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Cisco Systems OL-7396-01 Traffic Conditioning, Marking, Metering and Policing

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ATM Switch Router Software Configuration Guide

OL-7396-01

Chapter22 Configuring Quality of Service

About IP QoS on the Enhanced Gigabit Ethernet and Enhanced ATM Router Module Interfaces

•If no match with a permit action is encountered and all the configured classifiers’ ACEs

have been examined, the packet is assumed to be in the well known default class

(class-default).

Traffic Conditioning

A traffic stream is selected by a classifier, which steers the packets to a logical instance of a traffic

conditioner (marker, meter/policer).

Marking

Packet marking is a traffic conditioning action, performed on an identified flow at the ingress port. The

marking action could cause the DSCP / precedence bits to be re-written or left unchanged, depending on

user configuration.

The following types of markers are supported:

DSCP markers:

•Packet markers set the DS field of a packet to a particular code point, adding the ma rked packet

to a particular DS behavior aggregate. Based on configurations, each packet matching a

particular classifier may be marked with the specified DSCP value.The marker has the

capability of marking all the 64 possible DSCP values.

IP-Precedence markers:

•To maintain compatibility with the 3 bit IP precedence (Class of Service) contained in the TOS

byte of the IP header, the marker provides an option to mark a classified packet with a specified

IP precedence value. The marker has the capability of marking all the 8 possible IP-precedence

values. The remaining 3 bits of the DSCP field are set to zero.

Trusted Traffic:

•This is a class of traffic that has a servic e level agreement with an upstream router, and, as a

result, may not require the application of a marker.

Note If a marking action is not configured, that class of traffic is implicitly trusted. Alternatively, the user may

specifically configure the class of traffic as trusted.

Metering and Policing

Traffic matching a classifier may be metered using the Token Bucket Algorithm. The result of this

metering is used to decide whether to police a particular traffic stream or not.

Incoming packets are passed unaltered if the packet conforms to the t raffic profile for that class. Out of

profile packets are discarded or marked down, depending on user configura tion.

There are 32 instances of meters/policers available per physical interface. These may be distributed

between Multi-Field/Behavior Aggregate classifiers as required by the user.

