Page 1 Cajun™ P550R /P880/P882 Switch User Guide Version 5.0 March 2001...
Page 2 All information in this document is believed to be accurate and reliable, but is presented without warranty of any kind, express or implied, and users must take full responsibility for their application of any products specified in this document.
Page 3: Table Of Contents
Adding Document Files to an Existing Server 36 Downloading an Updated CajunDocs CD from the Internet 37 Documentation 37 Terminology 38 Documentation Feedback 38 Chapter 1 — Introduction to the Cajun P550R/P880/P882 Switch 1-1 Overview 1-1 Switch Description 1-1 Hardware Components 1-2 Chassis 1-2...
Page 4 Routing Overview 1-26 Compatibility with the Layer 2 Switch 1-26 Routing with Layer 2 and Layer 3 Modules 1-27 Chapter 2 — Initialize and Setup of the P550R/P880/P882 Switch 2-1 Overview 2-1 Setting Up Your Laptop or PC Monitor 2-2...
Page 5 Copy Files Using the Web Agent 2-27 Copying Files Using the CLI 2-30 Viewing the Status of a TFTP Transfer 2-31 Viewing the Status of a TFTP Transfer Using the Web Agent 2-31 Viewing the Status of a TFTP Transfer Using the CLI 2-31 Chapter 3 —...
Page 6 Displaying the Cooling System Statistics Using the CLI 3-16 Performing a Reset 3-17 Performing a Reset Using the Web Agent 3-17 Performing a Reset Using the CLI 3-17 Chapter 4 — Using VLANs, Spanning Tree, Hunt Groups, and VTP Snooping 4-1 Overview 4-1 VLAN Operation 4-1...
Page 7 Forwarding Rules 5-8 Egress Rules 5-8 Relationship Between Different Switch Port Parameters 5-9 Assigning VLANs to a Port and Associated Issues 5-12 Configuring Physical Port Parameters on Gigabit Ports 5-14 Configuring Physical Port Parameters on Gigabit Ports Using the Web Agent 5-14...
Page 8 Searching the Switch AFT Using the CLI 6-12 Adding Entries to the AFT Manually 6-13 Adding Entries to the AFT Manually Using the Web Agent 6- Adding Entries to the AFT Manually Using the CLI 6-14 Chapter 7 — Configuring Redundancy Options 7-1...
Page 9 Creating IP Static Routes Using the Web Agent 9-23 Creating IP Static Routes Using the CLI 9-24 Creating IP Static ARP Entries 9-24 Creating IP Static ARP Entries Using the Web Agent 9-24 Creating IP Static ARP Entries Using the CLI 9-26 Creating a BOOTP/DHCP Server Entry 9-26...
Page 10 Globally Enabling VRRP Using the Web Agent 9-67 Globally Enabling VRRP Using the CLI 9-68 Enabling VRRP on an Interface 9-69 Enabling VRRP on an Interfere Using the Web Agent 9-69 Enabling VRRP on an Interface Using the Web Agent 9-70 Creating a VRRP Virtual Router 9-70...
Page 11 Enabling IRDP on an Interface 9-74 Enabling IRDP on an Interface Using the Web Agent 9-74 Enabling IRDP on an Interface Using the CLI 9-77 Configuring Lightweight Directory Access Protocol (LDAP) 9-77 Configuring LDAP Settings 9-78 Configuring LDAP Settings from the Web Agent 9-78...
Page 12 Searching the OSPF Link State Database 11-22 Searching the OSPF Link State Database Using the Web Agent 11-23 Searching the OSPF Link State Database Using the CLI 11-28 Chapter 12 — Configuring IPX Routing 12-1 Overview 12-1 Internetwork Packet Exchange (IPX) Protocol Overview 12-1...
Page 13 Configuring IPX RIP Interfaces Using the Web Agent 13-1 Configuring IPX RIP Interfaces Using the CLI 13-3 Creating and Modifying IPX RIP Filters 13-3 Creating and Modifying IPX RIP Filters Using the Web Agent 13-3 Creating and Modifying IPX RIP Filters Using the CLI 13-7 Chapter 14 —...
Page 14 Editing an AppleTalk NBP Filter Using the CLI 15-16 Adding or Deleting Interfaces to an NBP Filter 15-17 Adding or Deleting Interfaces to an NBP Filter Using the Web Agent 15-17 Adding or Deleting Interfaces to NBP Filter Using the CLI 15-...
