For t he Catalyst 8540 M SR, C atalyst 8 510 MSR, and LightS trea m 1010
Cisco IOS Release 12.1(26)EB
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Text Part Number: OL-7396-01
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Processor and Feature Card Models (Catalyst 8510 MSR and LightStream 1010)1-3
Available Physical Interfaces (Catalyst 8510 MSR and LightStream 1010)1-4
Summary of Software Features1-5
System Availability (Catalyst 8540 MSR)1-5
ATM Addressing and Plug-and-Play Operation1-6
Connections 1-6
Resource Management1-7
Signalling and Routing1-7
ATM Internetworking Services (Catalyst 8540 MSR)1-8
ATM Internetworking Services (Catalyst 8510 MSR and LightStream 1010)1-8
Network Clocking1-8
Management and Monitoring1-8
Available Network Management Applications1-9
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Layer 3 Features1-10
CHAPTER
2Understanding the User Interface2-1
User Interface Overview2-1
Accessing Each Command Mode2-2
EXEC Mode2-5
Privileged EXEC Mode2-6
ROM Monitor Mode2-6
Global Configuration Mode2-6
Access Test (Catalyst 8540 MSR)3-19
OIR Test (Catalyst 8540 MSR)3-20
Snake Test (Catalyst 8540 MSR)3-20
Configuring Online Diagnostics (Catalyst 8540 MSR)3-21
Displaying the Online Diagnostics Configuration and Results (Catalyst 8540 MSR)3-21
Configuring SNMP and RMON3-23
Testing the Configuration3-24
Confirming the Hardware Configuration (Catalyst 8540 MSR)3-25
Confirming the Hardware Configuration (Catalyst 8510 MSR and LightStream 1010)3-25
Confirming the Software Version3-26
Confirming Power-on Diagnostics3-26
Confirming the Ethernet Configuration3-28
Confirming the ATM Address3-28
Testing the Ethernet Connection3-29
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Confirming the ATM Connections3-29
Confirming the ATM Interface Configuration3-30
Confirming the Interface Status3-30
Confirming Virtual Channel Connections3-31
Confirming the Running Configuration3-32
Confirming the Saved Configuration3-33
CHAPTER
4Configuring System Management Functions4-1
System Management Tasks4-1
Configuring Terminal Lines and Modem Support (Catalyst 8540 MSR)4-1
Configuring Terminal Lines and Modem Support (Catalyst 8510 MSR and LightStream 1010)4-2
Configuring Alias4-2
Configuring Buffers4-2
Configuring Cisco Discovery Protocol4-3
Configuring Enable Passwords4-4
Configuring Load Statistics Interval4-4
Configuring Logging4-4
Configuring Login Authentication4-5
Configuring Scheduler Attributes4-6
Configuring Services4-6
Configuring SNMP4-7
Username Commands4-8
Guidelines for Creating Soft PVCs7-20
Configuring Soft PVCs7-20
Displaying Soft PVC Configuration7-22
Modifying CTTR Indexes on an Existing Soft PVC7-24
viii
Configuring Soft PVP Connections7-26
Displaying Soft PVP Connections7-27
Modifying CTTR Indexes on an Existing Soft PVP7-28
Configuring the Soft PVP or Soft PVC Route Optimization Feature7-29
Enabling Soft PVP or Soft PVC Route Optimization7-29
Displaying an Interface Route Optimization Configuration7-30
Configuring Soft PVCs with Explicit Paths7-31
Changing Explicit Paths for an Existing Soft PVC7-31
Displaying Explicit Path for Soft PVC Connections7-32
Configuring Soft PVCs and Soft PVPs with Priority7-34
Configuring a Soft PVC with priority7-34
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Configuring a Soft PVP with Priority7-35
Configuring a Soft PVC with Priority for a CES Circuit7-35
Configuring a Soft PVC with Priority for Frame Relay Connections7-35
Configuring Two-Ended Soft PVC and Soft PVP Connections7-38
Guidelines for Creating Point-to-Multipoint Soft PVCs7-64
Configuring Point-to-Multipoint Soft PVCs7-65
Displaying Point-to-Multipoint Soft PVC Configuration7-67
Configuring Traffic Parameters for Point-to-Multipoint Soft-PVC Connections7-68
Enabling and Disabling the Root of a Point-to-Multipoint Soft-PVC Connections7-69