Contents

Main Page CONTENTS Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Preface Audience New and Changed Information Organization Related Documentation Document Conventions Obtaining Documentation Cisco.com Ordering Documentation Documentation Feedback Obtaining Technical Assistance Cisco Technical Support Website Submitting a Service Request Definitions of Service Request Severity Obtaining Additional Publications and Information Page Product Overview Layer 3 Enabled ATM Switch Router Hardware Overview Layer 3 Enabled ATM Switch Router Hardware (Catalyst 8540 MSR) Available Hardware Components (Catalyst 8540 MSR) Layer 3 Enabled ATM Switch Router Hardware (Catalyst 8510 MSR and Processor and Feature Card Models (Catalyst 8510 MSR and LightStream 1010) Available Physical Interfaces (Catalyst 8510 MSR and LightStream 1010) Summary of Software Features System Availability (Catalyst 8540 MSR) ATM Addressing and Plug-and-Play Operation Connections Resource Management Signalling and Routing ATM Internetworking Services (Catalyst 8540 MSR) ATM Internetworking Services (Catalyst 8510 MSR and LightStream 1010) Network Clocking Management and Monitoring Available Network Management Applications Layer 3 Features Understanding the User Interface User Interface Overview Accessing Each Command Mode Page Page EXEC Mode Privileged EXEC Mode ROM Monitor Mode Global Configuration Mode Interface Configuration Mode Interface Addressing Formats (Catalyst 8540) CPU Interface Address Format (Catalyst8510 MSR and LightStream 1010) Interface Range Configuration Mode Subinterface Configuration Mode Line Configuration Mode (Catalyst 8540 MSR) Line Configuration Mode (Catalyst 8510 MSR and LightStream 1010) Map-List Configuration Mode Map-Class Configuration Mode ATM Router Configuration Mode PNNI Node Configuration Mode PNNI Explicit Path Configuration Mode ATM Accounting File Configuration Mode ATM Accounting Selection Configuration Mode LANE Configuration Server Database Configuration Mode ATM E.164 Translation Table Configuration Mode ATM Signalling Diagnostics Configuration Mode Controller Configuration Mode Redundancy Configuration Mode (Catalyst 8540 MSR) Main CPU Configuration Mode (Catalyst 8540 MSR) Additional Cisco IOS CLI Features About Embedded CiscoView Installing and Configuring Embedded CiscoView Page 2-19 Displaying Embedded CiscoView Information Initially Configuring the ATM Switch Router Methods for Configuring the ATM Switch Router Terminal Line Configuration (Catalyst 8540 MSR) Terminal Line Configuration (Catalyst 8510 MSR and LightStream 1010) Configuration Prerequisites 3-3 Verifying Software and Hardware Installed on the ATM Switch Router Configuring the BOOTP Server Configuring the ATM Address Manually Setting the ATM Address Modifying the Physical Layer Configuration of an ATM Interface Configuring the IP Interface Configuring IP Address and Subnet Mask Bits Displaying the IP Address Testing the Ethernet Connection Configuring Network Clocking Network Clocking Features Configuring Network Clock Sources and Priorities (Catalyst 8540 MSR) Configuring Network Clock Sources and Priorities (Catalyst 8510 MSR and Configuring the Transmit Clocking Source Displaying the Network Clocking Configuration Configuring Network Clocking with NCDP NCDP Network Example Enabling NCDP Configuring Network Clock Sources and Priorities Configuring Optional NCDP Global Parameters Configuring Optional NCDP Per-Interface Parameters Displaying the NCDP Configuration Network Clock Services for CES Operations and CBR Traffic Configuring Network Routing Configuring ATM Static Routes for IISP or PNNI Configuring System Information Configuring Online Diagnostics (Catalyst 8540 MSR) Access Test (Catalyst 8540MSR) OIR Test (Catalyst 8540 MSR) Snake Test (Catalyst 8540 MSR) Configuring Online Diagnostics (Catalyst 8540 MSR) Displaying the Online Diagnostics Configuration and Results (Catalyst 8540 MSR) 3-22 The following example shows how to display detailed access test configuration and results: The following example shows how to display the status of the OIR test: Configuring SNMP and RMON Testing the Configuration 3-25 Confirming the Hardware Configuration (Catalyst 8540 MSR) Use the show hardware and show capability commands to confirm the correct hardware installation: Confirming the Hardware Configuration (Catalyst 8510 MSR and Use the show hardware command to confirm the correct hardware installation: 3-26 Confirming the Software Version Confirming Power-on Diagnostics Example (Catalyst8540 MSR) The following example displays the power-on diagnostic tests results for the Catalyst8540 MSR: 3-27 Example (Catalyst8510 MSR an d LightStream 1010) 3-28 Confirming the Ethernet Configuration Confirming the ATM Address Testing the Ethernet Connection Confirming the ATM Connections 3-30 Confirming the ATM Interface Configuration Use the show atm interface command to confirm the ATM interfaces are configured correctly: Confirming the Interface Status Use the show atm status command to confirm the status of ATM interfaces: 3-31 Confirming Virtual Channel Connections Use the show atm vc command to confirm the status of ATM virtual channel connections: 3-32 Confirming the Running Configuration Use the more system:running-config command to confirm that the current configuration is correct: 3-33 Confirming the Saved Configuration Page Configuring System Management Functions System Management Tasks Configuring Terminal Lines and Modem Support (Catalyst 8540 MSR) Configuring Terminal Lines and Modem Support (Catalyst8510 MSR and Configuring Alias Configuring Buffers Configuring Cisco Discovery Protocol Configuring Enable Passwords Configuring Load Statistics Interval Configuring Logging Configuring Login Authentication Configuring Scheduler Attributes Configuring Services Configuring SNMP Username Commands Configuring the Privilege Level Configuring Privilege Level (Global) Configuring Privilege Level (Line) Configuring the Network Time Protocol Page Displaying the NTP Configuration Configuring the Clock and Calendar Configuring the Clock Configuring the Calendar Configuring TACACS Configuring AAA Access Control with TACACS+ Configuring AAA Accounting Configuring TACACS Server Configuring PPP Authentication Configuring RADIUS Configuring RADIUS Authentication Configuring RADIUS Authorization Configuring RADIUS Servers Configuring RADIUS Server Communication Configuring Secure Shell Page Page Displaying and Disconnecting SSH Testing the System Management Functions Displaying Active Processes Displaying Protocols Displaying Stacks Displaying Routes Displaying Environment Checking Basic Connectivity (Catalyst 8540 MSR) Checking Basic Connectivity (Catalyst 8510 MSR and LightStream 1010) Configuring Redundancy Route Processor Redundant Operation (Catalyst 8540 MSR) Page Configuring Route Processor Redundancy (Catalyst 8540 MSR) Forcing a Route Processor Switchover (Catalyst 8540 MSR) Page Displaying the Configuration Register Value Synchronizing the Configurations (Catalyst 8540 MSR) Immediately Synchronizing Route Processor Configurations Immediately Synchronizing Route Processor Counters (Catalyst8540 MSR) Synchronizing the Configurations During Switchover (Catalyst 8540 MSR) Synchronizing the Dynamic Information (Catalyst 8540 MSR) Configuring Dynamic Information Synchronization (Catalyst 8540 MSR) Configuring Counter Synchronization (Catalyst 8540 MSR) 5-9 Displaying the Route Processor Redundancy Configuration To display the route processor redundancy configuration, use the following privileged EXEC commands: The following example shows the route processor redundancy configuration: Preparing a Route Processor for Removal (Catalyst 8540 MSR) 5-11 Configuring Switch Fabric Enhanced High System Availability Operation (Catalyst 8540 MSR) Configuring Preferred Switching Processors (Catalyst8540 MSR) Displaying the Preferred Switch Processor Redundancy Configuration (Catalyst 8540 MSR) 5-13 Displaying the Switch Processor EHSA Configuration To display the switch processor EHSA configuration, use the following privileged EXEC command: The following example shows the primary switch processor EHSA configuration: show capability {primary | secondary} Displays the switch redundancy configuration. Storing the Configuration Configuring ATM Network Interfaces Disabling Autoconfiguration Displaying the Autoconfiguration Configuring UNI Interfaces Displaying the UNI Interface Configuration Configuring NNI Interfaces Displaying the NNI Interface Configuration Configuring a 12-Bit VPI NNI Interface (Catalyst 8540 MSR) Displaying the 12-Bit VPI NNI Interface Configuration (Catalyst 8540 MSR) Configuring IISP Interfaces Displaying the IISP Configuration Configuring Virtual Connections Characteristics and Types of Virtual Connections Configuring Virtual Channel Connections Page Displaying VCCs 7-5 The following example shows the SwitchB PVC configuration on ATM interface 3/0/1: 7-6 Step2 Switch(config-if)# no atm pvc vpi vci Deletes the PVC. Switch(config-if)# Deleting VCCs from an Interface Step1 Switch(config)# interface atm card/subcard/port Selects the interface to be configured. Page Configuring Terminating PVC Connections Page Displaying the Terminating PVC Connections Configuring PVP Connections Displaying PVP Configuration 7-12 The following example shows the PVP configuration of Switch B: Deleting PVPs from an Interface Confirming PVP Deletion Configuring Point-to-Multipoint PVC Connections Displaying Point-to-Multipoint PVC Configuration 7-16 Configuring Point-to-Multipoint PVP Connections Displaying Point-to-Multipoint PVP Configuration 7-19 Configuration of PVCs with the reroute or retry capabilities when a failure occurs in the network Configuring Soft PVC Connections Channel Connections, page 7-2 Guidelines for Creating Soft PVCs Configuring Soft PVCs Page Displaying Soft PVC Configuration 7-23 Modifying CTTR Indexes on an Existing Soft PVC 7-25 The following example modifies the packet discard option to On for an existi ng soft PVC. Configuring Soft PVP Connections Displaying Soft PVP Connections Modifying CTTR Indexes on an Existing Soft PVP Configuring the Soft PVP or Soft PVC Route Optimization Feature Enabling Soft PVP or Soft PVC Route Optimization Displaying an Interface Route Optimization Configuration Configuring Soft PVCs with Explicit Paths Changing Explicit Paths for an Existing Soft PVC Displaying Explicit Path for Soft PVC Connections 7-33 Configuring Soft PVCs and Soft PVPs with Priority Configuring a Soft PVC with priority Configuring a Soft PVP with Priority Configuring a Soft PVC with Priority for a CES Circuit Configuring a Soft PVC with Priority for Frame Relay Connections Page 7-37 The following example shows the configuration of a soft PVC with priority on an IMA interface. Configuring Two-Ended Soft PVC and Soft PVP Connections Configuring Two-Ended Soft PVC Connections Configuring Two-Ended Soft PVP Connections 7-41 On Switch-B, create a two-ended soft PVC on the source switch that uses the passive half leg on the On Switch-C, display the passive half-leg configuration information of two-ended soft PVC. 7-42 On Switch-B, create a two-ended soft PVP on the source switch that uses the passive half leg on the Configuring Access Filters on Soft PVC and Soft PVP Passive Connections Configuring Access Filters on Soft PVC Passive Connections 7-44 7-45 On Switch-B, create a two-ended soft PVC on the source switch that uses the passive half leg on the Page Configuring Access Filters on Soft PVP Passive Connections 7-48 On Switch-B, create a two-ended soft PVP on the source switch that uses the passive half leg on the 7-49 Configuring Timer Rules Based Soft PVC and Soft PVP Connections Configuring Timer Rules Based Soft PVCs Configuring Timer Rules Based Soft PVPs Displaying the Timer Rules Based Soft PVC and Soft PVP Configuration 7-54 The following example is sample output from the show atm timer group command. The following example is sample output from the show soft-vc command. Configuring Backup Addresses for Soft PVC and Soft PVP Connections How Redundant Soft VC Destinations Work Redundant Soft VC Destinations on the Same Switch Page Redundant Soft VC Destinations on Different Switches Page Configuring Redundant Soft VC Destinations Page Displaying the Redundant Soft VC Destination Address Configuration 7-62 The following example shows the specific ATM soft VC redundancy group named group3. Configuring Point-to-Multipoint Soft PVC Connections Guidelines for Creating Point-to-Multipoint Soft PVCs Configuring Point-to-Multipoint Soft PVCs Page Displaying Point-to-Multipoint Soft PVC Configuration 7-68 | use-cttr} Configuring Traffic Parameters for Point-to-Multipoint Soft-PVC Connections Step1 Switch(atmsoft-p2mp)# packet-discard {on | off Configures the (early) packet discard option on a point-to-multipoint soft PVC connection. Enabling and Disabling the Root of a Point-to-Multipoint Soft-PVC Connections Enabling and Disabling a Leaf of a Point-to-Multipoint Soft PVC Confirming the Party Leaf is Disabled or Enabled Configuring the Retry Interval for Point-to-Multipoint Soft-PVC Parties Deleting a Point-to-Multipoint Soft PVC Confirming VCC Deletion Configuring Nondefault Well-Known PVCs Overview of Nondefault PVC Configuration Configuring Nondefault PVCs Configuring a VPI/VCI Range for SVPs and SVCs Page 7-78 Configuring VP Tunnels Configuring a VP Tunnel for a Single Service Category Configuring a Shaped VP Tunnel Configuring a Shaped VP Tunnel on an Interface Displaying the Shaped VP Tunnel Configuration Configuring a Hierarchical VP Tunnel for Multiple Service Categories Enabling Hierarchical Mode Displaying the Hierarchical VP Tunnel Configuration Configuring an End-Point PVC to a PVP Tunnel Displaying PVCs Configuring Signalling VPCI for VP Tunnels Displaying the VP Tunnel VPCI Configuration Deleting VP Tunnels Confirming VP Tunnel Deletion Configuring Interface and Connection Snooping Snooping Test Ports (Catalyst 8510 MSR and LightStream 1010) Effect of Snooping on Monitored Port Shutting Down Test Port for Snoop Mode Configuration Other Configuration Options for Snoop Test Port Configuring Interface Snooping Displaying Interface Snooping Configuring Per-Connection Snooping Displaying Per-Connection Snooping 7-94 The following example shows all VP snoop connections on the ATM switch router: Input Translation Table Management Feature Overview VC Block Allocation Freeing an ITT Block Growing an ITT Block ITT Fragmentation Benefits Reducing ITT Fragmentation System and Startup ITT Fragmentation Solution: Minimum block-size per-VPI Using the minblock Command to Specify a Minimum Block Size Using the Autominblock Command to Enable the Minimum Mode Page Shrinking ITT Block Size Displaying ITT resources Configuration Examples 7-102 The output of the unqualified command (without the inuse keyword) is: Page 7-104 The output of the unqualified command (without the inuse keyword) is: 7-105 7-106 The output of the command with the inuse keyword is: Configuring Operation, Administration, and Maintenance OAM Overview Page Configuring OAM Functions Configuring OAM for the Entire Switch (Catalyst 8540 MSR) Configuring OAM for the Entire Switch (Catalyst 8510 MSR and Configuring the Interface-Level OAM Checking the ATM Connection (Catalyst 8540 MSR) Checking the ATM Connection (Catalyst 8510 MSR