Page 15 Editing an AppleTalk Zone Filter Using the CLI 15-20 Adding or Deleting Interfaces to a Zone Filter 15-21 Adding or Deleting Interfaces to a Zone Filter Using the Web Agent 15-21 Adding or Deleting Interfaces to a Zone Filter Using the CLI...
Page 16 Deleting a Multicast Session Client Port 16-13 Deleting a Multicast Session Client Port Using the Web Agent 16-13 Deleting a Multicast Session Client Port Using the CLI 16-13 Creating a Static Multicast Session 16-14 Creating a Static Multicast Session Using the Web Agent 16-...
Page 17 Deleting Static Client Ports Using the Web Agent 16-18 Deleting Static Client Ports Using the CLI 16-18 Configuring Internet Group Management Protocol (IGMP) Snooping (Multilayer only) 16-18 Enabling IGMP Snooping 16-19 Enabling IGMP Snooping Using the Web Agent 16-19 Enabling IGMP Snooping Using the CLI 16-19...
Page 18 Searching the Routing Cache for an Entry 18-7 Searching the Routing Cache for an Entry Using the Web Agent 18-7 Searching the Routing Cache for an Entry Using the CLI 18- Displaying the Forwarding Cache 18-10 Displaying the Forwarding Cache Using the Web Agent 18- Displaying the Forwarding Cache Using the CLI 18-12 Chapter 19 —...
Page 19 Managing Buffers and Queues 20-2 Managing Buffers and Queues Using the Web Agent 20-2 Managing Buffers and Queues Using the CLI 20-7 Appendix A — Downloading New Operational Code to the Switch A-1 Overview A-1 Upgrading from a Previous Version A-1...
Page 20 MIBs Supported by the Multilayer Switch C-2 RIP Version 1.0 and 2.0 C-2 Standard MIB C-2 Private MIB C-2 OSPF Version 2.0 C-2 Standard MIB C-2 Private MIB C-3 VRRP C-3 Standard MIB C-3 Private MIB C-3 IGMP C-3 Standard MIB C-3...
Page 21 Layer 3 Supervisor Conceptual Operation 1-10 Flooding Domain 1-17 Spanning Tree Models 1-21 Layer 2 and Layer 3 Routing in a Switch 1-28 Cajun P550R Switch Front View 2-2 Layer 2 and Layer 3 CLI Setup Command Session 2-5 Cajun Web Agent Welcome Window 2-7...
Page 22 Spanning Tree Information Dialog Box 4-11 Spanning Tree Bridge Configuration Dialog Box 4-12 Spanning Tree Per Module Bridge Port Dialog Box 4-13 Spanning Tree Bridge Port Information Dialog Box 4-15 Module Information Dialog Box 4-18 Switch Ports Dialog Box 4-18...
Page 23 IP Global Configuration Dialog Box. 9-8 Multinet Diagram 9-13 IP Access List Dialog Box 9-15 Create IP Standard Access List Dialog Box 9-15 IP Extended Access Rule Creation Dialog Box 9-17 IP Access Control Dialog Box 9-23 IP Static ARP Entries Dialog Box 9-25...
Page 24 Add IPX RIP Filter Dialog Box 13-4 IPX SAP Interfaces Dialog Box 14-1 IPX SAP Name Filters Dialog Box. 14-4 Add IPX SAP Name Filter Dialog Box 14-5 IPX SAP Net Filters Dialog Box 14-8 Add IPX SAP Net Filter Dialog Box 14-8...
Page 25 AppleTalk NBP Filter Dialog Box 15-14 Add AppleTalk NBP Filter Dialog Box 15-14 Add/Delete Interface to NBP Filter Dialog Box 15-17 AppleTalk Zone Filter Dialog Box 15-18 Add AppleTalk Zone Filter Dialog Box 15-19 Add/Delete Interface to Zone Filter Dialog Box 15-21...
Page 26 Module Information Dialog Box 20-3 Buffer Management Dialog Box 20-3 Buffer Detail Configuration Dialog Box 20-5 xxvii Cajun P550R/P880/P882 Switch User Guide...
Page 27: Overview Of The Contents
This guide explains how to configure and operate the ® Cajun™ P550R /P880/P882 switches. These switches support both layer 2 and layer 3 functionality. Also included is information on downloading new operational code to your switch. For detailed ™ information on the command line interface, refer to Cajun Command Line Interface Reference Guide.
