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Riverstone Networks WICT1-12 User Manual (718 pages)

RS Switch Router

Brand: Riverstone Networks | Category: Network Router | Size: 7 MB

User Guide
1
Copyright Notices
2
Fcc Compliance Statement
3
Regulatory Compliance Information
3
Regulatory Compliance Statements
3
Industry Canada Compliance Statement
4
Laser Radiation and Connectors
5
Consumer Information and Fcc Requirements
6
Declaration of Conformity Addendum
12
Table of Contents
13
List of Figures
27
List of Tables
31
1 Introduction

33
- Related Documentation
  33
- Document Conventions
  34
2 Maintaining Configuration Files

35
151 CLI and RS Basics

43
- Starting the CLI
  43
- Understanding CLI Command Modes
  44
  - User Mode
    44
  - Enable Mode
    44
  - Configure Mode
    45
  - Bootprom Mode
    45
- Understanding CLI Commands
  45
- Using Line Editing Commands
  46
- Table 3-1 CLI Line Editing Commands
  47
- Getting Help with CLI Commands
  48
- Setting CLI Parameters
  49
  - Command Completion
    50
  - Command History
    50
- Naming RS Ports
  50
  - Port Type
    51
  - Slot Number
    51
  - Port Number
    51
  - Table 3-3 Port Numbers for Line Cards
    52
  - Channel Number
    53
  - Table 3-4 Channelized T1, E1 and T3 Timeslot Ranges
    53
  - Port Name Example
    54
- CLI and RS Configuration Example
  54
- Figure 3-1 1000-Base-SX Line Card
  54
4 Hot Swapping Line Cards and Control Modules

57
5 Bridging Configuration Guide

65
6 Smarttrunk Configuration Guide

101
- Configuring Smarttrunks
  101
- Creating a Smarttrunk
  102
- Adding Physical Ports to the Smarttrunk
  102
- Specifying Traffic Load Policy
  103
- Smarttrunk Example Configuration
  103
- Figure 6-1 Smarttrunk Configuration Example
  103
- Configuring the Link Aggregation Control Protocol (LACP)
  105
- Configuring Smarttrunks for LACP
  105
- LACP Configuration Example
  106
- Figure 6-2 LACP Configuration Example
  106
- Smarttrunk Load Redistribution
  109
  - SLR Water-Marks
    109
  - Polling Intervals
    109
- Additional Controls Provided by SLR
  111
7 CMTS Configuration Guide

113
- HFC Cable Network Architecture
  113
- CMTS Module Description
  113
- Provisioning the Headend
  114
- Figure 7-1 CMTS Module Front Panel
  114
- Headend Certification
  115
  - IF-RF-Upconverter
    115
  - Diplex Filters
    115
  - Figure 7-2 CMTS Connection Overview
    116
  - DHCP Servers
    117
  - DNS and TFTP Servers
    117
- Connecting and Configuring the Downstream
  117
- Installing and Configuring the Upconverter
  118
- Setting the Upconverter Input Level
  118
- Setting the Upconverter Output Level
  118
- Setting the Upconverter Output Frequency
  118
- Completing the Downstream Configuration
  119
- Testing the Downstream Configuration
  119
- Connecting the Upstream to the Laser Receiver
  119
- Configuring the CMTS Module
  120
- Configuring the CMTS Module in a Bridged Network
  120
- Configuring the CMTS Module in a Routed Network
  121
- CMTS Configuration Examples
  122
- Example One: Multiple Isps Share a Single DHCP Server
  123
- Example Two: Multiple Isps with Multiple DHCP Servers
  127
- Example Three: Overlapping Vlans with Multiple DHCP Servers and Client-VLAN Bindings7-18
  130
- Anti-Spoofing
  132
- Anti-DHCP Spoofing
  132
- Anti-IP-Spoofing
  133
8 ATM Configuration Guide