Enabling and Disabling a Leaf of a Point-to-Multipoint Soft PVC7-70
Confirming the Party Leaf is Disabled or Enabled7-71
Configuring the Retry Interval for Point-to-Multipoint Soft-PVC Parties7-72
Deleting a Point-to-Multipoint Soft PVC7-72
Confirming VCC Deletion7-73
Configuring Nondefault Well-Known PVCs7-74
Overview of Nondefault PVC Configuration7-74
Configuring Nondefault PVCs7-75
Configuring a VPI/VCI Range for SVPs and SVCs7-76
Configuring VP Tunnels7-79
Configuring a VP Tunnel for a Single Service Category7-80
Displaying the VP Tunnel Configuration7-81
Configuring a Shaped VP Tunnel7-81
Configuring a Shaped VP Tunnel on an Interface7-82
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Displaying the Shaped VP Tunnel Configuration7-83
Configuring a Hierarchical VP Tunnel for Multiple Service Categories7-83
Enabling Hierarchical Mode7-84
Displaying the Hierarchical VP Tunnel Configuration7-85
Configuring an End-Point PVC to a PVP Tunnel7-86
Displaying PVCs7-87
Configuring Signalling VPCI for VP Tunnels7-87
Displaying the VP Tunnel VPCI Configuration7-88
Deleting VP Tunnels7-88
Confirming VP Tunnel Deletion7-88
Configuring Interface and Connection Snooping7-89
Snooping Test Ports (Catalyst 8510 MSR and LightStream 1010)7-90
Effect of Snooping on Monitored Port7-90
Shutting Down Test Port for Snoop Mode Configuration7-90
Other Configuration Options for Snoop Test Port7-91
Configuring Interface Snooping7-91
Displaying Interface Snooping7-91
Configuring Per-Connection Snooping7-92
Displaying Per-Connection Snooping7-93
CHAPTER
Input Translation Table Management7-95
Feature Overview7-95
VC Block Allocation7-96
Freeing an ITT Block7-96
Growing an ITT Block7-96
ITT Fragmentation7-96
Benefits7-96
Reducing ITT Fragmentation7-97
System and Startup ITT Fragmentation7-97
Solution: Minimum block-size per-VPI7-97
Using the minblock Command to Specify a Minimum Block Size7-97
Using the Autominblock Command to Enable the Minimum Mode7-98
Shrinking ITT Block Size7-100
Displaying ITT resources7-100
Configuration Examples7-101
8Configuring Operation, Administration, and Maintenance8-1
OAM Overview8-1
Configuring OAM Functions8-3
Configuring OAM for the Entire Switch (Catalyst 8540 MSR)8-3
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Configuring OAM for the Entire Switch (Catalyst 8510 MSR and LightStream 1010)8-3
Configuring the Interface-Level OAM8-4
Checking the ATM Connection (Catalyst 8540 MSR)8-5
Checking the ATM Connection (Catalyst 8510 MSR and LightStream 1010)8-5
Configuring PNNI without Hierarchy11-9
Configuring the Lowest Level of the PNNI Hierarchy11-9
Configuring an ATM Address and PNNI Node Level11-9
Configuring Static Routes11-11
Configuring a Summary Address11-13
Configuring Scope Mapping11-14
Configuring Higher Levels of the PNNI Hierarchy11-16
Configuring a Logical Group Node and Peer Group Identifier11-16
Configuring the Node Name11-18
Configuring a Parent Node11-19
Configuring the Node Election Leadership Priority11-20
Configuring a Summary Address11-22
PNNI Hierarchy Configuration Example11-24
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Advanced PNNI Configuration11-29
Tuning Route Selection11-29
Configuring Background Route Computation11-29
Configuring Link Selection11-31
Configuring the Maximum Administrative Weight Percentage11-33
Configuring the Precedence11-34
Configuring Explicit Paths11-36
Tuning Topology Attributes11-39
Configuring the Global Administrative Weight Mode11-39
Configuring Administrative Weight Per Interface11-40
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Configuring Transit Restriction11-41
Configuring Redistribution11-42
Configuring Aggregation Token11-43
Configuring Aggregation Mode11-45
Configuring Significant Change Thresholds11-46
Configuring the Complex Node Representation for LGNs11-48