Page 28 IP routing and interpret IP routing statistics. Volume 5: Chapter 10, Configuring IP Routing Interface Protocol (RIP) Routing — Explains how to configure IP RIP on your switch. Chapter 11, Configuring the Open Shortest Path First (OSPF) Routing Protocol — Explains how to configure OSPF routing protocol on your Cajun Switch.
Page 29 Chapter 17, Monitoring the Cajun Switch — Explains how to use the Web Agent to assess your switch’s current operational status. Chapter 18, Monitoring and Configuring the Forwarding Cache (L3 Only) — Explains how to interpret and monitor forwarding operations that occur in the address cache of the multilayer media modules.
Page 30: Technical Support
From the United States and North America: Dial • 1-800-237-0016 • 1-800-242-2121 Outside North America: Contact your distributor Avaya Technologies Products and Services Refer to the Avaya World Wide Web site at: http://www.Avaya.com/dns. for information about Avaya products and services. Preface-30 Cajun P550R/P880/P882 Switch User Guide...
Page 31: Conventions
Conventions The following conventions are used throughout this guide:: Convention Represents Examples User Input User entered text. To create a new password, type store password root Boldface Text Represents a menu Select Default from the Interface pull-down command, a keyword to be acted upon, or a button menu.
Page 32 The words In this guide: ‘Select’ and Select means to point and Select Modules & Ports ‘Click’. click on a specific item that from the System>Configuration then opens another dialog box, window, option box, group on the web agent etc..
Page 33: Using Notes, Cautions, And Warnings
Using Notes, Cautions, and Warnings The following text and icon conventions are used in this guide for Notes, Cautions, and Warnings. * Note: Provides additional information about a procedure or topic. Indicates a condition that may cause bodily injury or death.
Page 34: Online Help
Online Help You must have a browser installed on your system in order to use the on-line help. ® * Note: If you are using Netscape , use version 4.5 or later. Also, you must configure the Proxies to: Direct Connection to the Internet.
Page 35: Starting The Http Web Server
3. Select the document server from that program group. The Avaya document server will launch. To access this server from a Web browser you need to set a server location on the switch, as explained in "Entering the Server Location on the Switch" section.
Page 36: Adding Document Files To An Existing Server
5. Select Apply to accept the server location you entered or cancel to ignore the location. Adding You can install the online help to a Web server other than the HTTP Document Files server bundled on the CajunDocs CD-ROM. You must transfer the...
Page 37: Downloading An Updated Cajundocs Cd From The Internet
7. Enter the directory name of your help files in the HELP Directory Location field. For example, help. * Note: The default for the help directory is help. You do not need to change this unless you changed the name of your help directory.
Page 38: Terminology
For example, Layer 2 Supervisor Module, indicates a supervisor module that enables switching. The term, Layer 3 refers to the combined ability to switch and route. For example, the name, Layer 3 supervisor module, indicates a supervisor module that provides switching and routing capabilities.
Page 39: Chapter 1 - Introduction To The Cajun P550R/P880/P882 Switch
These switches are the centerpiece for Avaya data, voice and multimedia LANs. The P550R switching capacity ranges from 46Gbps in 50-series mode to 55Gbps in 80-series mode. The P880/ P882 switching capacity ranges from 56Gbps, in 50-series mode, to 139Gbps, in 80-series mode.
Page 40: Hardware Components
50-series mode 80-series mode 50-Series Mode The 50-series platform offers a switching fabric performance if 1.76 gigabit per second per fabric port. 50-series modules operate at 55MHz only. The presence of any 50-series modules within the chassis will cause the chassis to operate in 50-series mode.
Page 41: 80-Series Mode
A 13x13 crossbar switch fabric Slots The P550R chassis consists of seven slots. Slot 1 is dedicated for a supervisor module and the remaining six of which are payload slots. If a redundant supervisor is used in the chassis, it must be inserted into slot 2 of the chassis.
Page 42: Fan Tray
Fan Tray There are two fan assemblies in the chassis. One fan assembly is located on the left side of the chassis to provide air flow to the media modules installed. This fan assembly is hot-swappable. The other fan assembly is located in the rear of the chassis to provide air flow to the switch fabric.