135
- Configuring ATM Ports
  136
- Configuring SONET Parameters
  136
  - Cell Scrambling
    137
  - Cell Mapping
    137
- Setting Parameters for the Multi-Rate Line Card
  137
- Displaying Port Information
  138
- Configuring Virtual Channels
  139
- Gathering Traffic Statistics (OC-12)
  139
- Traffic Shaping
  140
- Traffic Management
  142
- Configuring Qos (Multi-Rate Line Card)
  142
- Configuring Virtual Channel Groups (OC-12)
  143
- Traffic Management Configuration Example
  144
- Figure 8-1 Traffic Management Sample Configuration
  145
- Bridging ATM Traffic
  149
- Figure 8-2 Bridging ATM Traffic Configuration Example
  150
- Enabling Forced Bridging on a Virtual Channel
  151
- Configuring Cross-Connects
  151
- Limiting MAC Addresses Learned on a VC
  152
- Routing ATM Traffic
  152
- Configuring PPP (OC-12)
  157
- Figure 8-5 PPP Configuration Example
  158
9 Packet-Over-SONET Configuration Guide

161
10 Dhcp Configuration Guide

171
- Configuring DHCP
  171
- Configuring an IP Address Pool
  172
- Configuring Client Parameters
  172
- Table 10-1 Client Parameters
  172
- Configuring a Static IP Address
  173
- Grouping Scopes with a Common Interface
  173
- Configuring DHCP Server Parameters
  173
- Updating the Lease Database
  173
- Monitoring the DHCP Server
  174
- DHCP Configuration Examples
  174
- Configuring Secondary Subnets
  175
- Secondary Subnets and Directly-Connected Clients
  176
- Interacting with Relay Agents
  177
11 IP Routing Configuration Guide

179
- IP Routing Protocols
  179
- Unicast Routing Protocols
  179
- Multicast Routing Protocols
  179
- Configuring IP Interfaces and Parameters
  180
- Configuring IP Interfaces to Ports
  180
- Configuring IP Interfaces for a VLAN
  181
- Specifying Ethernet Encapsulation Method
  181
- Unnumbered Interfaces
  181
- Configuring Jumbo Frames
  182
- Configuring Address Resolution Protocol (ARP)
  183
- Configuring ARP Cache Entries
  183
- Unresolved MAC Addresses for ARP Entries
  183
- Configuring Proxy ARP
  184
- Configuring Reverse Address Resolution Protocol (RARP)
  184
- Specifying IP Interfaces for RARP
  184
- Defining MAC-To-IP Address Mappings
  185
  - Monitoring RARP
    185
- Configuring DNS Parameters
  185
- Configuring IP Services (ICMP)
  186
- Configuring IP Helper
  186
- Configuring Direct Broadcast
  187
- Configuring Denial of Service (DOS)
  187
- 11.11 Monitoring Ip Parameters
  187
- 11.12 Configuring Ip Forwarding
  189
- 11.13 Hardware Routing Table
  189
- 11.14 Configuring Icmp Redirect
  189
- 11.15 Forwarding Mode
  190
- Configuring Destination-Based and Host-Flow-Based Forwarding
  190
- Configuring a Custom Forwarding Profile
  190
- Enabling a Port
  191
- Monitoring Custom Forwarding Profiles
  191
- Using Custom Forwarding with Other RS Features
  192
- Rate Limiting
  192
- 11.16 Configuring Router Discovery
  192
- 11.17 Setting Memory Thresholds
  194
- Table 11-1 Default Memory Thresholds
  195
- Threshold Level
  195
- Table 11-2 RIB Updates When Memory Threshold Is Reached
  195
- 11.18 Configuration Examples
  196
- Assigning IP/IPX Interfaces
  196
12 Vrrp Configuration Guide