Tuning Protocol Parameters11-49
Configuring PNNI Hello, Database Synchronization, and Flooding Parameters11-49
Creating Standard and Extended IP Access Lists12-9
Applying an IP Access List to an Interface or Terminal Line12-11
IP Access List Examples12-12
Examples of Implicit Masks in IP Access Lists12-12
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Examples of Configuring Extended IP Access Lists12-12
Configuring Per-Interface Address Registration with Optional Access Filters12-13
Displaying the ILMI Access Filter Configuration12-14
Contents
CHAPTER
13Configuring IP over ATM13-1
Configuring Classical IP over ATM13-1
Configuring Classical IP over ATM in an SVC Environment13-1
Configuring as an ATM ARP Client13-2
Configuring as an ATM ARP Server13-4
Displaying the IP-over-ATM Interface Configuration13-5
Configuring Classical IP over ATM in a PVC Environment13-5
Displaying the IP-over-ATM Interface Configuration13-6
Mapping a Protocol Address to a PVC Using Static Map Lists13-7
Configuring a PVC-Based Map List13-7
Displaying the Map-List Interface Configuration13-9
Configuring an SVC-Based Map List13-9
Displaying the Map-List Interface Configuration13-10
Policy-Based Routing13-11
Policy-Based Routing Restrictions13-11
Configuring IP Load Sharing13-13
Configuring TCP Packet Load Sharing13-13
Configuring Packet Load Sharing for all IP Traffic13-13
CHAPTER
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14Configuring LAN Emulation14-1
LANE Functionality and Requirements14-1
LANE Router and Switch Router Requirements14-2
LANE Configuration Tasks14-2
Creating a LANE Plan and Worksheet14-3
Automatic ATM Addressing and Address Templates for LANE Components14-3
Rules for Assigning Components to Interfaces and Subinterfaces14-4
Example LANE Plan and Worksheet14-5
Displaying LANE Default Addresses14-6
Entering the ATM Address of the Configuration Server14-7
Setting Up the Configuration Server Database14-7
Setting Up the Database for the Default Emulated LAN Only14-7
Setting Up the Database for Unrestricted-Membership Emulated LANs14-8
Setting Up the Database for Restricted-Membership Emulated LANs14-9
Enabling the Configuration Server14-10
Setting Up LESs and Clients14-11
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Setting Up the Server, BUS, and a Client on a Subinterface14-12
Setting Up a Client on a Subinterface14-12
Configuring a LAN Emulation Client on the ATM Switch Router14-13
Configuring an Ethernet LANE Client14-14
Configuring Fault-Tolerant Operation14-15
Enabling Redundant LECSs and LES/BUSs14-15
Monitoring and Maintaining the LANE Components14-16
LANE Configuration Examples14-17
Default Configuration for a Single Emulated LAN14-17
Ethernet Example14-18
Confirming Connectivity between the ATM Switch and Other LANE Members14-21
Token Ring Example (Catalyst 8510 MSR and LightStream 1010)14-23
Confirming Connectivity between the ATM switch and the Routers14-24
Displaying the LANE Client Configuration on the ATM switch14-25
Default Configuration for a Single Emulated LAN with Backup LECS and LES on the ATM Switch
Router
14-25
Ethernet Example14-26
Token Ring Example (Catalyst 8510 MSR and LightStream 1010)14-28
Displaying the LECS Configuration on the ATM Switch Router14-30
Displaying the LES Configuration on the ATM Switch Router14-30
Default Configuration for a Token Ring ELAN with IP Source Routing (Catalyst 8510 MSR and
LightStream 1010)
14-31
CHAPTER
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15Configuring ATM Accounting, RMON, and SNMP15-1
Configuring ATM Accounting15-1
ATM Accounting Overview15-2
Configuring Global ATM Accounting15-3
Displaying the ATM Accounting Configuration15-3
Enabling ATM Accounting on an Interface15-4
Displaying the ATM Accounting Interface Configuration15-4