Page 43: Crossbar Architecture
By comparison, shared memory switches have an inherent maximum upper boundary in throughput that makes high-density, single-backplane gigabit switches impractical. This means that as you increase the number of gigabit ports in your network, the architecture can scale to meet your needs. The crossbar supports: 13 fabric ports (two per I/O module slot, one for the supervisor module).
Page 44: P880/P882 Chassis
In 50-series mode, the P880/P882 Chassis can only support up to 15 payload slots. Slot seventeen is unsupported in 50-series mode. In 80-series mode, all sixteen payload slots are usable.
Page 45: Fan Tray
Fan Tray There are two fan assemblies in the chassis. One fan assembly is located on the left side of the chassis to provide air flow to the media modules installed. The other fan assembly is located in the rear of the chassis to provide air flow to the switch fabric.
Page 46: 50-Series Modules
* Note: All layer 3 modules interoperate with the layer 2 modules and require the layer 3 supervisor module. The layer 2 and layer 3 supervisor modules are both responsible for learning addresses, and managing the address cache and the Spanning Tree Protocol (STP).
Page 47 Layer 3 The layer 3 Supervisor module requires a faster CPU and more Supervisor memory. Also, unlike the layer 2 supervisor, the layer 3 supervisor is part of the path that some packets take through the system. To Module accomplish this, the layer 3 supervisor requires faster data transfer to and from the switching fabric.
Page 48: Layer 3 Supervisor Conceptual Operation
AppleTalk, that are not implemented in hardware PCMCIA interface that only supports the Flash card that you can order from Avaya. Figure 1-2 illustrates a conceptual diagram of the layer 3 supervisor module’s functions. Figure 1-2. Layer 3 Supervisor Conceptual Operation...
Page 49: Redundant Supervisor
Once the redundant supervisor is installed, loaded with the same software version as the active supervisor, and synchronized, it is ready to act as a backup to the active supervisor. If the active supervisor does fail, the redundant module quickly assumes control with the least possible affect on network operation.
Page 50: Media Modules
Model M5500-MEM16 for 16 MB upgrade Model M5500-MEM32 for 32 MB upgrade Media Modules All of the layer 3 media modules have the same general function as the layer 3 supervisor module except for the following: The number and type of physical interfaces...
Page 51: Layer 2 And Layer 3 Fast Ethernet Modules
Introduction to the Cajun P550R/P880/P882 Switch IEEE 802.1p CoS — Layer 3 tagging — Layer 2 and All three switches support the following layer 2 and layer 3 Fast Layer 3 Fast Ethernet modules: Ethernet Modules 20-Port 10/100BASE-TX Ethernet module (layer 2 support), with 20 RJ-45 Ports –...
Page 52: 80-Series Modules
2 GBIC optical modules. It has two switch ports to the backplane providing more than two Gb per second bidirectional data traffic to the switch. This module can support the following GBIC-type connectors: 850 nM multimode (1000BASE-SX) —...
Page 53: Software Features
500m. 8-port, GBIC based module — This module can be configured with up to 4 GBIC optical modules. It also has two switch ports to the backplane that provide more than two Gb per second bidirectional data traffic to the switch. There are four GBICs per port each capable of one Gb per second.
Page 54: Virtual Bridging Functions
Explicitly tagged VLAN packets — these are forwarded based on the information in the packet. Up to 1,000 VLANs — VLANs define a set of ports in a flooding domain. Packets that need to be flooded are sent only to ports participating in that VLAN (Figure 1-3).
Page 55: Hunt Groups
Hunt Groups Hunt groups allow you to aggregate bandwidth from multiple ports so they act as one high-bandwidth switch port. Hunt groups create multi-gigabit pipes to transport traffic through the highest traffic areas of your network. You can create hunt groups that interoperate with other vendor’s equipment (for example, Cisco’s Etherchannel...
Page 56: Domain Naming System (Dns) Client Support
All three switches map domain names to IP addresses through DNS clients. DNS must be enabled on the switch and at least one name server IP address must be specified. The following DNS Client features are supported:...
Page 57: Remote Authentication Dial-In User Service (Radius) Client Support
Introduction to the Cajun P550R/P880/P882 Switch When DNS is enabled, DNS names can be used in place of IP addresses for ping , telnet , connect, and traceroute and copy tftp CLI commands The DNS client name can consist of up to 255 characters...
Page 58: Load Mib
The spanning tree algorithm creates a single path through the network by ensuring that if more than one path exists between two parts of a network, only one of these paths is used, while the others are blocked.