197
- Configuring VRRP
  197
- Basic VRRP Configuration
  198
  - Configuration of Router R1
    198
  - Figure 12-1 Basic VRRP Configuration
    198
  - Configuration for Router R2
    199
- Symmetrical Configuration
  199
- Figure 12-2 Symmetrical VRRP Configuration
  200
- Configuration of Router R1
  201
- Multi-Backup Configuration
  201
  - Figure 12-3 Multi-Backup VRRP Configuration
    201
  - Configuration of Router R2
    203
  - Default Priority
    203
  - Virtual Router
    203
  - Configuration of Router R3
    204
- Additional Configuration
  205
- Setting the Backup Priority
  205
- Setting the Warmup Period
  205
- Setting the Advertisement Interval
  205
- Setting Pre-Empt Mode
  206
- Setting an Authentication Key
  206
- Monitoring VRRP
  206
  - Ip-Redundancy Trace
    207
  - Ip-Redundancy Show
    207
- VRRP Configuration Notes
  209
13 Rip Configuration Guide

211
- Configuring RIP
  211
- Enabling and Disabling RIP
  211
- Configuring RIP Interfaces
  211
- Configuring RIP Parameters
  212
  - Default Value
    212
  - Configuring Rip Route Preference
    213
- Configuring RIP Route Default-Metric
  214
- Monitoring RIP
  214
- Configuration Example
  215
14 Ospf Configuration Guide

217
- OSPF Multipath
  218
- Configuring OSPF
  218
- Setting the Router ID
  218
- Enabling OSPF
  219
- Configuring OSPF Areas
  219
- Configuring Summary Ranges
  220
- Configuring Stub Areas
  220
- Configuring Not-So-Stubby Areas (NSSA)
  221
- Configuring OSPF Interfaces
  222
- Configuring Interfaces for NBMA Networks
  222
- Configuring Interfaces for Point-To-Multipoint Networks
  223
- Configuring Interfaces for Point-To-Point Networks
  223
- Configuring OSPF Interface Parameters
  223
- Setting the Interface State
  224
- Setting the Default Cost of an OSPF Interface
  224
- Creating Virtual Links
  224
- Table 14-1 OSPF Default Cost Per Port Type
  224
- Configuring OSPF Parameters
  225
- Configuring OSPF Global Parameters
  226
- Configuring Autonomous System External (ASE) Link Advertisements
  226
- 14.10 Monitoring Ospf
  228
- 14.11 Ospf Configuration Examples
  230
- Exporting All Interface & Static Routes to OSPF
  231
- Exporting All RIP, Interface & Static Routes to OSPF
  231
- Figure 14-1 Exporting to OSPF
  234
15 Is-Is Configuration Guide

235
- Defining an IS-IS Area
  235
- Configuring IS-IS Interfaces
  235
- Enabling IS-IS on the RS
  236
- Setting IS-IS Global Parameters
  236
- Setting the IS Operating Level
  236
- Setting the PSN Interval
  236
  - Setting the System ID
    237
  - Setting the SPF Interval
    237
- Setting the Overload Bit
  237
- Setting IS-IS Authentication
  238
- Setting IS-IS Interface Parameters
  239
- Setting the Interface Operating Level
  239
- Setting Interface Parameters for a Designated Intermediate System (DIS)
  240
- Setting IS-IS Interface Timers
  240
- Setting Mesh Group Membership
  240
- Displaying IS-IS Information
  241
- IS-IS Sample Configuration
  241
- Figure 15-1 Network Overview
  242
- Figure 15-2 Area 1 Detailed View
  243
- Figure 15-3 Area 2 Detailed View
  244
- Figure 15-4 Area 3 Detailed View
  245
- Figure 15-5 Area 4 Detailed View
  246
16 Bgp Configuration Guide