and Displaying the OAM Configuration 8-7 The OAM configuration is displayed in the following example: Page Configuring Resource Management Resource Management Functions Switch Fabric Functionality (Catalyst 8540 MSR) Processor Feature Card Functionality (Catalyst 8510 MSR and Configuring Global Resource Management Configuring the Default QoS Objective Table Displaying the ATM QoS Objective Table Configuring the Switch Oversubscription Factor (Catalyst 8510 MSR and Displaying the OSF Configuration (Catalyst 8510 MSR and LightStream 1010) Configuring the Service Category Limit (Catalyst 8510 MSR and Displaying the Service Category Limit Configuration (Catalyst 8510 MSR and LightStream 1010) Configuring the ABR Congestion Notification Mode (Catalyst 8510 MSR and Page Configuring the Connection Traffic Table CTT Supported Features (Catalyst 8540 MSR) CTT Supported Features (Catalyst 8510 MSR and LightStream 1010) PVC Connection Traffic Rows SVC Connection Traffic Rows CTT Row Allocations and Defaults Displaying the ATM Connection Traffic Table Configuring the Sustainable Cell Rate Margin Factor Displaying the SCR Margin Configuration Overview of Threshold Groups Configuring the Threshold Group Displaying the Threshold Group Configuration Configuring Physical Interfaces Configuring the Interface Maximum Queue Size (Catalyst 8510 MSR and Displaying the Output Queue Maximum Configuration (Catalyst 8510 MSR and LightStream 1010) Configuring the Interface Queue Thresholds per Service Category Displaying the Output Threshold Maximum Configuration (Catalyst 8510 MSR and LightStream 1010) Configuring Interface Output Pacing Displaying the Output Pacing Configuration Configuring Controlled Link Sharing Displaying the Controlled Link Sharing Configuration Configuring the Scheduler and Service Class Displaying the Interface Service Class Information Configuring Physical and Logical Interface Parameters Configuring the Interface Link Distance Displaying the Interface Link Distance Configuration Configuring the Limits of Best-Effort Connections Displaying the Interface Best-Effort Limit Configuration Configuring the Interface Maximum of Individual Traffic Parameters Displaying the Interface Maximum Individual Traffic Parameter Configuration Configuring the ATM Default CDVT and MBS Displaying the ATM CDVT and MBS Configuration 9-32 The following example shows the ATM CDVT and MBS configuration of an ATM VP: Configuring Interface Service Category Support Displaying the Service Category on an Interface Configuring SVC Policing by Service Category Displaying the Service Category Policing on an Interface Configuring Interface Overbooking Displaying the Interface Overbooking Configuration Configuring Service Class Overbooking Displaying the Interface Overbooking Configuration Configuring Framing Overhead Displaying the Framing Overhead Configuration 9-43 Page Configuring ILMI Configuring the Global ILMI System Configuring the ATM Address Configuring Global ILMI Access Filters Display the ILMI Access Filter Configuration Configuring the LANE Configuration Server Address Displaying the ILMI Global Configuration Configuring an ILMI Interface Configuring Per-Interface ILMI Address Prefixes Displaying ILMI Address Prefix 10-7 To display the ILMI address prefix configuration for all interfaces, use the following EXEC command: The following example shows the ILMI address prefix configuration for all ATM interfaces: show atm addresses Displays the interface ILMI address prefix configuration. Displaying the ILMI Interface Configuration Configuring ATM Address Groups Displaying ATM Address Group Configuration Page Configuring ATM Routing and PNNI Overview ATM Addresses IISP Configuration Configuring the Routing Mode Displaying the ATM Routing Mode Configuration Configuring the ATM Address 11-5 Displaying the ATM Address Configuration show atm addresses Displays the ATM address configuration. To display the ATM address configuration, use the following EXEC command: The following example shows the ATM address configuration using the show atm addresses EXEC Configuring Static Routes Displaying the Static Route Configuration Configuring ATM Address Groups Displaying ATM Address Group Configuration Basic PNNI Configuration Configuring PNNI without Hierarchy Configuring the Lowest Level of the PNNI Hierarchy Configuring an ATM Address and PNNI Node Level Page Displaying the PNNI Node Configuration Configuring Static Routes Displaying the Static Route Configuration Configuring a Summary Address Displaying the Summary Address Configuration Configuring Scope Mapping Page Displaying the Scope Mapping Configuration Configuring Higher Levels of the PNNI Hierarchy Configuring a Logical Group Node and Peer Group Identifier Displaying the Logical Group Node Configuration Configuring the Node Name Displaying the Node Name Configuration Configuring a Parent Node Displaying the Parent Node Configuration Configuring the Node Election Leadership Priority Page Displaying Node Election Leadership Priority Configuring a Summary Address Displaying the Summary Address Configuration PNNI Hierarchy Configuration Example * 11-25 Switch NewYork.BldB.T1 Configuration Switch NewYork.BldB.T2 Configuration 11-26 Switch NewYork.BldB.T3 Configuration 11-27 Switch SanFran.BldA.T4 Configura tion 11-28 Switch SanFran.BldA.T5 Configura tion Advanced PNNI Configuration Tuning Route Selection Configuring Background Route Computation Displaying the Background Route Computation Configuration Configuring Link Selection Displaying the Link Selection Configuration Configuring the Maximum Administrative Weight Percentage Displaying the Maximum Administrative Weight Percentage Configuration Configuring the Precedence Displaying Precedence Configuration Configuring Explicit Paths Adding Entries to the Explicit Path Displaying Node IDs Displaying Hex-Port-IDs Editing Entries within the Explicit Path Displaying Explicit Path Configuration Tuning Topology Attributes Configuring the Global Administrative Weight Mode Displaying the Administrative Weight Mode Configuration Configuring Administrative Weight Per Interface Displaying the Administrative Weight Per Interface Configuration Configuring Transit Restriction Displaying the Transit Restriction Configuration Configuring Redistribution Displaying the Redistribution Configuration Configuring Aggregation Token Displaying the Aggregation Token Configuration Configuring Aggregation Mode Displaying the Aggregation Mode Configuration Configuring Significant Change Thresholds Displaying the Significant Change Thresholds Configuration Configuring the Complex Node Representation for LGNs Displaying the PNNI Complex Node Configuration Tuning Protocol Parameters Configuring PNNI Hello, Database Synchronization, and Flooding Parameters Displaying the PNNI Hello, Database Synchronization, and Flooding Configuration Configuring the Resource Management Poll Interval Displaying the Resource Management Poll Interval Configuration Configuring ATM PNNI Statistics Collection Displaying ATM PNNI Statistics Mobile PNNI Configuration Connecting Mobile PNNI Networks to Fixed PNNI Networks Configuring a Mobile PNNI Interface Configuring Mobile PNNI Nodes Displaying the Mobile PNNI Configuration Node 11-56 Displaying Mobile PNNI Operational Details show atm pnni mobility-info Displays mobile PNNI operational details. Configuring a Limit for the ONHL PNNI Connection Trace Initiating a Connection Trace Page Page Displaying the Connection Trace Output 11-62 Page Displaying PNNI Connection Trace Configuration Deleting Connection Trace Requests Designating PNNI Trace Boundaries Page Using Access Control Access Control Overview Configuring a Template