Page 59: Spanning Tree Protocol Bridge Options
IEEE802.1D unless otherwise specified herein. BPDUs are as defined by 802.1D and are sent out Clear on each link regardless of whether or not the link has a tagging method defined. This method is desired...
Page 60 20 possible paths back to the root bridge (50 VLANS X 20 LINKS X 0.5 BPDU/sec. = 500), or if you have 100 VLANs you cannot have more that 10 possible paths back to the root bridge.
Page 61 Dual-Layer spanning tree mode is a variation of per-VLAN spanning tree mode with many of the same features. However, instead of using normal BPDUs, which are clear (free of VLAN tags) on clear links and tagged on tagged links, as is the case with Per-VLAN Spanning Tree mode, dual-layer uses a proprietary BPDU.
Page 62: Global Disable
The port is disabled at Layer 2. You can also set the port to Spanning Tree disable on a port if you do not want that port to “Participate”. The port is then put directly into...
Page 63: Extensive Fault Tolerance
Adding gigabit speeds to existing networks means that there can be a huge disparity between link speeds. For example, anything more than a 1-percent load on a gigabit link could easily overwhelm a 10 Mb/s Ethernet link. Each switch employs the following buffer and queue management...
Page 64: Routing Overview
Configurable service ratio tunes queue priority. Routing Overview All three switches can be configured as an IP, IPX ,and AppleTalk router with virtual interfaces. Virtual interfaces are mapped to physical ports or VLANs. Layer 3 IP traffic is routed between the virtual interfaces.
Page 65: Routing With Layer 2 And Layer 3 Modules
Introduction to the Cajun P550R/P880/P882 Switch Routing with Layer 2 and Layer 3 Modules When a switch is configured with a mix of layer 2 and layer 3 modules, IP and IPX routing is performed by the layer 3 media modules or the layer 3 supervisor module using special ASICs present on those modules.
Page 66: Layer 2 And Layer 3 Routing In A Switch
Chapter 1 Figure 1-5 shows how traffic is routed in a switch. Figure 1-5. Layer 2 and Layer 3 Routing in a Switch L2/L3 L2/L3 L2/L3 Supervisor Supervisor Supervisor L2/L3 I/O Module L2/L3 I/O Module L2/L3 I/O Module L2 I/O Module...
Page 67: Chapter 2 - Initialize And Setup Of The P550R/P880/P882 Switch
Configuring Dial-Up Networking Managing Configuration Files * Note: The last step in each procedure tells you to click Apply to save any setup or changes you made. This saves the setup or any changes to the Running config only. The Startup config has not changed.
Page 68: Setting Up Your Laptop Or Pc Monitor
Chapter 2 Setting Up Your Laptop or PC Monitor You need a laptop or PC to make a serial line connection to the switch to complete initial switch setup. Table 2-1 lists the settings required for the laptop or PC monitor to communicate with the switch.
Page 69 Copyright © 1999, All rights reserved by Lucent Technologies Corporation This software is furnished under a license and may be used in accordance with the terms of such license and with the inclusion of the above copyright notice. This software or any other copies thereof may not be provided or otherwise made available to any other person.
Page 70 Enter the enable command. b. Enter the configure command . 7. Enter the setup command . This initiates a series of queries. Answer each query as follows: a. Press Enter when prompted to change the super user password.
Page 71: Layer 2 And Layer 3 Cli Setup Command Session
Initialize and Setup of the P550/P880/P882 Switch Figure 2-2 shows the setup command session. Figure 2-2. Layer 2 and Layer 3 CLI Setup Command Session Welcome to Switch Setup. The brief series of questions follows will help you to configure this switch. After...
Page 72: Configuring The Switch Using The Web Agent
Chapter 2 Connect one end of a crossover patch cable to the 10Base-T port located on the layer 2 Supervisor module front panel, or the 10/100Base-T port on the layer 3 Supervisor module front panel (Figure 2-1). Connect the other end to an out of band device.
Page 73: Opening The Web Agent
Microsoft Internet Explorer 3.0 or later To open to the Web Agent: 1. Start your browser. 2. Enter the URL of the switch you want to manage In the Location field. For example: http://127.255.255.0. * Note: You must enter a separate IP address for each supervisor module interface (console or inband).