259
- The RS BGP Implementation
  259
- Basic BGP Tasks
  260
- Setting the Autonomous System Number
  260
  - Setting the Router ID
    260
- Configuring a BGP Peer Group
  261
  - Adding a BGP Peer
    262
  - Starting BGP
    262
- Using AS-Path Regular Expressions
  262
- AS Path Regular Expression Examples
  263
- Using the as Path Prepend Feature
  264
- Notes on Using the as Path Prepend Feature
  264
- Creating BGP Confederations
  265
- Figure 16-1 BGP Confederation
  265
- Creating Community Lists
  266
  - Table 16-1 Keywords for Well-Known Communities
    266
  - Using Route Maps
    267
- Using BGP Accounting
  269
- BGP Configuration Examples
  271
- BGP Peering Session Example
  272
- Figure 16-2 Sample BGP Peering Session
  273
- IBGP Configuration Example
  274
- IBGP Routing Group Example
  275
- Figure 16-3 Sample IBGP Configuration (Routing Group Type)
  275
- EBGP Multihop Configuration Example
  277
- Figure 16-4 Sample EBGP Configuration (Multihop)
  277
- Community Attribute Example
  280
- Figure 16-5 Sample BGP Configuration (Specific Community)
  281
- Figure 16-6 Sample BGP Configuration (Well-Known Community)
  282
- Notes on Using Communities
  286
- Local Preference Examples
  287
- Multi-Exit Discriminator Attribute Example
  290
- Figure 16-8 Sample BGP Configuration (MED Attribute)
  290
- EBGP Aggregation Example
  291
- Figure 16-9 Sample BGP Configuration (Route Aggregation)
  291
- Route Reflection Example
  292
- Figure 16-10Sample BGP Configuration (Route Reflection)
  293
- Notes on Using Route Reflection
  295
- BGP Confederation Example
  295
- Figure 16-11Sample BGP Confederation
  295
- Route Map Example
  300
- Figure 16-12Sample BGP Configuration (Route Map)
  300
- BGP Accounting Examples
  301
- Figure 16-13Sample BGP Configuration (Accounting)
  303
- Figure 16-14Sample BGP Configuration (DSCP Accounting)
  305
17 Mpls Configuration

309
- MPLS Architecture Overview
  310
  - Labels
    310
  - Figure 17-1 MPLS Label Switched Path
    310
  - Figure 17-2 Encoding of an MPLS Label
    311
  - Figure 17-3 MPLS Label Stack
    311
  - Table 17-1 Reserved Label Values
    312
  - Table 17-2 MPLS Label Operations Supported on the RS
    312
  - Label Binding
    313
- Label Distribution and Management
  313
- Figure 17-4 Label Binding Distribution
  313
- Figure 17-5 LSP Creation and Packet Forwarding
  314
- Label Retention Mode
  315
- Penultimate Hop Popping
  315
  - MPLS Tunnels
    315
- MPLS Table Information
  316
- Figure 17-6 LSP Tunneling
  316
- Enabling and Starting MPLS on the RS
  319
- RSVP Configuration
  321
- Establishing RSVP Sessions
  322
- Figure 17-7 RSVP Path and Resv Messages
  322
- RSVP Refresh Intervals
  323
  - Table 17-3 RSVP Parameters on the RS
    323
  - RSVP Hello Packets
    324
  - Authentication
    325
- Blockade Aging Interval
  326
- RSVP Refresh Reduction
  326
- Displaying RSVP Information
  328
- Table 17-4 RSVP Session Information
  328
- LDP Configuration
  329
- Establishing LDP Sessions
  329
- Monitoring LDP Sessions
  330
  - Table 17-5 Default LDP Session Monitoring Parameters
    330
  - Loop Detection
    331
  - Remote Peers
    331
- MD5 Password Protection
  332
  - Using LDP Filters
    332
- Displaying LDP Information
  334
- Table 17-6 LDP Peer and Session Information
  334
- Configuring L3 Label Switched Paths
  335
- Configuring L3 Static Lsps
  335
- Figure 17-8 L3 Static Label Switched Path
  337
- Configuring L3 Dynamic Lsps
  339
- Configuring an Explicit LSP
  340
- Table 17-7 LSP and Explicit Path Parameters
  341
- Connection Retries
  344
  - Figure 17-9 Dynamic L3 LSP Paths
    346
  - Figure 17-10 Static and Dynamic L3 LSP Example
    349
  - Figure 17-11 BGP Traffic over an MPLS LSP
    356
  - Figure 17-12 Cable Modem Traffic over LSP
    361
  - Configure Vlan
    362
  - DHCP Configuration
    365
- Configuring L2 Tunnels
  368
- Configuring L2 Static Labels
  368
- Figure 17-13 Static L2 Path (Unidirectional)
  369
- Figure 17-14 Static L2 Paths (Bi-Directional)
  371
- Configuring Dynamic L2 Labels
  373
- Figure 17-15 Transport of Layer 2 Frames Across an MPLS Network
  373
- Figure 17-16 Tunneling of Multiple Virtual Circuits Based on VLAN ID
  376
- Time Saver
  380
- Figure 17-17 Tunneling of Virtual Circuits Based on VLAN ID (RSVP Tunnel)
  380
- Figure 17-18 Tunneling of Multiple Virtual Circuits Based on Ports (Untagged Frames)
  388
- Figure 17-19 Tunneling of Virtual Circuits Based on Ports (RSVP Tunnel)
  392
- Figure 17-20 Tunneling of Multiple Virtual Circuits Based on Port and VLAN ID
  399
- Figure 17-21 Tunneling of Virtual Circuits Based on VLAN ID and Port (RSVP Tunnel)
  403
- Traffic Engineering
  410
- Administrative Groups
  410
- Constrained Shortest Path First
  412
18 Routing Policy Configuration