Alias Displaying the Template Alias Configuration Configuring ATM Filter Sets Page Deleting Filter Sets Configuring an ATM Filter Expression Configuring ATM Interface Access Control Displaying ATM Filter Configuration ATM Filter Configuration Scenario Filtering IP Packets at the IP Interfaces Creating Standard and Extended IP Access Lists Page Applying an IP Access List to an Interface or Terminal Line IP Access List Examples Examples of Implicit Masks in IP Access Lists Examples of Configuring Extended IP Access Lists Configuring Per-Interface Address Registration with Optional Access Filters 12-14 Displaying the ILMI Access Filter Configuration Configuring IP over ATM Configuring Classical IP over ATM Configuring Classical IP over ATM in an SVC Environment Configuring as an ATM ARP Client 13-3 NSAP Address Example Figure 13-1 shows three ATM switch routers and a router connected using classical IP over ATM. ESI Example Configuring as an ATM ARP Server Configuring Classical IP over ATM in a PVC Environment Page Mapping a Protocol Address to a PVC Using Static Map Lists Configuring a PVC-Based Map List Page Displaying the Map-List Interface Configuration Configuring an SVC-Based Map List Displaying the Map-List Interface Configuration Policy-Based Routing Policy-Based Routing Restrictions 13-12 ATM Switch Router Software Configuration Guide OL-7396-01 Chapter13 Configuring IP over ATM Policy-Based Routing The following commands are not supported: set ip default next-hop Configuring IP Load Sharing Configuring TCP Packet Load Sharing Configuring Packet Load Sharing for all IP Traffic Page Configuring LAN Emulation LANE Functionality and Requirements LANE Router and Switch Router Requirements LANE Configuration Tasks Creating a LANE Plan and Worksheet Automatic ATM Addressing and Address Templates for LANE Components Rules for Assigning Components to Interfaces and Subinterfaces Example LANE Plan and Worksheet Displaying LANE Default Addresses Entering the ATM Address of the Configuration Server Setting Up the Configuration Server Database Setting Up the Database for the Default Emulated LAN Only Setting Up the Database for Unrestricted-Membership Emulated LANs Setting Up the Database for Restricted-Membership Emulated LANs Enabling the Configuration Server Setting Up LESs and Clients Setting Up the Server, BUS, and a Client on a Subinterface Setting Up a Client on a Subinterface Configuring a LAN Emulation Client on the ATM Switch Router Configuring an Ethernet LANE Client Configuring Fault-Tolerant Operation Enabling Redundant LECSs and LES/BUSs Implementation Considerations Monitoring and Maintaining the LANE Components LANE Configuration Examples Default Configuration for a Single Emulated LAN 14-18 Ethernet Example 14-19 14-20 14-21 Catalyst 5500 Switch 1 Confirming Connectivity between the ATM Switch and Other LANE Members 14-22 14-23 Token Ring Example (Catalyst 8510 MSR and LightStream 1010) 14-24 Catalyst 5000 Switch 1 Confirming Connectivity between the ATM switch and the Routers Displaying the LANE Client Configuration on the ATM switch Default Configuration for a Single Emulated LAN with Backup LECS and LES on the ATM Switch Router 14-26 Figure14-4 Single Emulated LAN with Backup LANE Example Network Ethernet Example ATM Switch Router 14-27 ATM Switch Router 14-28 Router 2 Token Ring Example (Catalyst 8510 MSR and LightStream 1010) 14-29 14-30 Router 2 Displaying the LECS Configuration on the ATM Switch Router Displaying the LES Configuration on the ATM Switch Router The following example shows the show lane server command display for the Ethernet LES: The following example shows the show lane server comma nd display for the Token Ring LANE server: 14-31 Default Configuration for a Token Ring ELAN with IP Source Routing Figure14-5 Single Emulated Token Ring LAN with Token Ring Switch Router 14-32 Configuring ATM Accounting, RMON, and SNMP Configuring ATM Accounting ATM Accounting Overview Configuring Global ATM Accounting Displaying the ATM Accounting Configuration Enabling ATM Accounting on an Interface Displaying the ATM Accounting Interface Configuration Configuring the ATM Accounting Selection Table Displaying ATM Accounting Selection Configuration Configuring ATM Accounting Files Displaying the ATM Accounting File Configuration Controlling ATM Accounting Data Collection Displaying the ATM Accounting Data Collection Configuration and Status Configuring ATM Accounting SNMP Traps Configuring ATM Accounting Trap Generation Displaying ATM Accounting Trap Threshold Configuration Configuring SNMP Server for ATM Accounting Displaying SNMP Server ATM Accounting Configuration Using TFTP to Copy the ATM Accounting File Configuring Remote Logging of ATM Accounting Records Displaying the Remote Logging Configuration Configuring ATM RMON RMON Overview Configuring Port Select Groups Displaying the ATM RMON Port Select Group Configuring Interfaces into a Port Select Group Displaying the Interface Port Selection Group Configuration Enabling ATM RMON Data Collection Displaying the ATM RMON Configuration Configuring an RMON Event Displaying the Generated RMON Events Configuring an RMON Alarm Displaying the Generated RMON Alarms Configuring SNMP SNMP Overview Configuring SNMP-Server Hosts Configuring SNMP Traps Page Configuring Interface Index Persistence SNMP Examples Displaying the SNMP Configuration 15-24 The following example shows the SNMP configuration using the show snmp privileged EXEC show snmp Used to show the status of communications between the SNMP agent and SNMP manager. Configuring Tag Switching and MPLS Tag Switching Overview Hardware and Software Requirements and Restrictions Hardware and Software Requirements and Restrictions (Catalyst 8510 MSR and LightStream 1010) Configuring Tag Switching Configuring a Loopback Interface Displaying Loopback Interface Configuration Enabling Tag Switching on the ATM Interface Displaying the ATM Interface Configuration Configuring OSPF Displaying the OSPF Configuration Configuring a VPI Range (Optional) Displaying the Tag Switching VPI Range Configuring TDP Control Channels (Optional) Displaying the TDP Control Channels Configuring Tag Switching on VP Tunnels Page Connecting the VP Tunnels Configuring VC Merge Displaying the VC Merge Configuration Configuring Tag Switching CoS Configuring the Service Class and Relative Weight Displaying the TVC Configuration 16-16 Threshold Group for TBR Classes CTT Row RM CAC Support 16-19 Tag Switching Configuration Example Figure 16-4 shows an example tag switching network. Figure 16-4 Example Network for Tag Switching Router 5-1 Configuration The configuration of router R5-1, interface e0/1, follows: Router 5-3 Configuration The configuration of router R5-3, interface e0/2, follows: The configuration of routerR5-3, interface e0/5 follows: The configuration of router R5-3, interface atm2/0.1, follows: ATM Switch Router A5-4 Configuration MPLS Overview Obtaining Additional MPLS Documentation Hardware and Software Restrictions MPLS/Tag Switching Terminology How MPLS Works Distribution of Label Bindings Summary Route Propagation LFIB Table Look Up Process MPLS Network Packet Transmission Configuring Label Edge Routing LER Software Limitations MPLS Processing Tag Switching Processing MPLS Over Fast Ethernet Interfaces Configuring MPLS on Fast Ethernet Interfaces MPLS VPNs Configuring VPN on Fast Ethernet Interface Fast Ethernet Interface Example Network Configuration Example 75k-CE1 Configuration 16-36 8540-ATM-PE1 Configuration The configuration of ATM switch router 8540-ATM-PE1, follows: 16-37 8540-ATM-P Configuration The configuration of ATM switch router 8540-ATM-P, follows: 8540-ATM-PE2 Configuration The configuration of ATM switch router 8540-ATM-PE2, follows: 16-38 75k-CE2 Configuration The configuration of router 75k-CE2, follows: Configuring MPLS VPN Using ATM RFC 1483 Interfaces Network Configuration Example 16-41 Note For this example LDP and IP CEF are running. 