Configuring the ATM Accounting Selection Table15-5
Displaying the ATM Accounting File Configuration15-8
Controlling ATM Accounting Data Collection15-9
Displaying the ATM Accounting Data Collection Configuration and Status15-9
Configuring ATM Accounting SNMP Traps15-10
Configuring ATM Accounting Trap Generation15-10
Displaying ATM Accounting Trap Threshold Configuration15-10
Configuring SNMP Server for ATM Accounting15-11
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Displaying SNMP Server ATM Accounting Configuration15-11
Using TFTP to Copy the ATM Accounting File15-12
Configuring Remote Logging of ATM Accounting Records15-13
Displaying the Remote Logging Configuration15-13
Configuring ATM RMON15-14
RMON Overview15-14
Configuring Port Select Groups15-15
Displaying the ATM RMON Port Select Group15-16
Configuring Interfaces into a Port Select Group15-16
Displaying the Interface Port Selection Group Configuration15-16
Enabling ATM RMON Data Collection15-17
Displaying the ATM RMON Configuration15-18
Configuring an RMON Event15-18
Displaying the Generated RMON Events15-19
Configuring an RMON Alarm15-19
DS3 and E3 Interface Configuration18-13
Default DS3 and E3 ATM Interface Configuration without Autoconfiguration18-13
Manual DS3 and E3 Interface Configuration18-14
Configuring T1/E1 Trunk Interfaces18-15
T1/E1 Trunk Interface Configuration18-15
Default T1 and E1 ATM Interface Configuration without Autoconfiguration18-15
Manual T1 and E1 Interface Configuration18-16
CHAPTER
Troubleshooting the Interface Configuration18-17
19Configuring Circuit Emulation Services19-1
Overview of CES T1/E1 Interfaces19-2
Clocking Options19-2
Interfaces Supported19-2
Connectors Supported19-2
Functions Supported by CES Modules19-2
Framing Formats and Line Coding Options for CES Modules19-3
Default CES T1/E1 Interface Configuration19-3
Configuring CES T1/E1 Interfaces19-4
General Guidelines for Creating Soft PVCs for Circuit Emulation Services19-7
Overview of Unstructured Circuit Emulation Services19-9
Configuring Network Clocking for Unstructured CES19-10
Configuring a Hard PVC for Unstructured CES19-10
Verifying a Hard PVC for Unstructured CES19-13
Configuring a Soft PVC for Unstructured CES19-13
Phase 1—Configuring the Destination (Passive) Side of the Soft PVC19-15
Phase 2—Configuring the Source (Active) Side of the Soft PVC19-16
Verifying a Soft PVC for Unstructured CES19-17
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Configuring T1/E1 Structured (n x 64) Circuit Emulation Services19-18
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Overview of Structured Circuit Emulation Services19-18
Configuring Network Clocking for Structured CES19-19
Configuring a Hard PVC for Structured CES19-19
Verifying a Hard PVC for Structured CES19-22
Configuring a Hard PVC for Structured CES with a Shaped VP Tunnel19-23
Phase 1—Configuring a Shaped VP Tunnel19-23
Phase 2—Configuring a Hard PVC19-25
Verifying a Hard PVC for Structured CES with a Shaped VP Tunnel19-27
Configuring a Soft PVC for Structured CES19-28
Phase 1—Configuring the Destination (Passive) Side of a Soft PVC19-30
Phase 2—Configuring the Source (Active) Side of a Soft PVC19-31
Verifying a Soft PVC for Structured CES19-33
Configuring a Soft PVC for Structured CES with CAS Enabled19-34
Verifying a Soft PVC for Structured CES with CAS Enabled19-36
Configuring a Soft PVC for Structured CES with CAS and On-Hook Detection Enabled19-37
Verifying a Soft PVC for Structured CES with CAS and On-Hook Detection Enabled19-38
Creating Multiple Structured Soft PVCs on the Same CES Port19-38
Phase 1—Configuring the Destination (Passive) Side of Multiple Soft PVCs19-40
Phase 2—Configuring the Source (Active) Side of Multiple Soft PVCs19-41
Verifying the Creation of Multiple Structured Soft PVCs on the Same CES Port19-42
Configuring T1/E1 CES SVCs19-44