431
19 Multicast Routing Configuration

465
- IGMP Overview
  465
- DVMRP Overview
  465
- Configuring IGMP
  466
- Configuring IGMP on an IP Interface
  466
- Configuring IGMP Query Interval
  467
- Configuring IGMP Response Wait Time
  467
- Configuring Per-Interface Control of IGMP Membership
  467
- Configuring Static IGMP Groups
  467
- Configuring DVMRP
  468
- Starting and Stopping DVMRP
  468
- Configuring DVMRP on an Interface
  468
- Configuring DVMRP Parameters
  468
- Configuring the DVMRP Routing Metric
  469
- Configuring DVMRP TTL & Scope
  469
- Configuring a DVMRP Tunnel
  470
- Monitoring IGMP & DVMRP
  470
- Configuration Example
  471
20 IP Policy-Based Forwarding Configuration

473
21 Network Address Translation Configuration

487
- Configuring NAT
  487
- Setting Inside and Outside Interfaces
  488
  - Setting NAT Rules
    488
- Forcing Flows through NAT
  488
- Managing Dynamic Bindings
  489
- NAT and DNS
  489
- NAT and ICMP Packets
  490
- NAT and FTP
  490
- Monitoring NAT
  491
- Configuration Examples
  491
  - Static Configuration
    491
  - Figure 21-1 Static Address Binding Configuration
    491
  - Using Static Nat
    492
- Dynamic Configuration
  493
- Figure 21-2 Dynamic Address Binding Configuration
  493
- Using Dynamic NAT
  494
- Dynamic NAT with IP Overload (PAT) Configuration
  494
- Figure 21-3 Dynamic Address Binding with PAT
  494
- Using Dynamic NAT with IP Overload
  495
- Dynamic NAT with DNS
  495
- Figure 21-4 Dynamic Address Binding with DNS
  495
- Using Dynamic Nat with Dns
  496
- Dynamic NAT with Outside Interface Redundancy
  497
- Figure 21-5 Dynamic Address Binding with Outside Interface Redundancy
  497
- Using Dynamic NAT with Matching Interface Redundancy
  498
22 Web Hosting Configuration