75k-CE1 Configuration The configuration of router 75k-CE1, follows: 8540-ATM-PE1 Configuration The configuration of ATM switch router 8540-ATM-PE1, follows: 16-42 8540-ATM-P Configuration The configuration of ATM switch router 8540-ATM-P, follows: 8540-ATM-PE2 Configuration The configuration of ATM switch router 8540-ATM-PE2, follows: 16-43 75k-CE2 Configuration The configuration of router 75k-CE2, follows: 16-44 Configuring Signalling Features Configuring Signalling IE Forwarding Displaying the Interface Signalling IE Forwarding Configuration Configuring ATM SVC Frame Discard Displaying the ATM Frame Discard Configuration Configuring E.164 Addresses E.164 Conversion Methods Configuring E.164 Gateway Configuring an E.164 Address Static Route Displaying the E.164 Static Route Configuration Configuring an ATM E.164 Address on an Interface Displaying the E.164 Address Association to Interface Configuration Configuring E.164 Address Autoconversion Displaying the E.164 Address Autoconversion Configuring E.164 Address One-to-One Translation Table Displaying the ATM E.164 Translation Table Configuration 17-11 The following example shows how to display the E.164 translation table configuratio n: The following example shows how to display the E.164 configuration for ATM interface 0/0/1: Configuring Signalling Diagnostics Tables Page Page Displaying the Signalling Diagnostics Table Configuration 17-15 The following example shows the signalling diagnostics data for filter index1: The following example shows the signalling diagnostics status: Configuring Closed User Group Signalling Configuring Aliases for CUG Interlock Codes Configuring CUG on an Interface Displaying the CUG Page 17-19 Displaying the Signalling Statistics show atm signalling statistics Displays the ATM signalling statistics. To display the ATM signalling statistics, use the following EXEC command: The following example displays the ATM signalling statistics: Disabling Signalling on an Interface Multipoint-to-Point Funnel Signalling Displaying Multipoint-to-Point Funnel Connections 17-21 Page Configuring Interfaces Configuring 25-Mbps Interfaces (Catalyst 8510 MSR and Default 25-Mbps ATM Interface Configuration without Autoconfiguration Manual 25-Mbps Interface Configuration (Catalyst 8510 MSR and Configuring 155-Mbps SM, MM, and UTP Interfaces 155-Mbps Interface Configuration Default 155-Mbps ATM Interface Configuration without Autoconfiguration Manual 155-Mbps Interface Configuration Configuring OC-3c MMF Interfaces (Catalyst 8540 MSR) Default OC-3c MMF Interface Configuration without Autoconfiguration Manual OC-3c MMF Interface Configuration (Catalyst 8540 MSR) Configuring 622-Mbps SM and MM Interfaces Default 622-Mbps ATM Interface Configuration without Autoconfiguration Manual 622-Mbps Interface Configuration Configuring OC-12c SM and MM Interfaces (Catalyst 8540 MSR) OC-12c Interface Configuration (Catalyst 8540 MSR) Default OC-12c ATM Interface Configuration without Autoconfiguration Manual OC-12c Interface Configuration (Catalyst 8540 MSR) Configuring OC-48c SM and MM Interfaces (Catalyst 8540 MSR) Default OC-48c ATM Interface Configuration Without Autoconfiguration Manual OC-48c Interface Configuration (Catalyst 8540 MSR) Configuring DS3 and E3 Interfaces DS3 and E3 Interface Configuration Default DS3 and E3 ATM Interface Configuration without Autoconfiguration Manual DS3 and E3 Interface Configuration Configuring T1/E1 Trunk Interfaces T1/E1 Trunk Interface Configuration Default T1 and E1 ATM Interface Configuration without Autoconfiguration Manual T1 and E1 Interface Configuration Troubleshooting the Interface Configuration Page Configuring Circuit Emulation Services Overview of CES T1/E1 Interfaces Clocking Options Interfaces Supported Connectors Supported Functions Supported by CES Modules Framing Formats and Line Coding Options for CES Modules Default CES T1/E1 Interface Configuration Configuring CES T1/E1 Interfaces Page Page General Guidelines for Creating Soft PVCs for Circuit Emulation Services Page Configuring T1/E1 Unstructured Circuit Emulation Services Overview of Unstructured Circuit Emulation Services Configuring Network Clocking for Unstructured CES Configuring Synchronous Clocking With an OC-12c Interface Module Configuring a Hard PVC for Unstructured CES Page 19-12 Verifying a Hard PVC for Unstructured CES Configuring a Soft PVC for Unstructured CES Page Phase 1Configuring the Destination (Passive) Side of the Soft PVC Phase 2Configuring the Source (Active) Side of the Soft PVC Verifying a Soft PVC for Unstructured CES Configuring T1/E1 Structured (n x 64) Circuit Emulation Services Overview of Structured Circuit Emulation Services Configuring Network Clocking for Structured CES Configuring Synchronous Clocking With an OC-12c Interface Module Configuring a Hard PVC for Structured CES Page 19-21 Verifying a Hard PVC for Structured CES Configuring a Hard PVC for Structured CES with a Shaped VP Tunnel Phase 1Configuring a Shaped VP Tunnel Page Phase 2Configuring a Hard PVC Page Verifying a Hard PVC for Structured CES with a Shaped VP Tunnel Configuring a Soft PVC for Structured CES Page Phase 1Configuring the Destination (Passive) Side of a Soft PVC Phase 2Configuring the Source (Active) Side of a Soft PVC Page Verifying a Soft PVC for Structured CES Configuring a Soft PVC for Structured CES with CAS Enabled Page Verifying a Soft PVC for Structured CES with CAS Enabled Configuring a Soft PVC for Structured CES with CAS and On-Hook Detection Enabled Verifying a Soft PVC for Structured CES with CAS and On-Hook Detection Enabled Creating Multiple Structured Soft PVCs on the Same CES Port T1/E1 Phase 1Configuring the Destination (Passive) Side of Multiple Soft PVCs Phase 2Configuring the Source (Active) Side of Multiple Soft PVCs Verifying the Creation of Multiple Structured Soft PVCs on the Same CES Port Page Configuring T1/E1 CES SVCs Configuring T1/E1 Unstructured CES SVCs Phase 1Configuring the Destination (Passive) Side of the Unstructured Switched VC Phase 2Configuring the Source (Active) Side of the Unstructured Switched VC Verifying a Switched VC for Unstructured CES Configuring T1/E1 Structured CES SVCs Phase 1Configuring the Destination (Passive) Side of the Structured Switched VC Page Phase 2Configuring the Source (Active) Side of the Structured Switched VC Page Verifying a Switched VC for Structured CES Reconfiguring a Previously Established Circuit Deleting a Previously Established Circuit Verifying Deletion of a Previously Established Circuit Configuring SGCP Operation Configuring SGCP on the Entire Switch Displaying SGCP Configuring CES Circuits for SGCP 19-59 Displaying SGCP Endpoints Displays the SGCP endpoints. Note SGCP cannot allocate a CES circuit to a connection if it is already part of a hard or soft PVC. The following example displays the possible SGCP endpoints on CES interfa ce CBR 1/1/0: show sgcp endpoint [interface cbr card/subcard/port [circuit-id]] Displaying SGCP Connections Configuring SGCP Request Handling Configuring Call-Agent Address Shutting Down SGCP Configuring Explicit Paths on CES VCs Configuring CES VC Explicit Paths Displaying CES VC Explicit Path Configuration Configuring Point-to-Multipoint CES Soft PVC Connections Guidelines for Creating Point-to-Multipoint CES Soft PVCs Configuring Point-to-Multipoint Unstructured CES Soft PVCs Configuring the Destination Side of a Point-to-Multipoint Unstructured