Configuring T1/E1 Unstructured CES SVCs19-44
Phase 1—Configuring the Destination (Passive) Side of the Unstructured Switched VC19-45
Phase 2—Configuring the Source (Active) Side of the Unstructured Switched VC19-46
Verifying a Switched VC for Unstructured CES19-47
Configuring T1/E1 Structured CES SVCs19-48
Phase 1—Configuring the Destination (Passive) Side of the Structured Switched VC19-49
Phase 2—Configuring the Source (Active) Side of the Structured Switched VC19-51
Verifying a Switched VC for Structured CES19-53
Reconfiguring a Previously Established Circuit19-54
Deleting a Previously Established Circuit19-55
Verifying Deletion of a Previously Established Circuit19-56
Configuring SGCP19-56
Operation19-56
Configuring SGCP on the Entire Switch19-57
Displaying SGCP19-57
Configuring CES Circuits for SGCP19-58
Displaying SGCP Endpoints19-59
Displaying SGCP Connections19-60
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Configuring SGCP Request Handling19-60
Configuring Call-Agent Address19-60
Shutting Down SGCP19-61
Configuring Explicit Paths on CES VCs19-61
Configuring CES VC Explicit Paths19-62
Displaying CES VC Explicit Path Configuration19-63
Configuring Point-to-Multipoint CES Soft PVC Connections19-63
Guidelines for Creating Point-to-Multipoint CES Soft PVCs19-64
Configuring Point-to-Multipoint Unstructured CES Soft PVCs19-65
Configuring the Destination Side of a Point-to-Multipoint Unstructured CES Soft PVC19-65
Configuring the Source Side of a Point-to-Multipoint Unstructured CES Soft PVC19-67
Configuring Point-to-Multipoint Structured CES Soft PVCs19-69
Configuring the Destination Side of a Point-to-Multipoint Structured CES Soft PVC19-69
Configuring the Source Side of a Point-to-Multipoint Structured CES Soft PVC19-71
Displaying Point-to-Multipoint CES Soft PVC Configuration19-72
Deleting and Disabling Point-to-Multipoint CES Soft PVC Connections19-74
Deleting Point-to-Multipoint CES Soft PVC19-74
Confirming VCC Deletion19-75
Enabling and Disabling the Root of a Point-to-Multipoint CES Soft PVC19-75
Enabling and Disabling a Leaf of a Point-to-Multipoint CES Soft PVC19-76
Confirming the Party Leaf is Disabled or Enabled19-76
Configuring the Retry Interval for Point-to-Multipoint CES Soft-PVC Parties19-78
CHAPTER
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20Configuring Frame Relay to ATM Interworking Port Adapter Interfaces20-1
Configuring the Channelized DS3 Frame Relay Port Adapter20-2
Configuration Guidelines20-2
Default CDS3 Frame Relay Port Adapter Interface Configuration20-2
Configuring the CDS3 Frame Relay Port Adapter Interface20-3
Configuring the T1 Lines on the CDS3 Frame Relay Port Adapter20-4
Configuring the Channel Group on the CDS3 Frame Relay Port Adapter20-4
Displaying the CDS3 Frame Relay Port Adapter Controller Information20-5
Deleting a Channel Group on the CDS320-5
Method One20-5
Method Two20-6
Configuring the Channelized E1 Frame Relay Port Adapter20-7
Default CE1 Frame Relay Port Adapter Interface Configuration20-7
Configuring the CE1 Frame Relay Port Adapter Interface20-8
Configuring the Channel Group on the CE1 Frame Relay Port Adapter20-8
Displaying the CE1 Frame Relay Port Adapter Controller Information20-9
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Configuring Frame Relay to ATM Interworking Functions20-9
Enabling Frame Relay Encapsulation on an Interface20-9
Displaying Frame Relay Encapsulation20-10
Configuring Frame Relay Serial Interface Type20-10
Configuring Frame Relay to ATM Service Interworking Soft PVCs20-37
Display Frame Relay Interworking Soft PVCs20-39
Modifying CTTR Indexes on an Existing Frame Relay Soft PVC20-39
Standard Signalling for Frame Relay Soft PVCs20-40
Configuring the Soft PVC Route Optimization Feature20-40
Configuring a Frame Relay Interface with Route Optimization20-41