499
- Load Balancing
  499
- Creating the Server Group
  500
- Specifying a Protocol
  500
- Adding Servers to the Load Balancing Group
  501
- Setting Timeouts for Load Balancing Mappings
  502
- Table 22-1 Default Binding Timeouts
  502
- Optional Group or Server Operating Parameters
  503
- Specifying a Connection Threshold
  503
- Using Health Check Clusters
  505
  - Setting Server Status
    505
- Load Balancing and FTP
  506
- Allowing Load Balancing Servers to Access the Internet
  506
- Allowing Access to Load Balancing Servers
  506
- Virtual State Replication Protocol (VSRP)
  506
- Figure 22-1 VSRP Configuration Example
  507
- Displaying Load Balancing Information
  508
- Configuration Examples
  508
- Web Hosting with One Virtual Group and Multiple Destination Servers
  509
- Figure 22-3 Load Balancing with Multiple Virtual Groups
  510
- Virtual Ip Address Ranges
  511
- Figure 22-4 Virtual IP Address Ranges
  512
- Group Name
  512
- Figure 22-5 Session and Netmask Persistence
  513
- Client IP Address
  513
- Figure 22-6 Load Balancing with NAT
  514
- Web Caching
  515
- Configuring Web Caching
  515
  - Creating the Cache Group
    516
  - Specifying the Client(S) for the Cache Group (Optional)
    516
- Configuration Example
  517
- Figure 22-7 Web Cache Configuration
  517
- Other Web-Cache Options
  517
- Monitoring Web-Caching
  520
23 Ipx Routing Configuration

521
- RIP (Routing Information Protocol)
  521
- SAP (Service Advertising Protocol)
  522
- Configuring IPX RIP & SAP
  522
  - Ipx Rip
    522
  - Ipx Sap
    522
- Creating IPX Interfaces
  522
  - IPX Addresses
    523
- Configuring IPX Interfaces and Parameters
  523
- Configuring IPX Addresses to Ports
  523
- Configuring Secondary Addresses on an IPX Interface
  523
- Configuring IPX Interfaces for a VLAN
  524
- Specifying IPX Encapsulation Method
  524
- Configuring IPX Routing
  525
  - Enabling IPX RIP
    525
  - Enabling SAP
    525
- Configuring Static Routes
  525
- Configuring Static SAP Table Entries
  525
- Controlling Access to IPX Networks
  526
- Monitoring an IPX Network
  528
- Configuration Examples
  528
24 Access Control List Configuration

531
- ACL Basics
  531
- Defining Selection Criteria in ACL Rules
  531
- How ACL Rules Are Evaluated
  533
  - Implicit Deny Rule
    534
- Allowing External Responses to Established TCP Connections
  535
- Creating and Modifying Acls
  536
- Editing Acls Offline
  536
- Maintaining Acls Using the ACL Editor
  537
- Using Acls
  538
- Applying Acls to Interfaces
  538
- Applying Acls to Services
  539
- Applying Acls to Layer-4 Bridging Ports
  539
- Using Acls as Profiles
  540
- Enabling ACL Logging
  544
- Monitoring Acls
  545
25 Security Configuration

547
- Configuring RS Access Security
  547
- Configuring RADIUS
  547
- Monitoring Radius
  548
- Configuring TACACS
  549
- Monitoring Tacacs
  549
- Configuring Passwords
  551
  - Configuring SSH
    551
- Layer-2 Security Filters
  552
- Table 25-1 SSH Session Commands
  552
- Configuring Layer-2 Address Filters
  553
- Configuring Layer-2 Port-To-Address Lock Filters
  553
- Configuring Layer-2 Static Entry Filters
  554
- Configuring Layer-2 Secure Port Filters
  554
- Monitoring Layer-2 Security Filters
  555
- Layer-2 Filter Examples
  555
  - Figure 25-1 Source Filter Example
    555
  - Example 1: Address Filters
    556
  - Static Entries Example
    556
  - Example 2 : Secure Ports
    557
  - Port-To-Address Lock Examples
    557
- Layer-3 Access Control Lists (Acls)
  558
- Layer-4 Bridging and Filtering
  558
- Creating an IP or IPX VLAN for Layer-4 Bridging
  559
- Figure 25-2 Sample VLAN for Layer-4 Bridging
  559
- Placing the Ports on the same VLAN
  560
- Enabling Layer-4 Bridging on the VLAN
  560
- Creating Acls to Specify Selection Criteria for Layer-4 Bridging
  560
- Applying a Layer-4 Bridging ACL to a Port
  561
  - Notes
    561
26 Qos Configuration