CES Soft PVC Page Configuring the Source Side of a Point-to-Multipoint Unstructured CES Soft PVC Page Configuring Point-to-Multipoint Structured CES Soft PVCs Configuring the Destination Side of a Point-to-Multipoint Structured CES Soft PVC Page Configuring the Source Side of a Point-to-Multipoint Structured CES Soft PVC Displaying Point-to-Multipoint CES Soft PVC Configuration 19-73 Deleting and Disabling Point-to-Multipoint CES Soft PVC Connections Deleting Point-to-Multipoint CES Soft PVC Confirming VCC Deletion Enabling and Disabling the Root of a Point-to-Multipoint CES Soft PVC Enabling and Disabling a Leaf of a Point-to-Multipoint CES Soft PVC Confirming the Party Leaf is Disabled or Enabled Page Configuring the Retry Interval for Point-to-Multipoint CES Soft-PVC Parties Configuring Frame Relay to ATM Interworking Port Adapter Interfaces Configuring the Channelized DS3 Frame Relay Port Adapter Configuration Guidelines Default CDS3 Frame Relay Port Adapter Interface Configuration Configuring the CDS3 Frame Relay Port Adapter Interface Configuring the T1 Lines on the CDS3 Frame Relay Port Adapter Configuring the Channel Group on the CDS3 Frame Relay Port Adapter Displaying the CDS3 Frame Relay Port Adapter Controller Information Deleting a Channel Group on the CDS3 Method One Method Two Configuring the Channelized E1 Frame Relay Port Adapter Default CE1 Frame Relay Port Adapter Interface Configuration Configuring the CE1 Frame Relay Port Adapter Interface Configuring the Channel Group on the CE1 Frame Relay Port Adapter Displaying the CE1 Frame Relay Port Adapter Controller Information Configuring Frame Relay to ATM Interworking Functions Enabling Frame Relay Encapsulation on an Interface Displaying Frame Relay Encapsulation Configuring Frame Relay Serial Interface Type Displaying Frame Relay Interface Configuration Configuring Frame Relay Frame Size for Frame Relay to ATM Interworking Configuring and Using Frame Relay Frame Size 20-13 Step2 Select which interface to configure. Step3 Configure the Frame Relay Soft VC and enable GAT. Note By default, the GAT information element is disabled. To use the frame size feature you must enable GAT on the VC. Configuring LMI Configuring the LMI Type Displaying LMI Type Configuring the LMI Keepalive Interval Displaying LMI Keepalive Interval Configuring the LMI Polling and Timer Intervals (Optional) Displaying Frame Relay Serial Interface Displaying LMI Statistics Configuring Frame Relay to ATM Resource Management Configuring Frame Relay to ATM Connection Traffic Table Rows Page PVC Connection Traffic Rows SVC Connection Traffic Rows Predefined Rows Creating a Frame Relay to ATM CTT Row Displaying the Frame Relay to ATM Connection Traffic Table Configuring the Interface Resource Management Tasks Displaying Frame Relay Interface Resources Configuring Frame Relay to ATM Virtual Connections Characteristics and Types of Virtual Connections Configuring Frame Relay PVC Connections Configuration Guidelines Configuring Frame Relay to ATM Network Interworking PVCs Displaying Frame Relay to ATM Network Interworking PVCs 20-27 Configuring Frame Relay to ATM Service Interworking PVCs Note VPI and VCI values can change when traffic is relayed through the ATM network. Figure20-4 Service Interworking PVC Example Page Displaying Frame Relay to ATM Service Interworking PVCs Configuring Terminating Frame Relay to ATM Service Interworking PVCs Displaying Terminating Frame Relay to ATM Service Interworking PVCs Configuring Frame Relay Transit PVCs Configuring Frame Relay Soft PVC Connections Configuration Guidelines Configuring Frame Relay to Frame Relay Network Interworking Soft PVCs Page Frame Relay to Frame Relay Interworking Soft PVC Configuration Example Configuring Frame Relay to ATM Network Interworking Soft PVCs Frame Relay to ATM Network Interworking Soft PVC Configuration Example Configuring Frame Relay to ATM Service Interworking Soft PVCs Frame Relay to ATM Service Interworking Soft PVC Configuration Example Display Frame Relay Interworking Soft PVCs Modifying CTTR Indexes on an Existing Frame Relay Soft PVC Standard Signalling for Frame Relay Soft PVCs Configuring the Soft PVC Route Optimization Feature Configuring a Frame Relay Interface with Route Optimization Displaying a Frame Relay Interface Route Optimization Configuration 20-42 Respecifying Existing Frame Relay to ATM Interworking Soft PVCs Configuring Overflow Queuing Overflow Queuing Functional Image Requirements Configuring Overflow Queuing on Frame Relay to ATM PVCs Network Internetworking PVCs Service Internetworking PVC Connections Configuring Overflow Queuing on Frame Relay to Frame Relay PVCs Configuring Overflow Queuing on Frame Relay to ATM Soft PVCs Configuring Overflow Queuing on Frame Relay to Frame Relay Soft PVCs Displaying Overflow Queuing Configuration at the VC Level 20-50 20-51 20-52 The following example confirms overflow queuing is configured on serial interface 1/1/2:1: 20-53 The following example displays the overflow queuing configuration of serial interface 1/0/0:1: 20-54 The following example displays the overflow queuing configuration of serial interface 1/0/0:1: Configuring IMA Port Adapter Interfaces Overview of IMA Page Configuring the T1/E1 IMA Port Adapter Default T1/E1 IMA Interface Configuration Configuring the T1/E1 IMA Interface Displaying the T1/E1 IMA Interface Configuration Configuring IMA Group Functions Creating an IMA Group Interface Page Adding an Interface to an Existing IMA Group Displaying the IMA Group Configuration Deleting an Interface from an IMA Group Confirming the Interface Deletion Deleting an IMA Group Confirming the IMA Group Deletion 21-12 Configuring IMA Group Parameters Configuring IMA Group Minimum Active Links Displaying the IMA Group Minimum Active Links Configuration Configuring IMA Group Interface Clock Mode Displaying the IMA Group Interface Clock Mode Configuration Configuring IMA Group Link Differential Delay Displaying the IMA Group Link Differential Delay Configuration Configuring IMA Group Frame Length Displaying the IMA Group Frame Length Configuration Configuring IMA Group Test Pattern Displaying the IMA Group Test Pattern Configuration Configuring Quality of Service About Quality of Service Best-Effort Service Integrated Service Differentiated Service About Layer 3 Switching Quality of Service About Quality of Service Mechanisms IP Precedence Based Class of Service (CoS) About Scheduling and Weighted Round-Robin Configuring Precedence to WRR Scheduling Mapping QoS Scheduling at the Interface Level Verifying the QoS Configuration About IP QoS on the Enhanced Gigabit Ethernet and Enhanced ATM Router Module Interfaces Packet Classification Traffic Conditioning Marking Metering and Policing Per Hop Behavior Definition Queuing Buffer Management Scheduling Congestion Control Tail Drop xRED Configuring IP QoS Policies Using the Modular CLI IP QoSFunctional Differences Between Modules Input Policy Output Policy Differentiated Services for ATM Forum VCs 22-13 Page Displaying the IP QoS Configuration Supported and Unsupported Features Configuring IP QoS on Enhanced Gigabit Ethernet and Enhanced ATM Router Module Interfaces Defining a traffic class Creating a Service Policy Page Page Configuring Buffer-Groups Attaching a Service Policy to an Interface TCAM Region for IP QoS Verifying the IP QoS Configuration 22-23 The following example shows a particular policy map configuration: 22-24 The following example shows all class maps configured: Configuring the ATM Traffic-Shaping Carrier Module About the ATM Traffic-Shaping Carrier Module ATM TSCAM Features Hardware and Software Restrictions Hardware Restrictions Software Restrictions