Displaying a Frame Relay Interface Route Optimization Configuration20-41
Respecifying Existing Frame Relay to ATM Interworking Soft PVCs20-43
Configuring Overflow Queuing20-43
Overflow Queuing Functional Image Requirements20-44
Configuring Overflow Queuing on Frame Relay to ATM PVCs20-44
Network Internetworking PVCs20-44
Service Internetworking PVC Connections20-45
Configuring Overflow Queuing on Frame Relay to Frame Relay PVCs20-46
Configuring Overflow Queuing on Frame Relay to ATM Soft PVCs20-47
Configuring Overflow Queuing on Frame Relay to Frame Relay Soft PVCs20-48
Displaying Overflow Queuing Configuration at the VC Level20-49
CHAPTER
21Configuring IMA Port Adapter Interfaces21-1
Overview of IMA21-1
Configuring the T1/E1 IMA Port Adapter21-3
Default T1/E1 IMA Interface Configuration21-3
Configuring the T1/E1 IMA Interface21-4
Displaying the T1/E1 IMA Interface Configuration21-5
Configuring IMA Group Functions21-6
Creating an IMA Group Interface21-6
Adding an Interface to an Existing IMA Group21-8
Displaying the IMA Group Configuration21-9
Deleting an Interface from an IMA Group21-10
Confirming the Interface Deletion21-11
Deleting an IMA Group21-11
Confirming the IMA Group Deletion21-11
Configuring IMA Group Parameters21-13
Configuring IMA Group Minimum Active Links21-13
Displaying the IMA Group Minimum Active Links Configuration21-13
Configuring IMA Group Interface Clock Mode21-14
Displaying the IMA Group Interface Clock Mode Configuration21-15
Configuring IMA Group Link Differential Delay21-15
Displaying the IMA Group Link Differential Delay Configuration21-16
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Configuring IMA Group Frame Length21-16
Displaying the IMA Group Frame Length Configuration21-17
Configuring IMA Group Test Pattern21-17
Displaying the IMA Group Test Pattern Configuration21-18
About Scheduling and Weighted Round-Robin22-4
Configuring Precedence to WRR Scheduling22-4
Mapping QoS Scheduling at the Interface Level22-5
Verifying the QoS Configuration22-6
About IP QoS on the Enhanced Gigabit Ethernet and Enhanced ATM Router Module Interfaces22-6
Packet Classification22-7
Traffic Conditioning22-8
Marking22-8
Metering and Policing22-8
Per Hop Behavior Definition22-9
Queuing22-9
Buffer Management22-10
Scheduling22-10
Congestion Control22-11
Tail Drop22-11
xRED22-11
Configuring IP QoS Policies Using the Modular CLI22-11
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IP QoS—Functional Differences Between Modules (Catalyst 8540 MSR)22-11
Input Policy22-12
Output Policy22-12
Differentiated Services for ATM Forum VCs22-12
Displaying the IP QoS Configuration22-15
Supported and Unsupported Features22-16
Configuring IP QoS on Enhanced Gigabit Ethernet and Enhanced ATM Router Module Interfaces22-17
Defining a traffic class22-17
Creating a Service Policy22-18
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Configuring Buffer-Groups22-21
Attaching a Service Policy to an Interface22-21
TCAM Region for IP QoS22-22
Verifying the IP QoS Configuration22-22
CHAPTER
CHAPTER
23Configuring the ATM Traffic-Shaping Carrier Module23-1
About the ATM Traffic-Shaping Carrier Module23-1
ATM TSCAM Features23-2
Hardware and Software Restrictions23-3
Hardware Restrictions23-3
Software Restrictions23-3
About Interface Congestion Thresholds23-4
Configuring the ATM TSCAM23-4
Configuring Maximum Thresholds23-5
Configuring Maximum Thresholds for Traffic Classes23-5
Configuring Maximum Thresholds for VCs23-6
Displaying Traffic-Shaping Configurations23-7
Traffic-shaping Granularity Tables23-9
24Configuring Rate Limiting and Traffic Shaping24-1
Rate Limiting24-1
Features Supported24-1
Restrictions24-2
Configuring Rate Limiting24-2
Default ATM Router Module Interface Configuration Without Autoconfiguration25-10
Configuring LECs on ATM Router Module Interfaces (Catalyst 8540 MSR)25-10