563
- Layer-2, Layer-3 and Layer-4 Flow Specification
  564
- Precedence for Layer-3 Flows
  564
- Source Port
  565
- RS Queuing Policies
  565
- Traffic Prioritization for Layer-2 Flows
  565
- Configuring Layer-2 Qos
  566
- Class of Service Priority Mapping
  566
- Traffic Prioritization for Layer-3 & Layer-4 Flows
  568
- Configuring IP Qos Policies
  568
- Configuring IPX Qos Policies
  569
- Configuring RS Queueing Policy
  569
- Allocating Bandwidth for a Weighted-Fair Queuing Policy
  570
- Weighted Random Early Detection (WRED)
  570
- Wred's Effect on the Network
  570
- Weighting Algorithms in WRED
  570
- Figure 26-1 Average Queue Size and Bursty Traffic
  571
- Tos Rewrite
  572
- Configuring Tos Rewrite for IP Packets
  572
- Figure 26-2 Tos Fields
  572
- Figure 26-3 Tos Rewrite
  573
- Monitoring Qos
  574
- Figure 26-4 Tos Rewrite Example
  574
- 26.10 Limiting Traffic Rate
  575
- Rate Limiting Modes
  576
- Per-Flow Rate Limiting
  576
- Software-Based Flow-Aggregate Rate Limiting
  577
  - Port Rate Limiting
    577
- Aggregate Rate Limiting
  578
- Example Configurations
  580
- Figure 26-5 Per-Flow Rate Limiting
  580
- Displaying Rate Limit Information
  581
27 Performance Monitoring

583
- Show ICMP Statistics
  583
- Configuring the RS for Port Mirroring
  584
- Monitoring Broadcast Traffic
  585
28 Rmon Configuration

587
- Configuring and Enabling RMON
  587
- Example of RMON Configuration Commands
  588
  - RMON Groups
    588
  - Table 28-1 Lite RMON Groups
    589
  - Table 28-2 Standard RMON Groups
    589
  - Control Tables
    590
  - Table 28-3 Professional RMON Groups
    590
- Using RMON
  591
- Configuring RMON Groups
  592
- Configuration Examples
  594
- Displaying RMON Information
  595
  - RMON CLI Filters
    596
    
    Creating Rmon Cli Filters
    597
    
    Using Rmon Cli Filters
    597
- Troubleshooting RMON
  598
- Allocating Memory to RMON
  599
- Table 28-4 Maximum Memory Allocations to RMON
  600
29 Lfap Configuration Guide

601
- Overview
  601
- Requirements
  601
- Traffic Accounting Services
  601
- Configuring the LFAP Agent on the RS
  602
- Figure 29-1 Riverstone's Network Traffic Accounting Services
  602
- Monitoring the LFAP Agent on the RS
  603
- Table 29-1 LFAP Monitoring Commands
  603
30 Wan Configuration

605
31 Service Configuration

705

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Riverstone Networks WICT1-12 Manuals

Riverstone Networks WICT1-12 User Manual (718 pages)

Table of Contents

1 Introduction

2 Maintaining Configuration Files

151 CLI and RS Basics

4 Hot Swapping Line Cards and Control Modules

5 Bridging Configuration Guide

6 Smarttrunk Configuration Guide

7 CMTS Configuration Guide

8 ATM Configuration Guide

9 Packet-Over-SONET Configuration Guide

10 Dhcp Configuration Guide

11 IP Routing Configuration Guide

12 Vrrp Configuration Guide

13 Rip Configuration Guide

14 Ospf Configuration Guide

15 Is-Is Configuration Guide

16 Bgp Configuration Guide

17 Mpls Configuration

18 Routing Policy Configuration

19 Multicast Routing Configuration

20 IP Policy-Based Forwarding Configuration

21 Network Address Translation Configuration

22 Web Hosting Configuration

23 Ipx Routing Configuration

24 Access Control List Configuration

25 Security Configuration

26 Qos Configuration

27 Performance Monitoring

28 Rmon Configuration

29 Lfap Configuration Guide

30 Wan Configuration

31 Service Configuration

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