About Interface Congestion Thresholds Configuring the ATM TSCAM 0 65536 0 1 2816 253952 2 4096 126976 3 4096 86016 4 0 65536 Configuring Maximum Thresholds Configuring Maximum Thresholds for Traffic Classes Configuring Maximum Thresholds for VCs Displaying Traffic-Shaping Configurations 23-8 The following example shows the traffic-shaping statistics on a Catalyst 8510MSR switch router: Traffic-shaping Granularity Tables Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Configuring Rate Limiting and Traffic Shaping Rate Limiting Features Supported Configuring Rate Limiting Traffic Shaping Features Configuring Traffic Shaping Displaying the Configurations Page Page Configuring ATM Router Module Interfaces Overview of the ATM Router Module Catalyst 8540 MSR Enhanced ATM Router Module Features Catalyst 8540 MSR ATM Router Module Features Catalyst 8510 MSR and LightStream 1010 ATM Router Module Features Hardware and Software Restrictions of the ATM Router Module Hardware Restrictions Catalyst 8540 MSR Enhanced ATM Router Module Software Restrictions Catalyst 8540 MSR ATM Router Module Software Restrictions Catalyst 8510 MSR ATM Router Module Software Restrictions Configuring ATM Router Module Interfaces Default ATM Router Module Interface Configuration Without Autoconfiguration Configuring LECs on ATM Router Module Interfaces LEC Configuration Examples 25-12 LANE Routing Over ATM Figure 25-3 Example Network for LANE Routing over ATM Router 2 ATM Interface ATM 2/0 ATM 3/0 25-13 LANE Routing from ATM to Ethernet Figure25-4 Example Network for LANE Routing from ATM to Ethernet ATM Switch Router Ethernet Interface Router 2 Ethernet Interface 25-14 LANE Bridging Between ATM and Ethernet Figure25-5 Example Network for LANE Bridging Between ATM and Ethernet Router 1 Bridge Interface ATM Switch Router Ethernet Interface 25-15 Configuring LECs and 1483 PVCs on Enhanced ATM Router Module Interfaces Figure25-6 Example Network for LECs and 1483 PVCs on Enhanced ATM Router Module Interfaces ATM Switch Router ATM Router Module Interface ATM 3/0 ATM 3/0/0 Confirming the LEC Configuration Configuring Jumbo Frames Displaying the Interface MTU Configuration Configuring Multiprotocol Encapsulation over ATM 25-19 Multiprotocol Encapsulation over ATM Configuration Example IF = atm 3/0/0.1011 IF = fa 1/0/0 RFC 1483 router Ethernet router Figure 25-7 Example Network for RFC 1483 Configuring Classical IP over ATM in a PVC Environment Configuring Classical IP over ATM in an SVC Environment Configuring as an ATM ARP Client 25-22 NSAP Address Example Figure 25-8 shows three ATM switch routers and a router connected using classical IP over ATM. ESI Example Configuring as an ATM ARP Server Page Configuring Bridging Configuring Packet Flooding on a PVC Displaying the Bridging Configuration Configuring IP Multicast About Rate Limiting Features Supported Configuring Rate Limiting Configuring VC Bundling Overview Benefits Restrictions VC Bundle Examples 25-32 V Displaying the VC Bundle Configuration Configuring VC Bundling with IP and ATM QoS Page 25-36 Configure Input IP Processing Configure the BA or MF Classifiers Displaying the BA or MF Classifier Configuration Configure and Apply the Input Policy Map Page Displaying the Input Map Policy Configure Per-Hop Behavior and Output Processing Configuring Output Queues Based on BA Classifiers Displaying the BA Classifier Configuration Configuring Output Policy Map Page Displaying the Policy Map Configuration Applying the Output Policy Map on the Enhanced ATM Router Module Displaying the Output Policy Interface Configuration Mapping the IP to ATM Configuration Creating the Traffic Rows for PVCs and VC-bundle Members Creating PVCs and Configuring VC Bundle on Enhanced ATM Router Module Page Calculating the Scheduler Class Weights Page Page Congestion Control Troubleshooting and Verifying the VC Bundling with IP and ATM QoS 25-51 The following command verifies the input policy on the Gigabit Ethe rnet interface: The following command verifies the output policy on the ATM interface: 25-52 The following command verifies the allocated bandwidth after app lying the output policy: The following command verifies the VC bundle precedence mapping: 25-53 25-54 25-55 25-56 25-57 25-58 25-59 25-60 25-61 25-62 Managing Configuration Files, System Images, and Functional Images Configuring a Static IP Route Understanding the Cisco IOS File System File Systems and Memory Devices File System Tasks Maintaining System Images and Configuration Files Modifying, Downloading, and Maintaining Configuration Files Modifying, Downloading, and Maintaining System Images Rebooting and Specifying Startup Information Additional File Transfer Features Maintaining Functional Images (Catalyst 8540 MSR) Understanding Functional Images (Catalyst 8540 MSR) Loading Functional Images (Catalyst 8540 MSR) Displaying the Functional Image Information (Catalyst 8540 MSR) Maintaining Functional Images (Catalyst 8510 MSR and Understanding Functional Images (Catalyst 8510 MSR and LightStream 1010) Loading Functional Images (Catalyst 8510 MSR and LightStream 1010) Displaying the Functional Image Information (Catalyst 8510 MSR and Page APPENDIX A PNNI Migration Examples Adding a Higher Level of PNNI Hierarchy Switch T1 Initial Configuration Switch T2 Initial Configuration Switch T3 Initial Configuration A-4 Switch T4 Initial Configuration The initial configuration for switch SanFran.BldA.T4 follows: Switch T5 Initial Configuration The initial configuration for switch SanFran.BldA.T5 follows: Configuring Second Level of PNNI Hierarchy on Switches T3 and T4 A-5 Use the following commands to confirm the creation of the PNNI hierarchy: Configuring the Link Between Switch T3 and Switch T4 for PNNI Verifying Connectivity to All ATM Addresses and Deleting an Old Static Route on Switches T4 and T3 A-7 The following example shows how to delete the old static route from switch T4: The following example verifies that the old static route on switch T4 has been deleted: Adding a New Lowest Level of PNNI Hierarchy Figure A-3 shows an example network configured with only one level of PNNI hierarchy at level 56. FigureA-3 One-Level PNNI Hierarchical Network Page A-9 Switch T1 Initial Configuration The initial configuration for switch NewYork BldB.T1 follows: The following example shows the output from the show atm route command for the switch: Switch T2 Initial Configuration The initial configuration for switch NewYork BldB.T2 follows: Switch T4 Initial Configuration Switch T5 Initial Configuration Moving Switch T4 Down into a New Peer Group Page Moving Switch SanFran.BldA.T5 Down into an Existing Peer Group A-13 Restoring Auto-Summary on the LGN SanFran The following example shows how to verify the configuration: The switch that contains the active PGL is configured similarly: A-14 The following examples show how to verify the configuration: Moving Switches T3, T1, and T2 Down into a New Peer Group The following example shows how to move switch NewYork.BldB.T3 down into a new peer group: A-15 The following example shows how to move switch NewYork.BldB.T1 down into a new peer group: The following example shows how to move switch NewYork.BldB.T2 down into a new peer group: The following examples show how to verify the results of the configuration: A-16 Restoring Autosummary on the LGN NewYork The following example shows how to restore autosummary on the LGN NewYork: The following examples show how to verify the configuration: APPENDIX B Acronyms Page Page Page Page Page INDEX Symbols Numerics A Page Page Page Page B C Page Page Page Page D E F G H I Page Page J K L Page M N O P Page Q R S Page Page Page Page Page Page T Page U V Page W X Y