LEC Configuration Examples25-11
LANE Routing Over ATM25-12
LANE Routing from ATM to Ethernet25-13
LANE Bridging Between ATM and Ethernet25-14
Configuring LECs and 1483 PVCs on Enhanced ATM Router Module Interfaces25-15
Confirming the LEC Configuration25-16
Configuring Jumbo Frames25-16
Displaying the Interface MTU Configuration25-17
Configuring Multiprotocol Encapsulation over ATM25-18
Multiprotocol Encapsulation over ATM Configuration Example25-19
Contents
Configuring Classical IP over ATM in a PVC Environment25-20
Configuring Classical IP over ATM in an SVC Environment25-21
Configuring as an ATM ARP Client25-21
NSAP Address Example25-22
ESI Example25-22
Configuring as an ATM ARP Server25-23
Displaying the IP-over-ATM Interface Configuration25-24
Configuring Bridging25-25
Configuring Packet Flooding on a PVC25-26
Displaying the Bridging Configuration25-27
Configuring IP Multicast25-28
About Rate Limiting25-28
Features Supported25-29
Restrictions25-29
Configuring Rate Limiting25-29
Configuring VC Bundling25-30
Overview25-30
VC Bundle Examples25-31
Displaying the VC Bundle Configuration25-33
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Configuring VC Bundling with IP and ATM QoS25-34
Configure Input IP Processing25-36
Configure the BA or MF Classifiers25-37
Displaying the BA or MF Classifier Configuration25-38
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Contents
Configure and Apply the Input Policy Map25-38
Displaying the Input Map Policy25-40
Configure Per-Hop Behavior and Output Processing25-40
Configuring Output Queues Based on BA Classifiers25-40
Displaying the BA Classifier Configuration25-41
Configuring Output Policy Map25-41
Displaying the Policy Map Configuration25-43
Applying the Output Policy Map on the Enhanced ATM Router Module25-43
Displaying the Output Policy Interface Configuration25-44
Mapping the IP to ATM Configuration25-44
Creating the Traffic Rows for PVCs and VC-bundle Members25-44
Creating PVCs and Configuring VC Bundle on Enhanced ATM Router Module25-45
Calculating the Scheduler Class Weights25-47
Congestion Control25-50
Troubleshooting and Verifying the VC Bundling with IP and ATM QoS25-50
CHAPTER
26Managing Configuration Files, System Images, and Functional Images26-1
Configuring a Static IP Route26-1
Understanding the Cisco IOS File System26-2
File Systems and Memory Devices26-3
File System Tasks26-3
Maintaining System Images and Configuration Files26-3
Modifying, Downloading, and Maintaining Configuration Files26-4
Modifying, Downloading, and Maintaining System Images26-4
Rebooting and Specifying Startup Information26-4
Additional File Transfer Features26-5
Switch T3 Initial ConfigurationA-3
Switch T4 Initial ConfigurationA-4
Switch T5 Initial ConfigurationA-4
Configuring Second Level of PNNI Hierarchy on Switches T3 and T4A-4
Configuring the Link Between Switch T3 and Switch T4 for PNNIA-6
Verifying Connectivity to All ATM Addresses and Deleting an Old Static Route on
Switches T4 and T3
A-6
Adding a New Lowest Level of PNNI HierarchyA-7
Switch T1 Initial ConfigurationA-9
Switch T2 Initial ConfigurationA-9
Switch T3 Initial ConfigurationA-9
Switch T4 Initial ConfigurationA-10
Switch T5 Initial ConfigurationA-10
Moving Switch T4 Down into a New Peer GroupA-10
Moving Switch SanFran.BldA.T5 Down into an Existing Peer GroupA-12
Restoring Auto-Summary on the LGN SanFranA-13
Moving Switches T3, T1, and T2 Down into a New Peer GroupA-14
Restoring Autosummary on the LGN NewYorkA-16
Contents
APPENDIX
I
NDEX
BAcronymsB-1
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ATM Switch Router Software Configuration Guide
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Contents
xxx
ATM Switch Router Software Configuration Guide
OL-7396-01
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