command Reference DIA-984 November 2009 Dial Commands show port modem log 09:09:53: 09:09:53: 09:09:53: 09:09:53: 09:09:53: Session State: FLUSHING Service Type: DATA_FAX_MODEM Service Mode: DATA_FAX_MODEM Session State: IDLE Modem State event: State: Terminate 09:09:53: Modem End Connect event: Call Timer : 26 secs Disconnect Reason Info : 0x1F00 Type (=0 ): Class (=31 ): Requested by host Reason (=0 ): non-specific host disconnect Total Retrains : 0 EC Retransmission Count : 0 Characters transmitted, received : 2633, 485 Characters received BAD : 0 PPP/SLIP packets transmitted, received : 0, 0 PPP/SLIP packets received (BAD/ABORTED) : 0 EC packets transmitted, received OK : 27, 21 EC packets (Received BAD/ABORTED) : 0 09:09:54:Modem Link Rate event: 09:09:55: Service Type: DATA_FAX_MODEM 09:09:55: Service Mode: DATA_FAX_MODEM 09:09:55: Session State: IDLE 09:09:55: Service Type: DATA_FAX_MODEM 09:09:55: Service Mode: DATA_FAX_MODEM 09:09:55: Session State: ACTIVE 09:09:55: Modem State event: State: Connect 09:09:55: Modem State event: State: Link 09:09:55: Modem State event: State: Train Up 09:09:55: Modem State event: State: EC Negotiating 09:09:55: Modem State event: State: Steady 09:09:55: Modem Static event: Connect Protocol : LAP-M Compression : V.42bis Connected Standard : V.34+ TX,RX Symbol Rate : 3429, 3429 TX,RX Carrier Frequency : 1959, 1959 TX,RX Trellis Coding : 16/16 Frequency Offset : 0 Hz Round Trip Delay : 1 msecs TX,RX Bit Rate : 31200, 28800 Robbed Bit Signalling (RBS) pattern : 0 Digital Pad : None Digital Pad Compensation : None 4 bytes of link info not formatted : 0x00 0x00 0x00 0x00 0x00 09:09:56: Modem Dynamic event: Sq Value : 5 Signal Noise Ratio : 38 dB Receive Level : -15 dBm Phase Jitter Frequency : 13 Hz Phase Jitter Level : 0 degrees Far End Echo Level : -90 dBm Phase Roll : 0 degrees Total Retrains : 0 EC Retransmission Count : 0 Characters transmitted, received : 0, 0 Characters received BAD : 0 PPP/SLIP packets transmitted, received : 0, 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-985 Dial Commands show port modem log PPP/SLIP packets received (BAD/ABORTED) : EC packets transmitted, received OK : EC packets (Received BAD/ABORTED) : 09:09:58: Service Type: DATA_FAX_MODEM 09:09:58: Service Mode: DATA_FAX_MODEM 09:09:58: Session State: FLUSHING 09:09:58: Service Type: DATA_FAX_MODEM 09:09:58: Service Mode: DATA_FAX_MODEM 09:09:58: Session State: IDLE 09:09:58: Modem State event: State: Terminate . . . 0 0, 0 0 Table 100 describes the significant fields shown in the displays. Table 100 show port modem log Field Descriptions Field Port 5/47 Events Log Service type: Service mode: Session State: Incoming called number: Modem Events Log: Modem State Event Description Port number and slot is displayed. Data fax modem is displayed. Data fax modem mode. Idle or busy state. The number of the incoming call. The modem for which log events are currently displayed. Current state of the modem, which can be any of the following: • • • • • • • • • • • • • Connect—Modem is connected to a remote host. Open—Open modem event. Link—Link protocol event occurred. Training—Modem retraining event. EC correction—Error correction frames sent or received. Steady—Steady modem event. Bad—Inoperable state, which is configured by the modem bad command. Bad*—Inoperable state, which is configured by the modem startup-test command during initial power-up testing. Reset—Modem is in reset mode. D/L—Modem is downloading firmware. Bad FW—Downloaded modem firmware is not operational. Busy—Modem is out of service and not available for calls Idle—Modem is ready for incoming and outgoing calls. Cisco IOS Dial Technologies Command Reference DIA-986 November 2009 Dial Commands show port modem log Table 100 show port modem log Field Descriptions (continued) Field Modem Static event: Description Current static event of the MICA modem, which can be any of the following: • Connect Protocol—Connection protocol used for the current session, which can be SYNC mode, ASYNC mode, ARA1.0, ARA2.0, LAP-M, or MNP. Compression—Type of compression used for the current session, which can be None, V.42bis TX, V.42bis RX, V.42bis both, or MNP5 data compression. Connected Standard—Standards protocol used to connect, which can be V.21, Bell103, V.22, V.22bis, Bell212, V.23, V.32, V.32bis, V.32terbo, V.34, V.34+, or K56Flex 1.1. TX, RX Symbol Rate—Symbol rate used to send samples to the line or receive samples off of the line. TX, RX Carrier Frequency—Carrier frequency used by the remote service provider. TX, RX Trellis Coding—Trellis coding received and sent. Frequency Offset—+/–32 in 1/8 hertz (Hz) steps. Round Trip Delay—Total round trip propagation delay of the link, which is expressed in milliseconds (ms). TX, RX Bit Rate—For RX, the bit rate from the remote service provider to the local service provider. For TX, the bit rate from the local service provider to the remote service provider. • • • • • • • • Cisco IOS Dial Technologies Command Reference November 2009 DIA-987 Dial Commands show port modem log Table 100 show port modem log Field Descriptions (continued) Field Modem Dynamic event: Description Current dynamic event of the MICA modem, which can be any of the following: • • • • • • Sq Value—Signal quality value, which can be from 0 to 7 (0 is the worst possible quality). Signal Noise Ratio—Expressed in decibels, which can be from 0 to 70 dB steps. Receive Level—Expressed in decibels, which can be from 0 to 128 dBm steps. Phase Jitter Frequency—+/–32 in 1/8 Hz steps. Phase Jitter Level—0 to 90 degrees. Far End Echo Level—0 to –90 in dBm of far end echo level (that portion of the sent analog signal that has bounced off the analog front end of the remote modem). Phase Roll—+/–32 in 1/8 Hz steps. Total Retrains—Count of total retrains. ECR retransmission Count—Count of total error correction retransmissions that occurred during the duration of the link. Characters Transmitted, Received—Count of total characters sent and received. Characters received BAD—A subset of the characters sent and received. Represents the total number of parity error characters. PPP/SLIP packets transmitted, received—Total count of PPP/SLIP packets sent and received. This total could include all PPP/SLIP packets, including BAD/ABORTED packets. PPP/SLIP packets received, (BAD/ ABORTED)—Total count of the bad or aborted PPP/Serial Line Internet Protocol (SLIP) packets, which is a subset of the above (PPP/SLIP packets received, transmitted). EC packets transmitted, received—Count of total error correction frames sent and received. This total could include all error correction packets, including BAD/ABORTED packets. EC packets (Received BAD/ ABORTED)—Total count of the bad or aborted error correction packets, which is a subset of the EC packets sent and received. • • • • • • • • • Cisco IOS Dial Technologies Command Reference DIA-988 November 2009 Dial Commands show port modem log Related Commands Command clear port log port modem autotest port modem startup-test show port modem log show spe modem active test port modem back-to-back Description Clears all event entries in the port level history event log. Automatically and periodically performs a modem diagnostics test for modems inside the access server or router. Performs diagnostic testing for all modems. Displays the events generated by the modem sessions. Displays active modem statistics of all SPEs, a specified SPE, or the specified SPE range. Tests two specified ports back-to-back and transfers a specified amount of data between the ports. Cisco IOS Dial Technologies Command Reference November 2009 DIA-989 Dial Commands show port modem test show port modem test To display the modem test log, use the show port modem test command in EXEC mode. Cisco AS5400 with the NextPort Dial Feature Card (DFC) show port modem test [slot | slot/port] Cisco AS5800 with the Universal Port Card (UPC) show port modem test [shelf/slot | shelf/slot/port] Syntax Description slot slot/port (Optional) All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified slot and service processing element (SPE). For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. Port values range from 0 to one less than the number of ports supported by the card. You must include the slash mark. (Optional) All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and Universal Port Card (UPC) slot values range from 2 to 11. You must include the slash mark. (Optional) The specified port range on a shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. shelf/slot shelf/slot/port Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5400 and Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines The port modem test log displays the results of the SPE diagnostics tests. Examples The following is sample output for the Cisco AS5400 with the NextPort DFC. This example displays the results of the SPE startup test, SPE autotest, and SPE back-to-back test. Note The Reason column indicates why the test was started. The TIME INTERVAL is one of the triggers under autotest, the other being the error threshold. Cisco IOS Dial Technologies Command Reference DIA-990 November 2009 Dial Commands show port modem test Router# show port modem test Date Time 3/02 12:00:57 PM 3/02 12:00:57 PM 3/02 12:00:58 PM 3/02 12:00:58 PM 3/02 12:00:58 PM 3/02 12:00:58 PM . . . 3/02 12:01:14 PM 3/02 12:01:14 PM 3/02 12:01:15 PM 3/02 12:01:15 PM 3/02 12:13:52 PM 3/02 12:13:52 PM . . . 3/02 12:44:00 PM 3/02 12:44:00 PM 3/02 12:44:00 PM 3/02 12:44:00 PM 3/02 12:44:00 PM 3/02 12:44:00 PM 3/02 12:44:21 PM 3/02 12:44:21 PM 3/02 12:44:21 PM 3/02 12:44:21 PM 3/02 12:44:21 PM Modem Test 2/01 Back-To-Back 2/00 Back-To-Back 2/02 Back-To-Back 2/03 Back-To-Back 2/04 Back-To-Back 2/05 Back-To-Back Reason :STARTUP :STARTUP :STARTUP :STARTUP :STARTUP :STARTUP State Idle Idle Idle Idle Idle Idle Result PASS PASS PASS PASS PASS PASS TEST TEST TEST TEST TEST TEST 3/95 3/94 3/75 3/74 3/20 2/10 Back-To-Back Back-To-Back Back-To-Back Back-To-Back Back-To-Back Back-To-Back :STARTUP TEST :STARTUP TEST :STARTUP TEST :STARTUP TEST :USER INITIATED :USER INITIATED Idle Idle Idle Idle Idle Idle PASS PASS PASS PASS PASS PASS 3/102 No Test (Time) 3/103 No Test (Time) 3/104 No Test (Time) 3/105 No Test (Time) 3/106 No Test (Time) 3/107 No Test (Time) 2/73 Back-To-Back 2/72 Back-To-Back 2/33 Back-To-Back 2/32 Back-To-Back 3/37 Back-To-Back :MIN IDLE MODEMS :MIN IDLE MODEMS :MIN IDLE MODEMS :MIN IDLE MODEMS :MIN IDLE MODEMS :MIN IDLE MODEMS :TIME INTERVAL :TIME INTERVAL :TIME INTERVAL :TIME INTERVAL :TIME INTERVAL Idle NOTST Idle NOTST Idle NOTST Idle NOTST Idle NOTST Idle NOTST Idle PASS Idle PASS Idle PASS Idle PASS Idle PASS Table 101 describes the significant fields shown in the display. Table 101 show port modem test Field Descriptions Field Date Time Modem Test Reason State Result Description Date the back-to-back test occurred for the specified modem. Time the test occurred. Specified modem that performed a back-to-back test. Operation performed on the specified modem. Reason the modem performed the back-to-back test. Current operational state of the modem. Result of the back-to-back test for the specified modem. Related Commands Command clear port log port modem autotest port modem startup-test show port modem log show port log reverse Description Clears all event entries in the port level history event log. Automatically and periodically performs a modem diagnostics test for modems inside the access server or router. Performs diagnostic testing for all modems. Displays the modem port history event log or modem test log. Displays the latest event first from the port history event log. Cisco IOS Dial Technologies Command Reference November 2009 DIA-991 Dial Commands show port modem test Command show port modem log Description Displays the events generated by the modem sessions. test port modem back-to-back Tests two specified ports back-to-back and transfers a specified amount of data between the ports. Cisco IOS Dial Technologies Command Reference DIA-992 November 2009 Dial Commands show port operational-status show port operational-status To display the active session statistics, use the show port operational-status command in privileged EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show port operational-status {slot | slot/port} Cisco AS5800 with the Universal Port Card (UPC) show port operational-status {shelf/slot | shelf/slot/port} Syntax Description slot slot/port Displays information for all ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. Displays information for all ports on the specified slot and service processing element (SPE). For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. Port values range from 0 to one less than the number of ports supported by the card. You must include the slash mark. Displays information for all ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and Universal Port Card (UPC) slot values range from 2 to 11. You must include the slash mark. Displays information for all ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and port values range from 0 to one less than the number of ports supported by the card. You must type in the forward slashes (/). shelf/slot shelf/slot/port Command Modes Privileged EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(2)XA 12.2(2)XB1 12.2(11)T 12.3(4)T 12.3(14)T Modification This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. Disconnect reasons and states information were added. This command was integrated into Cisco IOS Release 12.2(2)XB1. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Configuration output was modified to show voice activity detection (VAD) background noise and echo canceller (EC or ECAN) background noise statistics. T.38 fax relay call statistics were made available to Call Detail Records (CDRs) through Vendor-Specific Attributes (VSAs) and added to the call log. Cisco IOS Dial Technologies Command Reference November 2009 DIA-993 Dial Commands show port operational-status Usage Guidelines This command displays the operational status of a specific port or port range. The port should have an associated active modem session when the command is executed. The show port operational-status command is equivalent to the show modem operational-status MICA technologies modem command. Examples The following is sample output from the show port operational-status command on the Cisco AS5400 with the NextPort DFC. This example displays operational status for slot 2, SPE 0, port 1: Router# show port operational-status 2/1 slot/spe/Port -- 2/0/1 Service Type :Modem service Disconnect Reason Info :0x0 Type (=0 ): Class (=0 ): Other Reason (=0 ): no disconnect has yet occurred Modulation Standard :V.34+ TX/RX Bit Rate :31200/14400 Connect Protocol :LAP-M Compression :V.42bis Call Timer :47 secs Link Signal Quality :7 SNR :37 dB TX/RX Symbol Rate :3429/3429 TX/RX Carrier Frequency :1959/1959 TX/RX Trellis Coding :16/16 TX/RX Preemphasis Index :0/1 TX/RX Constellation Shaping :On-Active/On-Active TX/RX Nonlinear Encoding :On-Active/On-Active TX/RX Precoding :On-Active/On-Active TX/RX Xmit Level Reduction :3/1 dBm Receive Level :-15 dBm Frequency Offset :0 Hz Phase Jitter Frequency :2 Hz Phase Jitter Level :2 degrees Far End Echo Level :-90 dBm Phase Roll :0 degrees Round Trip Delay :0 msecs >Total Retrains :0 Self Test Error count :0 EC Retransmission count :0 EC packets transmitted/received OK :11/12 EC packets (Received BAD/ABORTED) :0 Characters transmitted/received :76/13 Characters received BAD :0 PPP/SLIP packets transmitted/received :0/0 PPP/SLIP packets received (BAD/ABORTED) :0 RBS Pattern :0 Digital Pad :0 Digital Pad Compensation :0 The following example displays operational status for a V.110 digital service for the Cisco AS5400 on slot 2, SPE 3, port 23: Router# show port operational-status 2/23 slot/spe/Port -- 2/3/23 Service Type Connect Protocol Data Bits Parity Stop Bits : : : : : Digital service V110 8 0 1 Cisco IOS Dial Technologies Command Reference DIA-994 November 2009 Dial Commands show port operational-status TX/RX Bit Rate Call Timer EC packets transmitted/received OK EC packets (Received BAD/ABORTED) PPP/SLIP packets transmitted, received PPP/SLIP packets received (BAD/ABORTED) Sync Loss : : : : : : : 19200/19200 116 secs 0/0 0 8/8 0 0 The following example shows output from the show port operational-status command for the Cisco AS5800 on shelf 1, slot 8: Router# show port operational-status 1/8 Shelf/Slot/SPE/Port -- 1/8/32/194 Service Type : Modem service Disconnect Reason Info : 0x0 Type (=0 ): Class (=0 ): Other Reason (=0 ): no disconnect has yet occurred Modulation Standard : V.34+ TX/RX Bit Rate : 31200/31200 Connect Protocol : LAP-M Compression : V.42bis Call Timer : 18 secs Link Signal Quality : 6 SNR : 38 dB TX/RX Symbol Rate : 3429/3429 TX/RX Carrier Frequency : 1959/1959 TX/RX Trellis Coding : 16/16 TX/RX Preemphasis Index : 0/1 TX/RX Constellation Shaping : Off-None/On-Active TX/RX Nonlinear Encoding : Off-None/On-Active TX/RX Precoding : Off-None/On-Active TX/RX Xmit Level Reduction : 6/5 dBm Receive Level : -15 dBm Frequency Offset : 0 Hz Phase Jitter Frequency : 5 Hz Phase Jitter Level : 2 degrees Far End Echo Level : -90 dBm Phase Roll : 0 degrees Round Trip Delay : 1 msecs Total Retrains : 0 Self Test Error count : 0 EC Retransmission count : 1 EC packets transmitted/received OK : 34/14 EC packets (Received BAD/ABORTED) : 0 Characters transmitted/received : 9393/355 Characters received BAD : 0 PPP/SLIP packets transmitted/received : 0/0 PPP/SLIP packets received (BAD/ABORTED) : 0 RBS Pattern : 0 Digital Pad : 0 Digital Pad Compensation : 0 . . . The following example shows VAD background noise and ECAN background noise statistics: Router# show port operational-status 1/0 Slot/SPE/Port -- 1/0/0 Service Type Voice Codec :Voice service :G.711 u-law Cisco IOS Dial Technologies Command Reference November 2009 DIA-995 Dial Commands show port operational-status Echo Canceler Length Echo Cancellation Control Digit detection enable Voice activity detection Comfort noise generation Digit relay enable Information field size Playout de-jitter mode Encapsulation protocol Input Gain Output Gain Tx/Rx SSRC Current playout delay Min/Max playout delay Clock offset Predictive concealment Interpolative concealment Silence concealment Buffer overflow discards End-point detection errors Tx/Rx Voice packets Tx/Rx signaling packets Tx/Rx comfort noise packets Tx/Rx duration Tx/Rx voice duration Out of sequence packets Bad protocol headers Num. of late packets Num. of early packets Tx/Rx Power Tx/Rx Mean VAD Background noise level ERL level ACOM level Tx/Rx current activity Tx/Rx byte count ECAN Background noise level Latest SSRC value Number of SSRC changes Number of payload violations :8 ms :Echo cancellation - enabled Echo update - enabled Non-linear processor - enabled Echo reset coefficients - disabled High pass filter enable - disabled :DTMF signaling - enabled :Disabled :Generate comfort noise :OOB Digit relay - disabled IB Digit relay - disabled :20 ms :adaptive :RTP :0.0 dB :0.0 dB :20/0 :65 ms :65/105 ms :142003 ms :0 ms :0 ms :0 ms :1 :0 :1337/1341 :0/0 :0/0 :26745/26745 ms :0/0 ms :0 :0 :0 :1 :-87.0/-57.3 dBm :-86.3/-57.0 dBm :6.2 dBm :127.0 dB :127.0 dB :silence/silence :213920/214240 :-83.4 dBm :391643394 :1 :0 Table 102 describes the significant fields shown in the displays. Table 102 show port operational-status Field Descriptions Field slot/SPE/Port Service Type Disconnect Reason Info Modulation Standard TX/RX Bit Rate Description Displays the slot and port designation for the SPE card location. Indicates the type of service. Displays the reason for disconnection. Modulation standard can be V.21, Bell103, V.22, V.22bis, Bell 212, V.23, V.32, V.32bis, V.32terbo, V.34, V.34+, or K56Flex 1.1. TX is the bit rate from the local DCE to the remote DCE. RX is the bit rate from the remote DCE to the local DCE. These rates may be asynchronous. Cisco IOS Dial Technologies Command Reference DIA-996 November 2009 Dial Commands show port operational-status Table 102 show port operational-status Field Descriptions (continued) Field Connect Protocol Compression Description Connect protocol for the current session, which can be SYNC mode, ARA1.0, ARA2.0, LAP-M, MNP, FAX mode, SS7/COT, or V.110. Compression protocol used for the current connection, which can be None, V.42bis TX, V.42bis RX, V.42bis both, or MNP5 data compression. Measure of line quality for a given bit rate where 0 is the worst and 3 is steady state. If a 1 or 2 is present, the modem must shift down to a lower rate. Likewise, if the value is 4 to 7, the modem speeds shift up to a higher rate. If the value is high (for example, 7) and the bit rate is low, then there may be a problem at the remote end receiver. The ratio measurement (in dB) of the desired signal to noise. This value can range from 0 to 70 dB and changes in 1 dB steps. Note that a 28.8-kbps connection demands an SNR of about 37 dB. Any values lower than this level result in a diminished quality of connection. A 33.6-kbps connection demands a signal-to-noise ratio (SNR) of 38 to 39 dB. Also note that a “clean” line has an SNR of about 41 dB. TX is symbol rate used to send samples to the line. RX is the symbol rate used to receive samples off of the line. The rates are synchronous with each other. For TX, carrier frequency used by the local DCE. For RX, carrier frequency used by the remote DCE. Adds dependency between symbols in order to make the detection in noise more robust (Forward Error Correction). Modems may use 8 (V.32, V.32bis, V.17), 16, 32, 64 (V.34, V.34+, V.90, K56flex), or no trellis coding (V.22, V.22bis, V.21, Bell212, Bell103, V.29, V.27). Involves shaping the raw transmit spectrum in order to deal with spectrum roll-offs. The preemphasis index can take on the values 0 to 10. A zero denotes no reshaping. Typical values usually fall in the ranges from 0 to 2 or 6 to 7. This technique is used with V.34 and V.34+ standards. A method for improving noise immunity by using a probability distribution for sent signal points. The signal states used to predict the sensitivity to certain transmission impairments. Values may be either Off-none or On-active. This technique is used with V.34 and V.34+ standards. Occurs during the training phase and moves the outer points of the constellation away in order to deal with nonlinear distortion. Nonlinear distortion (0 to 200 Hz) tends to affect the higher power signals. Moving the outer constellation points out reduces the chance of error. Values may be either Off-none or On-active. MICA modems support nonlinear coding in both directions. This technique is used with V.34 and V.34+ standards. Link Signal Quality SNR TX/RX Symbol Rate TX/RX Carrier Frequency TX/RX Trellis Coding TX/RX Preemphasis Index TX/RX Constellation Shaping TX/RX Nonlinear Encoding Cisco IOS Dial Technologies Command Reference November 2009 DIA-997 Dial Commands show port operational-status Table 102 show port operational-status Field Descriptions (continued) Field TX/RX Precoding Description Serves the same purpose as the preemphasis index but instead manages the bits and not the raw transmit signals. This is done only when requested and therefore will occur in the RX mode. The values may be either Off-none or On-active. This technique is used with V.34 and V.34+ standards. Affects the transmit signal with 0 to 15 in dBm of reduction. If nonlinear distortion is detected, the modem prompts the client for a lower-powered TX signal. If the remote end detects nonlinear distortion, it may request that the sender lower the TX signal. This technique is used with V.34 and V.34+ standards. The power of the received signal in dBm steps. It ranges from 0 to –128 dBm. Typically the range in the United States is about –22 dBm, and in Europe is –12 dBm. A good range is from –12 dBm to –24 dBm. The difference (in hertz) between the expected RX carrier frequency and the actual RX carrier frequency. Peak to peak differential (in hertz) between two signal points. Uncanceled phase jitter looks like “rocking” of the baseband quadrature amplitude modulation (QAM) constellation. The points look like arcs with the outer points having longer arcs. Amount of phase jitter measured and indicates how large the “rocking” is in degrees. On an oscilloscope, the constellation points would look like crescent moons. Values can range up to 15 degrees. The typical value is zero (that is, phase jitter is not normally present). Over long connections, an echo is produced by impedance mismatches at 2-wire-to-4-wire and 4-wire-to-2-wire hybrid circuitry. The far-end echo level (that portion of the sent analog signal that has bounced off of the remote modem analog front end) may range from 0 to –90 in dBm. Phase roll affects the echo signal coming back. A certain constellation pattern is sent from a modem and arrives at to the central office. Some echoed form of this signal/constellation pattern is sent back. However, the constellation shape may be rotated from 0 to 359 degrees. This rotation is called the phase roll. Total round trip propagation delay of the link (in milliseconds). This is important for proper echo cancellation. The amount that the delay varies on the network. Count of total retrains and speed shifts. Total errors generated during a self-test run. The number of times the NextPort has gone into error recovery in the TX direction for a particular connection. The larger the number, the worse the connection. However, this parameter should be weighed against the count produced by EC packets sent and received in order to determine if there should really be a concern. TX/RX Xmit Level Reduction Receive Level Frequency Offset Phase Jitter Frequency Phase Jitter Level Far End Echo Level Phase Roll Round Trip Delay Total Retrains Self Test Error count EC Retransmission count Cisco IOS Dial Technologies Command Reference DIA-998 November 2009 Dial Commands show port operational-status Table 102 show port operational-status Field Descriptions (continued) Field Description EC packets transmitted/received Error correction (EC) packets sent is the number of TX frames that OK the client modem accepted. EC packets received is the number of data RX frames accepted. EC packets (Received BAD/ABORTED) PPP/SLIP packets transmitted/received PPP/SLIP packets received (BAD/ABORTED) This is identical to the EC Retransmission count field. Total count of PPP/Serial Line Internet Protocol (SLIP) packets sent and received. This total could include all PPP/SLIP packets, including BAD/ABORTED packets. Total count of the bad or aborted PPP/SLIP packets, which is a subset of PPP/SLIP packets received. A counted PPP packet has a bad frame check sequence (FCS), or the SLIP packet has a transparency error. Reports the number of robbed bits detected in the connection. The robbed bits are used for inband signaling. This information is reported only for K56Flex (by the analog modem) and is found only on a channelized line such as T1 or E1. The six least significant bits (LSBs) of the returned value indicate the periodic robbed bit signaling (RBS) pattern where a 1 denotes a pulse code modulation (PCM) sample with a robbed bit. VAD background noise level, in 6.2 dBm increments. ECAN background noise level, in –83.4 decibels per milliwatt (dBm) increments. RBS Pattern VAD Background noise level ECAN Background noise level The following example shows output from the show port operational-status command for the Cisco AS5350 on shelf 1, slot 5 with the T.38 fax relay statistics: Router# show port operational-status 1/5 Telephony call-legs: 1 SIP call-legs: 0 H323 call-legs: 0 MGCP call-legs: 0 Multicast call-legs: 0 Total call-legs: 1 GENERIC: SetupTime=10465510 ms Index=1 PeerAddress=41023 PeerSubAddress= PeerId=1 PeerIfIndex=242 LogicalIfIndex=180 ConnectTime=1046791 CallDuration=00:00:41 sec CallState=4 CallOrigin=2 ChargedUnits=0 InfoType=fax TransmitPackets=260 Cisco IOS Dial Technologies Command Reference November 2009 DIA-999 Dial Commands show port operational-status TransmitBytes=4396 ReceivePackets=1014 ReceiveBytes=40385 TELE: ConnectionId=[0x37DF8CCA 0x9FA611D8 0x8007000A 0xF4107CA0] ! IncomingConnectionId=[0x37DF8CCA 0x9FA611D8 0x8007000A 0xF4107CA0] CallID=11 TxDuration=6640 ms VoiceTxDuration=0 ms FaxTxDuration=0 ms FaxRate=disable bps FaxRelayMaxJitBufDepth 0 FaxRelayJitterBufOverflow 0 Initial HS Modulation is UNKNOWN Recent HS modulation is UNKNOWN Number of pages 0 Direction of transmission is Unknown Num of Packets TX'ed/RX'ed 0/0 Packet loss conceal is 0 Encapsulation protocol is T.38 (UDPTL) ECM is DISABLED NoiseLevel=0 ACOMLevel=0 OutSignalLevel=0 InSignalLevel=0 InfoActivity=0 ERLLevel=0 SessionTarget= ! ImgPages=0 CallerName=Analog 41023 CallerIDBlocked=False OriginalCallingNumber= OriginalCallingOctet=0x80 OriginalCalledNumber=41021 OriginalCalledOctet=0xA1 OriginalRedirectCalledNumber= OriginalRedirectCalledOctet=0xFF TranslatedCallingNumber=41023 TranslatedCallingOctet=0x80 TranslatedCalledNumber=41021 TranslatedCalledOctet=0xA1 TranslatedRedirectCalledNumber= TranslatedRedirectCalledOctet=0xFF GwReceivedCalledNumber=41021 GwReceivedCalledOctet3=0xA1 GwOutpulsedCalledNumber=41021 Table 103 describes the significant fields showing T.38 fax relay statistics: Table 103 show port operational-status Field Descriptions showing significant T.38 Fax Relay Satistics Field Telephony call-legs SIP call-legs H323 call-legs Description Type of call: Telephony. Type of call: Session Initiation Protocol (SIP). Type of call: H.323. Cisco IOS Dial Technologies Command Reference DIA-1000 November 2009 Dial Commands show port operational-status Table 103 show port operational-status Field Descriptions showing significant T.38 Fax Relay Satistics (continued) Field MGCP call-legs Multicast call-legs Total call-legs PeerIfIndex LogicalIfIndex TxDuration VoiceTxDuration FaxTxDuration FaxRate FaxRelayMaxJitBufDepth FaxRelayJitterBufOverflow Initial HS Modulation Recent HS Modulation ACOMLevel Description Type of call: Media Gateway Control Protocol (MGCP). Type of call: Multicast. Total calls. Voice port index number for this peer. For ISDN media, this would be the index number of the B channel used for this call. Index number of the logical interface for this call. Duration of transmit path open from this peer to the voice gateway for this call. Duration of voice transmission from this peer to the voice gateway for this call in milliseconds (ms). Duration of fax transmission from this peer to the voice gateway for this call in ms. Fax transmission rate from this peer to the specified dial peer in bps. Fax relay maximum jitter buffer depth in ms. Fax relay jitter buffer overflow in ms. Initial high speed modulation used. Recent high-speed modulation used Current ACOM level estimate in 0.1 dB increments. The term ACOM is used in G.165, “General Characteristics of International Telephone Connections and International Telephone Circuits: Echo Cancellers.” ACOM is the combined loss achieved by the echo canceller, which is the sum of the ERL, ERL enhancement, and nonlinear processing loss for the call. Current Echo Return Loss (ERL) level estimate in 0.1 dB increments. Original call information regarding calling, called, and redirect numbers, as well as octet-3s. Octet-3s are information elements (IEs) of Q.931 that include type of number, numbering plan indicator, presentation indicator, and redirect reason information. ERLLevel OriginalCallingNumber, OriginalCalling Octet, OriginalCalledNumber, OriginalCalledOctet, OriginalRedirectCalledNumber, OriginalRedirectCalledOctet TranslatedCallingNumber, TranslatedCallingOctet, TranslatedCalledNumber, TranslatedCalledOctet, TranslatedRedirectCalledNumber, TranslatedRedirectCalledOctet GwReceivedCalledNumber, GwReceivedCalledOctet3 Translated call information. Call information received at the gateway. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1001 Dial Commands show port operational-status Related Commands Command port modem autotest show modem operational-status show spe modem active Description Automatically and periodically performs a modem diagnostics test for modems inside the access server or router. Displays the operational status of a specific port or port range. Displays active modem statistics of all SPEs, a specified SPE, or the specified range of SPEs. test port modem back-to-back Tests two specified ports back-to-back and transfers a specified amount of data between the ports. voicecap configure Applies a voicecap on NextPort platforms. Cisco IOS Dial Technologies Command Reference DIA-1002 November 2009 Dial Commands show ppp bap show ppp bap To display the PPP Bandwidth Allocation Protocol (BAP) configuration settings and run-time status for a multilink bundle, use the show ppp bap command in privileged EXEC mode. show ppp bap {counters [reset] | group [name] | queues} Syntax Description counters [reset] group [name] queues Incoming and outgoing call counters and connection request data. The optional reset keyword resets the counters. All or, optionally, a specific BAP bundle group. BAP queues. Command Modes Privileged EXEC Command History Release 11.3 12.2T Modification This command was introduced. This command was enhanced with a display of incoming and outgoing call counters and connection request data. Examples The following is sample output from the show ppp bap group command: Router# show ppp bap group Group bap-peer (multilink), id 35, peer has precedence, state Idle Master interface: Dialer1 Outgoing requests: Call, Link Drop Incoming requests: Call, Callback, Link Drop Original number dialed 5550198 Transmit queue size threshold is not set Peer link addition dependent upon load Timers (secs): Call not set, Callback not set, Link Drop not set, Response 30, Pending 20 Retries: Request 3, Dial 1, Indication no limit Link removal after 3 link drop retries not set Table 104 describes the significant fields shown in the display of the show ppp bap group command. Table 104 show ppp bap group Field Descriptions Field Description Group bap-peer (multilink), Group name and internally assigned ID. “(multilink)” indicates the governing protocol. id 35 peer has precedence In cases where the remote and local peers issue simultaneous requests, the remote peer’s request takes precedence when the “peer has precedence” message is displayed. The local peer’s request takes precedence when the “precedence over peer” message is displayed. Internal state. state Idle Cisco IOS Dial Technologies Command Reference November 2009 DIA-1003 Dial Commands show ppp bap Table 104 show ppp bap group Field Descriptions (continued) Field Outgoing requests Incoming requests Peer link addition dependent upon load Description Current requests configured for outbound negotiation. Current requests allowed for inbound negotiation. Router is monitoring the load and subjecting requests to the load settings. Timers (secs): Call not set, Settings for specified timers. Callback not set, Link Drop not set, Response 30, Pending 20 Retries: Request 3, Dial 1, Indication no limit Link removal after 3 link drop retries not set Limits set on specified types of retransmissions. The link will not be removed after no response to the link removal request because default behavior was not changed and the relevant link drop parameter was not set. The display from the show ppp bap counters command shows fields of statistics gathered about request and response datagrams that allow endpoints to negotiate a connection and add or drop links from a multilink bundle, per RFC 2125: • • • • • • • • CallReq—Call-Request is a request for permission to add a link to a bundle. CallRsp—Call-Response is the required response to Callback-Request datagram. CallbackReq—Callback-Request is a request that the peer add a link to a bundle via a callback. CallbackRsp—Callback-Response is sent in response to a received Callback-Request. DropQueryReq—Link-Drop-Query-Request negotiates with the peer to drop a link from a bundle. DropQueryRsp—Link-Drop-Query-Response is sent to the peer to negotiate dropping a link. StatusInd—Call-Status-Indication is sent to its peer as a result of a Call-Request or a Callback-Request to indicate whether the attempt to add the link succeeded or failed. StatusRsp—Call-Status-Response is sent in response to a received Call-Status-Indication. The counters record statistical information used by Cisco personnel for debugging purposes that is generally of no interest to end users. Following is sample output: Router# show ppp bap counters Incoming inv-link 0 inv-link 1 off 0 0 0 0 0 0 0 0 opt-err 4 add-att 6 pend 1 0 0 0 0 0 0 0 rejects 2 rem-att 5 add-fail 0 wait 0 0 0 0 0 0 0 0 add-pass 0 dial-att 0 oob-ind 0 Outgoing Incoming CallReq CallRsp CallbackReq CallbackRsp DropQueryReq DropQueryRsp StatusInd StatusRsp pend-add 1 0 0 0 0 0 0 0 unf-req 0 0 0 0 0 0 0 0 Cisco IOS Dial Technologies Command Reference DIA-1004 November 2009 Dial Commands show ppp bap Outgoing CallReq CallRsp CallbackReq CallbackRsp DropQueryReq DropQueryRsp StatusInd StatusRsp off 0 0 0 0 0 0 0 0 pend 0 1 0 0 0 0 0 0 pend-add 0 0 0 0 0 0 0 0 unf 0 0 0 0 0 0 0 0 unf-req 0 0 0 0 0 0 0 0 Related Commands Command show ppp multilink Description Displays bundle information for the MLP bundles. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1005 Dial Commands show ppp multilink show ppp multilink To display bundle information for Multilink PPP (MLP) bundles, use the show ppp multilink command in privileged EXEC mode. show ppp multilink [active | inactive | interface bundle-interface | [username name] [endpoint discriminator]] Syntax Description active inactive interface bundle-interface username name (Optional) Displays information about active multilink bundles only. (Optional) Displays information about inactive multilink bundles only. (Optional) Displays information for the specified bundle interface. (Optional) Displays information for all multilink bundles that have the specified peer username. endpoint discriminator (Optional) Displays information for all multilink bundles that have the specified endpoint discriminator. Command Modes Privileged EXEC Command History Release 11.2 12.2(13)T Modification This command was introduced. This command was modified to include per-class information when Multiclass Multilink PPP (MCMP) is negotiated. The bundle-interface argument was added. The following keywords were added to enable information to be displayed for bundles that have specific parameters: active, inactive, username, endpoint. This command was integrated into Cisco IOS Release 12.2(28)SB. Command output was changed to include the following fields: Remote Endpoint Discriminator, Local Endpoint Discriminator, Bundle up for, total bandwidth, load, Receive buffer limit, frag timeout, fragments/bytes in reassembly list, lost fragments, reordered, discarded fragments/bytes, lost received, received sequence, sent sequence, Member links, BR2/0:1, since, weight, and frag size. 12.3(7)T 12.2(28)SB 12.4(9)T Examples The following is sample output from the show ppp multilink command when no bundles are on a system: Router# show ppp multilink No active bundles The following is an example of sample output when a single MLP bundle (named bundle1) is on a system: Router# show ppp multilink Cisco IOS Dial Technologies Command Reference DIA-1006 November 2009 Dial Commands show ppp multilink Bundle bundle1, 3 members, first link is BRI0: B-channel 1 0 lost fragments, 8 reordered, 0 unassigned, sequence 0x1E/0x1E rcvd/sent The following is another example of sample output when a single MLP bundle (named 7206-3) is on a system: Router# show ppp multilink Virtual-Access4 Bundle name: 7206-3 Remote Endpoint Discriminator: [1] 7206-3 Local Endpoint Discriminator: [1] 7206-4 Bundle up for 00:00:07, total bandwidth 64, load 1/255 Receive buffer limit 12192 bytes, frag timeout 1000 ms 0/0 fragments/bytes in reassembly list 0 lost fragments, 0 reordered 0/0 discarded fragments/bytes, 0 lost received 0x0 received sequence, 0x0 sent sequence Member links: 1 active, 0 inactive (max not set, min not set) BR2/0:1, since 01:59:35, 80 weight, 72 frag size The following is sample output when two active bundles are on a system: Router# show ppp multilink Bundle bundle1, 3 members, first link is BRI0: B-Channel 1 0 lost fragments, 8 reordered, 0 unassigned, sequence 0x1E/0x1E rcvd/sent Bundle bundle2, 4 members, first link is BRI2: B-Channel 1 0 lost fragments, 28 reordered, 0 unassigned, sequence 0x12E/0x12E rcvd/sent The following example for a stack group member called systema shows output when a stack group has been created. On stack group member systema, the MLP bundle named bundle1 has bundle interface Virtual-Access4. Two child interfaces are joined to this bundle interface. The first is a local PRI channel (Serial 0:4), and the second is an interface from stack group member systemb. Router# show ppp multilink Bundle bundle1 2 members, Master link is Virtual-Access4 0 lost fragments, 0 reordered, 0 unassigned, 100/255 load 0 discarded, 0 lost received, sequence 40/66 rcvd/sent members 2 Serial0:4 systemb:Virtual-Access6 (10.1.1.1) The following is sample output when the PPP Bandwidth Allocation Control Protocol (BACP) is enabled for the multilink bundle: Router# show ppp multilink Bundle bundle1, 1 member, Master link is Virtual-Access1 Bundle under BAP control Dialer Interface is Dialer1 0 lost fragments, 0 reordered, 0 unassigned, sequence 0x0/0x0 rcvd/sent 0 discarded, 0 lost received, 1/255 Member links: 1 BRI0:1 Discriminators Local Remote BRI0:1 24 1 Table 105 describes the significant fields shown in the display. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1007 Dial Commands show ppp multilink Table 105 show ppp multilink Field Descriptions with PPP BACP Enabled Field Bundle member Master link is Bundle under BAP control Dialer Interface is Member links BRI0:1 Discriminators Local Remote Description Configured name of the multilink bundle. Number of interfaces in the group. Multilink bundle virtual interface. Multilink bundle is controlled and bandwidth is allocated by BACP. Name of the interface that dials the calls. Number of child interfaces. Identity of the child interface. Link 1 is using physical interface BRI0:1. Link Control Protocol (LCP) link discriminators, which are identifiers negotiated for each link in the bundle. This information is specific to BACP. BACP uses these discriminators to determine which link to drop during negotiations. The following is sample output when MCMP is negotiated on a virtual access interface named Virtual-Access3: Router# show ppp multilink interface Virtual-Access3 Virtual-Access3, bundle name is bundle1 Bundle up for 01:59:35, 1/255 load, 2 receive classes, 2 transmit classes Receive buffer limit 12192 bytes per class, frag timeout 1524 ms Dialer interface is Dialer1 ! Receive Class 0: 0/0 fragments/bytes in reassembly list 0 lost fragments, 0 reordered 0/0 discarded fragments/bytes, 0 lost received 0x0 received sequence ! Receive Class 1: 0/0 fragments/bytes in reassembly list 0 lost fragments, 0 reordered 0/0 discarded fragments/bytes, 0 lost received 0x0 received sequence ! Transmit Class 0: 0x8 sent sequence ! Transmit Class 1: 0x0 sent sequence ! Member links: 1 (max not set, min not set) BR2/0:1, since 01:59:35, 80 weight, 72 frag size Table 106 describes the significant fields shown in the display when MCMP is enabled. Cisco IOS Dial Technologies Command Reference DIA-1008 November 2009 Dial Commands show ppp multilink Table 106 show ppp multilink Field Descriptions with MCMP Enabled Field bundle name is Bundle up for load Description Configured name of the multilink bundle. Time (in hh:mm:ss) for which the bundle has been up. Load on the link in the range from 1/255 to 255/255 (255/255 is a 100 percent load). Maximum number of bytes that will be buffered for reassembly for each class of data. Time, in milliseconds (ms), for which the router will wait for the expected sequence number to arrive after receiving an out-of-order fragment. Information about Class 0 (normal data) packets received by the router. Number of fragments and bytes currently buffered and awaiting reassembly. Number of fragments that have been lost. Number of fragments that have been reordered. Number of fragments and bytes that have been discarded. This usually occurs only if the fragment is a part of a packet for which one or more fragments were lost. Number of fragments that arrived after they were declared lost. Information about Class 1 (high-priority) packets received by the router. Information about Class 0 (normal data) packets sent by the router. Information about Class 1 (high-priority) packets sent by the router. Number of child interfaces. Identity of the child interface. Time (in hh:mm:ss) for which the interface has been active. Relative weight of the link (calculated as bandwidth x fragment delay). This value is used to calculate the fragment size and for load balancing. Each fragment should be less than or equal to the weight, including all link layer headers. Fragment size of packets sent over the link, not including link layer headers. The difference between the weight and the fragment size indicates how much link layer overhead is being calculated for each fragment. receive classes, transmit classes Number of data classes defined for the multilink bundle. Receive buffer limit frag timeout Receive Class 0 fragments/bytes in reassembly list lost fragments reordered discarded fragments/bytes lost received Receive Class 1 Transmit Class 0 Transmit Class 1 Member links BR2/0:1 since weight frag size The following sample output displays information about all the active multilink bundles: Router# show ppp multilink active Virtual-Access4, bundle name is 7200-4 Endpoint discriminator is 7200-4 Bundle up for 00:31:26, 1/255 load Cisco IOS Dial Technologies Command Reference November 2009 DIA-1009 Dial Commands show ppp multilink Receive buffer limit 12192 bytes, frag timeout 1000 ms 0/0 fragments/bytes in reassembly list 0 lost fragments, 0 reordered 0/0 discarded fragments/bytes, 0 lost received 0x0 received sequence, 0x0 sent sequence Member links:1 (max not set, min not set) Vi3, since 00:31:26 PPPoATM link, ATM PVC 15/200 on ATM4/0.10000 Packets in ATM PVC Holdq:0 , Particles in ATM PVC Tx Ring:1 Table 107 describes the significant fields shown in the display when information for all active bundles is displayed. Table 107 show ppp multilink Field Descriptions for Active Bundles Field bundle name is Endpoint discriminator Bundle up for 1/255 load Receive buffer limit frag timeout Description Configured name of the multilink bundle. Identifies the MLP bundle to which the PPP over ATM (PPPoA) session is associated. Time (in hh:mm:ss) for which the bundle has been up. Load on the link in the range from 1/255 to 255/255 (255/255 is a 100 percent load). Maximum number of bytes that will be buffered for reassembly for each class of data. Time, in milliseconds (ms), for which the router will wait for the expected sequence number to arrive after receiving an out-of-order fragment. Number of fragments and bytes currently buffered and awaiting reassembly. Number of fragments that have been lost. Number of fragments that have been reordered. Number of fragments and bytes that have been discarded. This usually occurs only if the fragment is a part of a packet for which one or more fragments were lost. Number of fragments that arrived after they were declared lost. Sequence number of the last MLP packet received. Sequence number of the last MLP packet sent. Number of child interfaces. Identity of the child interface. Time (in hh:mm:ss) for which the interface has been active. Number of packets in the ATM permanent virtual connection (PVC) hold queue. Number of particles in the transmission ring of the ATM PVC. fragments/bytes in reassembly list lost fragments reordered discarded fragments/bytes lost received received sequence sent sequence Member links Vi3 since Packets in ATM PVC Holdq Particles in ATM PVC Tx Ring Cisco IOS Dial Technologies Command Reference DIA-1010 November 2009 Dial Commands show queuing virtual-access show queuing virtual-access To display information about interleaving, use the show queuing virtual-access command in EXEC mode. show queuing virtual-access number Syntax Description number Virtual access interface number. Command Modes EXEC Command History Release 11.3 Modification This command was introduced. Examples The following is sample output from the show queuing virtual-access command: Router# show queuing virtual-access 1 Input queue: 0/75/0 (size/max/drops); Total output drops: 164974 Queueing strategy: weighted fair Output queue: 315/64/164974/31191 (size/threshold/drops/interleaves) Conversations 5/8 (active/max active) Reserved Conversations 2/2 (allocated/max allocated) (depth/weight/discards/interleaves) 64/4096/38669/0 Conversation 36, linktype: ip, length: 52 source: 172.23.3.201, destination: 225.1.2.3, id: 0x0001, ttl: 254, TOS: 0 prot: 17, source port 6789, destination port 2345 (depth/weight/discards/interleaves) 64/4096/0/0 Conversation 2, linktype: ip, length: 52 source: 172.23.3.201, destination: 225.1.2.4, id: 0x0001, ttl: 254, TOS: 0 prot: 17, source port 5432, destination port 9870 Table 108 describes the significant fields shown in the display. Table 108 show queuing virtual-access Field Descriptions Field Input queue: size, max, drops Total output drops Output queue: size/threshold/drops/interleaves Description Input queue used for virtual access interface 1, with the current size, the maximum size, and the number of dropped packets. Number of output packets dropped. Output queue counters. Maximum number of packets allowed in the queue, number in the queue, the number of packets dropped due to a full queue, and the number of real-time packets interleaved among fragments of larger packets. Fair queue conversation statistics: number of conversations currently active and the maximum that have been active. Conversations (active/max active) Cisco IOS Dial Technologies Command Reference November 2009 DIA-1011 Dial Commands show queuing virtual-access Table 108 show queuing virtual-access Field Descriptions (continued) Field Reserved conversations (allocated, max allocated) (depth/weight/discards/interleaves) 64/4096/38669/0 Conversation 36, linktype: ip, length: 52 source: 140.3.3.201, destination: 225.1.2.3, id: 0x0001 ttl: 254 TOS: 0 prot: 17 source port 5432 destination port 9870 Description Reserved conversations in the weighted fair queue (current/maximum number allocated). Reserved conversations get the highest priority. Depth of the queue, weight assigned to each packet in the queue, number of packets discarded in the queue so far, and the number of interleaves. Conversation identifier, protocol used on the link (IP), and the number of bytes. Source IP address and destination IP address. Protocol ID, identifying IP. Time to live, in seconds. Type of service. Protocol field in IP. The value 17 indicates UDP. Source TCP/UDP port. Destination TCP/UDP port. Cisco IOS Dial Technologies Command Reference DIA-1012 November 2009 Dial Commands show rcapi status show rcapi status To display whether RCAPI is turned on or off, use the show rcapi status command in privileged EXEC mode. show rcapi status Syntax Description This command has no arguments or keywords. Command Modes Privileged EXEC Command History Release 12.0(7)XV Modification This command was introduced on the Cisco 800 series router. Usage Guidelines When RCAPI is running, details about the list of CAPI clients currently registered, the type of application that each client is running, and the status of each CAPI call at the time of the display. This command works only with the Net3 switch type. Examples The following is sample output from the show rcapi status command: Router# show rcapi status RCAPI SERVER ON RCAPI SERVER PORT 2578 RCAPI NUMBER 5553000 5553100 CLIENT SESSION ID LISTEN CONNECTION ID TYPE CALL STATUS 172.18.100.3 172.18.100.5 172.18.100.6 16777212 16777218 16777227 ON OFF OFF 50333953 50333962 Bit Transparent HDLC Connected Connected Related Commands Command debug rcapi events rcapi number rcapi server Description Displays diagnostic DCP and driver messages. Enables the Cisco 800 series router to distinguish between incoming CAPI calls and incoming non-CAPI calls such as POTS, PPP, and X.25. Enables the RCAPI server on the 800 series router and, optionally, sets the TCP port number. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1013 Dial Commands show resource-pool call show resource-pool call To display all active call information for all customer profiles and resource groups, use the show resource-pool call command in EXEC mode. show resource-pool call Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the show resource-pool call EXEC command to see all active call information for all customer profiles and resource groups. Use this command to see output when one call is up. If no calls are up, there is no output. Enter the command to see valid information for all current calls. Examples The following is sample output from the show resource-pool call command: Router# show resource-pool call Shelf 0, slot 0, port 0, channel 2, state RM_RPM_RES_ALLOCATED Customer profile cp1, resource group isdn1 DNIS number 71017 Table 109 describes the significant fields shown in the display. Table 109 show resource-pool call Field Descriptions Field Shelf Slot Port Channel State Customer profile Resource group DNIS number Description The shelf number where the call is being handled. The slot number where the call is being handled. The port number where the call is being handled. The channel number where the call is being handled. The state of the call. The customer profile name (alphanumeric). The name of the resource group being used for the call. The DNIS number for the call. Cisco IOS Dial Technologies Command Reference DIA-1014 November 2009 Dial Commands show resource-pool customer show resource-pool customer To display the contents of one or more customer profiles, use the show resource-pool customer command in EXEC mode. show resource-pool customer [name] Syntax Description name (Optional) Name of a specific customer profile. The name can have up to 23 characters. Command Modes EXEC Command History Release 12.0(4)XI Modification This command was introduced. Examples The following example displays the contents of the customer profile named customer1-isp: Router# show resource-pool customer customer1-isp 5 active connections 3 calls accepted 8 max number of simultaneous connections 0 calls rejected due to profile limits 0 calls rejected due to resource unavailable 0 overflow connections 0 overflow states entered 0 minutes spent in overflow 28 minutes since last clear command Table 110 describes the significant fields shown in the display. Table 110 show resource-pool customer Field Descriptions Field Active connections Calls accepted Max number of simultaneous connections Calls rejected due to profile limits Description Lists the number of active connections in the specified customer profile. Cumulative number of calls accepted since the last clear command in the customer profile—regardless of the call type. Maximum number of simultaneous connections assigned for this customer profile. Cumulative number of calls rejected since the last clear command because the maximum number of allowable simultaneous connections was exceeded. You can configure each customer profile to not exceed a simultaneous call limit. This feature stops a single customer profile from consuming all the system resources. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1015 Dial Commands show resource-pool customer Table 110 show resource-pool customer Field Descriptions (continued) Field Calls rejected due to resource unavailable Description Cumulative number of calls rejected since the last clear command because no system resources were available to accept the call (such as a free modem for an analog call or an HDLC framer for a circuit switched data call). Number of overflow connections active since the last clear command. Number of overflow states processed since the last clear command. Number of minutes that the overflow session has been in process since the last clear command. Number of minutes since the clear command has been used. Lists the customer profiles set up on the access server. Overflow connections Overflow states entered Minutes spent in overflow Minutes since last clear command List of Customer Profiles Cisco IOS Dial Technologies Command Reference DIA-1016 November 2009 Dial Commands show resource-pool discriminator show resource-pool discriminator To see how many times an incoming call has been rejected due to a specific Calling Line Identification (CLID) or Dialed Number Identification Service (DNIS) call-type combination, use the show resource-pool discriminator command in privileged EXEC mode. show resource-pool discriminator [name] Syntax Description name (Optional) Name of the specific CLID or DNIS and call-type that will be rejected. The name can have up to 23 characters. Command Default No default behavior or values. You must configure a call discriminator for the command to work or appear. Command Modes Privileged EXEC Command History Release 12.0(4)XI 12.1(5)T Modification This command was introduced. This command was enhanced to include the CLID group when the discriminator contains CLID groups. Usage Guidelines Use the show resource-pool discriminator EXEC command to see how many times an incoming call has been rejected due to a specific CLID or DNIS and call-type combination. If you enter the show resource-pool discriminator command without including a call discriminator name, a list of the current call discriminator profiles appears. If you enter a call discriminator profile name with the show resource-pool discriminator command, the number of calls rejected by the selected call discriminator appears. Examples The following command displays the list of call discriminator profiles configured. Router# show resource-pool discriminator List of Call Discriminator Profiles: cd1 cd2 cd3 cd4 The following command displays the number of calls rejected by call discriminator cd1 since the last clear command was used (this number is cumulative). Router# show resource-pool discriminator cd1 0 calls rejected Cisco IOS Dial Technologies Command Reference November 2009 DIA-1017 Dial Commands show resource-pool discriminator Table 111 describes the significant fields shown in the displays. Table 111 show resource-pool discriminator Field Descriptions Field List of Call Discriminator Profiles Calls rejected Description A list of the Call Discriminator Profile names currently assigned. Number of calls rejected since the last clear command was used. (This is cumulative.) Related Commands Command resource-pool call treatment discriminator Description Configures a CLID group in a discriminator. Cisco IOS Dial Technologies Command Reference DIA-1018 November 2009 Dial Commands show resource-pool resource show resource-pool resource To see the resource groups configured in the network access server, use the show resource-pool resource command in EXEC mode. show resource-pool resource [name] Syntax Description name (Optional) Contents of a specifically named resource group, which was set up by using the resource-pool group resource name command. The name can have up to 23 characters. Command Modes EXEC Command History Release 12.0(4)XI Modification This command was introduced. Usage Guidelines Use the show resource-pool resource EXEC command to see the resource groups configured in the network access server. To see the contents of a specific resource group, use the show resource-pool resource name command. Examples The following is sample output from the show resource-pool resource EXEC command: Router# show resource-pool resource List of Resources: modem1 rg1 hi The following is sample output about modem-group-1 from the show resource-pool resource EXEC command: Router# show resource-pool resource modem-group-1 2 0 0 0 0 resources in the resource group resources currently active calls accepted in the resource group calls rejected due to resource unavailable calls rejected due to resource allocation errors Cisco IOS Dial Technologies Command Reference November 2009 DIA-1019 Dial Commands show resource-pool resource Table 112 describes the significant fields shown in the display. Table 112 show resource-pool resource name Field Descriptions Field Resources in the resource group Description Number of resources allocated to this pool. For example, you can limit a range of modems to five. You can limit a range of circuit-switched data calls to 50. Number of resources that are currently used in the resource group. Resources currently active Calls accepted in the resource group Number of calls accepted in the resource group (this is cumulative). Calls rejected due to resource unavailable Calls rejected due to resource allocation errors Number of calls rejected because a resource was not available (this is cumulative). Number of times the access server had an available resource, but the resource had an error when the access server tried to allocate it (for example, a bad modem). Therefore, the call was rejected. (This is cumulative.) Cisco IOS Dial Technologies Command Reference DIA-1020 November 2009 Dial Commands show resource-pool vpdn show resource-pool vpdn To display information about a specific virtual private dialup network (VPDN) group or specific VPDN profile, use the show resource-pool vpdn command in EXEC mode. show resource-pool vpdn {group | profile} [name] Syntax Description group profile name All the VPDN groups configured on the router. All the VPDN profiles configured on the router. (Optional) Specific VPDN group or profile. Command Modes EXEC Command History Release 12.0(4)XI Modification This command was introduced. Examples Use the show resource-pool vpdn group command to display information about a specific VPDN group. Example 1 This example displays specific information about the VPDN group named vpdng2: Router# show resource-pool vpdn group vpdng2 VPDN Group vpdng2 found under Customer Profiles: customer2 Tunnel (L2TP) -------dnis:customer2-calledg cisco.com Endpoint -------172.21.9.97 Total Session Limit Priority Active Sessions Status ------------- -------- --------------- -----* 1 0 OK --------------------------* 0 Reserved Sessions --------------------------------0 Example 2 The following example displays information about all the VPDN groups configured on the router: Router# show resource-pool vpdn group List of VPDN Groups under Customer Profiles Customer Profile customer1: vpdng1 Customer Profile customer2: vpdng2 List of VPDN Groups under VPDN Profiles VPDN Profile profile1: vpdng1 VPDN Profile profile2: vpdng2 Cisco IOS Dial Technologies Command Reference November 2009 DIA-1021 Dial Commands show resource-pool vpdn Table 113 describes the significant fields shown in the displays. Table 113 show resource-pool vpdn group Field Descriptions Field Endpoint Session Limit Priority Active Sessions Description IP address of HGW/LNS router. Number of sessions permitted for the designated endpoint. Loadsharing HGW/LNSs are always marked with a priority of 1. Number of active sessions on the network access server. These are sessions successfully established with endpoints (not reserved sessions). Only two status types are possible: OK and busy. Authorized sessions that are waiting to see if they can successfully connect to endpoints. Essentially, these sessions are queued calls. In most cases, reserved sessions become active sessions. No limit is set. A list of VPDN groups that are assigned to customer profiles. The customer profile name is listed first, followed by the name of the VPDN group assigned to it. A list of VPDN groups that are assigned to VPDN profiles. The VPDN profile name is listed first, followed by the VPDN group assigned to it. Status Reserved Sessions * List of VPDN Groups under Customer Profiles List of VPDN Groups under VPDN Profiles Example 3 The following example displays a list of all VPDN profiles configured on the router: Router# show resource-pool vpdn profile % List of VPDN Profiles: profile1 profile2 profile3 Example 4 The following example displays details about a specific VPDN profile named vpdnp1: Router# show resource-pool vpdn profile vpdnp1 0 active connections 0 max number of simultaneous connections 0 calls rejected due to profile limits 0 calls rejected due to resource unavailable 0 overflow connections 0 overflow states entered 0 overflow connections rejected 3003 minutes since last clear command Cisco IOS Dial Technologies Command Reference DIA-1022 November 2009 Dial Commands show resource-pool vpdn Table 114 describes the significant fields shown in the displays. Table 114 show resource-pool vpdn profile Field Descriptions Field List of VPDN Profiles Active connections Max number of simultaneous connections Calls rejected due to profile limits Calls rejected due to resource unavailable Overflow connections Overflow states entered Overflow connections rejected Minutes since last clear command Description A list of the VPDN profiles that have been assigned. Number of active VPDN connections counted by the VPDN profile. Maximum number of VPDN simultaneous connections counted by the VPDN profile. This value helps you determine how many VPDN sessions to subscribe to a specific profile. Number of calls rejected since the last clear command because the profile limit has been exceeded. Number of calls rejected since the last clear command because the assigned resource was unavailable. Number of overflow connections used since the last clear command. Number of overflow states entered since the last clear command. Number of overflow connections rejected since the last clear command. Number of minutes elapsed since the last clear command was used. Related Commands Command resource-pool profile customer resource-pool profile vpdn vpdn group vpdn-group Description Creates a customer profile and enters customer profile configuration mode. Creates a VPDN profile and enters VPDN profile configuration mode. Associates a VPDN group with a customer or VPDN profile. Creates a VPDN group and enters VPDN group configuration mode. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1023 Dial Commands show sessions show sessions To display information about open local-area transport (LAT), Telnet, or rlogin connections, use the show sessions command in EXEC mode. show sessions Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command display the host name, address, number of unread bytes for the user to receive, idle time, and connection name. Examples The following is sample output from the show sessions command: Router# show sessions Conn Host 1 MATHOM * 2 CHAFF Address 192.168.7.21 172.25.12.19 Byte 0 0 0 Idle 0 Conn Name MATHOM CHAFF The asterisk (*) indicates the current terminal session. Table 115 describes significant fields shown in the display. Table 115 show sessions Field Descriptions Field Conn Host Address Byte Idle Conn Name Description Name or address of the remote host to which the connection is made. Remote host to which the router is connected through a Telnet session. IP address of the remote host. Number of unread bytes displayed for the user to receive. Interval (in minutes) since data was last sent on the line. Assigned name of the connection. Related Commands Command protocol (VPDN) where Description Sets X.3 parameters for PAD connections. Lists open sessions associated with the current terminal line. Cisco IOS Dial Technologies Command Reference DIA-1024 November 2009 Dial Commands show sgbp show sgbp To display the status of the stack group members, use the show sgbp command in EXEC mode. show sgbp Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Examples The following is sample output from the show sgbp command: Router# show sgbp Group Name: stack State: 0 Ref: 0xC07B060 Member Name: systemb State: ACTIVE Id: 1 Ref: 0xC14256F Address: 10.1.1.1 Tcb: 0x60B34538 Member Name: systemc State: ACTIVE Ref: 0xA24256D Address: 10.1.1.2 Tcb: 0x60B34439 Id: 2 Member Name: systemd State: IDLE Id: 3 Ref: 0x0 Address: 10.1.1.3 Tcb: 0x0 Table 116 describes the significant fields shown in the display. Table 116 show sgbp Field Descriptions Field Group Name State Member Name Id Address Description Name of the stack group. Status of the group or its member. The values are 0 for the stack group itself, and either ACTIVE or IDLE for each of the members of the group. Name of a specific host defined as a member of this stack group. Identifier used for each member of the group; typically the final digit of the host’s IP address on the network they share. IP address of the stack group member. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1025 Dial Commands show sgbp queries show sgbp queries To display the current seed bid value, use the show sgbp queries command in EXEC mode. show sgbp queries Syntax Description This command has no arguments or keywords. Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Examples The following example shows a bid of 50 from this system. Peers queried the system for the bid, the bid was accepted, and a connection was opened from a peer in the stack group. Router# show sgbp queries Seed bid: default, 50 Bundle: book State: Query_from_peers OurBid: 50 10.1.1.2 State: Open_from_peer Bid: 050 Retry: 0 Table 117 describes the significant fields shown in the display. Table 117 show sgbp queries Field Descriptions Field Seed bid Bundle State OurBid 10.1.1.2 State Bid Retry Description The initial bid; in this case, the default 50. Name of the MMP bundle. Activity that occurred. In this case, a peer queried this system for its bid for the specified bundle. What this system bid for the bundle. It bid 50. The peer’s IP address. Activity that occurred on the bid. In this case, the stack-group peer 1.1.1.2 accepted this system’s bid of 50 for the bundle and opened a connection with this system. Since the peer opened a connection, no retry was needed. Cisco IOS Dial Technologies Command Reference DIA-1026 November 2009 Dial Commands show snapshot show snapshot To display snapshot routing parameters associated with an interface, use the show snapshot command in EXEC mode. show snapshot [interface-type interface-number] Syntax Description interface-type interface-number (Optional) Interface type and number. Command Modes EXEC Command History Release 10.3 Modification This command was introduced. Examples The following is sample output from the show snapshot command: Router# show snapshot serial 1 Serial1 is up, line protocol is up, snapshot up Options: dialer support Length of each activation period: 3 minutes Period between activations: 10 minutes Retry period on connect failure: 10 For dialer address 240 Current queue: active, remaining active time: 3 minutes Updates received this cycle: ip, ipx, appletalk For dialer address 1 Current queue: client quiet, time until next activation: 7 minutes Table 118 describes the significant fields shown in the display. Table 118 show snapshot Field Descriptions Field Description Serial1 is up, line protocol is up Indicates whether the interface hardware is currently active (whether carrier detect is present) and whether it has been taken down by an administrator. snapshot up Options: Indicates whether the snapshot protocol is enabled on the interface. Option configured on the snapshot client or snapshot server interface configuration command. It can be one of the following: • • dialer support—Snapshot routing is configured with the dialer keyword. stay asleep on carrier up—Snapshot routing is configured with the suppress-statechange-updates keyword. Length of each activation period Length of the active period. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1027 Dial Commands show snapshot Table 118 show snapshot Field Descriptions (continued) Field Period between activations Retry period on connect failure For dialer address Current queue: Description Length of the quiet period. Length of the retry period. Displays information about each dialer rotary group configured with the dialer map command. Indicates which period snapshot routing is currently in. It can be one of the following: • • • active—Routing updates are being exchanged. client quiet—The client router is in a quiet period and routing updates are not being exchanged. server quiet—The server router is in a quiet period, awaiting an update from the client router before awakening, and routing updates are not being exchanged. post active—Routing updates are not being exchanged. If the server router receives an update from the client router, it processes it but does not begin an active period. This allows time for resynchronization of active periods between the client and server routers. no queue—This is a temporary holding queue for new snapshot routing interfaces and for interfaces being deleted. • • remaining active time time until next activation Updates received this cycle Time remaining in the current period. Protocols from which routing updates have been received in the current active period. This line is displayed only if the router or access server is in an active period. Cisco IOS Dial Technologies Command Reference DIA-1028 November 2009 Dial Commands show spe show spe To display service processing element (SPE) status, use the show spe command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe [slot | slot/spe | slot/port] Cisco AS5800 with the Universal Port Card (UPC) show spe [shelf/slot | shelf/slot/spe] Syntax Description slot slot/spe (Optional) All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. and SPE values range from 1 to 17. You must include the slash mark. (Optional) The specified port range on a slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. Port values range from 0 to one less than the number of ports supported by the card. You must include the slash mark. (Optional) The specified port range on a shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. (Optional) All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. slot/port shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.1(5)XM2 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.1(5)XM2. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350 and Cisco AS5400 platforms. Usage Guidelines Use the show spe command to display status and history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1029 Dial Commands show spe Examples The following example displays history statistics for all SPEs after a busyout was executed on SPE 2/0 and a shutdown was executed on SPE 2/1 on the Cisco AS5400: Router# show spe SPE settings: ============== Country code configuration: default T1 (u Law) Polling interval: 12 secs. History log events: 50(per port) Port legends: ============ Port state: (s)shutdown (t)test (r)recovery (d)download (b)busiedout (p)busyout pending, (B)bad (a)active call Call Type: (m)modem (d)digital (_)not in use SPE State ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE SPE SPE SPE Port Busyout Shut Crash State 0 0 0 aaaaaa 0 0 0 aaaaaa 0 0 0 aaaaaa 0 0 0 aaaaaa 0 0 0 aaaaaa 0 0 0 aaa_aa 0 0 0 __aaaa 0 0 0 aaa_aa 0 0 0 _aaa_a 0 0 0 _aa_aa 0 0 0 _a_a_a 0 0 0 _a_aaa 0 0 0 aaaaaa 0 0 0 _aaaaa 0 0 0 _a_aaa 0 0 0 a_aaaa 0 0 0 aaaaaa 0 0 0 aaaaaa Call Type dddddd dddddd dddddd dddmdm dmmmmm mmm_mm __mmmm mmm_mm _mmm_m _md_mm _m_m_m _d_mmd mdmmmd _dmmdm _m_ddd m_dddd ddddmd dddddd SPE# 2/00 2/01 2/02 2/03 2/04 2/05 2/06 2/07 2/08 2/09 2/10 2/11 2/12 2/13 2/14 2/15 2/16 2/17 Port # 0000-0005 0006-0011 0012-0017 0018-0023 0024-0029 0030-0035 0036-0041 0042-0047 0048-0053 0054-0059 0060-0065 0066-0071 0072-0077 0078-0083 0084-0089 0090-0095 0096-0101 0102-0107 The following example shows output for the show spe command on the Cisco AS5800 with the universal port card. This example shows SPE settings for slot 2, SPEs 0 to 53: Router# show spe SPE settings ============== Country code configuration default T1 (u Law) Polling interval 12 secs. History log events 50(per port) Port legends ============ Port state (s)shutdown (t)test (r)recovery (d)download (b)busiedout (p)busyout pending, (B)bad (a)active call Call type (m)modem (d)digital (_)not in use SPE State ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE SPE SPE SPE Port Busyout Shut Crash State 0 0 0 a_a_a_ 0 0 0 aaa___ 0 0 0 _a_aa_ 0 0 0 _aaaaa 0 0 0 a_a_a_ 0 0 0 ____a_ 0 0 0 _aaa_a 0 0 0 a_____ Call Type m_m_m_ mmm___ _m_mm_ _mmmmm m_m_m_ ____m_ _mmm_m m_____ SPE# 1/02/00 1/02/01 1/02/02 1/02/03 1/02/04 1/02/05 1/02/06 1/02/07 Port # 0000-0005 0006-0011 0012-0017 0018-0023 0024-0029 0030-0035 0036-0041 0042-0047 Cisco IOS Dial Technologies Command Reference DIA-1030 November 2009 Dial Commands show spe 1/02/08 1/02/09 1/02/10 1/02/11 1/02/12 1/02/13 1/02/14 1/02/15 1/02/16 1/02/17 1/02/18 1/02/19 1/02/20 1/02/21 1/02/22 1/02/23 1/02/24 1/02/25 1/02/26 1/02/27 1/02/28 1/02/29 1/02/30 1/02/31 1/02/32 1/02/33 1/02/34 1/02/35 1/02/36 1/02/37 1/02/38 1/02/39 1/02/40 1/02/41 1/02/42 1/02/43 1/02/44 1/02/45 1/02/46 1/02/47 1/02/48 1/02/49 1/02/50 1/02/51 1/02/52 1/02/53 0048-0053 0054-0059 0060-0065 0066-0071 0072-0077 0078-0083 0084-0089 0090-0095 0096-0101 0102-0107 0108-0113 0114-0119 0120-0125 0126-0131 0132-0137 0138-0143 0144-0149 0150-0155 0156-0161 0162-0167 0168-0173 0174-0179 0180-0185 0186-0191 0192-0197 0198-0203 0204-0209 0210-0215 0216-0221 0222-0227 0228-0233 0234-0239 0240-0245 0246-0251 0252-0257 0258-0263 0264-0269 0270-0275 0276-0281 0282-0287 0288-0293 0294-0299 0300-0305 0306-0311 0312-0317 0318-0323 ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 _aa_aa _aa_aa _a_a_a a__aa_ aaa___ aaaa_a _aaa__ a__aaa _aaaa_ _aaa_a _aaaaa aa_aa_ aa__aa aaa_aa _a____ a__aaa a_a_aa ___aaa a_a__a a_a_aa a___aa _a____ _aaaaa _a_aa_ aaa__a a_a__a aaaaaa _aa__a a_a_aa a_aaaa aaaaaa aa_aa_ aa_aaa a__a__ aa__aa aaa_aa aaaa_a aaa_a_ aaaaa_ _aaaa_ a_aa_a aa_a_a aa_aaa aaaaa_ aaaaaa aaaa_a _mm_mm _mm_mm _m_m_m m__mm_ mmm___ mmmm_m _mmm__ m__mmm _mmmm_ _mmm_m _mmmmm mm_mm_ mm__mm mmm_mm _m____ m__mmm m_m_mm ___mmm m_m__m m_m_mm m___mm _m____ _mmmmm _m_mm_ mmm__m m_m__m mmmmmm _mm__m m_m_mm m_mmmm mmmmmm mm_mm_ mm_mmm m__m__ mm__mm mmm_mm mmmm_m mmm_m_ mmmmm_ _mmmm_ m_mm_m mm_m_m mm_mmm mmmmm_ mmmmmm mmmm_m Table 119 describes the significant fields shown in the display. Table 119 show spe Field Descriptions Field SPE # Port # SPE State SPE Busyout SPE Shut SPE Crash Description Specifies the slot and port number of the SPE. Displays the port number. Displays the state of the SPE port. Displays the number of busyout calls. Indicates if the port is shut down. Specifies if the port has crashed. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1031 Dial Commands show spe Table 119 show spe Field Descriptions (continued) Field Port State Call Type Description Indicates if the port is active or idle. Data, modem, or fax call type. Related Commands Command show spe digital active show spe modem active show spe voice active Description Displays active digital calls and digital statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays active modem statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays active voice statistics of all SPEs, a specified SPE, or the specified SPE range. Cisco IOS Dial Technologies Command Reference DIA-1032 November 2009 Dial Commands show spe digital show spe digital To display history statistics of all service processing elements (SPEs) for digital service, in summary form or for SPEs starting with a specified slot or a specified shelf/slot/range of SPEs, use the show spe digital command in EXEC mode. show spe digital [slot | slot/spe] Syntax Description slot slot/spe (Optional) All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified slot and SPE. For the Cisco AS5400, slot values range from 1 to 7 and SPE values range from 1 to 17. You must include the slash mark. Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced. This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines Use the show spe digital command on the Cisco AS5350 and Cisco AS5400 with NextPort port dial feature card (DFC). Note This command is not supported on the Cisco AS5800 with the universal port card (UPC). Examples The following example uses the starting slot/SPE version of the show spe digital command. This example shows statistics for slot 5, SPE 4: Router# show spe digital 5/4 #SPE 5/04 Cisco Universal SPE; Fw: 0.06.07.03; Async5/24 - 5/29, TTY672 - 677 Last clearing of statistics counters : never 11 incoming completes 24 incoming failures 0 outgoing completes 0 outgoing failures 0 failed dial attempts 0 ring no answers 0 no dial tones 0 link failures 0 watchdog timeouts 0 protocol errors 0 dial timeouts Cisco IOS Dial Technologies Command Reference November 2009 DIA-1033 Dial Commands show spe digital Transmit Speed Counters Speed Calls Speed Speed Calls 64000 0 28800 1200 0 56000 0 24000 600 0 38400 0 19200 Receive Speed Counters Speed Calls Speed Speed Calls 64000 0 28800 1200 0 56000 0 24000 600 0 38400 0 19200 : Calls 0 0 10 : Calls 0 0 10 Speed 14400 12000 9600 Calls 0 0 0 Speed 7200 4800 2400 Calls 0 1 0 Speed 14400 12000 9600 Calls 0 0 0 Speed 7200 4800 2400 Calls 0 1 0 Table 120 describes the significant fields shown in the display. Table 120 show spe digital Field Descriptions Field SPE # Cisco Universal SPE Last clearing of statistics counters Transmit Speed Counters Receive Speed Counters Description Specifies the slot and port number of the SPE. Firmware version installed on the SPE. Last time the modem counters were cleared using the clear modem counters command. List of connection speeds that were sent by the SPE. List of connection speeds that were received by the SPE. Related Commands Command show spe digital active show spe digital csr show spe digital disconnect-reason Description Displays active digital calls and digital statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays digital CSR statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays the local disconnection reasons for all digital calls on the SPEs, a specified SPE, or the specified range of SPEs. show spe digital summary Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference DIA-1034 November 2009 Dial Commands show spe digital active show spe digital active To display active digital calls and digital statistics of all service processing elements (SPEs), a specified SPE, or the specified range of SPEs, use the show spe digital active command in EXEC mode. show spe digital active [slot | slot /spe] Syntax Description slot slot/spe (Optional) All ports on the specified slot. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified slot and SPE. For the Cisco AS5400, slot values range from 1 to 7 and SPE values range from 1 to 17. You must include the slash mark. Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced. This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines Use the show spe digital active command on the Cisco AS5350 and Cisco AS5400 with the NextPort dial feature card (DFC). Note This command is not supported on the Cisco AS5800 with the universal port card (UPC). Examples The following is sample output from the show spe digital active command on the Cisco AS5400 with the NextPort DFC. This example displays active digital statistics for slot 5, SPE 06: Router# show spe digital active 5 SPE 5/06 Port 41 Prot V.110 Duration 188 Char Tx/Rx Cfg 19200/19200 In Sync Loss 0 SPE 5/09 Port 54 56 57 . . Prot V.110 V.110 V.110 Duration 187 187 188 Char Tx/Rx 19200/19200 19200/19200 19200/19200 Cfg In In In Sync Loss 0 0 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-1035 Dial Commands show spe digital active Table 121 describes the significant fields shown in the display. Table 121 show spe digital active Field Descriptions Field SPE # Port Prot Duration Char Tx/Rx Description Specifies the slot and port number of the SPE. Port that is active. Protocol used for the call in progress. Duration of call. Characters sent and received. Related Commands Command show spe digital Description Displays history statistics of all digital SPEs, in summary form or for SPEs starting with a specified slot or a specified shelf/slot/range of SPEs. Displays digital calls CSR statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays the local disconnect reasons for all digital calls on the SPEs, a specified SPE, or the specified range of SPEs. Display history statistics of all SPEs, a specified SPE, or the specified range of SPEs. show spe digital csr show spe digital disconnect-reason show spe digital summary Cisco IOS Dial Technologies Command Reference DIA-1036 November 2009 Dial Commands show spe digital csr show spe digital csr To display digital call success rate (CSR) statistics of all service processing elements (SPEs), a specified SPE, or the specified range of SPEs, use the show spe digital csr command in EXEC mode. show spe digital csr {summary [slot | slot/spe] [slot | slot/spe] | {slot | slot/spe} [slot | slot/spe]} Syntax Description summary slot Summary digital CSR statistics. All ports on the specified slot. For the Cisco AS5400, slot values range from 1 to 7. A range of slots can be specified by entering a second value for the slot argument. (Optional) All ports on the specified slot and SPE. For the Cisco AS5400, slot values range from 1 to 7 and SPE values range from 1 to 17. You must include the slash mark. A range of ports can be specified by entering a second value for the slot/spe argument. slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced. This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines Use the show spe digital csr command on the Cisco AS5350 and Cisco AS5400 with the NextPort dial feature card DFC. Note This command is not supported on the Cisco AS5800 with the universal port DFC. Examples The following is sample output from the show spe digital csr command on the Cisco AS5400 with the NextPort DFC. This example displays the number of call success rate counters for slot 5: Router# show spe digital csr 5 Avg Hold Time 00:04:22 00:04:22 00:04:22 00:04:22 00:04:22 00:04:21 00:04:22 Inc calls Succ Fail 6 0 6 0 6 0 6 0 6 0 6 0 4 0 Out calls Succ Fail 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Failed Dial 0 0 0 0 0 0 0 No Answer 0 0 0 0 0 0 0 Succ Pct 100% 100% 100% 100% 100% 100% 100% SPE 5/00 5/01 5/02 5/03 5/04 5/05 5/06 Cisco IOS Dial Technologies Command Reference November 2009 DIA-1037 Dial Commands show spe digital csr 5/07 5/08 5/09 5/10 5/11 5/12 5/13 5/14 5/15 5/16 5/17 00:04:22 00:04:21 00:04:23 00:00:00 00:04:21 00:04:20 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 1 6 5 0 5 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100% 100% 100% 0% 100% 100% 0% 0% 0% 0% 0% Table 122 describes the significant fields shown in the display. Table 122 show spe digital csr Field Descriptions Field SPE Avg Hold Time Inc calls, Succ/Fail Out calls, Succ/Fail Failed Dial No Answer Succ Pct Description The SPE slot and port number. The average hold time. The cumulative number of incoming calls that have succeeded and failed in the configured time period. The cumulative number of outgoing calls that have succeeded and failed in the configured time period. The number of calls that failed when dialed. The number of calls that were not answered. The CSR of the carrier. Related Commands Command show spe digital Description Displays history statistics of all digital SPEs, in summary form or for SPEs starting with a specified slot or a specified shelf/slot/range of SPEs. Displays active digital calls and digital statistics of all SPEs, a specified SPE, or the specified range of SPEs. show spe digital active show spe digital disconnect-reason Displays the local disconnect reasons for all digital calls on the SPEs, a specified SPE, or the specified range of SPEs. show spe digital summary Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference DIA-1038 November 2009 Dial Commands show spe digital disconnect-reason show spe digital disconnect-reason To display the local disconnection reasons for all digital calls on the service processing elements (SPEs), a specified SPE, or the specified range of SPEs, use the show spe digital disconnect-reason command in EXEC mode. show spe digital disconnect-reason [summary | slot | slot/spe] Syntax Description summary slot slot/spe (Optional) Summary of local disconnection reasons for digital ports. (Optional) All ports on the specified slot. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified slot and SPE. For the Cisco AS5400, slot values range from 1 to 7 and SPE values range from 1 to 17. You must include the slash mark. Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced. This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines Use the show spe digital disconnect-reason command on the Cisco AS5350 and Cisco AS5400 with the NextPort dial feature card (DFC). Note This command is not supported on the Cisco AS5800 with the universal port card (UPC). Examples The following is sample output from the show spe digital disconnect-reason command on the Cisco AS5400 with the NextPort DFC. This example displays reasons for digital call disconnections on slot 5: Router# show spe digital disconnect-reason 5 #SPE 5/00 : =====CLASS HOST====== NonSpecific 0 Busy 0 No Answer 0 DTR 0 ATH 0 NoDialTone 0 No Carrier 0 =====CLASS SERVICE===== ATH 0 Aborted 0 Connect Timeout 0 Sync Loss 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-1039 Dial Commands show spe digital disconnect-reason ACK 0 TOTAL 0 #SPE 5/03 : =====CLASS HOST====== NonSpecific 0 Busy 1 No Answer 0 DTR 0 . . . =====CLASS SERVICE===== ATH 0 Aborted 0 Connect Timeout 0 Sync Loss 0 Table 123 describes the significant fields shown in the display. Table 123 show spe digital disconnect-reason Field Descriptions Field SPE CLASS HOST Description The slot and port number of the SPE. Disconnect reasons are as follows: • • • • • • • • NonSpecific Busy No Answer—Number of times the SPE rang but did not answer the incoming call. DTR ATH NoDialTone—Number of times the dial-out attempt failed because the SPE failed to detect a dial tone. No Carrier ACK ATH Aborted Connect Timeout Sync Loss CLASS SERVICE Disconnect reasons are a s follows: • • • • Related Commands Command show spe digital show spe digital active show spe digital csr Description Displays history statistics of all digital SPEs, in summary form or for SPEs starting with a specified slot or a specified shelf/slot/range of SPEs. Displays active digital calls and digital statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays digital call success rate (CSR) statistics of all SPEs, a specified SPE, or the specified range of SPEs. show spe digital summary Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference DIA-1040 November 2009 Dial Commands show spe digital summary show spe digital summary To display history statistics of all service processing elements (SPEs), a specified SPE, or the specified range of SPEs, use the show spe digital summary command in EXEC mode. show spe digital summary [slot | slot/spe] Syntax Description slot slot/spe (Optional) All ports on the specified slot. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified slot and SPE. For the Cisco AS5400, slot values range from 1 to 7 and SPE values range from 1 to 17. You must include the slash mark. Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced. This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines Use the show spe digital summary command on the Cisco AS5350 and Cisco AS5400 with the NextPort dial feature card (DFC). Note This command is not supported on the Cisco AS5800 with the universal port card (UPC). Examples The following is sample output from the show spe digital summary command on the Cisco AS5400 with the NextPort DFC. This example displays active digital statistics for slot 5: Router# show spe digital summary 5 Async5/00 - 5/107, TTY648 - 755 209 incoming completes 0 outgoing completes 0 failed dial attempts 0 no dial tones 0 watchdog timeouts 0 dial timeouts Transmit Speed Counters Speed Calls Speed 64000 0 28800 56000 0 24000 38400 0 19200 : Calls 0 0 149 397 0 0 0 0 incoming failures outgoing failures ring no answers link failures protocol errors Speed 14400 12000 9600 Calls 0 0 0 Speed 7200 4800 2400 Calls 0 20 0 Speed 1200 600 Calls 20 20 Cisco IOS Dial Technologies Command Reference November 2009 DIA-1041 Dial Commands show spe digital summary Receive Speed Counters Speed Calls Speed 64000 0 28800 56000 0 24000 38400 0 19200 . . . : Calls 0 0 149 Speed 14400 12000 9600 Calls 0 0 0 Speed 7200 4800 2400 Calls 0 20 0 Speed 1200 600 Calls 20 20 Table 124 describes the significant fields shown in the display. Table 124 show spe digital summary Field Descriptions Field incoming completes and failures Description Total number of incoming connection requests that the SPE answered and successfully or unsuccessfully connected with the remote DCE device. Total number of outgoing connection requests that the SPE dialed and successfully or unsuccessfully connected with the remote DCE device. Number of times the SPE attempted to dial out but the call failed to leave the modem. Number of times the SPE rang but did not answer the incoming call. Number of times the dial-out attempt failed because the SPE failed to detect a dial tone. Number of times the SPE detected a link failure. Number of times the SPE internal watchdog timer expired. Number of times the SPE protocol failed to make a call connection Number of times the SPE timed out while attempting to dial. List of connection speeds that were sent by the SPE. List of connection speeds that were received by the SPE. A summary of SPE events also appears. outgoing completes and failures failed dial attempts ring no answers no dial tones link failures watchdog timeouts protocol errors dial timeouts Transmit Speed Counters Receive Speed Counters Related Commands. Command show spe digital Description Displays history statistics of all digital SPEs, in summary form or for SPEs starting with a specified slot or a specified shelf/slot/range of SPEs. Displays active digital calls and digital statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays digital call success rate (CSR) statistics of all SPEs, a specified SPE, or the specified range of SPEs. show spe digital active show spe digital csr show spe digital disconnect-reason Displays the local disconnection reasons for all digital calls on the SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference DIA-1042 November 2009 Dial Commands show spe log show spe log To display the service processing element (SPE) system log, use the show spe log command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe log [reverse | slot] Cisco AS5800 with the Universal Port Card (UPC) show spe log [reverse | shelf/slot] Syntax Description reverse slot shelf/slot (Optional) Displays the SPE system log with the most recent event first. (Optional) All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines The show spe log command displays the slot history event log. Examples The following is sample output from the show spe log command on the Cisco AS5400 with the NextPort DFC: Router# show spe log Slot 3 Events Log 2d15h : SPE State Event: Address: 0x3000000 SPE : 3/00 Command: SPE_IMMEDIATE_DISABLE Complete 2d14h : SPE State Event: Address: 0x3000100 SPE : 3/06 Command: SPE_IMMEDIATE_DISABLE Complete Cisco IOS Dial Technologies Command Reference November 2009 DIA-1043 Dial Commands show spe log 2d13h : SPE State Event: Address: 0x3000200 SPE : 3/12 Command: SPE_IMMEDIATE_DISABLE Complete 00:00:26: SPE State Event: Address: 0x3000001 SPE : 3/01 Command: SPE_IMMEDIATE_DISABLE Complete Slot 4 Events Log 2d13h : SPE State Event: Address: 0x4000000 SPE : 4/00 Command: SPE_IMMEDIATE_DISABLE Complete Slot 7 Events Log 2d15h : Diag Post event: Address : 0x7000204 SPE : 7/16 Result : SPE_POST_TEST_FAILED Test ID : SPE_POWER_ON_SELF_TEST Diag Code : 0xFE01C004 Data Format: ASCII Data Len : 0 Table 125 describes the significant fields shown in the display. Table 125 show spe log Field Descriptions Field Address SPE Description Address of the SPE The slot and port number of the SPE. Related Commands Command clear spe log show spe log reverse Description Clears all event entries in the slot history event log. Displays the slot history event log, with the most recent event first. Cisco IOS Dial Technologies Command Reference DIA-1044 November 2009 Dial Commands show spe modem show spe modem To display the modem service history statistics for a specified service processing element (SPE), use the show spe modem command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe modem {slot | slot/spe} Cisco AS5800 with the Universal Port Card (UPC) show spe modem {shelf/slot | shelf/slot/spe} Syntax Description slot slot/spe All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 1 to 53. You must include the slash mark. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Examples The following is sample output from the show spe modem command on the Cisco AS5400 with the NextPort DFC: Router# show spe modem 1/2 Async1/2/00 - 1/3/323, TTY972 - 1619 4819 incoming completes 287 incoming failures 0 outgoing completes 0 outgoing failures 0 failed dial attempts 0 ring no answers 0 no carriers 11 dial timeouts 0 no dial tones 0 link failures 0 watchdog timeouts 2784 protocol errors Transmit Speed Counters 0 0 0 0 autotests autotest fails fail count recovers Cisco IOS Dial Technologies Command Reference November 2009 DIA-1045 Dial Commands show spe modem Speed Calls Speed 60000 0 48000 58000 0 46666 56000 15 46000 54666 0 45333 54000 0 44000 53333 122 42666 52000 562 42000 50666 0 41333 50000 59 40000 49333 370 38666 Receive Speed Counters Speed Calls Speed 38400 0 26400 33600 113 24000 31200 215 21600 28800 1665 19200 Calls 431 0 56 299 226 0 68 38 65 0 Calls 2280 266 56 47 Speed 38400 38000 37333 36000 34666 34000 33600 33333 32000 31200 Speed 16800 14400 12000 9600 Calls 0 4 110 84 0 39 323 9 20 653 Calls 11 139 4 16 Speed 30666 29333 28800 28000 26400 24000 21600 19200 16800 14400 Speed 7200 4800 2400 1200 Calls 0 0 700 5 266 46 27 38 12 5 Calls 1 1 3 0. Speed 12000 9600 7200 4800 2400 1200 300 Calls 143 5 11 2 0 3 0 Speed Calls 300 2 The following is sample output from the show spe modem command on the Cisco AS5800 with the universal port card: Router# show spe modem 1/8/0 #SPE 1/08/00 Cisco Universal SPE; Fw: 0.00.06.81; Last clearing of statistics counters 90 incoming completes 0 outgoing completes 0 failed dial attempts 0 no carriers 0 no dial tones 0 watchdog timeouts Transmit Speed Counters Speed Calls Speed 60000 0 48000 58000 0 46666 56000 0 46000 54666 0 45333 54000 0 44000 53333 0 42666 52000 0 42000 50666 0 41333 50000 0 40000 49333 0 38666 Receive Speed Counters Speed Calls Speed 38400 0 26400 33600 11 24000 31200 25 21600 28800 54 19200 : Calls 0 0 0 0 0 0 0 0 0 0 : Calls 0 0 0 0 Async1/8/00 - 1/8/05, TTY2916 - 2921 : never 0 incoming failures 0 outgoing failures 0 ring no answers 0 autotests 0 dial timeouts 0 autotest fails 0 link failures 0 fail count 0 protocol errors Speed 38400 38000 37333 36000 34666 34000 33600 33333 32000 31200 Calls 0 0 0 0 0 0 0 0 0 90 Speed 30666 29333 28800 28000 26400 24000 21600 19200 16800 14400 Calls 0 0 0 0 0 0 0 0 0 0 Speed 12000 9600 7200 4800 2400 1200 300 Calls 0 0 0 0 0 0 0 Speed 16800 14400 12000 9600 Calls 0 0 0 0 Speed 7200 4800 2400 1200 Calls 0 0 0 0 Speed 300 Calls 0 Cisco IOS Dial Technologies Command Reference DIA-1046 November 2009 Dial Commands show spe modem Table 126 describes the significant fields shown in the display. Table 126 show spe modem Command Field Descriptions Field SPE Cisco Universal SPE Description The slot and port number of the SPE. Firmware version installed on the SPE. Last clearing of “show modem” counters Last time the modem’s counters were cleared using the clear modem counters command. Summary of modem and SPE events as follows: incoming completes and failures Total number of incoming connection requests that the SPE answered and successfully or unsuccessfully connected with the remote DCE device. Total number of outgoing connection requests that the SPE dialed and successfully or unsuccessfully connected with the remote DCE device. Number of times the SPE attempted to dial out but the call failed to leave the modem. Number of times the SPE rang but did not answer the call. Number of times an autotest was run on the SPE. Number of times the SPE disconnected because no carrier was present. Number of times the SPE timed out while attempting to dial. Number of times the SPE failed an autotest. Number of times the dial-out attempt failed because the SPE failed to detect a dial tone. Number of times the SPE detected a link failure. Number of times the SPE failed. Number of times the SPE internal watchdog timer expired. Number of times the SPE protocol failed to make a call connection. List of connection speeds that were sent by the SPE. List of connection speeds that were received by the SPE. outgoing completes and failures failed dial attempts ring no answers autotests no carriers dial timeouts autotest fails no dial tones link failures fail count watchdog timeouts protocol errors Transmit Speed Counters Receive Speed Counters Related Commands Command show modem show spe Description Displays modem service history statistics for the MICA technologies modem. Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1047 Dial Commands show spe modem active show spe modem active To display the modem service statistics of all active calls on specified service processing elements (SPEs), use the show spe modem active command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe modem active {slot | slot/spe} Cisco AS5800 with the Universal Port Card (UPC) show spe modem active {shelf/slot | shelf/slot/spe} Syntax Description slot slot/spe All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(2)XA 12.2(2)XB 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was introduced on the Cisco AS5350. This command was supported on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(2)XB. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Examples The following is sample output from the show spe modem active command on the Cisco AS5400 with the NextPort DFC. This example displays active modem statistics for slot 5, SPE 6: Router# show spe modem active 5/6 SPE 5/06 Port Type 37 V.90 Prot LAP-M Comp Duration Tx/Rx V.42bis 95 3890/76 Tx/Rx(Lvl) SNR Cfg --/-11 38 In Retrain 0 Cisco IOS Dial Technologies Command Reference DIA-1048 November 2009 Dial Commands show spe modem active The following is sample output from the show spe modem active command on the Cisco AS5800 with universal port card. This example displays active modem statistics for shelf 1, slot 8: Router# show spe modem active 1/8 SPE 1/08/34 Port Type 209 V.34+ SPE 1/08/35 Port Type 215 V.34+ SPE 1/08/36 Port Type 216 V.34+ 217 ## 218 ## 219 ## Prot LAP-M Comp Duration Tx/Rx(bps) Tx/Rx(Lvl) SNR Cfg V.42bis 23 28800/31200 --/-13 37 In Retrain 0 Prot LAP-M Comp Duration Tx/Rx(bps) Tx/Rx(Lvl) SNR Cfg V.42bis 12 28800/31200 --/-13 37 In Retrain 0 Prot LAP-M ## ## ## Comp Duration Tx/Rx(bps) Tx/Rx(Lvl) SNR Cfg V.42bis 24 33600/31200 --/-36 38 In ## 0 33600/300 --/19 37 In ## 0 33600/300 --/19 37 In ## 0 33600/300 --/19 35 In Retrain 0 0 0 0 Table 127 describes the significant fields shown in the display. Table 127 show spe modem active Field Descriptions Field SPE Port Type Prot Comp Duration Tx/Rx(bps) Tx/Rx(Lvl) SNR Cfg Retrain Description The slot and port number of the SPE. Displays the port number. Modulation type. The connection protocol used for the call. The compression protocol used for the call. Time duration of the call. Transmission and receiving speed for the call in bits per second (bps). Transmission and receiving level reduction for the call in decibels per milliwatt (dBm). The signal-to-noise ratio for the call in dB. Number of retrain failures. A connection was lost and not reestablished after three attempts. Related Commands Command show port operational-status show spe Description Displays the operational status of a specific port or port range. Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1049 Dial Commands show spe modem csr show spe modem csr To display the call success rate (CSR) for the specified service processing elements (SPEs), use the show spe modem csr command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe modem csr {summary | slot | slot/spe} Cisco AS5800 with the Universal Port Card (UPC) show spe modem csr {summary | shelf/slot | shelf/slot/spe} Syntax Description summary slot slot/spe Displays all call success rate statistics for all SPEs. All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash mark. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(2)XA 12.2(2)X 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(2)XB. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines The show spe modem csr command displays the modem CSR statistics for a specific SPE, range of SPEs, or all the SPEs. The summary keyword displays the CSR statistics for all SPEs. Cisco IOS Dial Technologies Command Reference DIA-1050 November 2009 Dial Commands show spe modem csr Examples The following are sample outputs from the show spe modem csr command on the Cisco AS5400 with the NextPort DFC: Router# show spe modem csr 5/6 Avg Hold Time 00:22:41 Inc calls Succ Fail 2 0 Out calls Succ Fail 0 0 Failed Dial 0 No Answer 0 Succ Pct 100% SPE 5/06 Router# show spe modem csr 5/1 5/6 Avg Hold Time 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:22:48 Inc calls Succ Fail 0 0 0 0 0 0 0 0 0 0 2 0 Out calls Succ Fail 0 0 0 0 0 0 0 0 0 0 0 0 Failed Dial 0 0 0 0 0 0 No Answer 0 0 0 0 0 0 Succ Pct 0% 0% 0% 0% 0% 100% SPE 5/01 5/02 5/03 5/04 5/05 5/06 The following is sample output from the show spe modem csr summary command on the Cisco AS5800 with the universal port card: Router# show spe modem csr summary Avg Hold Time 002631 Inc calls Fail Avail 285 93 Out Succ 0 calls Failed Fail Avail Dial 0 93 5 No Succ Answer Pct 0 94% Succ 4827 Table 128 describes the significant fields shown in the display. Table 128 show spe modem csr Field Descriptions Field SPE Avg Hold Time Inc/Out calls Description The slot and port number of the SPE. The average hold time for the SPE. Calls dialing into and out of the modem: • • • Succ—Total call successfully connected. Fail—Total calls that did not successfully connect. Avail—Total modems available for use in the system. Failed Dial No Answer Succ Pct The number of attempts the SPE failed to make a connection. Number of times the SPE rang but did not answer the call. The percentage of calls that were successfully connected. Related Commands Command show spe show spe modem summary Description Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays a summary of modem statistics for the specified SPE or range of SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1051 Dial Commands show spe modem disconnect-reason show spe modem disconnect-reason To display all modem disconnection reasons for the specified service processing element (SPE), use the show spe modem disconnect-reason command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe modem disconnect-reason {summary | slot | slot/spe} Cisco AS5800 with the Universal Port Card (UPC) show spe modem disconnect-reason {summary | shelf/slot | shelf/slot/spe} Syntax Description summary slot slot/spe Displays the disconnect reasons for all SPEs. All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 1 to 53. You must include the slash marks. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(2)XA 12.2(2)XB 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was introduced on the Cisco AS5350. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(2)XB. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines Disconnection reasons are reasons why active calls are disconnected. The disconnect reasons are displayed with Class boundaries. The show spe modem disconnect-reason command is equivalent to the show modem call stats MCIA technologies modem command. Cisco IOS Dial Technologies Command Reference DIA-1052 November 2009 Dial Commands show spe modem disconnect-reason Examples The following is sample output from the show spe modem disconnect-reason command on the Cisco AS5400 with the NextPort DFC: Router# show spe modem disconnect-reason 5/6 #SPE 5/06 : ===CLASS OTHER==== Software Rst 0 EC Termntd 0 Bad MNP5 Rx 0 Bad V42B 0 Bad COP stat 0 ATH 0 Aborted 0 Connect Tout 0 Reset DSP 0 ===CLASS EC Cmd=== Bad Cmd 0 =====N O N E====== None 0 =====CLASS DSP==== No Carrier 0 No ABT dtctd 0 Trainup flr 0 Retrain Lt 0 ABT end flr 0 ====CLASS HOST==== Hst NonSpec 0 Hst Busy 0 Hst No answr 0 Hst DTR 1 Hst ATH 0 Hst NoDialTn 0 Hst No Carr 0 Hst Ack 0 ===CLASS EC LCL=== No LR 0 LR Param1 0 LR Incmpt 0 Retrns Lt 0 Inactivity 0 Protocol Err 0 Fallbck Term 0 No XID 0 XID Incmpt 0 Disc 0 DM 0 Bad NR 0 SABME Online 0 XID Online 0 LR Online 0 ==CLASS EC FRMR=== Frmr Bad Cmd 0 Frmr Data 0 Frmr Length 0 Frmr Bad NR 0 ===CLASS EC LD==== LD No LR 0 LD LR Param1 0 LD LR Incmpt 0 LD Retrns Lt 0 LD Inactivty 0 LD Protocol 0 LD User 0 TOTAL 1 The following is sample output from the show spe modem disconnect-reason summary command on the Cisco AS5800 with the universal port card: Router# show spe modem disconnect-reason summary ===CLASS OTHER==== Software Rst 0 EC Termntd 0 Bad MNP5 Rx 0 Bad V42B 12 Bad COP stat 0 ATH 0 Aborted 0 Connect Tout 11 Reset DSP 0 ===CLASS EC Cmd=== Bad Cmd 0 =====N O N E====== None 29 =====CLASS DSP==== No Carrier 21 No ABT dtctd 0 Trainup flr 26 Retrain Lt 0 ABT end flr 0 ===CLASS EC LCL=== No LR 0 LR Param1 0 LR Incmpt 0 Retrns Lt 37 Inactivity 0 Protocol Err 5 ====CLASS HOST==== Fallbck Term 22 Hst NonSpec 799 No XID 5 Hst Busy 0 XID Incmpt 0 Hst No answr 0 Disc 2718 Hst DTR 870 DM 0 Hst ATH 0 Bad NR 0 Hst NoDialTn 0 SABME Online 0 Hst No Carr 0 XID Online 0 Hst Ack 0 LR Online 0 ==CLASS EC FRMR=== Frmr Bad Cmd 0 Frmr Data 0 Frmr Length 0 Frmr Bad NR 0 ===CLASS EC LD==== LD No LR 0 LD LR Param1 0 LD LR Incmpt 0 LD Retrns Lt 0 LD Inactivty 0 LD Protocol 0 LD User 0 TOTAL 4555 Related Commands Command show spe show spe modem summary Description Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays a summary of modem statistics for the specified SPE or range of SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1053 Dial Commands show spe modem high speed show spe modem high speed To display the total number of connections within each high-speed modulation or codec for a specific range of service processing elements (SPEs), use the show spe modem high speed command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe modem high speed {summary | slot | slot/spe} Cisco AS5800 with the Universal Port Card (UPC) show spe modem high speed {summary | shelf/slot | shelf/slot/spe} Syntax Description summary slot slot/spe Displays a brief list of all modulation connections negotiated. All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Examples The following is sample output from the show spe modem high speed command on the Cisco AS5400 with the NextPort DFC: Router# show spe modem high speed 1/0 #SPE 1/0 : Modln V.FC Speed Tx Rx 56000 ------ -----54667 ------ ------ V.34 Tx Rx ------ ----------- ------ K56Flex Tx Rx 000000 ------ V.90 Tx Rx 000000 -----0 - Modln Speed 56000 54667 Cisco IOS Dial Technologies Command Reference DIA-1054 November 2009 Dial Commands show spe modem high speed 54000 ------ -----53333 ------ -----52000 ------ -----50667 ------ -----50000 ------ -----49333 ------ -----48000 ------ -----46667 ------ -----46000 ------ -----45333 ------ -----44000 ------ -----42667 ------ -----42000 ------ -----41333 ------ -----40000 ------ -----38667 ------ -----38000 ------ -----37333 ------ -----36000 ------ -----34667 ------ -----34000 ------ -----33600 ------ -----33333 ------ -----32000 ------ -----31200 ------ -----30667 ------ -----29333 ------ -----28800 0 0 28000 26400 0 0 24000 0 0 21600 0 0 19200 0 0 16800 0 0 14400 0 0 12000 9600 7200 4800 2400 TOTAL 0000000 #SPE 1/1 : Modln V.FC Speed Tx Rx 56000 ------ -----54667 ------ -----54000 ------ -----53333 ------ -----52000 ------ -----50667 ------ -----50000 ------ -----49333 ------ -----48000 ------ -----46667 ------ -----46000 ------ -----45333 ------ -----44000 ------ -----42667 ------ -----42000 ------ -----41333 ------ -----40000 ------ -----38667 ------ -----38000 ------ -----37333 ------ ------ ------ ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- -----0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0000000 V.34 Tx Rx ------ ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- ------ 0 0 0 0 0 0 0 0 0 0 0 0 0000000 0 0 0 0 0 0 0 0 0 0 0 0 - 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0000000 0 0 0 0 0 0 0 0 0 0 0 0 0 - 54000 53333 52000 50667 50000 49333 48000 46667 46000 45333 44000 42667 42000 41333 40000 48667 38000 37333 36000 34667 34000 33600 33333 32000 31200 30667 29333 28800 28000 26400 24000 21600 19200 16800 14400 12000 9600 7200 4800 2400 TOTAL Modln Speed 56000 54667 54000 53333 52000 50667 50000 49333 48000 46667 46000 45333 44000 42667 42000 41333 40000 48667 38000 37333 K56Flex Tx Rx 000000 -----0 0 0 0 0 0 0 0 0 - V.90 Tx Rx 000000 -----0 0 0 0 0 0 0 0 0 0 0 0 0 0 - Cisco IOS Dial Technologies Command Reference November 2009 DIA-1055 Dial Commands show spe modem high speed 36000 34667 34000 33600 33333 32000 31200 30667 29333 28800 28000 26400 24000 21600 19200 16800 14400 12000 9600 7200 4800 2400 TOTAL ------ ----------- ----------- ----------- ----------- ----------- ----------- ----------- ----------- -----0 0 0 0 0 0 0 0 0 0 0 0 0 0 0000000 ------ ----------- ----------- -----0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0000000 0 0 0 0000000 0 0 0 0 0 0 0 0 0 0 0 0 - 0 0 0 0 0 0 0 0000000 0 0 0 0 0 0 0 0 0 0 0 0 0 - 36000 34667 34000 33600 33333 32000 31200 30667 29333 28800 28000 26400 24000 21600 19200 16800 14400 12000 9600 7200 4800 2400 TOTAL The following is sample output from the show spe modem high speed command on the Cisco AS5800 with universal port card: Router# show spe modem high speed 1/8/1 -- Indicates an invalid speed for a standard #SPE 1/08/01 : Modln V.FC V.34 K56Flex Speed Tx Rx Tx Rx Tx Rx 60000 ------ ----------- -----000000 -----58000 ------ ----------- -----0 -----56000 ------ ----------- -----0 54667 ------ ----------- -----54000 ------ ----------- -----0 53333 ------ ----------- -----52000 ------ ----------- -----0 50667 ------ ----------- -----50000 ------ ----------- -----0 49333 ------ ----------- -----48000 ------ ----------- -----0 46667 ------ ----------- -----46000 ------ ----------- -----0 45333 ------ ----------- -----44000 ------ ----------- -----0 42667 ------ ----------- -----42000 ------ ----------- -----0 41333 ------ ----------- -----40000 ------ ----------- -----0 38667 ------ ----------- -----38400 ------ ----------- -----38000 ------ ----------- -----0 37333 ------ ----------- -----36000 ------ ----------- -----0 34666 ------ ----------- -----34000 ------ ----------- -----0 33600 ------ -----0 1 33333 ------ -----32000 ------ -----0 31200 ------ -----6 1 0 30667 ------ ------ V.90 Tx Rx ------ ----------- -----0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 - Modln Speed 60000 58000 56000 54667 54000 53333 52000 50667 50000 49333 48000 46667 46000 45333 44000 42667 42000 41333 40000 38667 38400 38000 37333 36000 34666 34000 33600 33333 32000 31200 30667 Cisco IOS Dial Technologies Command Reference DIA-1056 November 2009 Dial Commands show spe modem high speed 29333 28800 28000 26400 24000 21600 19200 16800 14400 12000 9600 7200 4800 2400 TOTAL ------ -----0 0 0 0 0 0 0 0 0 0 0 0 0 0 0000000 0 0 0 0 0 0 0 0 0 0 0 0 0000012 4 0 0 0 0 0 0 0 0 0 0 0 0000000 0 0 0 0 0 0 0 0 0 0 0 - 0 0 0000000 0 0 0 0 0 0 0 0 0 0 0 - 29333 28800 28000 26400 24000 21600 19200 16800 14400 12000 9600 7200 4800 2400 Table 129 describes the significant fields shown in the display. Table 129 show spe modem high speed Field Descriptions Field SPE Modln Speed Tx Rx Description The slot and port number of the SPE. Modem line speed, in bits per second. The number of sent calls that occurred at this speed. The number of received calls that occurred at this speed. Related Commands Command show spe modem low speed Description Displays the total number of connections within each low modulation or codec for the specified SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1057 Dial Commands show spe modem high standard show spe modem high standard To display the total number of connections within each high modulation or codec for a specific range of service processing element (SPE), use the show spe modem high standard command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe modem high standard {summary | slot | slot/spe} Cisco AS5800 with the Universal Port Card (UPC) show spe modem high standard {summary | shelf/slot | shelf/slot/spe} Syntax Description summary slot slot/spe Displays a brief list of all modulation connections negotiated. All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Examples The following is sample output from the show spe modem high standard command on the Cisco AS5400 with the NextPort DFC. This example displays standard low-speed connections for SPEs in slot 5: Router# show spe modem high standard 5 SPE/Mod-> 5/00 5/01 5/02 5/03 V.FC 0 0 0 0 V.34 1 0 0 0 K56Flex 2 0 0 0 V.90 1 0 0 0 Cisco IOS Dial Technologies Command Reference DIA-1058 November 2009 Dial Commands show spe modem high standard 5/04 5/05 5/06 5/07 5/08 5/09 5/10 5/11 5/12 5/13 5/14 5/15 5/16 5/17 TOTAL 0 0 0 0 0 0 0 0 0 0 0 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00000000 00000001 00000002 00000003 The following is sample output from the show spe modem high standard command on the Cisco AS5800 with the universal port card. This example displays standard low-speed connections for SPEs in slot 8: Router# show spe modem high standard 1/8/1 SPE/Mod-> V.FC V.34 K56Flex V.90 1/08/01 0 6 0 0 TOTAL 00000000 00000006 00000000 00000000 Table 130 describes the significant fields shown in the display. Table 130 show spe modem high standard Field Descriptions Field SPE Mod Description The slot and port number of the SPE. The modem type. Related Commands Command Description show spe modem low standard Displays the total number of connections within each low modulation or codec for the SPE. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1059 Dial Commands show spe modem low speed show spe modem low speed To display the total number of connections within each low-speed modulation or codec for the specified service processing elements (SPEs), use the show spe modem low speed command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe modem low speed {summary | {slot | slot/spe} [slot | slot/spe]} Cisco AS5800 with the Universal Port Card (UPC) show spe modem low speed {summary | {shelf/slot | shelf/slot/spe} [shelf/slot | shelf/slot/spe]} Syntax Description summary slot Displays a brief list of all modulation connections negotiated. All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. A range of slots can be specified by entering a second value for the slot argument. Ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. A range of ports can be specified by entering a second value for the slot/spe argument. Ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. A range of slots can be specified by entering a second value for the shelf/slot argument. Ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. A range of ports can be specified by entering a second value for the shelf/slot/spe argument. slot/spe shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Examples The following is sample output from the show spe modem low speed command on the Cisco AS5400 with the NextPort DFC. This example displays standard low-speed connections: Router# show spe modem low speed 1/0 Cisco IOS Dial Technologies Command Reference DIA-1060 November 2009 Dial Commands show spe modem low speed #SPE 1/0 : Speed B103 14400 -----12000 -----9600 -----7200 -----4800 -----2400 -----1200 -----600 -----300 0 TOTAL 000000 #SPE 1/1 : Speed B103 14400 -----12000 -----9600 -----7200 -----4800 -----2400 -----1200 -----600 -----300 0 TOTAL 000000 V.21 ----------------------------------------0 000000 V.21 ----------------------------------------0 000000 B212 ------------------------------0 ----------000000 B212 ------------------------------0 ----------000000 V.22 ------------------------------0 ----------000000 V.22 ------------------------------0 ----------000000 V.22b -------------------------0 6 ----------000006 V.22b -------------------------0 6 ----------000006 <-V.32 ----------0 0 --------------------000000 <-V.32 ----------0 0 --------------------000000 MODEM V.32b 30 0 0 0 0 --------------------000030 MODEM V.32b 30 0 0 0 0 --------------------000030 FAX V.27t --------------------0 0 ---------------000000 FAX V.27t --------------------0 0 ---------------000000 --> V.29 ----------0 0 0 --------------------000000 --> V.29 ----------0 0 0 --------------------000000 V.17 0 0 0 0 -------------------------000000 V.17 0 0 0 0 -------------------------000000 The following is sample output from the show spe modem low speed command on the Cisco AS5800 with the universal port card. This example displays standard low-speed connections for SPEs in slot 8: Router# show spe modem low speed 1/8/0 1/8/6 -- Indicates an invalid speed for a standard #SPE 1/08/00 : <-Speed B103 V.21 B212 V.22 V.22b V.23 V.32 14400 ----- ----- ----- ----- ----- ----- ----12000 ----- ----- ----- ----- ----- ----- ----9600 ----- ----- ----- ----- ----- ----0 7200 ----- ----- ----- ----- ----- ----4800 ----- ----- ----- ----- ----- ----0 2400 ----- ----- ----- ----0 ----- ----1200 ----- ----0 0 0 0 ----300 0 0 ----- ----- ----- ----- ----TOTAL 00000 00000 00000 00000 00000 00000 00000 MODEM V.32b 0 0 0 0 0 ------------00000 FAX V.27t ----------------0 0 --------00000 --> V.29 V.17 ----0 ----0 0 0 0 0 0 --------- --------- --------- ----00000 00000 Table 131 describes the significant fields shown in the display. Table 131 show spe modem low speed Field Descriptions Field SPE Speed MODEM FAX Description The slot and port number of the SPE. The modem line speed, in bits per second. The modem type. The fax type. Related Commands Command show spe modem high standard Description Displays the total number of connections within each high modulation or codec for a specific range of SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1061 Dial Commands show spe modem low standard show spe modem low standard To display the total number of connections within each low modulation or codec for the specified service processing elements (SPEs), use the show spe modem low standard command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe modem low standard {summary | slot | slot/spe} Cisco AS5800 with the Universal Port Card (UPC) show spe modem low standard {summary | shelf/slot | shelf/slot/spe} Syntax Description summary slot slot/spe Displays a brief list of all modulation connections negotiated. All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Examples The following example displays standard low-speed connections for SPEs in slot 5 on the Cisco AS5400: Router# show spe modem low standard 5 SPE/Mod-> 5/00 5/01 5/02 5/03 5/04 B103 0 0 0 0 0 V.21 0 0 0 0 0 B212 0 0 0 0 0 V.22 V.22b 0 0 0 0 0 0 0 0 0 0 <-V.23 0 0 0 0 0 MODEM V.32 V.32b 0 0 0 0 0 0 0 0 0 0 FAX V.27t 0 0 0 0 0 --> V.29 V.17 0 0 0 0 0 0 0 0 0 0 Cisco IOS Dial Technologies Command Reference DIA-1062 November 2009 Dial Commands show spe modem low standard 5/05 5/06 5/07 5/08 5/09 5/10 5/11 5/12 5/13 5/14 5/15 5/16 5/17 TOTAL 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00000 00000 00000 00000 00000 00000 00000 00000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00000 00000 00000 The following example displays standard low-speed connections for SPEs in slot 8 on the Cisco AS5800: Router# show spe modem low standard 1/8 SPE/Mod-> 1/08/00 1/08/01 1/08/02 1/08/03 1/08/04 1/08/05 1/08/06 1/08/07 1/08/08 1/08/09 1/08/10 1/08/11 1/08/12 1/08/13 1/08/14 1/08/15 1/08/16 1/08/17 1/08/18 1/08/19 1/08/20 SPE/Mod-> 1/08/21 1/08/22 1/08/23 1/08/24 1/08/25 1/08/26 1/08/27 1/08/28 1/08/29 1/08/30 1/08/31 1/08/32 1/08/33 1/08/34 1/08/35 1/08/36 1/08/37 1/08/38 1/08/39 1/08/40 B103 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 B103 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 V.21 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 V.21 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 B212 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 B212 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 V.22 V.22b 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 V.22 V.22b 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 <-V.23 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 <-V.23 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 MODEM V.32 V.32b 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 MODEM V.32 V.32b 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 FAX V.27t 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 FAX V.27t 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 --> V.29 V.17 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 --> V.29 V.17 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-1063 Dial Commands show spe modem low standard 1/08/41 1/08/42 0 0 0 0 0 0 0 0 0 0 SPE/Mod-> B103 V.21 B212 V.22 V.22b 1/08/43 0 0 0 0 0 1/08/44 0 0 0 0 0 1/08/45 0 0 0 0 0 1/08/46 0 0 0 0 0 1/08/47 0 0 0 0 0 1/08/48 0 0 0 0 0 1/08/49 0 0 0 0 0 1/08/50 0 0 0 0 0 1/08/51 0 0 0 0 0 1/08/52 0 0 0 0 0 1/08/53 0 0 0 0 0 TOTAL 00000 00000 00000 00000 00000 0 0 0 0 0 0 <-MODEM V.23 V.32 V.32b 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00000 00000 00000 0 0 FAX V.27t 0 0 0 0 0 0 0 0 0 0 0 00000 0 0 0 0 --> V.29 V.17 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00000 00000 Table 132 describes the significant fields shown in the displays. Table 132 show spe modem low standard Field Descriptions Field SPE MODEM FAX Description The slot and port number of the SPE. The modem type. The fax type. Related Commands Command Description show spe modem high standard Displays the total number of connections within each high modulation or codec for a specific range of SPE. Cisco IOS Dial Technologies Command Reference DIA-1064 November 2009 Dial Commands show spe modem summary show spe modem summary To display a summary of modem statistics for the specified service processing element (SPE) or range of SPEs, use the show spe modem summary command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe modem summary [slot | slot/spe] Cisco AS5800 with the Universal Port Card (UPC) show spe modem summary [shelf/slot | shelf/slot/spe] Syntax Description slot slot/spe (Optional) All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. (Optional) All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. (Optional) All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(2)XA 12.2(2)XB 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was introduced on the Cisco AS5350. Disconnection reasons and states information were added. This command was integrated into Cisco IOS Release 12.2(2)XB. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Examples The following is sample output from the show spe modem summary command on the Cisco AS5400: Router# show spe modem summary Async1/00 - 5/107, TTY216 - 755 786 incoming completes 0 outgoing completes 0 failed dial attempts 4 incoming failures 0 outgoing failures 0 ring no answers 0 autotests Cisco IOS Dial Technologies Command Reference November 2009 DIA-1065 Dial Commands show spe modem summary 0 no carriers 0 no dial tones 0 watchdog timeouts Transmit Speed Counters Speed Calls Speed 60000 0 48000 58000 0 46666 56000 0 46000 54666 0 45333 54000 0 44000 53333 0 42666 52000 0 42000 50666 0 41333 50000 0 40000 49333 0 38666 Receive Speed Counters Speed Calls Speed 38400 0 26400 33600 786 24000 31200 0 21600 28800 0 19200 : Calls 0 0 0 0 0 0 0 0 0 0 : Calls 0 0 0 0 0 dial timeouts 0 link failures 0 protocol errors 0 autotest fails 0 fail count 0 recovers Speed 38400 38000 37333 36000 34666 34000 33600 33333 32000 31200 Calls 0 0 0 0 0 0 631 0 0 145 Speed 30666 29333 28800 28000 26400 24000 21600 19200 16800 14400 Calls 0 0 10 0 0 0 0 0 0 0 Speed 12000 9600 7200 4800 2400 1200 300 Calls 0 0 0 0 0 0 0 Speed 16800 14400 12000 9600 Calls 0 0 0 0 Speed 7200 4800 2400 1200 Calls 0 0 0 0 Speed 300 Calls 0 The following is sample output from the show spe modem summary command on the Cisco AS5800: Router# show spe modem summary Async1/2/00 - 1/3/323, TTY972 - 1619 4827 incoming completes 284 0 outgoing completes 0 0 failed dial attempts 0 0 no carriers 11 0 no dial tones 0 0 watchdog timeouts 2787 Transmit Speed Counters Speed Calls Speed Calls Speed 60000 0 48000 432 38400 58000 0 46666 0 38000 56000 15 46000 56 37333 54666 0 45333 299 36000 54000 0 44000 227 34666 53333 123 42666 0 34000 52000 563 42000 68 33600 50666 0 41333 38 33333 50000 59 40000 65 32000 49333 371 38666 0 31200 Receive Speed Counters Speed Calls Speed 38400 0 26400 33600 113 24000 31200 216 21600 28800 1665 19200 incoming failures outgoing failures ring no answers dial timeouts link failures protocol errors Calls 0 4 111 84 0 39 323 9 20 654 Speed 30666 29333 28800 28000 26400 24000 21600 19200 16800 14400 Calls 0 0 700 5 267 46 27 38 12 5 0 0 0 0 autotests autotest fails fail count recovers Speed 12000 9600 7200 4800 2400 1200 300 Calls 143 5 11 2 0 3 0 Calls 2286 267 56 47 Speed 16800 14400 12000 9600 Calls 11 139 4 16 Speed 7200 4800 2400 1200 Calls 1 1 3 0 Speed Calls 300 2 Cisco IOS Dial Technologies Command Reference DIA-1066 November 2009 Dial Commands show spe modem summary Table 133 describes the significant fields shown in the display. Table 133 show spe modem summary Field Descriptions Field incoming completes and failures Description Total number of incoming connection requests that the SPE answered and successfully or unsuccessfully connected with the remote DCE device. Total number of outgoing connection requests that the SPE dialed and successfully or unsuccessfully connected with the remote DCE device. Number of times the SPE attempted to dial out but the call failed to leave the modem. Number of times the SPE rang but did not answer the call. Number of times an autotest was run on the SPE. Number of times the SPE disconnected because no carrier was present. Number of times the SPE timed out while attempting to dial. Number of times the SPE failed an autotest. Number of times the dial-out attempt failed because the SPE failed to detect a dial tone. Number of times the SPE detected a link failure. Number of times the SPE failed. Number of times the SPE internal watchdog timer expired. Number of times the SPE protocol failed to make a call connection. Number of times the SPE recovered. List of connection speeds that were sent by the SPE. List of connection speeds that were received by the SPE. List of connection speeds that were sent by the SPE. List of connection speeds that were received by the SPE. Summary of modem and SPE events follows: outgoing completes and failures failed dial attempts ring no answers autotests no carriers dial timeouts autotest fails no dial tones link failures fail count watchdog timeouts protocol errors recovers Transmit Speed Counters Receive Speed Counters Transmit Speed Counters Receive Speed Counters Related Commands Command show port operational-status show spe show spe digital Description Displays the operational status of a specific port or range of ports. Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays history statistics of all digital SPEs, in summary form or for SPEs starting with a specified slot or a specified shelf/slot/range of SPEs. show spe modem disconnect-reason Displays all modem disconnection reasons for the specified SPE or range of SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1067 Dial Commands show spe recovery show spe recovery To display service processing element (SPE) recovery statistics, use the show spe recovery command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe recovery [slot | slot/spe] Cisco AS5800 with the Universal Port Card (UPC) show spe recovery [shelf/slot | shelf/slot/spe] Syntax Description slot slot/spe (Optional) All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. (Optional) All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. (Optional) All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. (Optional) All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines Use this command to display a list of recovered SPEs. Examples The following is sample output from the show spe recovery command on the Cisco AS5400: Router# show spe recovery SPE# 1/00 1/01 1/02 1/03 Session Abort 0 0 0 0 Session NAK 0 0 0 0 Call Failure 0 0 0 0 Cisco IOS Dial Technologies Command Reference DIA-1068 November 2009 Dial Commands show spe recovery 1/04 1/05 1/06 1/07 1/08 1/09 1/10 1/11 1/12 1/13 1/14 1/15 1/16 1/17 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 The following is sample output from the show spe recovery command on the Cisco AS5800: Router# show spe recovery 1/8 SPE# 1/08/00 1/08/01 1/08/02 1/08/03 1/08/04 1/08/05 1/08/06 1/08/07 1/08/08 1/08/09 1/08/10 1/08/11 1/08/12 1/08/13 1/08/14 1/08/15 1/08/16 1/08/17 1/08/18 1/08/19 1/08/20 1/08/21 1/08/22 1/08/23 1/08/24 1/08/25 1/08/26 1/08/27 1/08/28 1/08/29 1/08/30 1/08/31 1/08/32 1/08/33 1/08/34 1/08/35 1/08/36 1/08/37 1/08/38 1/08/39 1/08/40 1/08/41 1/08/42 1/08/43 Session Abort 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Session NAK 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Call Failure 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Cisco IOS Dial Technologies Command Reference November 2009 DIA-1069 Dial Commands show spe recovery 1/08/44 1/08/45 1/08/46 1/08/47 1/08/48 1/08/49 1/08/50 1/08/51 1/08/52 1/08/53 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Related Commands Command show spe Description Displays SPE status. Cisco IOS Dial Technologies Command Reference DIA-1070 November 2009 Dial Commands show spe version show spe version To display the firmware version on a service processing element (SPE), use the show spe version command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) show spe version [slot | slot/spe] [slot | slot/spe] Cisco AS5800 with the Universal Port Card (UPC) show spe version [shelf/slot | shelf/slot/spe] [shelf/slot | shelf/slot/spe] Syntax Description slot (Optional) All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. A range of slots can be specified by entering a second value for the slot argument. (Optional) All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. A range of ports can be specified by entering a second value for the slot/spe argument. (Optional) All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. A range of slots can be specified by entering a second value for the shelf/slot argument. (Optional) All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. A range of ports can be specified by entering a second value for the shelf/slot/spe argument. slot/spe shelf/slot shelf/slot/spe Command Modes EXEC Command History Release 12.0(7)T 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced. This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines Use the show spe version command to display the firmware version running on a specific SPE. If the shelf/slot/spe argument is specified, the firmware version for the identified SPE or range of SPEs is displayed. If the slot argument is specified, the firmware version for the identified SPEs in this slot or range of slots is displayed. If no argument is specified, all SPE versions are displayed. The show spe version command also displays the version to firmware file mappings. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1071 Dial Commands show spe version The show spe version command is similar to the show modem mapping MICA technologies modem command. Examples The following is sample output from the show spe version command on a Cisco AS5400: Router# show spe version IOS-Bundled Default Firmware-Filename ===================================== system:/ucode/np_spe_firmware1 Version ======= 0.6.5.5 0.0.0.0 Version ======= 0.6.4.5 Version 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 0.6.5.5 UPG N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A Firmware-Type ============= SPE firmware Portware Firmware-Type ============= SPE firmware On-Flash Firmware-Filename ========================== flash:np.spe SPE-# SPE-Type 4/00 CSMV6 4/01 CSMV6 4/02 CSMV6 4/03 CSMV6 4/04 CSMV6 4/05 CSMV6 4/06 CSMV6 4/07 CSMV6 4/08 CSMV6 4/09 CSMV6 4/10 CSMV6 4/11 CSMV6 4/12 CSMV6 4/13 CSMV6 4/14 CSMV6 4/15 CSMV6 4/16 CSMV6 4/17 CSMV6 SPE-Port-Range 0000-0005 0006-0011 0012-0017 0018-0023 0024-0029 0030-0035 0036-0041 0042-0047 0048-0053 0054-0059 0060-0065 0066-0071 0072-0077 0078-0083 0084-0089 0090-0095 0096-0101 0102-0107 Firmware-Filename np.spe ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default The following is sample output from the show spe version command on a Cisco AS5800: Router# show spe version 1/8 IOS-Bundled Default Firmware-Filename ===================================== system:/ucode/np_spe_firmware1 system:/ucode/mica_board_firmware On-Flash Firmware-Filename ========================== slot0:np_6_81.spe slot0:np_6_80.spe slot0:mica-modem-pw.2.7.1.1.bin slot0:mica-modem-pw.2.7.2.0.bin SPE-# SPE-Type 1/08/00 CSMV6 1/08/01 CSMV6 1/08/02 CSMV6 1/08/03 CSMV6 1/08/04 CSMV6 1/08/05 CSMV6 1/08/06 CSMV6 1/08/07 CSMV6 1/08/08 CSMV6 SPE-Port-Range 0000-0005 0006-0011 0012-0017 0018-0023 0024-0029 0030-0035 0036-0041 0042-0047 0048-0053 Version 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 Version ======= 0.0.6.81 2.7.2.0 Version ======= 0.0.6.81 0.0.6.80 2.7.1.0 2.7.2.0 UPG N/A N/A N/A N/A N/A N/A N/A N/A N/A Firmware-Type ============= SPE firmware Mica Portware Firmware-Type ============= SPE firmware SPE firmware Mica Portware Mica Portware Firmware-Filename ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default ios-bundled default Cisco IOS Dial Technologies Command Reference DIA-1072 November 2009 Dial Commands show spe version 1/08/09 1/08/10 1/08/11 1/08/12 1/08/13 1/08/14 1/08/15 1/08/16 1/08/17 1/08/18 1/08/19 1/08/20 1/08/21 1/08/22 1/08/23 1/08/24 1/08/25 1/08/26 1/08/27 1/08/28 1/08/29 1/08/30 1/08/31 1/08/32 1/08/33 1/08/34 1/08/35 1/08/36 1/08/37 1/08/38 1/08/39 1/08/40 1/08/41 1/08/42 1/08/43 1/08/44 1/08/45 1/08/46 1/08/47 1/08/48 1/08/49 1/08/50 1/08/51 1/08/52 1/08/53 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 CSMV6 0054-0059 0060-0065 0066-0071 0072-0077 0078-0083 0084-0089 0090-0095 0096-0101 0102-0107 0108-0113 0114-0119 0120-0125 0126-0131 0132-0137 0138-0143 0144-0149 0150-0155 0156-0161 0162-0167 0168-0173 0174-0179 0180-0185 0186-0191 0192-0197 0198-0203 0204-0209 0210-0215 0216-0221 0222-0227 0228-0233 0234-0239 0240-0245 0246-0251 0252-0257 0258-0263 0264-0269 0270-0275 0276-0281 0282-0287 0288-0293 0294-0299 0300-0305 0306-0311 0312-0317 0318-0323 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 0.0.6.81 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled ios-bundled default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default default The following examples show various implementations of the show spe version command to display information about the available SPE sources and modem resources: Router# show spe version IOS-Bundled Default Firmware-Filename ===================================== system:/ucode/mica_board_firmware system:/ucode/mica_port_firmware system:/ucode/microcom_firmware On-Flash Firmware-Filename ========================== flash:portware.2620.ios flash:mcom-modem-firmware.3.1.30.bin flash:mcom-fw-dsp.5.1.9_47.22.bin flash:R0620.ios Version Firmware-Type ======= ============= 2.0.2.0 Mica Boardware 2.6.2.0 Mica Portware 5.1.20 Microcom F/W and DSP Version ======= 2.6.2.0 3.1.30 5.1.9 0.6.2.0 Firmware-Type ============= Mica Portware Microcom Firmware Microcom F/W and DSP Mica Portware Cisco IOS Dial Technologies Command Reference November 2009 DIA-1073 Dial Commands show spe version flash:pw2710.ios flash:mica-modem-pw_2_7_1_0.bin SPE-# 1/0 1/1 1/2 1/3 1/5 1/6 1/7 1/9 2/0 2/1 2/2 2/3 2/4 2/5 2/6 2/7 2/8 2/9 2/10 2/11 2/12 2/13 2/14 2/15 2/16 2/17 2/18 2/19 2/20 2/21 2/22 2/23 SPE-Type MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 SPE-Range 1/0 - 1/5 1/6 - 1/11 1/12 - 1/17 1/18 - 1/23 1/30 - 1/35 1/36 - 1/41 1/42 - 1/47 1/54 - 1/59 2/0 2/1 2/2 2/3 2/4 2/5 2/6 2/7 2/8 2/9 2/10 2/11 2/12 2/13 2/14 2/15 2/16 2/17 2/18 2/19 2/20 2/21 2/22 2/23 Version 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 5.1(20) 5.1(20) 5.1(20) 5.1(20) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) Upgrade N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 2.7.1.0 2.7.1.0 Mica Portware Mica Portware Firmware-Filename flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin system:/ucode/mica_port_firmware system:/ucode/mica_port_firmware system:/ucode/mica_port_firmware flash:/pw2710.ios system:/ucode/microcom_firmware system:/ucode/microcom_firmware system:/ucode/microcom_firmware system:/ucode/microcom_firmware flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash Router# show spe version 1 SPE-# 1/0 1/1 1/2 1/3 1/5 1/6 1/7 1/9 SPE-Type MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM SPE-Range 1/0 - 1/5 1/6 - 1/11 1/12 - 1/17 1/18 - 1/23 1/30 - 1/35 1/36 - 1/41 1/42 - 1/47 1/54 - 1/59 Version 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 Upgrade N/A N/A N/A N/A N/A N/A N/A N/A Firmware-Filename flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin system:/ucode/mica_port_firmware system:/ucode/mica_port_firmware system:/ucode/mica_port_firmware flash:/pw2710.ios Router# show spe version 1/2 SPE-# SPE-Type 1/2 MICA-HMM SPE-Range 1/12 - 1/17 Version 2.7.1.0 Upgrade Firmware-Filename N/A flash:mica-modem-pw_2_7_1_0.bin The following two examples show implementation of the show spe version command to display information about a range of SPEs: Router# show spe version 1/2 2 SPE-# SPE-Type 1/2 MICA-HMM 1/3 MICA-HMM SPE-Range 1/12 - 1/17 1/18 - 1/23 Version 2.7.1.0 2.7.1.0 Upgrade Firmware-Filename N/A flash:mica-modem-pw_2_7_1_0.bin N/A flash:mica-modem-pw_2_7_1_0.bin Cisco IOS Dial Technologies Command Reference DIA-1074 November 2009 Dial Commands show spe version 1/5 1/6 1/7 1/9 2/0 2/1 2/2 2/3 2/4 2/5 2/6 2/7 2/8 2/9 2/10 2/11 2/12 2/13 2/14 2/15 2/16 2/17 2/18 2/19 2/20 2/21 2/22 2/23 MICA-HMM MICA-HMM MICA-HMM MICA-HMM MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 MCOM-V34 1/30 1/36 1/42 1/54 2/0 2/1 2/2 2/3 2/4 2/5 2/6 2/7 2/8 2/9 2/10 2/11 2/12 2/13 2/14 2/15 2/16 2/17 2/18 2/19 2/20 2/21 2/22 2/23 - 1/35 1/41 1/47 1/59 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 5.1(20) 5.1(20) 5.1(20) 5.1(20) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 5.1(9) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) 2.3(6) N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A system:/ucode/mica_port_firmware system:/ucode/mica_port_firmware system:/ucode/mica_port_firmware flash:/pw2710.ios system:/ucode/microcom_firmware system:/ucode/microcom_firmware system:/ucode/microcom_firmware system:/ucode/microcom_firmware flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash feature_card_flash Router# show spe version 1/2 2/6 SPE-# 1/2 1/3 1/5 1/6 1/7 1/9 2/0 2/1 2/2 2/3 2/4 2/5 2/6 SPE-Type MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM MICA-HMM MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 MCOM-V90 SPE-Range 1/12 - 1/17 1/18 - 1/23 1/30 - 1/35 1/36 - 1/41 1/42 - 1/47 1/54 - 1/59 2/0 2/1 2/2 2/3 2/4 2/5 2/6 Version 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 5.1(20) 5.1(20) 5.1(20) 5.1(20) 5.1(9) 5.1(9) 5.1(9) Upgrade N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A Firmware-Filename flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin system:/ucode/mica_port_firmware system:/ucode/mica_port_firmware system:/ucode/mica_port_firmware flash:/pw2710.ios system:/ucode/microcom_firmware system:/ucode/microcom_firmware system:/ucode/microcom_firmware system:/ucode/microcom_firmware flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin flash:/mcom-fw-dsp.5.1.9_47.22.bin Router# show spe version IOS-Bundled Default Firmware-Filename ===================================== system:/ucode/mica_board_firmware system:/ucode/mica_port_firmware system:/ucode/microcom_firmware On-Flash Firmware-Filename ========================== flash:portware.2620.ios flash:mcom-modem-firmware.3.1.30.bin flash:mcom-fw-dsp.5.1.9_47.22.bin flash:R0620.ios flash:pw2710.ios flash:mica-modem-pw_2_7_1_0.bin Version ======= 2.0.2.0 2.6.2.0 5.1.20 Version ======= 2.6.2.0 3.1.30 5.1.9 0.6.2.0 2.7.1.0 2.7.1.0 Firmware-Type ============= Mica Boardware Mica Portware Microcom F/W and DSP Firmware-Type ============= Mica Portware Microcom Firmware Microcom F/W and DSP Mica Portware Mica Portware Mica Portware Cisco IOS Dial Technologies Command Reference November 2009 DIA-1075 Dial Commands show spe version SPE-# 1/0 1/1 1/2 1/3 SPE-Type MICA-HMM MICA-HMM MICA-HMM MICA-HMM SPE-Range 1/0 - 1/5 1/6 - 1/11 1/12 - 1/17 1/18 - 1/23 Version 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 Upgrade N/A N/A N/A N/A Firmware-Filename flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin flash:mica-modem-pw_2_7_1_0.bin For the Cisco AS5800, the show spe version command display will be different. Note that the SPE-Port-Range field indicates the shelf/slot/port of the SPE. Router# show spe version Firmware-Filename ================= IOS-Bundled Default slot0:/pw2710.ios slot0:/pw3102.ios slot0:/pw3101.ios SPE-# 3/0 3/1 3/2 3/3 3/4 3/5 3/6 3/7 3/8 SPE-Type MICA-DMM MICA-DMM MICA-DMM MICA-DMM MICA-DMM MICA-DMM MICA-DMM MICA-DMM MICA-DMM SPE-Port-Range 1/3/00 - 1/3/11 1/3/12 - 1/3/23 1/3/24 - 1/3/35 1/3/36 - 1/3/47 1/3/48 - 1/3/59 1/3/60 - 1/3/71 1/3/72 - 1/3/83 1/3/84 - 1/3/95 1/3/96 - 1/3/107 Version 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 2.7.1.0 Version ======= 2.6.2.0 2.7.1.0 3.1.0.2 3.1.0.1 Upgrade N/A N/A N/A N/A N/A N/A N/A N/A N/A Firmware-Type ============= Mica Portware Mica Portware Mica Portware Mica Portware Firmware-Filename slot0:/pw2710.ios slot0:/pw2710.ios slot0:/pw2710.ios slot0:/pw2710.ios slot0:/pw2710.ios slot0:/pw2710.ios slot0:/pw2710.ios slot0:/pw2710.ios slot0:/pw2710.ios Table 134 describes the significant fields for the show spe version command on the Cisco AS5800 access server. Table 134 show spe version Field Descriptions Field SPE-# SPE-Type SPE-Port-Range Version Upgrade Firmware-Filename IOS-Bundled Default Firmware-Filename Firmware-Type On-Flash Firmware-Filename Description The slot and port number of the SPE. The type of the SPE. The range of ports within the specific SPE. The version of firmware loaded on the SPE. The method used to reboot the SPE—choices are: busyout (default), N/A, reboot, or recover. Name of the firmware. You can use the dir command at the prompt to display available firmware filenames. The firmware filenames bundled with the Cisco IOS software (system:/ucode). The type of modem associated with the firmware version. The firmware filenames on the Flash (flash:). Cisco IOS Dial Technologies Command Reference DIA-1076 November 2009 Dial Commands show spe version Related Commands Command firmware location show modem mapping show spe Description Upgrades SPE firmware after the new SPE firmware image is retrieved from Cisco.com or elsewhere. Displays a snapshot of all the firmware versions running on all the modems in the access server. Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1077 Dial Commands show tech-support modem show tech-support modem To create a modem ISDN channel aggregation (MICA) modem functionality report on a Cisco AS5300 or AS5800 access server, use the show tech-support modem command in privileged EXEC mode. show tech-support modem [detail] Syntax Description detail (Optional) Produces an extensive modem functionality report. Command Modes Privileged EXEC Command History Release Modification 12.2(11)T This command was introduced for MICA technologies modems on the Cisco AS5300 and AS5800. Usage Guidelines This command is useful when information is required to troubleshoot a problem with MICA modems in the field. Customers are typically asked to send the output for a number of Cisco IOS EXEC commands. The show tech-support modem command provides extensive output of many EXEC commands through entry of a single command. The report displayed by the show tech-support modem command is the successive output of many commands. The report takes some time to run and, when captured in a buffer, can be over 100 pages in length. The following commands are run by the show tech-support modem command. The commands are shown in the order run: • • • • • • • • • • • • • show version show running-config show modem version show modem show modem summary show spe version show controllers t1 call-counters show controllers e1 call-counters show modem connect-speeds show modem mapping show line show caller show users all Cisco IOS Dial Technologies Command Reference DIA-1078 November 2009 Dial Commands show tech-support modem The following additional commands are run by the show tech-support modem detail command. The commands are shown in the order run: • • • • • show modem configuration show modem operational-status show modem mica all show modem csm show modem log To interpret the modem reports, refer to the descriptions for each command in the appropriate command reference manual. Examples The following example shows how to display a basic list of modem reports: Router# show tech-support modem The following example shows how to display an extensive list of modem reports: Router# show tech-support modem detail Related Commands Command execute-on Description Executes a command on a line card to monitor and maintain information on the card (for example, a line card on a dial shelf). Cisco IOS Dial Technologies Command Reference November 2009 DIA-1079 Dial Commands show tech-support spe show tech-support spe To create a NextPort service processing element (SPE) modem functionality report on a Cisco AS5350, AS5400, AS5800, or AS5850 access server, use the show tech-support spe command in privileged EXEC mode. show tech-support spe [detail] Syntax Description detail (Optional) Produces an extensive modem functionality report. Command Modes Privileged EXEC Command History Release Modification 12.2(11)T This command was introduced for SPE modems on the Cisco AS5350, AS5400, AS5800, and AS5850. Usage Guidelines This command is useful when information is required to troubleshoot a problem with SPE modems in the field. Customers are typically asked to send the output for a number of Cisco IOS EXEC commands. The show tech-support spe command provides extensive output of many EXEC commands by entering a single command. The report displayed by the show tech-support spe command is the successive output of many commands. The report takes some time to run and, when captured in a buffer, can be over 100 pages in length. The following commands are run by the show tech-support spe command. The commands are shown in the order run: • • • • • • • • • • • • • • • show version show running-config show spe version show spe show spe modem summary show spe modem csr summary show spe modem disconnect-reason summary show spe recovery show csm call-rate show nextport mm show controllers e1 call-counters show controllers t1 call-counters show line show caller show users all Cisco IOS Dial Technologies Command Reference DIA-1080 November 2009 Dial Commands show tech-support spe The following additional commands are run by the show tech-support spe detail command. The commands are shown in the order run: • • • show csm modem show spe log show port modem log To interpret the modem reports, refer to the descriptions for each command listed in the appropriate command reference manual. Examples The following example shows how to display a basic list of modem reports: Router# show tech-support spe The following example shows how to display an extensive list of modem reports: Router# show tech-support spe detail Related Commands Command execute-on Description Executes a command on a line card to monitor and maintain information on the card (for example, a line card on a dial shelf). Cisco IOS Dial Technologies Command Reference November 2009 DIA-1081 Dial Commands show tech-support spe Cisco IOS Dial Technologies Command Reference DIA-1082 November 2009 Dial Commands show tgrm show tgrm To display information for debugging purposes about defined trunk groups and interfaces that have been assigned to the trunk groups, use the show tgrm command in EXEC mode. show tgrm Syntax Description This command has no arguments or keywords. Command Modes EXEC (>) Command History Release 12.1(3)T Modification This command was introduced. Examples The following is sample output from the show tgrm command: Router# show tgrm Trunk Group # 2 Any in Vce in Any out Vce out Data in Data out 65535 65535 65535 65535 65535 65535 0 Retries Interface Se1/0/1:15 Interface Se1/0/8:15 Data = 0, Voice = 0, Free = 30 Data = 2, Voice = 0, Free = 28 Total calls for trunk group:Data = 2, Voice = 0, Free = 58 Selected Voice Interface :Se1/0/1:15 Selected Data Interface :Se1/0/1:15 Table 135 describes the significant fields shown in the display. Table 135 show tgrm Field Descriptions Field Trunk Group # Any in, Vce In, Data In, Any out, Vce out, Data out Description Number of a defined trunk group. Trunk group settings that specify whether incoming and outgoing voice and data traffic is allowed. The nonconfigured number 65535 indicates that max-calls values have not been configured in the global trunk group command. Retries Interface Defined maximum number of retries. Specified interface, number of channels currently used for voice and data, and number of free channels. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1083 Dial Commands show tgrm Table 135 show tgrm Field Descriptions (continued) Field Total calls for trunk group Description Number of calls to and from the trunk group, number of channels used for voice and data, and number of free channels. Interface or trunk to be used next for a voice call. Interface or trunk to be used next for a data call. Selected Voice Interface Selected Data Interface Cisco IOS Dial Technologies Command Reference DIA-1084 November 2009 Dial Commands show trunk group show trunk group To display one or more trunk groups, use the show trunk group command in privileged EXEC mode. show trunk group [name | sort {ascending | descending}] Syntax Description name sort ascending descending (Optional) Trunk group to display. (Optional) Sorts the output by trunk group number, in ascending or descending order. Specifies ascending display order for the trunk groups. This is the default. Specifies descending display order for the trunk groups. Command Default Ascending order Command Modes Privileged EXEC (>) Command History Release 12.2(11)T 12.3(11)T 12.4(4)XC 12.4(9)T Modification This command was introduced. This command was enhanced to support dial-out trunk groups. This command was implemented on the Cisco 2600XM series, Cisco 2800 series, Cisco 3700 series, and Cisco 3800 series. This command was integrated into Cisco IOS Release 12.4(9)T. Usage Guidelines Use the name argument to display the information for a specific trunk group. Use the sort keyword to display all the trunks groups in either ascending or descending order. Examples The following sample output shows that for trunk group 1, preemption is enabled, with a preemption tone timer of 10 seconds, and the preemption level is flash. Router# show trunk group 1 Trunk group: 1 Description: trunk group label: 1 Translation profile (Incoming): Translation profile (Outgoing): Preemption is enabled Preemption Tone Timer is 10 seconds Preemption Guard Timer is 60 milliseconds Hunt Scheme is least-used Max Calls (Incoming): NOT-SET (Any) NOT-SET (Voice) NOT-SET Cisco IOS Dial Technologies Command Reference November 2009 DIA-1085 Dial Commands show trunk group (Data) Max Calls (Outgoing): (Data) Retries: 0 Trunk Se0/3/0:15 Preference Member Timeslots : 1-5 Total channels available : Data = 0, Voice = 0, Modem Trunk Se0/3/1:15 Preference Member Timeslots : 1-2 Total channels available : Data = 0, Voice = 0, Modem Trunk Se1/0/0:15 Preference Member Timeslots : 1-31 Total channels available : Data = 0, Voice = 0, Modem Trunk Se1/0/1:15 Preference Member Timeslots : 1-10 Total channels available : Data = 0, Voice = 0, Modem DEFAULT 5 = 0, Pending = 0, Free = 5 DEFAULT 0 = 0, Pending = 0, Free = 0 DEFAULT 0 = 0, Pending = 0, Free = 0 DEFAULT 0 = 0, Pending = 0, Free = 0 NOT-SET (Any) NOT-SET (Voice) NOT-SET Total calls for trunk group: Data = 0, Voice = 0, Modem = 0 Pend = 0, Free = 5 Preemption Call Type: Flash-Override Flash Immediate Priority Routine Total Active NA 0 0 0 0 0 Pending 0 0 0 0 0 0 Active preemption call-type shows the number of calls of each priority level which can be preempted by higher preemption level calls. Pending preemption call-type shows the number of calls of each priority level which are pending for the completion of call preemption. advertise_flag 0x00000040, capacity timer 25 sec tripl_config_mask 0x00000000 AC_curr 5, FD_curr 0, SD_curr 0 succ_curr 0 tot_curr 1 succ_report 0 tot_report 1 changed 1 replacement position 0 Table 136 describes the significant fields shown in the output. Fields are listed in alphabetical order. Table 136 show trunk group Field Descriptions Field Data Description Free Description Number of currently used data channels on the trunk or total data calls used by the trunk group. Description of the trunk group if entered with the description (trunk group) command. Number of currently available channels on the trunk or total available calls for the trunk group. Cisco IOS Dial Technologies Command Reference DIA-1086 November 2009 Dial Commands show trunk group Table 136 show trunk group Field Descriptions (continued) Field Hunt Scheme Max calls (incoming) Member timeslots Pending Preemption Call Type Preemption is Preemption level Preemption tone timer Preference Retries Total calls for trunk group Total channels available Translation profile (Incoming) Translation profile (Outgoing) Trunk group trunk group label Voice Description Name of the idle channel hunt scheme used for this trunk group. Maximum number of incoming calls handled by this trunk group. Max calls (outgoing) Maximum number of outgoing calls handled by this trunk group. Member timeslots for this trunk. Number of pending channels. List of preemption levels for active and pending calls. Indicates whether preemption is enabled or disabled. The preemption level for voice calls to be preempted by a DDR call. The expiry time for the preemption tone for the outgoing calls being preempted by a DDR call. Preference of the trunk in the trunk group. If DEFAULT appears, the trunk does not have a defined preference. Number of times the gateway tries to complete the call on the same trunk group. List of the total calls across all trunks in the trunk group. Number of available channels for the trunk. List of incoming translation profiles. List of outgoing translation profiles. ID of the trunk group member. Name of the trunk group. Number of currently used voice channels on the trunk or total voice calls used by the trunk group. Related Commands Command description (trunk group) hunt-scheme least-idle trunk group trunk group timeslots Description Includes a specific description of the trunk group interface. Specifies the method for selecting an available incoming or outgoing channel. Initiates a trunk group definition. Directs an outbound synchronous or asynchronous call initiated by DDR to use specific DS0 channels of an ISDN circuit. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1087 Dial Commands show vtemplate show vtemplate To display information about all configured virtual templates, use the show vtemplate command in privileged EXEC mode. show vtemplate Syntax Description This command has no arguments or keywords. Command Modes Privileged EXEC (#) Command History Release 12.0(7)DC 12.2(13)T 12.3(14)T Modification This command was introduced on the Cisco 6400 NRP. This command was integrated into Cisco IOS Release 12.2(13)T. The show display was modified to display the interface type of the virtual template and to provide counters on a per-interface-type basis for IPsec virtual tunnel interfaces. This comand was integrated into Cisco IOS Release 12.2(33)SRA. This comand was integrated into Cisco IOS Release 12.2(33)SXH. 12.2(33)SRA 12.2(33)SXH Examples The following is sample output from the show vtemplate command: Router# show vtemplate Virtual access subinterface creation is globally enabled Active Active Subint Pre-clone Pre-clone Interface Interface Subinterface Capable Available Limit Type --------- ------------ ------- --------- --------- --------0 0 Yes --Serial 0 0 Yes --Serial 0 0 Yes --Serial 0 0 No --Tunnel 0 0 Yes --Ether 0 0 Yes --Serial 0 0 Yes --Serial Vt1 Vt2 Vt4 Vt21 Vt22 Vt23 Vt24 Usage Summary Interface --------1 0 0 0 0 0 1 8 0 Subinterface -----------0 3 0 0 0 0 3 4 4 Current Current Current Current Current Current Total Serial Serial Ether Ether Tunnel Tunnel in use free in use free in use free Cumulative created Cumulative freed Cisco IOS Dial Technologies Command Reference DIA-1088 November 2009 Dial Commands show vtemplate Base virtual access interfaces: 1 Total create or clone requests: 0 Current request queue size: 0 Current free pending: 0 Maximum request duration: 0 msec Average request duration: 0 msec Last request duration: 0 msec Maximum processing duration: 0 msec Average processing duration: 0 msec Last processing duration: 0 msec Last processing duration:0 msec Table 137 describes the significant fields shown in the example. Table 137 show vtemplate Field Descriptions Field Virtual access subinterface creation is globally... Active Interface Active Subinterface Subint Capable Pre-clone Available Pre-clone Limit Current in use Current free Total Cumulative created Cumulative freed Base virtual-access interfaces Description The configured setting of the virtual-template command. Virtual access subinterface creation may be enabled or disabled. The number of virtual access interfaces that are cloned from the specified virtual template. The number of virtual access subinterfaces that are cloned from the specified virtual template. Specifies if the configuration of the virtual template is supported on the virtual access subinterface. The number of precloned virtual access interfaces currently available for use for the particular virtual template. The number of precloned virtual access interfaces available for that particular virtual template. The number of virtual access interfaces and subinterfaces that are currently in use. The number of virtual access interfaces and subinterfaces that are no longer in use. The total number of virtual access interfaces and subinterfaces that exist. The number of requests for a virtual access interface or subinterface that have been satisfied. The number of times that the application using the virtual access interface or subinterface has been freed. This field specifies the number of base virtual access interfaces. The base virtual access interface is used to create virtual access subinterfaces. There is one base virtual access interface per application that supports subinterfaces. A base virtual access interface can be identified from the output of the show interfaces virtual-access command. The number of requests that have been made through the asynchronous request API of the virtual template manager. Total create or clone requests Cisco IOS Dial Technologies Command Reference November 2009 DIA-1089 Dial Commands show vtemplate Table 137 show vtemplate Field Descriptions (continued) Field Current request queue size Current free pending Description The number of items in the virtual template manager work queue. The number of virtual access interfaces whose final freeing is pending. These virtual access interfaces cannot currently be freed because they are still in use. The maximum time that it took from the time that the asynchronous request was made until the application was notified that the request was done. The average time that it took from the time that the asynchronous request was made until the application was notified that the request was done. The time that it took from the time that the asynchronous request was made until the application was notified that the request was done for the most recent request. The maximum time that the virtual template manager spent satisfying the request. The average time that the virtual template manager spent satisfying the request. The time that the virtual template manager spent satisfying the request for the most recent request. Maximum request duration Average request duration Last request duration Maximum processing duration Average processing duration Last processing duration Related Commands Command clear counters show interfaces virtual-access virtual-template Description Clears interface counters. Displays status, traffic data, and configuration information about a specified virtual access interface. Specifies which virtual template will be used to clone virtual access interfaces. Cisco IOS Dial Technologies Command Reference DIA-1090 November 2009 Dial Commands shutdown (port) shutdown (port) To disable a port, use the shutdown command in port configuration mode. To change the administrative state of a port from out-of-service to in-service, use the no form of this command. shutdown no shutdown Syntax Description This command has no arguments or keywords. Command Default Port is enabled. Command Modes Port configuration (config-port) Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines The shutdown command disables a port. Note The shutdown command is similar to the modem shutdown MICA technologies modem command. Examples The following example disables ports 1 to 18 and then reenables them: Router(config)# port 1/1 1/18 Router(config-port)# shutdown Router(config-port)# no shutdown Related Commands Command busyout (port) clear port clear spe Description Disables a port by causing the system to wait for the active services on the port to terminate. Resets the NextPort port and clears any active call. Reboots all specified SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1091 Dial Commands shutdown (port) Command modem shutdown show spe Description Abruptly shuts down an active or idle modem installed in an access server or router. Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference DIA-1092 November 2009 Dial Commands shutdown (spe) shutdown (spe) To take a service processing element (SPE) out of service, use the shutdown command in SPE configuration mode. To change the administrative state of this SPE from down to up, use the no form of this command. shutdown no shutdown Syntax Description This command has no arguments or keywords. Command Default SPE is in service. Command Modes SPE configuration (config-spe) Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Examples The following example disables SPE ports 1 to 18 and then reenables them: Router(config)# spe 1/1 1/18 Router(config-spe)# shutdown Router(config-spe)# no shutdown Related Commands Command busyout (port) clear spe show spe Description Disables a port by causing the system to wait for the active services on the port to terminate. Reboots all specified SPEs. Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1093 Dial Commands signaling-class cas signaling-class cas To define a signaling class with a template formed by directives guiding the Call Service Module (CSM) to process the digit sequence, use the signaling-class cas command in global configuration mode. To remove the signaling class assignment, use the no form of this command. signaling-class cas name no signaling-class cas name Syntax Description name The signaling class name, which specifies the template that processes the ANI/DNIS delimiter. Command Default No default behavior or values Command Modes Global configuration Command History Release 12.1(1)T Modification This command was introduced. Usage Guidelines The signaling class is referred by the name argument. Examples The following example enables the signaling-class cas command: signaling-class cas test profile incoming S<*a<*d<*n controller T1 1/0/1 cas-custom 1 class test Related Commands Command class (controller) profile incoming Description Activates the signaling-class cas command. Defines a template formed by directives guiding the CSM to process the digit sequence for a signaling class. Cisco IOS Dial Technologies Command Reference DIA-1094 November 2009 Dial Commands snapshot client snapshot client To configure a client router for snapshot routing, use the snapshot client command in interface configuration mode. To disable a client router, use the no form of this command. snapshot client active-time quiet-time [suppress-statechange-updates] [dialer] no snapshot client active-time quiet-time [suppress-statechange-updates] [dialer] Syntax Description active-time Amount of time, in minutes, that routing updates are regularly exchanged between the client and server routers. This can be an integer ranging from 5 to 100. There is no default value. A typical value is 5 minutes. Amount of time, in minutes, that routing entries are frozen and remain unchanged between active periods. Routes are not aged during the quiet period, so they remain in the routing table as if they were static entries. This argument can be an integer ranging from 8 to 100000. There is no default value. The minimum quiet time is generally the active time plus 3. (Optional) Disables the exchange of routing updates each time the line protocol goes from “down” to “up” or from “dialer spoofing” to “fully up.” (Optional) Specifies that the client router dials up the remote router in the absence of regular traffic. quiet-time suppress-statechange-updates dialer Command Default Snapshot routing is disabled. The active-time and quiet-time arguments have no default values. Command Modes Interface configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines The value of the active-time argument must be the same for the client and server routers. To specify that the remote server routers be called by this client router during each active period, use the dialer map snapshot command. Examples The following example configures a client router for snapshot routing: interface dialer 1 snapshot client 5 600 suppress-statechange-updates dialer Cisco IOS Dial Technologies Command Reference November 2009 DIA-1095 Dial Commands snapshot client Related Commands Command clear resource-pool dialer map snapshot show snapshot snapshot client snapshot server Description Ends the quiet period on a client router within 2 minutes. Defines a dialer map for the Cisco snapshot routing protocol on a client router connected to a DDR interface. Displays snapshot routing parameters associated with an interface. Configures a client router for snapshot routing. Configures a server router for snapshot routing. Cisco IOS Dial Technologies Command Reference DIA-1096 November 2009 Dial Commands snapshot server snapshot server To configure a server router for snapshot routing, use the snapshot server command in interface configuration mode. To disable a server router, use the no form of this command. snapshot server active-time [dialer] no snapshot server active-time [dialer] Syntax Description active-time Amount of time, in minutes, that routing updates are regularly exchanged between the client and server routers. This can be an integer ranging from 5 to 100. There is no default value. A typical value is 5 minutes. (Optional) Specifies that the client router dials up the remote router in the absence of regular traffic. dialer Command Default Snapshot routing is disabled. The active-time argument has no default value. Command Modes Interface configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines The value of the active-time argument must be the same for the client and server routers. Examples The following example configures a server router for snapshot routing: interface dialer 1 snapshot server 5 Related Commands Command show snapshot snapshot client Description Displays snapshot routing parameters associated with an interface. Configures a client router for snapshot routing. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1097 Dial Commands source template source template To attach a configured customer profile template to a particular customer profile, use the source template command in customer profile configuration mode. source template name Syntax Description name Customer profile template name. Command Default No templates are sourced or attached to a customer profile. Command Modes Customer profile configuration Command History Release 12.0(6)T Modification This command was introduced. Usage Guidelines All PPP and peer-default commands are allowed for a particular customer profile template under this grouping. Examples The following example shows the creation and configuration of a customer profile template named cisco1-direct and its subsequent assignment to the customer profile cisco1: template cisco1-direct multilink {max-fragments num | max-links num | min-links num} peer match aaa-pools peer default ip address pool cisco1-numbers ppp ipcp dns 10.1.1.1 10.2.2.2 ppp multilink exit resource-pool profile customer cisco1 source template cisco1-direct Related Commands Command template Description Accesses the template configuration mode for configuring a particular customer profile template. Cisco IOS Dial Technologies Command Reference DIA-1098 November 2009 Dial Commands spe spe To enter service processing element (SPE) configuration mode and set the range of SPEs, use the spe command in global configuration mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) spe {slot | slot/spe} [slot | slot/spe] Cisco AS5800 with the Universal Port Card (UPC) spe {shelf/slot | shelf/slot/spe} [shelf/slot | shelf/slot/spe] Syntax Description slot All ports on the specified slot. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. A range of slots can be specified by entering a second value for the slot argument. All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. SPE values range from 1 to 17. You must include the slash mark. A range of ports can be specified by entering a second value for the slot/spe argument. All ports on the specified shelf and slot. For the Cisco AS5800, shelf values range from 0 to 1 and UPC slot values range from 2 to 11. You must include the slash mark. A range of slots can be specified by entering a second value for the shelf/slot argument. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and SPE values range from 0 to 53. You must include the slash marks. A range of ports can be specified by entering a second value for the shelf/slot/spe argument. slot/spe shelf/slot shelf/slot/spe Command Default No default behavior or values. Command Modes Global configuration Command History Release 12.0(4)XI1 12.0(5)T 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced. This command was implemented on the Cisco AS5200 and Cisco AS5300 platforms. This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1099 Dial Commands spe Usage Guidelines The spe global configuration command enables the SPE configuration mode. Configure your SPE by specifying a slot and an SPE associated with the slot; or, you can configure a range of SPEs by specifying the first and last SPE in the range. To exit SPE configuration mode, use the exit command. Examples The following example shows the spe command being used from global configuration mode to access the SPE configuration mode for the SPE range from 1/2 to 1/4: Router(config)# spe 5/4 5/6 Router(config-spe)# ? SPE Configuration Commands: busyout Busyout SPE default Set a command to its defaults exit Exit from SPE Configuration Mode firmware Firmware used for the SPE help Description of the interactive help system no Negate a command or set its defaults shutdown Take the SPE out of Service When the universal gateway is booted, the spe global configuration command specifies the location from where the firmware image is downloaded to the SPE. If the spe configuration command is used to download the firmware from Flash memory and then subsequently the no version of the exact command is entered, then the spe command downloads the embedded firmware. Note Use this command when traffic is low because the spe download does not begin until the modems have no active calls. Caution The spe command is a configuration command. Save it using the write memory command; otherwise, the configuration is not saved. If the configuration is not saved, the downloading of the specified firmware does not occur after the next reboot. The following example shows the spe command being used from global configuration mode to access the SPE configuration mode for the range of SPEs from 1/2 to 1/4 on the Cisco AS5400: Router(config)# spe 1/2 1/4 The following example specifies the range for use of the shutdown command: Router(config)# spe 1/1 1/18 Router(config-spe)# shutdown Router(config-spe)# no shutdown Related Commands Command exit show spe Description Exits SPE configuration mode. Displays SPE status. Cisco IOS Dial Technologies Command Reference DIA-1100 November 2009 Dial Commands spe call-record modem spe call-record modem To generate a modem call record at the end of each call, use the spe call-record modem command in global configuration mode. To cancel the request to generate the reports, use the no form of the command. spe call-record modem {max-userid number | quiet} no spe call-record modem {max-userid number | quiet} Syntax Description max-userid number quiet Maximum length of the user ID for the modem call record report in number of bytes. The range is from 0 to 100. Disables logging to console and terminal, but not to syslog. Command Default An SPE call record is enabled. Command Modes Global configuration Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines The spe modem-call-record command generates a modem call record at the end of each call. Note The spe call-record modem command is similar to the modem call-record command. Examples The following example displays an SPE call record: Router# configure terminal Router(config)# spe call-record modem max-userid 50 Router(config)# end Router# 00:18:30: %SYS-5-CONFIG_I: Configured from console by console Router# write memory Building configuration... [OK] Cisco IOS Dial Technologies Command Reference November 2009 DIA-1101 Dial Commands spe call-record modem The following is a partial example of traces generated when a call terminates. The logs from the show port modem log command do not change as a result of using the spe call-record modem command. . . . %LINK-3-UPDOWN: Interface Async5/105, changed state to down %MODEMCALLRECORD-6-PM_TERSE_CALL_RECORD: DS0 slot/contr/chan=4/2/15, shelf/slot/port=5/37, call_id=EE, userid=touraco-e1-4, ip=79.188.24.1, calling=(n/a), called=35160, std=V.34+, prot=LAP-M, comp=V.42bis, init-rx/tx b-rate=33600/33600, finl-rx/tx b-rate=33600/33600, rbs=0, d-pad=None, retr=1, sq=5, snr=10495, rx/tx chars=286/266, bad=0, rx/tx ec=16/6, bad=0, time=96, finl-state=Steady Retrain, disc(radius)=(n/a)/(n/a), disc(modem)=1F00 /Requested by host/non-specific host disconnect %MODEMCALLRECORD-6-PM_TERSE_CALL_RECORD: DS0 slot/contr/chan=4/1/24, shelf/slot/port=5/38, call_id=FD, userid=touraco-e1-4, ip=79.205.24.1, calling=(n/a), called=35170, std=V.34+, prot=LAP-M, comp=V.42bis, init-rx/tx b-rate=33600/33600, finl-rx/tx b-rate=33600/33600, rbs=0, d-pad=None, retr=1, sq=5, snr=10495, rx/tx chars=289/267, bad=0, rx/tx ec=17/7, bad=0, time=93, finl-state=Steady Retrain, disc(radius)=(n/a)/(n/a), disc(modem)=1F00 /Requested by host/non-specific host disconnect %MODEMCALLRECORD-6-PM_TERSE_CALL_RECORD: DS0 slot/contr/chan=4/3/15, shelf/slot/port=5/2, call_id=FF, userid=touraco-e1-4, ip=79.200.24.1, calling=(n/a), called=35170, std=V.34+, prot=LAP-M, comp=V.42bis, init-rx/tx b-rate=33600/33600, finl-rx/tx b-rate=33600/33600, rbs=0, d-pad=None, retr=1, sq=5, snr=10495, rx/tx chars=287/270, bad=0, rx/tx ec=17/7, bad=0, time=92, finl-state=Steady Retrain, disc(radius)=(n/a)/(n/a), disc(modem)=1F00 /Requested by host/non-specific host disconnect %MODEMCALLRECORD-6-PM_TERSE_CALL_RECORD: DS0 slot/contr/chan=4/3/10, shelf/slot/port=5 . . . Related Commands Command modem call-record Description Activates the logging of a summary of modem events upon the termination of a call. Cisco IOS Dial Technologies Command Reference DIA-1102 November 2009 Dial Commands spe country spe country To specify the country while setting the modem card parameters (including country code and encoding), use the spe country command in global configuration mode. To set the country code to the default value, use the no form of this command. spe country {country-name | e1-default | t1-default} no spe country {country-name | e1-default | t1-default} Syntax Description country-name e1-default t1-default Name of the country, See Table 138 for a list of supported country name keywords. Use this command when using the E1 interface. Use this command when using the T1 interface. Command Default Disabled Command Modes Global configuration Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines On the Cisco universal gateway, DS0 companding law selection is configured for the entire system rather than on individual voice ports. Set the spe country command to the appropriate country. If T1 lines are configured, the default is t1-default; if E1 lines are configured, the default is e1-default. The Cisco universal gateway must be in an Idle state (no calls are active) for the spe country command to function. All sessions on all modules in all slots must be in the Idle state. Note The spe country command is similar to the modem country mica and modem country microcom_hdms commands. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1103 Dial Commands spe country Table 138 lists the country names and corresponding companding law. Table 138 Country Names and Corresponding Companding Law Keyword australia austria belgium china cyprus czech-republic denmark e1-default finland france germany hong-kong india ireland israel italy japan malaysia netherlands new-zealand norway poland portugal russia singapore south-africa spain sweden switzerland t1-default taiwan thailand turkey united-kingdom usa Country Australia Austria Belgium China Cyprus Czech/Slovak Republic Denmark Default for E1 Finland France Germany Hong Kong India Ireland Israel Italy Japan Malaysia Netherlands New Zealand Norway Poland Portugal Russia Singapore South Africa Spain Sweden Switzerland Default for T1 Taiwan Thailand Turkey United Kingdom United States of America Companding Law a-law a-law a-law a-law a-law a-law a-law a-law a-law a-law a-law u-law a-law a-law a-law a-law u-law a-law a-law a-law a-law a-law a-law a-law a-law a-law a-law a-law a-law u-law u-law a-law a-law a-law u-law Cisco IOS Dial Technologies Command Reference DIA-1104 November 2009 Dial Commands spe country Examples The following example configures the setting of the country code to the default for E1: Router(config)# spe country e1-default The following example configures the setting of the country code to the default for T1: Router(config)# spe country t1-default Related Commands Command modem country mica modem country microcom_hdms show spe Reference Configures the modem country code for a bank of MICA technologies modems. Configures the modem country code for a bank of Microcom modems. Displays SPE status. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1105 Dial Commands spe download maintenance spe download maintenance To perform download maintenance on service processing elements (SPEs) that are marked for recovery, use the spe download maintenance command in global configuration mode. To disable download maintenance on SPEs, use the no form of the command. spe download maintenance {time hh:mm | stop-time hh:mm | max-spes number-of-spes | window time-period | expired-window {drop-call | reschedule}} no spe download maintenance {time hh:mm | stop-time hh:mm | max-spes number-of-spes | window time-period | expired-window {drop-call | reschedule}} Syntax Description time hh:mm Time of the day to start the download maintenance activity. Enter the value in the format of the variable as shown in hours and minutes. Default is 03:00 a.m. Time of the day to stop the download maintenance activity. Enter the value in the format of the variable as shown in hours and minutes. Maximum number of SPEs that can simultaneously be in maintenance. The value ranges from 1 to 10,000. Default is equal to 20 percent of the maximum number of SPEs in each NextPort Dial Feature Card (DFC). Time window to perform the maintenance activity. The value ranges from 0 to 360 minutes. Default is 60 minutes. Action to take if SPE maintenance is not completed within the specified window. Default is reschedule. Expired window choice that forces download by dropping active calls. Expired window choice that defers recovery to the next maintenance time (default for the expired-window keyword). stop-time hh:mm max-spes number-of-spes window time-period expired-window drop-call reschedule Command Default Enabled Command Modes Global configuration Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Cisco IOS Dial Technologies Command Reference DIA-1106 November 2009 Dial Commands spe download maintenance Usage Guidelines The SPE download maintenance activity takes place when SPEs are marked for recovery. The settings are enabled by default. When you want to change the default settings to a desired setting, use the spe download maintenance command parameters to perform SPE download maintenance activity with the specific changes. Enter the time hh:mm keyword to set a time to start the SPE download maintenance activity. Then enter the stop-time hh:mm keyword to set a time to stop the download maintenance. Next enter the max-spes number-of-spes keyword to set the number of SPEs for the download maintenance. Then enter the window time-period keyword to set a time period to perform the download maintenance. Finally, enter the expired-window keyword to set actions in the event the SPE download maintenance is not completed in the set window time-period. The download maintenance activity starts at the set start time and steps through all the SPEs that need recovery and the SPEs that need a firmware upgrade and starts maintenance on the maximum number of set SPEs for maintenance. The system waits for the window delay time for all the ports on the SPE to become inactive before moving the SPE to the Idle state. Immediately after the SPE moves to the Idle state, the system starts to download firmware. If the ports are still in use by the end of window delay time, depending upon the expired-window setting, connections on the SPE ports are shut down and the firmware is downloaded by choosing the drop-call option, or the firmware download is rescheduled to the next download maintenance time by choosing the reschedule option. This process continues until the number of SPEs under maintenance is below the max-spes value, or until the stop-time value (if set), or until all SPEs marked for recovery or upgrade have had their firmware reloaded. Examples The following example displays the SPE download maintenance with the different keyword parameters: Router(config)# spe download maintenance time 03:00 Router(config)# spe download maintenance stop-time 04:00 Router(config)# spe download maintenance max-spes 50 Router(config)# spe download maintenance window 30 Router(config)# spe download maintenance expired-window reschedule Related Commands Command firmware location firmware upgrade show spe version spe recovery Description Downloads firmware into Cisco integrated modems. Specifies the method in which the SPE will be downloaded. Displays the firmware version on an SPE. Sets an SPE port for recovery. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1107 Dial Commands spe log-size spe log-size To set the size of the port event log, use the spe log-size command in global configuration mode. To restore the default size, use the no version of this command. spe log-size number no spe log-size Syntax Description number The number of recorded events. Valid values for the number argument range from 0 to 100. The default value is 50 events. Command Default The port event log records 50 events. Command Modes Global configuration Command History Release 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was integrated into Cisco IOS Release 12.1(3)T on the Cisco AS5400 and Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Examples The following example sets the size of the event log to 70 events: Router(config)# spe log-size 70 Related Commands Command show port digital log show port modem log Description Displays the digital data event log with the oldest event first. Displays the modem port history event log or modem test log. Cisco IOS Dial Technologies Command Reference DIA-1108 November 2009 Dial Commands spe recovery spe recovery To set a service processing element (SPE) port for recovery, use the spe recovery command in global configuration mode. To disable SPE recovery or to restore the default port-threshold value, use the no form of this command. spe recovery {port-action {disable | recover} | port-threshold number-failures} no spe recovery {port-action | port-threshold} Syntax Description port-action disable recover port-threshold number-failures Action to apply to the port for recovery when the configured port-threshold value has been exceeded. Sets the port to the bad state. Sets the port for recovery. Number of consecutive failed attempts made on the port before the port-action keyword is applied. The range is from 1 to 10000. The default value is 30. Command Default There is no default port-action value. SPE recovery is disabled. The default port-threshold value is 30 failed attempts. Command Modes Global configuration Command History Release 12.1(1)XD 12.1(2.3)T1 12.1(5)XM1 12.2(11)T Modification This command was introduced on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and implemented on the Cisco AS5350. Usage Guidelines Failure of an SPE port to connect after repeated tries indicates that a problem exists in the SPE or firmware. An SPE port in this state is recovered by downloading firmware. When an SPE port fails to connect consecutively for a number of times, as specified by the port-threshold number-failures keyword and argument, the SPE is moved to a state based on the port-action configuration. If the spe recovery port-action recover command has been configured, when the port-threshold number-failures value is exceeded, the port is temporarily marked as disabled (“d” state) to avoid further incoming calls, and it is then marked for recovery (“r” state). Any SPE that has a port marked for recovery will download firmware when the SPE is idle (when none of the ports on the SPE have active calls). Cisco IOS Dial Technologies Command Reference November 2009 DIA-1109 Dial Commands spe recovery If the spe recovery port-action disable command has been configured, when the port-threshold number-failures value is exceeded, the port is marked as bad (“BAD” state). An SPE with a port that is marked as bad must be explicitly cleared in order for that port to be used again. If no port-action is configured, the port will be marked as not in use (“_” state). An SPE with a port marked as not in use will remain unusable until it is explicitly cleared, and the SPE will not accept incoming calls on any of the ports. SPE recovery can be disabled by issuing the no spe recovery port-action command. If SPE recovery is disabled, the SPE will behave as if no port-action has been configured. Note Beginning with Cisco IOS Release 12.1(2.3)T1, the modem recovery action for MICA technologies modems on the Cisco AS5800 platforms is done using the spe recovery command rather than the modem recovery command. Examples The following example configures the SPE to recover ports that exceed the call failure threshold: Router(config)# spe recovery port-action recover The following example sets a value of 50 for the number of consecutive failed attempts on the port before the port-action keyword is applied: Router(config)# spe recovery port-threshold 50 Related Commands Command clear port clear spe firmware upgrade show spe show spe version spe download maintenance Description Resets the NextPort port and clears any active call. Reboots all specified SPEs. Specifies an SPE firmware upgrade method. Displays history statistics of all SPEs, a specified SPE, or the specified range of SPEs. Displays the firmware version on an SPE and displays the version to firmware file mappings. Performs download maintenance on SPEs that are marked for recovery. Cisco IOS Dial Technologies Command Reference DIA-1110 November 2009 Dial Commands start-character start-character To set the flow control start character, use the start-character command in line configuration mode. To remove the character, use the no form of this command. start-character ascii-number no start-character Syntax Description ascii-number Decimal representation of the start character. Command Default Decimal 17 Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command defines the character that signals the start of data transmission when software flow control is in effect. Refer to the “ASCII Character Set and Hex Values” appendix in the Cisco IOS Configuration Fundamentals and Network Management Command Reference for a list of ASCII characters. Examples The following example changes the start character to Ctrl-B, which is decimal 2: line 2 start-character 2 Related Commands Command flowcontrol stop-character terminal start-character Description Sets the method of data flow control between the terminal or other serial device and the router. Sets the flow control stop character. Changes the flow control start character for the current session. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1111 Dial Commands start-chat start-chat To specify that a chat script start on a specified line at any point, use the start-chat command in privileged EXEC mode. To stop the chat script, use the no form of this command. start-chat regexp [line-number [dialer-string]] no start-chat Syntax Description regexp Name of a regular expression or modem script to be executed. If there is more than one script with a name that matches the argument regexp, the first script found will be used. (Optional) Line number on which to execute the chat script. If you do not specify a line number, the current line number is chosen. If the specified line is busy, the script is not executed and an error message appears. If the dialer-string argument is specified, line-number must be entered; it is not optional if you specify a dialer string. This command functions only on physical terminal (TTY) lines. It does not function on virtual terminal (VTY) lines. (Optional) String of characters (often a telephone number) to be sent to a DCE. If you enter a dialer string, you must also specify line-number, or the chat script regexp will not start. line-number dialer-string Command Modes Privileged EXEC Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command provides modem dialing commands for a chat script that you want to apply immediately to a line. If you do not specify a line, the script runs on the current line. If the specified line is already in use, the script is not activated and an error message appears. The argument regexp is used to specify the name of the modem script that is to be executed. The first script that matches the argument in this command and the dialer map command will be used. For more information about regular expressions, refer to the “Regular Expressions” appendix in this publication. This command functions only on physical terminal (TTY) lines. It does not function on virtual terminal lines. Examples The following example forces a dialout on line 8 using the script named “telebit”: start-chat telebit 8 Cisco IOS Dial Technologies Command Reference DIA-1112 November 2009 Dial Commands start-chat Related Commands Command chat-script dialer map script activation Description Places calls over a modem and logs in to remote systems. Configures a serial interface or ISDN interface to call one or multiple sites or to receive calls from multiple sites. Specifies that a chat script start on a physical terminal line when the line is activated. script connection Specifies that a chat script start on a physical terminal line when a remote network connection is made to a line. script dialer script reset script startup Specifies a default modem chat script. Specifies that a chat script start on a physical terminal line when the specified line is reset. Specifies that a chat script start on a physical terminal line when the router is powered up. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1113 Dial Commands stop-character stop-character To set the flow control stop character, use the stop-character command in line configuration mode. To remove the character, use the no form of this command. stop-character ascii-number no stop-character Syntax Description ascii-number Decimal representation of the stop character. Command Default Decimal 19 Command Modes Line configuration Command History Release 10.0 Modification This command was introduced. Usage Guidelines This command defines the character that signals the end of data transmission when software flow control is in effect. Refer to the “ASCII Character Set and Hex Values” appendix in the Cisco IOS Configuration Fundamentals and Network Management Command Reference for a list of ASCII characters. Examples The following example changes the stop character to Ctrl-E, which is decimal 5: line 3 stop-character 5 Related Commands Command flowcontrol source template stop-character Description Sets the method of data flow control between the terminal or other serial device and the router. Sets the flow control start character. Sets the flow control stop character. Cisco IOS Dial Technologies Command Reference DIA-1114 November 2009 Dial Commands tdm clock priority tdm clock priority To configure the clock source and priority of the clock source used by the time-division multiplexing (TDM) bus on the Cisco AS5350, AS5400, and AS5850 access servers, use the tdm clock priority command in global configuration mode. To return the clock source and priority to the default values, use the no form of this command. tdm clock priority priority-number {slot/ds1-port | slot/ds3-port:ds1-port | external | freerun} no tdm clock priority priority-number {slot/ds1-port | slot/ds3-port:ds1-port | external | freerun} Syntax Description priority-number slot/ds1-port Priority of the clock source. The priority range is from 1 to 99. A clock set to priority 100 will not drive the TDM bus. Trunk-card slot is a value from 1 to 7. DS1 port number controller is a value between 0 and 7. Specify with a slash separating the numbers; for example, 1/1. Trunk-card slot is a value from 1 to 7. DS3 port specifies the T3 port. DS1 port number controller is a value from 1 to 28. Specify with a slash separating the slot and port numbers, and a colon separating the DS1 port number. An example is 1/0:19. Synchronizes the TDM bus with an external clock source that can be used as an additional network reference. Selects the free-running clock from the local oscillator when there is no good clocking source from a trunk card or an external clock source. slot/ds3-port:ds1-port external freerun Command Default If no clocks are configured, the system uses a default, primary clock. An external clock is never selected by default; it must be explicitly configured. Command Modes Global configuration Command History Release 12.2(8)T 12.2(33)SRA Modification This command was introduced. This command was integrated into Cisco IOS Release 12.2(33)SRA. Usage Guidelines The TDM bus can receive an input clock from one of three sources on the gateway: • • • CT1, CE1, and CT3 trunk cards An external T1/E1 clock source feed directly through the Building Integrated Timing Supply (BITS) interface port on the motherboard Free-running clock providing clock from an oscillator Cisco IOS Dial Technologies Command Reference November 2009 DIA-1115 Dial Commands tdm clock priority Note BITS is a single building master timing supply. BITS generally supplies DS1- and DS0-level timing throughout an office. BITS is the clocks that provide and distribute timing to a wireline network’s lower levels. Trunk-Card Ports The TDM bus can be synchronized with any trunk cards. On the CT1/CE1 trunk card, each port receives the clock from the T1/E1 line. The CT3 trunk card uses an M13 multiplexer to receive the DS1 clock. Each port on each trunk-card slot has a default clock priority. Also, clock priority is configurable through the tdm clock priority command. External Clock The TDM bus can be synchronized with an external clock source that can be used as an additional network reference. If no clocks are configured, the system uses a primary clock through a software-controlled default algorithm. If you want the external T1/E1 clock (from the BITS interface) as the primary clock source, you must configure it using the external keyword with the tdm clock priority command; the external clock is never selected by default. The BITS interface requires a T1 line composite clock reference set at 1.544 MHz and an E1 line composite clock reference set at 2.048 MHz. Free-Running Clock If there is no good clocking source from a trunk card or an external clock source, then select the free-running clock from the internal oscillator using the freerun keyword with the tdm clock priority command. Examples In the following example, BITS clock is set at priority 1: AS5400(config)# tdm clock priority priority 1 external In the following example, a trunk clock from a CT1 trunk card is set at priority 2 and uses slot 4 and DS1 port (controller) 6: AS5400(config)# tdm clock priority priority 2 4/6 In the following example, a trunk clock from a CT3 trunk card is set at priority 2 and uses slot 1, DS3 port 0, and DS1 port 19: AS5400(config)# tdm clock priority priority 2 1/0:19 In the following example, free-running clock is set at priority 3: AS5400(config)# tdm clock priority priority 3 freerun Related Commands Command dial-tdm-clock show tdm clocks Description Configures the clock source and priority of the clock source used by the TDM bus on the dial shelf of the Cisco AS5800. Displays default system clocks and clock history. Cisco IOS Dial Technologies Command Reference DIA-1116 November 2009 Dial Commands template template To access the template configuration mode for configuring a particular customer profile template, use the template command in global configuration mode. To delete the template of the specified name, use the no form of this command. template name [default | exit | multilink | no | peer | ppp] no template name [default | exit | multilink | no | peer | ppp] Syntax Description name default exit multilink no peer ppp Identifies the template. (Optional) Sets the command to its defaults. (Optional) Exits from resource-manager configuration mode. (Optional) Configures multilink parameters. (Optional) Negates the command or its defaults. (Optional) Accesses peer parameters for point-to-point interfaces. (Optional) Accesses Point-to-Point Protocol. Command Default No templates are configured. Command Modes Global configuration Command History Release 12.0(6)T Modification This command was introduced. Usage Guidelines All PPP and peer-default commands are enabled for a customer profile template under this grouping. Examples The following example shows the creation and configuration of a customer profile template named “cisco1-direct” and its subsequent assignment to the customer profile “cisco1”: template cisco1-direct multilink max-fragments 10 peer match aaa-pools peer default ip address pool cisco1-numbers ppp ipcp dns 10.1.1.1 10.2.2.2 ppp multilink exit resource-pool profile customer cisco1 source template cisco1-direct Cisco IOS Dial Technologies Command Reference November 2009 DIA-1117 Dial Commands template Related Commands Command source template Description Attaches a configured customer profile template to a customer profile. Cisco IOS Dial Technologies Command Reference DIA-1118 November 2009 Dial Commands test modem back-to-back test modem back-to-back To diagnose an integrated modem that may not be functioning properly, use the test modem back-to-back command in EXEC mode. test modem back-to-back first-slot/port second-slot/port Syntax Description first-slot/port second-slot/port Slot and modem number of the first test modem. You must include the slash mark Slot and modem number of the second test modem. You must include the slash mark Command Modes EXEC Command History Release 11.2 Modification This command was introduced. Usage Guidelines Use this command to perform back-to-back testing of two modems. You might need to enable this command on several different combinations of modems to determine which one is not functioning properly. Examples The following example performs a back-to-back modem test between modem 2/0 and modem 2/1 and removes modem 2/1 (which is associated with TTY line 26) from all dial-in and dial-out services: Router# test modem back-to-back 2/0 2/1 back2back 2/0 2/1 Repetitions (of 10-byte packets) [1]: Router# %MODEM-5-B2BCONNECT: Modems (2/0) and (2/1) connected in back-to-back test: CONNECT9600/REL-MNPM %MODEM-5-B2BMODEMS: Modems (2/0) and (2/1) completed back-to-back test: success/packets = 2/2 Related Commands Command modem bad test port modem back-to-back Description Removes an integrated modem from service and indicates it as suspected or proven to be inoperable. Tests two specified ports back-to-back and transfers a specified amount of data between the ports. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1119 Dial Commands test port modem back-to-back test port modem back-to-back To test two specified ports back-to-back and transfer a specified amount of data between the ports, use the test port modem back-to-back command in EXEC mode. Cisco AS5350 and Cisco AS5400 with the NextPort Dial Feature Card (DFC) test port modem back-to-back slot/port Cisco AS5800 with the Universal Port Card (UPC) test port modem back-to-back shelf/slot/port Syntax Description slot/port All ports on the specified slot and SPE. For the Cisco AS5350 slot values range from 1 to 3. For the Cisco AS5400, slot values range from 1 to 7. Port values range from 0 to one less than the number of ports supported by the card. You must include the slash mark. All ports on the specified SPE. For the Cisco AS5800, shelf values range from 0 to 1, slot values range from 2 to 11, and port values range from 0 to 323. You must include the slash marks. shelf/slot/port Command Default No default behavior or values. Command Modes EXEC Command History Release 11.3 12.1(1)XD 12.1(3)T 12.1(5)XM1 12.2(11)T Modification The test modem back-to-back form of this command was introduced. This command was implemented on the Cisco AS5400. This command was implemented on the Cisco AS5800. This command was implemented on the Cisco AS5350. This command was integrated into Cisco IOS Release 12.2(11)T and support was added for the Cisco AS5350. Usage Guidelines The test port modem back-to-back command should be performed on different combinations to determine a good port. Note The test port modem back-to-back command is similar to the test modem back-to-back MICA technologies modem command. Cisco IOS Dial Technologies Command Reference DIA-1120 November 2009 Dial Commands test port modem back-to-back Examples The following example displays a back-to-back test: Router# test port modem back-to-back 1/1/1 Repetitions (of 10-byte packets) [1]: *Mar 02 12:13:51.743:%PM_MODEM_MAINT-5-B2BCONNECT:Modems (2/10) and (3/20) connected in back-to-back test:CONNECT33600/V34/LAP *Mar 02 12:13:52.783:%PM_MODEM_MAINT-5-B2BMODEMS:Modems (3/20) and (2/10) completed back-to-back test:success/packets = 2/2 Related Commands Command port modem autotest port modem startup test show port modem test Description Automatically and periodically performs a modem diagnostic test for modems inside the universal gateway or router. Performs diagnostic testing for all modems. Displays the modem port history event log or modem test log. test modem back-to-back Diagnoses an integrated modem that may not be functioning properly. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1121 Dial Commands timeout absolute timeout absolute To specify a timeout period that controls how long a session can be connected before it is terminated, use the timeout absolute command in interface configuration mode. To remove the session timeout period, use the no form of this command. timeout absolute minutes [seconds] no timeout absolute Syntax Description minutes seconds Session lifetime in minutes, in the range from 0 to 71582787 minutes. (Optional) Session lifetime in seconds, in the range from 0 to 59 seconds. Command Default No default behavior or values. Command Modes Interface configuration Command History Release 11.3 Modification This command was introduced. Examples The following partial example shows how to impose a 15-minute (900-second) idle timeout and a 12-hour (720-minute) absolute timeout for session connections: interface Serial0:23 dialer idle-timeout 900 timeout absolute 720 ! interface Serial1:23 dialer idle-timeout 900 timeout absolute 720 . . . Related Commands Command ppp idle timeout dialer idle-timeout Description Sets PPP idle timeout parameters. Specifies the idle time before the line is disconnected. Cisco IOS Dial Technologies Command Reference DIA-1122 November 2009 Dial Commands timer timer To set the Redundant Link Manager (RLM) timer, use the timer command in RLM configuration mode. The associated options can overwrite the default setting of timeout values. To disable this function, use the no form of this command. timer {force-down | keepalive | minimum-up | open-wait | recovery | retransmit | switch-link} seconds no timer {force-down | keepalive | minimum-up | open-wait | recovery | retransmit | switch-link} seconds Syntax Description force-down After RLM enters the down state, RLM will stay in the down state for a certain amount of time to make sure that the remote end will also enter the down state. After this occurs, both can be forced to be in sync again. This timer can also prevent RLM links from going up and down rapidly in an unstable network environment. A keepalive packet will be sent out from Network Access Server (NAS) to CSC periodically. After a link is recovered from the failure state and RLM is in the up state, RLM will wait for a minimum time to make sure the new recovered link is stabilized before doing any operation. To overcome the latency while opening several links at the same time, RLM will use this timer to wait before opening the new links, and then choose the link with the highest weighting to become the active signaling link. When the network access server (NAS) loses the active connection to CSC, it will try to reestablish the connection within the interval specified by this command. If it fails to reestablish the connection, RLM will declare that the RLM signaling link is down. Because RLM is operating under UDP, it needs to retransmit the control packet if the packet is not acknowledged within this retransmit interval. The maximum transition period allows RLM to switch from a lower preference link to a higher preference link. If the switching link does not complete successfully before this timer expires, RLM will go into the recovery state. Time, in seconds, before executing the designated function. Valid values for the seconds argument range from 1 to 600 seconds. keepalive minimum-up open-wait recovery retransmit switch-link seconds Defaults Disabled Command Modes RLM configuration Command History Release 11.3(7) Modification This command was introduced. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1123 Dial Commands timer Examples The following example configures a ten second retransmission timer for unacknowledged control packets: timer retransmit 10 Related Commands Command clear interface virtual-access clear rlm group interface link (RLM) protocol rlm port retry keepalive server (RLM) show rlm group statistics show rlm group status show rlm group timer shutdown (RLM) Description Resets the hardware logic on an interface. Clears all RLM group time stamps to zero. Defines the IP addresses of the server, configures an interface type, and enters interface configuration mode. Specifies the link preference. Reconfigures the port number for the basic RLM connection for the whole rlm-group. Allows consecutive keepalive failures a certain amount of time before the link is declared down. Defines the IP addresses of the server. Displays the network latency of the RLM group. Displays the status of the RLM group. Displays the current RLM group timer values. Shuts down all of the links under the RLM group. Cisco IOS Dial Technologies Command Reference DIA-1124 November 2009 Dial Commands trunk group (global) trunk group (global) To define or modify the definition of a trunk group and to enter trunk group configuration mode, use the trunk group command in global configuration mode. To delete the trunk group, use the no form of this command. trunk group name no trunk group name Syntax Description name Name of the trunk group. Valid names contain a maximum of 63 alphanumeric characters. Command Default No trunk group is defined. Command Modes Global configuration Command History Release 12.1(3)T Modification This command was introduced. Usage Guidelines Use the trunk group command to assign a number or a name to a set of trunk characteristics. The set of characteristics, or profile, is assigned to specific trunks as part of the usual trunk configuration steps. The trunk group command initiates the profile definition and switches from global configuration to trunk group configuration mode. Additional commands are available to construct the characteristics of the profile. Up to 1000 trunk groups can be configured on the gateway provided that the gateway has sufficient memory to store the profiles. If you see the message “Trunk group name could not be added as the threshold has been reached”, enter the debug tgrm command and check the number of trunk groups or check for insufficient memory. To associate a trunk group with an interface, use the trunk-group (interface) command. A trunk group that was created using the trunk group (global) command can be associated with an interface. However, a trunk group need not be defined globally before being associated with an interface. If a trunk group has not been defined globally, it will be created by issuing the trunk-group (interface) command. Examples The following example creates trunk group 5 and configures the trunk group profile: Router(config)# trunk group Router(config-trunk-group)# Router(config-trunk-group)# Router(config-trunk-group)# Router(config-trunk-group)# Router(config-trunk-group)# Router(config-trunk-group)# 5 carrier-id allcalls max-calls voice 500 in hunt-scheme round-robin even up translation-profile incoming 3 translation-profile outgoing 2 exit Cisco IOS Dial Technologies Command Reference November 2009 DIA-1125 Dial Commands trunk group (global) The following example creates a trunk group named “mytrunk” and configures the trunk group profile: Router(config)# trunk group Router(config-trunk-group)# Router(config-trunk-group)# Router(config-trunk-group)# Router(config-trunk-group)# Router(config-trunk-group)# Router(config-trunk-group)# mytrunk carrier-id local max-calls voice 500 hunt-scheme least-idle translation-profile incoming 1 translation-profile outgoing 12 exit Related Commands Command carrier-id (trunk group) description (trunk group) hunt-scheme least-idle hunt-scheme least-used hunt-scheme longest-idle hunt-scheme random hunt-scheme round-robin hunt-scheme sequential max-calls show trunk group translation-profile (trunk group) trunk-group (interface) Description Identifies the carrier that owns the trunk group. Permits a description to be associated with a trunk group. Specifies the least-idle channel search method for incoming and outgoing calls. Specifies the least-used channel search method for incoming and outgoing calls. Specifies the longest-idle channel search method for incoming and outgoing calls. Specifies the random channel search method for incoming and outgoing calls. Specifies the round-robin channel search method for incoming and outgoing calls. Specifies the sequential channel search method for incoming and outgoing calls. Specifies the number of incoming and outgoing voice and data calls that a trunk group can handle. Displays the configuration of trunk groups. Defines call number translation profiles for incoming and outgoing calls. Assigns an ISDN PRI or NFAS interface to a trunk group. Cisco IOS Dial Technologies Command Reference DIA-1126 November 2009 Dial Commands trunk-group (timeslots) trunk-group (timeslots) To direct an outbound synchronous or asynchronous call initiated by dial-on-demand routing (DDR) to use specific B or digital service 0 (DS0) channels of an ISDN circuit on Cisco AS5800 series access servers, use the trunk-group command in CAS custom configuration, controller configuration, or interface configuration mode. To delete DS0s from the trunk group, use the no form of this command. trunk-group name [timeslots timeslot-list [preference preference-number]] no trunk-group name [timeslots timeslot-list [preference preference-number]] Syntax Description name timeslots timeslot-list Trunk group name or label. (Optional) Selectively adds one or more DS0s from a DS1 to a trunk group. The timeslot-list argument accepts DS0s numbered from 1 to 24 for T1 links, and from 1 to 15 and 17 to 31 for E1 links. Successive DS0 numbers can be specified using commas, and ranges of numbers can be specified using a hyphen to separate the numbers. Groups of ranges can also be entered separated by commas. Default is that all DS0s in the signaling circuit are assigned to the trunk group. (Optional) Assigns a preference for DS0 members in a trunk group. Range is from 1 (highest preference) to 64 (lowest preference). The preference keyword appears only when the timeslots keyword has been used to configure DS0s. preference preference-number Command Default All DS0s in the signaling circuit are assigned to the trunk group. Command Modes CAS custom configuration Controller configuration Interface configuration Command History Release 12.3(11)T Modification This command was introduced. Usage Guidelines Dial-out trunk groups can include individual DS0s from more than one DS1. Two types of DS0 resources can be pooled: DS0s from common channel signaling circuits (CCS) such as PRI, Non-Facility Associated Signaling (NFAS), Signaling System 7 (SS7), and so on, and DS0s from channel-associated signaling (CAS) circuits. The large-scale dial-out architecture is an integral part of dial-out trunk groups. The large-scale dial-out architecture is based on dialer rotary groups where physical interfaces are statically bound to dialer interfaces, meaning that the physical interfaces inherit the configuration parameters of the dialer interface. A call placed using a specific dialer interface (dialer rotary) can be done only through a rotary member, and this same rule applies to DDR over DS0 trunk groups. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1127 Dial Commands trunk-group (timeslots) As an example, a trunk group can have DS0s from three different physical interfaces that are also rotary members of a dialer interface. When an outgoing call is placed through the dialer interface, the Trunk Group Resource Manager (TGRM) provides a DS0 that belongs to a physical interface. The call will fail, however, if the physical interface is not a rotary member of a dialer interface. See the “Examples” section for more about the limitations large-scale dial-out places on selecting DS0s from physical interfaces. The large-scale dial-out framework is used to place outgoing calls over a synchronous or asynchronous line. The framework also enables provisioning of dial-out configurations on an authentication, authorization, and accounting (AAA) server. A trunk group label can be configured as part of a dialer string command, or the large-scale dial-out framework can be used to download the trunk group identifier along with the dialer string. Examples CAS Configurations The following examples show how to configure DS0 trunk groups on a CAS: Example 1 Router(config)# controller t1 0 Router(config-controller)# ds0-group 2 timeslots 1-24 Router(config-controller)# cas-custom 2 Router(config-ctrl-cas)# trunk-group label3 timeslots 1-12 Example 2 Router(config)# controller t1 1 Router(config-controller)# ds0-group 3 timeslots 1-24 Router(config-controller)# cas-custom 3 Router(config-ctrl-cas)# trunk-group label1 timeslots 1-5,17-23 preference 1 Router(config-ctrl-cas)# trunk-group label2 timeslots 6-8,10-12,15 preference 2 NFAS Configuration The following example shows how to configure NFAS/SS7 circuits. With these circuits, signaling can take place over a circuit different than the one over which the data is being transported. The DS0 dial-out trunk group configuration is done in controller configuration mode, because the trunk group is configured under the NFAS primary serial interface, all the NFAS group interface member DS0s are added into the trunk group. The NFAS primary serial interface will not have the timeslots keyword enabled under its configuration mode. The timeslots option is not available in the serial interface configuration mode because a serial interface may represent an NFAS serial interface. Remember that trunk group configurations under the NFAS member controllers and the respective serial interface (D channel) are mutually exclusive. Router(config)# controller Router(config-controller)# Router(config-controller)# Router(config-controller)# Router(config-controller)# Router(config)# controller Router(config-controller)# Router(config-controller)# Router(config-controller)# Router(config-controller)# Router(config)# controller Router(config-controller)# Router(config-controller)# Router(config-controller)# . . . T1 0 pri-group timeslots 1-24 trunk-group L1 timeslots trunk-group L2 timeslots exit T1 1 pri-group timeslots 1-24 trunk-group L3 timeslots trunk-group L4 timeslots exit T1 3 pri-group timeslots 1-24 trunk-group L5 timeslots trunk-group L6 timeslots nfas_d primary nfas_int 0 nfas_group 0 1-5 preference 1 12-14 preference 2 nfas_d backup nfas_int 1 nfas_group 0 1-5 12-14 preference 4 nfas_d none nfas_int 2 nfas_group 0 7,9,11 2,4,6,14-16 preference 6 Cisco IOS Dial Technologies Command Reference DIA-1128 November 2009 Dial Commands trunk-group (timeslots) Configuring and Associating DS0 Trunk Groups for DDR The following examples show how to configure the dialer interface and apply a static dial-out trunk configuration on the NAS. The following example configures a static trunk group dialer association on the NAS: Router(config)# interface dialer 0 Router(config-if)# dialer string 5550112 trunkgroup trunkgroup1 The following example configures a static dial-out trunk group on the NAS: Router(config)# controller Router(config-controller)# Router(config-controller)# Router(config-controller)# Router(config-controller)# Router(config-controller)# T1 6/1 framing esf linecode b8zs pri-group timeslots 1-24 trunk-group 16 timeslots 1,21-22 preference 1 trunk-group 15 timeslots 18-19 The following example configures a dial-out trunk group Cisco AVPair: Cisco-AVPair = "outbound:trunkgroup=number" Dial-Out Trunk Groups in Dialer Rotary Configurations In the following examples, dial-out trunk groups 15 and 16 have DS0s from PRI interfaces 0:23 and 6:23. These interfaces are also rotary members of dialer interface 0, and are configured correctly for dial-out trunk groups and outbound calling. The following example configures the AAA server: dialout-out Password="cisco" Cisco-AVPair = "outbound:trunkgroup=16" Service-Type = Outbound, Cisco:AVPair = "outbound:addr*10.121.94.254", Cisco:AVPair = "Outbound:dial-number=5551212", RAS-5400-1 Password="cisco" Service-Type = Outbound, Framed-Route="10.121.94.254/32 Dialer0 200 name dialout" Framed-Route="10.121.94.0/24 10.121.94.254 200" The following example configures a static dial-out trunk group on the NAS: Router(config)# controller t1 0 Router(config-controller)# pri-group timeslots 1-24 Router(config-controller)# trunk-group 16 timeslots Router(config-controller)# trunk-group 15 timeslots . . . Router(config)# interface serial 0:23 Router(config-if)# dialer rotary-group 0 Router(config-if)# exit Router(config)# controller t1 6 Router(config-controller)# pri-group timeslots 1-24 Router(config-controller)# trunk-group 16 timeslots Router(config-controller)# trunk-group 15 timeslots . . . Router(config)# interface serial 6:23 Router(config-if)# dialer rotary-group 0 1,21-22 preference 1 18-19 21-22 18-19 preference 2 Cisco IOS Dial Technologies Command Reference November 2009 DIA-1129 Dial Commands trunk-group (timeslots) In the following example, trunk group 15 has member DS0s from PRI interfaces 0:23, 6:23, and 7:23. When an outgoing call is placed through interface dialer 0, TGRM could return a DS0 that belongs to physical interfaces serial 6:23 or serial 7:23, which are not part of the same rotary group as serial 0:23. Because these physical serial interfaces are not rotary members of interface dialer 0, the call will fail. The following example configures the AAA server incorrectly: dialout-out Password="cisco" Cisco-AVPair = "outbound:trunkgroup=16" Service-Type = Outbound, Cisco-AVPair = "outbound:addr*10.121.94.254", Cisco-AVPair = "Outbound:dial-number=5551212", RAS-5400-1 Password="cisco" Service-Type = Outbound, Framed-Route="10.121.94.254/32 Dialer0 200 name dialout" Framed-Route="10.121.94.0/24 10.121.94.254 200" . . . The following example configures the static dial-out trunk group on the NAS incorrectly: Router(config)# controller t1 0 Router(config-controller)# pri-group timeslots 1-24 Router(config-controller)# trunk-group 15 timeslots Router(config-controller)# trunk-group 16 timeslots Router(config-controller)# exit Router(config)# interface serial 0:23 Router(config-if)# dialer rotary-group 0 Router(config-if)# exit Router(config)# controller t1 6 Router(config-controller)# pri-group timeslots 1-24 Router(config-controller)# trunk-group 15 timeslots Router(config-controller)# trunk-group 16 timeslots Router(config-controller)# exit Router(config)# interface serial 6:23 Router(config-if)# dialer rotary-group 1 Router(config-if)# exit Router(config)# controller t1 7 Router(config-controller)# pri-group timeslots 1-24 Router(config-controller)# trunk-group 15 timeslots Router(config-controller)# exit Router(config)# interface serial 7:23 Router(config-if)# dialer rotary-group 1 1,21-22 preference 1 18-19 21-22 18-19 preference 2 18-19 Related Commands Command dialer rotary group dialer string trunkgroup pri-group timeslots show trunk group Description Includes a specified interface in a dialer rotary group. Specifies a dial-out telephone number and dial-out trunk group name for a static configuration on an NAS. Specifies an ISDN PRI group on a channelized T1 or E1 controller, and releases the ISDN PRI signaling time slot. Displays the configuration of a trunk group. Cisco IOS Dial Technologies Command Reference DIA-1130 November 2009 Dial Commands tunnel tunnel To set up a network layer connection to a router, use the tunnel command in EXEC mode. tunnel host Syntax Description host Name or IP address of a specific host on a network that can be reached by the router. Command Modes EXEC Command History Release 10.0 Modification This command was introduced. Usage Guidelines If you are a mobile user, it is often impractical to dial in to your “home” router from a remote site. The asynchronous mobility feature allows you to dial in to different routers elsewhere on the internetwork while experiencing the same server environment that you would if you were connecting directly to your home router. This asynchronous host mobility is accomplished by packet tunneling, a technique by which raw data from the dial-in user is encapsulated and transported directly to the host site where your home router performs the actual protocol processing. You enable asynchronous mobility by entering the tunnel command to set up a network layer connection to a specified host. From a router other than a Cisco router, however, you need to use the Telnet protocol. After a connection is established, you receive an authentication dialog or prompt from your home router and can proceed as if you are connected directly to it. When communications are complete, the network connection can be closed and terminated from either end of the connection. Examples The following example establishes a network layer connection with an IBM host named mktg: Router> tunnel mktg Cisco IOS Dial Technologies Command Reference November 2009 DIA-1131 Dial Commands virtual-profile if-needed virtual-profile if-needed To specify that a virtual profile be used to create a virtual access interface only if the inbound connection requires a virtual access interface, use the virtual-profile if-needed command in global configuration mode. To create virtual access interfaces for every inbound connection, use the no form of this command. virtual-profile if-needed no virtual-profile if-needed Syntax Description This command has no arguments or keywords. Command Default Disabled Command Modes Global configuration Command History Release 12.0(5)T Modification This command was introduced. Usage Guidelines This command is intended to prevent the creating of virtual-access interfaces for inbound calls on physical interfaces that do not require virtual-access interfaces. This command is compatible with local, RADIUS, and TACACS+ AAA. Examples The following example enables selective virtual-access interface creation: virtual-profile if-needed Related Commands Command interface virtual-template virtual-profile aaa virtual-profile virtual-template Description Creates a virtual template interface that can be configured and applied dynamically in creating virtual access interfaces. Enables virtual profiles by AAA configuration. Enables virtual profiles by virtual interface template. Cisco IOS Dial Technologies Command Reference DIA-1132 November 2009 Dial Commands virtual-profile virtual-template virtual-profile virtual-template To enable virtual profiles by virtual interface template, use the virtual-profile virtual-template command in global configuration mode. To disable this function, use the no form of this command. virtual-profile virtual-template number no virtual-profile virtual-template number Syntax Description number Number of the virtual template to apply, ranging from 1 to 30. Command Default Disabled. No virtual template is defined, and no default virtual template number is used. Command Modes Global configuration Command History Release 11.2F Modification This command was introduced. Usage Guidelines When virtual profiles are configured by virtual templates only, any interface-specific configuration information that is downloaded from the AAA server is ignored in configuring the virtual access interface for a user. The interface virtual-template command defines a virtual template to be used for virtual profiles. Because several virtual templates might be defined for different purposes on the router (such as MLP, PPP over ATM, and virtual profiles), it is important to be clear about the virtual template number to use in each case. Examples The following example configures virtual profiles by virtual templates only. The number 2 was chosen because virtual template 1 was previously defined for use by Multilink PPP. virtual-profile virtual-template 2 Related Commands Command interface virtual-template Description Creates a virtual template interface that can be configured and applied dynamically in creating virtual access interfaces. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1133 Dial Commands vty-async vty-async To configure all virtual terminal lines on a router to support asynchronous protocol features, use the vty-async command in global configuration mode. To disable asynchronous protocol features on virtual terminal lines, use the no form of this command. vty-async no vty-async Syntax Description This command has no arguments or keywords. Command Default By default, asynchronous protocol features are not enabled on virtual terminal lines. Command Modes Global configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines The vty-async command extends asynchronous protocol features from physical asynchronous interfaces to virtual terminal lines. Normally, SLIP and PPP can function only on asynchronous interfaces, not on virtual terminal lines. However, extending asynchronous functionality to virtual terminal lines permits you to run SLIP and PPP on these virtual asynchronous interfaces. One practical benefit is the ability to tunnel SLIP and PPP over X.25 PAD, thus extending remote node capability into the X.25 area. You can also tunnel SLIP and PPP over Telnet or LAT on virtual terminal lines. To tunnel SLIP and PPP over X.25, LAT, or Telnet, you use the protocol translation feature in the Cisco IOS software. To tunnel SLIP or PPP inside X.25, LAT, or Telnet, you can use two-step protocol translation or one-step protocol translation, as follows: • • If you are tunneling SLIP or PPP using the two-step method, you need to first enter the vty-async command. Next, you perform two-step translation. If you are tunneling SLIP or PPP using the one-step method, you do not need to enter the vty-async command. You need to issue only the translate command with the SLIP or PPP keywords, because the translate command automatically enables asynchronous protocol features on virtual terminal lines. Examples The following example enables asynchronous protocol features on virtual terminal lines: vty-async Cisco IOS Dial Technologies Command Reference DIA-1134 November 2009 Dial Commands vty-async Related Commands Command ppp slip translate Description Starts an asynchronous connection using PPP. Starts a serial connection to a remote host using SLIP. Enables asynchronous protocol features on virtual terminal lines. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1135 Dial Commands vty-async dynamic-routing vty-async dynamic-routing To enable dynamic routing on all virtual asynchronous interfaces, use the vty-async dynamic-routing command in global configuration mode. To disable asynchronous protocol features on virtual terminal lines, and therefore disable routing on virtual terminal lines, use the no form of this command. vty-async dynamic-routing no vty-async dynamic-routing Syntax Description This command has no arguments or keywords. Command Default Dynamic routing is not enabled on virtual asynchronous interfaces. Command Modes Global configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines This feature enables IP routing on virtual asynchronous interfaces. When you issue this command and a user later makes a connection to another host using SLIP or PPP, the user must specify /routing on the SLIP or PPP command line. If you had not previously entered the vty-async command, the vty-async dynamic-routing command creates virtual asynchronous interfaces, and then enables dynamic routing on them. Examples The following example enables dynamic routing on virtual asynchronous interfaces: vty-async dynamic-routing Related Commands Command async dynamic routing vty-async Description Enables manually configured routing on an asynchronous interface. Enables manually configured routing on an asynchronous interface. Cisco IOS Dial Technologies Command Reference DIA-1136 November 2009 Dial Commands vty-async header-compression vty-async header-compression To compress the headers of all TCP packets on virtual asynchronous interfaces, use the vty-async header-compression command in global configuration mode. To disable virtual asynchronous interfaces and header compression, use the no form of this command. vty-async header-compression [passive] no vty-async header-compression Syntax Description passive (Optional) Outgoing packets are compressed only when TCP incoming packets on the same virtual asynchronous interface are compressed. For SLIP, if you do not specify this option, the Cisco IOS software will compress all traffic. The default is no compression. For PPP, the Cisco IOS software always negotiates header compression. Defaults Header compression is not enabled on virtual asynchronous interfaces. Command Modes Global configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines This feature compresses the headers on TCP/IP packets on virtual asynchronous connections to reduce the size of the packets and to increase performance.This feature only compresses the TCP header, so it has no effect on UDP packets or other protocol headers. The TCP header compression technique, described fully in RFC 1144, is supported on virtual asynchronous interfaces using SLIP or PPP encapsulation. You must enable compression on both ends of a connection. Examples The following example compresses outgoing TCP packets on virtual asynchronous interfaces only if incoming TCP packets are compressed: vty-async header-compression passive Related Commands Command async dynamic routing Description Enables manually configured routing on an asynchronous interface. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1137 Dial Commands vty-async ipx ppp-client loopback vty-async ipx ppp-client loopback To enable IPX-PPP on virtual terminal lines, use the vty-async ipx ppp-client loopback command in global configuration mode. To disable IPX-PPP sessions on virtual terminal lines, use the no form of this command. vty-async ipx ppp-client loopback number no vty-async ipx ppp-client loopback Syntax Description number Number of the loopback interface configured for IPX to which the virtual terminal lines are assigned. Command Default IPX over PPP is not enabled on virtual terminal lines. Command Modes Global configuration Command History Release 11.0 Modification This command was introduced. Usage Guidelines This command enables users to log into the router from a device running a virtual terminal protocol, then issue the PPP command at the EXEC prompt to connect to a remote device. A loopback interface must already have been defined and an IPX network number must have been assigned to the loopback interface before the vty-async ipx ppp-client loopback command will permit IPX–PPP on virtual terminal lines. Examples The following example enables IPX over PPP on virtual terminal lines: ipx routing interface loopback0 ipx network 12345 vty-async ipx ppp-client loopback0 Related Commands Command ipx network Description Enables IPX routing on a particular interface and optionally selects the type of encapsulation (framing). interface loopback Creates a loopback interface. Cisco IOS Dial Technologies Command Reference DIA-1138 November 2009 Dial Commands vty-async keepalive vty-async keepalive To change the frequency of keepalive packets on all virtual asynchronous interfaces, use the vty-async keepalive command in global configuration mode. To disable asynchronous protocol features on virtual terminal lines, use the no vty-async keepalive command. To disable keepalive packets on virtual terminal lines, use the vty-async keepalive 0 command. vty-async keepalive seconds no vty-async keepalive vty-async keepalive 0 Syntax Description seconds Frequency, in seconds, with which the Cisco IOS software sends keepalive messages to the other end of a virtual asynchronous interface. To disable keepalive packets, use a value of 0. The active keepalive interval range is 1 to 32767 seconds. Keepalive is disabled by default. Command Default Keepalive is disabled. Command Modes Global configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines Use this command to change the frequency of keepalive updates on virtual asynchronous interfaces, or to disable keepalive updates. To determine if keepalive is enabled on an interface, use the show running-config command. If the router has not received a keepalive packet after three update intervals have passed, the connection is considered down. Examples The following example sets the keepalive interval to 30 seconds: vty-async keepalive 30 The following example sets the keepalive interval to 0 (off): vty-async keepalive 0 Related Commands Command keepalive show running-config Description Sets the keepalive timer for a specific interface. Displays the contents of the currently running configuration file. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1139 Dial Commands vty-async mtu vty-async mtu To set the maximum transmission unit (MTU) size on virtual asynchronous interfaces, use the vty-async mtu command in global configuration mode. To disable asynchronous protocol features on virtual terminal lines, use the no form of this command. vty-async mtu bytes no vty-async Syntax Description bytes MTU size of IP packets that the virtual asynchronous interface can support. The default MTU is 1500 bytes. Valid values for the MTU range from 64 bytes to 1000000 bytes. Command Default 1500 bytes Command Modes Global configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines Use this command to modify the MTU for packets on a virtual asynchronous interfaces. You might want to change to a smaller MTU size for IP packets transmitted on a virtual terminal line configured for asynchronous functions for any of the following reasons: • • • The SLIP or PPP application at the other end only supports packets up to a certain size. You want to ensure a shorter delay by using smaller packets. The host echoing takes longer than 0.2 seconds. Do not change the MTU size unless the SLIP or PPP implementation running on the host at the other end of the virtual asynchronous interface supports reassembly of IP fragments. Because each fragment occupies a spot in the output queue, it might also be necessary to increase the size of the SLIP or PPP hold queue if your MTU size is such that you might have a high amount of packet fragments in the output queue. Examples The following example sets the MTU for IP packets to 256 bytes: vty-async mtu 256 Related Commands Command mtu Description Adjusts the maximum packet size or MTU size. Cisco IOS Dial Technologies Command Reference DIA-1140 November 2009 Dial Commands vty-async ppp authentication vty-async ppp authentication To enable PPP authentication on virtual asynchronous interfaces, use the vty-async ppp authentication command in global configuration mode. To disable PPP authentication, use the no form of this command. vty-async ppp authentication {chap | pap} no vty-async ppp authentication {chap | pap} Syntax Description chap pap Enables CHAP on all virtual asynchronous interfaces. Enables PAP on all virtual asynchronous interfaces. Command Default No CHAP or PAP authentication for PPP. Command Modes Global configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines This command configures the virtual asynchronous interface to either authenticate CHAP or PAP while running PPP. After you have enabled CHAP or PAP, the local router requires a password from remote devices. If the remote device does not support CHAP or PAP, no traffic will be passed to that device. Examples The following example enables CHAP authentication for PPP sessions on virtual asynchronous interfaces: vty-async ppp authentication chap Related Commands Command ppp bap call ppp use-tacacs vty-async Description Sets PPP BACP call parameters. Enables TACACS for PPP authentication. Configures all virtual terminal lines on a router to support asynchronous protocol features. vty-async ppp use-tacacs Enables TACACS authentication for PPP on virtual asynchronous interfaces. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1141 Dial Commands vty-async ppp use-tacacs vty-async ppp use-tacacs To enable TACACS authentication for PPP on virtual asynchronous interfaces, use the vty-async ppp use-tacacs command in global configuration mode. To disable TACACS authentication on virtual asynchronous interfaces, use the no form of this command. vty-async ppp use-tacacs no vty-async ppp use-tacacs Syntax Description This command has no arguments or keywords. Command Default TACACS for PPP is disabled. Command Modes Global configuration Command History Release 10.3 Modification This command was introduced. Usage Guidelines This command requires the extended TACACS server. After you have enabled TACACS, the local router requires a password from remote devices. This feature is useful when integrating TACACS with other authentication systems that require a clear-text version of a user’s password. Such systems include one-time password systems and token card systems. If the username and password are contained in the CHAP password, the CHAP secret is not used by the router. Because most PPP clients require that a secret be specified, you can use any arbitrary string; Cisco IOS software ignores it. You cannot enable TACACS authentication for SLIP on asynchronous or virtual asynchronous interfaces. Examples The example enables TACACS authentication for PPP sessions: vty-async ppp use-tacacs Related Commands Command ppp use-tacacs vty-async ppp authentication Description Enables TACACS for PPP authentication. Enables PPP authentication on virtual asynchronous interfaces. Cisco IOS Dial Technologies Command Reference DIA-1142 November 2009 Dial Commands vty-async virtual-template vty-async virtual-template To configure virtual terminal lines to support asynchronous protocol functions based on the definition of a virtual interface template, use the vty-async virtual-template command in global configuration mode. To disable virtual interface templates for asynchronous functions on virtual terminal lines, use the no form of this command. vty-async virtual-template number no vty-async virtual-template Syntax Description number Virtual interface number. Command Default Asynchronous protocol features are not enabled by default on virtual terminal lines. Command Modes Global configuration Command History Release 10.3 11.3 Modification The vty-async command was introduced. The vty-async virtual-template command was introduced. Usage Guidelines The vty-async virtual-template command enables you to support tunneling of SLIP or PPP across X.25, TCP, or LAT networks by using two-step protocol translation. Before issuing the vty-async virtual-template command, create and configure a virtual interface template by using the interface virtual-template command. Configure this virtual interface as a regular asynchronous serial interface. That is, assign the virtual interface template the IP address of the Ethernet interface, and configure addressing, just as on an asynchronous interface. You can also enter commands in interface configuration mode that compress TCP headers or configure CHAP authentication for PPP. After creating a virtual interface template, apply it by issuing the vty-async virtual-template command. When a user dials in through a virtual terminal line, the router creates a virtual access interface, which is a temporary interface that supports the asynchronous protocol configuration specified in the virtual interface template. This virtual access interface is created dynamically, and is freed up as soon as the connection drops. Before virtual templates were implemented, you could use the vty-async command to extend asynchronous protocol functions from physical asynchronous interfaces to virtual terminal lines. However, in doing so, you created a virtual asynchronous interface, rather than the virtual access interface. The difference is that the virtual asynchronous interfaces are allocated permanently, whereas the virtual access interfaces are created dynamically when a user calls in and closed down when the connection drops. You can have up to 25 virtual templates interfaces, but you can apply only one template to vty-async interfaces on a router. There can be up to 300 virtual access interfaces on a router. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1143 Dial Commands vty-async virtual-template Examples The following example enables asynchronous protocol features on virtual terminal lines: vty-async vty-async virtual-template 1 vty-async dynamic-routing vty-async header-compression ! interface virtual-template1 ip unnumbered Ethernet0 encapsulation ppp no peer default ip address ppp authentication chap Related Commands Command interface virtual-template ppp slip translate lat translate tcp translate x25 vty-async Description Creates a virtual template interface that can be configured and applied dynamically in creating virtual access interfaces. Starts an asynchronous connection using PPP. Starts a serial connection to a remote host using SLIP. Translates a LAT connection request automatically to another outgoing protocol connection. Translates a TCP connection request automatically to another outgoing protocol connection. Translates an X.25 connection request automatically to another outgoing protocol connection. Configures all virtual terminal lines on a router to support asynchronous protocol features. Cisco IOS Dial Technologies Command Reference DIA-1144 November 2009 Dial Commands x25 aodi x25 aodi To enable the Always On/Dynamic ISDN (AO/DI) client on an interface, use the x25 aodi command in interface configuration mode. To remove AO/DI client functionality, use the no form of this command. x25 aodi no x25 aodi Syntax Description This command has no arguments or keywords. Command Default AO/DI client is not enabled. Command Modes Interface configuration Command History Release 11.3T Modification This command was introduced. Usage Guidelines Use this command to enable the AO/DI client on an interface. Examples The following example enables the AO/DI client on the interface running X.25, using the x25 aodi command: interface bri0 isdn x25 dchannel isdn x25 static-tei 8 interface bri0:0 x25 aodi x25 address 12135551234 x25 htc 4 x25 win 3 x25 wout 3 x25 map ppp 12135556789 interface dialer 1 Note Configuring the BRI interface with the isdn x25 dchannel command creates a configurable interface (bri 0:0) for other necessary X.25 commands. Refer to the description for this command earlier in this publication for additional information about this command. Related Commands Command isdn x25 dchannel Description Creates a configurable interface for X.25 traffic over the ISDN D channel. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1145 Dial Commands x25 map ppp x25 map ppp To enable a PPP session over the X.25 protocol, use the x25 map ppp command in interface configuration mode. To remove a prior mapping, use the no form of this command. x25 map ppp x121-address interface cloning-interface [no-outgoing] no x25 map ppp x121-address interface cloning-interface [no-outgoing] Syntax Description x121-address X.121 address as follows: • • Client side—The calling number. Server side—The called number. interface cloning-interface no-outgoing Interface to be used for cloning the configuration. (Optional) Ensures that the X.25 map does not originate calls. Command Default Disabled Command Modes Interface configuration Command History Release 11.3T Modification This command was introduced. Usage Guidelines Use x25 map ppp command to allow a PPP session to run over X.25. The interface keyword refers to the interface that will be used to clone the configuration. Note For the x25 map command used in standard X.25 implementations, refer to the Cisco IOS Wide-Area Networking Command Reference publication. Examples Client Examples The following example enables the AO/DI client on the interface and configures the D channel (BRI interface 0:0) with the x25 map statement in order to allow PPP sessions over X.25 encapsulation with the configured AO/DI server: interface BRI0:0 x25 address 16193368208 x25 aodi x25 htc 4 x25 win 3 x25 wout 3 x25 map ppp 16193368209 interface dialer 1 Cisco IOS Dial Technologies Command Reference DIA-1146 November 2009 Dial Commands x25 map ppp Server Examples The following example enables the AO/DI server to receive calls from the AO/DI client and configures the D channel (BRI0:0) with the x25 map statement which allows PPP sessions over X.25 encapsulation with the configured AO/DI client. The no-outgoing option is used with the x.25 map command since the AO/DI server is receiving, versus initiating, calls. interface BRI0:0 x25 address 16193368209 x25 htc 4 x25 win 3 x25 wout 3 x25 map ppp 16193368208 interface dialer 1 no-outgoing Note Configuring the BRI interface with the isdn x25 dchannel command creates a configurable interface (bri 0:0). Related Commands Command isdn x25 dchannel Description Creates a configurable interface for X.25 traffic over the ISDN D channel. Cisco IOS Dial Technologies Command Reference November 2009 DIA-1147 Dial Commands x25 map ppp Cisco IOS Dial Technologies Command Reference DIA-1148 November 2009