Page 74: System Information Window
Chapter 2 Figure 2-4. Username and Password Required Window 5. Enter a valid user name. The default super user name is root. Press the Tab key to move to the Password field. 6. Enter a valid password. The default password is root.
Page 75: Moving Through The Web Agent
Initialize and Setup of the P550/P880/P882 Switch Moving through the Web Agent To move through the web agent screens: 1. Select the plus sign (+) next to the folder that you want to open. That folder opens listing the operations you can perform (Figure 2-6).
Page 76: Setting Up User Accounts
The following configuration procedures are written assuming you have already logged onto the Cajun Switch Web Agent. Setting Up User Accounts You can setup User Accounts using either the web agent or the CLI. Setting Up User To setup a user account using the Web Agent:...
Page 77: User Account Management Dialog Box
Figure 2-9. Add User Account Dialog Box. 3. Enter a user name in the User Name field. 4. Enter a password in the Password field. 5. Select an Access Type from the Access Type field pull-down menu. The options are: READ_ONLY...
Page 78: Setting Up User Accounts Using The Cli
Chapter 2 Setting Up User To setup a user account using the CLI, enter the following command Accounts Using in User mode: the CLI > username <name> password [encrypted-type1] <passwd> [access-type {read-only|read-write|admin}] Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command.
Page 79: Create Snmp Community Dialog Box
Initialize and Setup of the P550/P880/P882 Switch Figure 2-11. Create SNMP Community Dialog Box 3. Enter a name for the SNMP community in the Community String field. 4. Select an option from the IP Address field pull-down menu. The options are: •...
Page 80: Setting Up Snmp Communities Using The Cli
Disable is the default * Note: Select Enable only if you selected Specific from the IP Address field. 8. Click APPLY to save your changes, or CANCEL to clear your selection. * Note: If you click Apply, the changes are saved in the Running config only.
Page 81: Changing The Console Serial Port Settings
3 supervisor module from the web agent. The switch’s console port is initially configured as a TTY Console to support a TTY connection. The layer 2 and layer 3 supervisor modules allow you to reconfigure the console serial port as a PPP Console to support a dial-in PPP connection using a modem.
Page 82: Console Configuration Window
Chapter 2 Figure 2-12. Console Configuration Window 2. Select TTY as the console type and click SELECT. The Console Port Configuration window opens with TTY displayed in the Console Type field (Figure 2-13). Figure 2-13. Console Port Configuration Window. 2-16...
Page 83: Configuring The Serial Console Port As A Tty Console Using
PPP connection using either the web agent or the CLI. Before you can do so, however, you must connect a modem to the switch. * Note: If you do not configure an IP address for the PPP serial interface, the switch immediately sends the modem configuration string.
Page 84: Connecting A Modem
Chapter 2 Connecting a After you connect a modem to your switch with the specified serial Modem cable and connectors, and configure the serial port in PPP mode, the switch will convert the normal Distributed Computing Environment (DCE) interface to a Data Terminal Equipment (DTE) interface that is used by modems.
Page 85: Configuring The Serial Console Port As A Ppp Console From
Initialize and Setup of the P550/P880/P882 Switch Configuring the To configure the console serial port as a PPP console from the Web Serial Console Agent: Port as a PPP 1. Select Console Configuration from the System > Console from Configuration group on the web agent. The Console the Web Agent Configuration dialog box opens (Figure 2-15).
Page 86: Ppp Console Configuration Window
Chapter 2 Figure 2-16. PPP Console Configuration Window. 3. Select a baud rate from the Baud Rate field pull-down menu different from the one already selected. 4. Select an option from the Flow Control field pull-down menu. The options are: None and Xon/Xoff.
Page 87: Configuring The Serial Console Port As A Ppp Console Using
Chapter 2, Initialize and Setup of the P550/P880/P882 Switch. Configuring the To configure the console serial port as a TTY Console using the CLI after you install a mode, enter the following command in Configure Serial Console mode:...
Page 88: Regaining Configuration Access To The Ppp Serial Port Con- Sole
Chapter 2 Regaining If you incorrectly configure the PPP serial port console, you cannot Configuration regain configuration access to the web agent or the CLI. This is a temporary situation and can corrected. Access to the PPP Serial Port To regain configuration access to the Web Agent or the CLI when...
Page 89 Initialize and Setup of the P550/P880/P882 Switch 4. Enter a connection name for the computer you are dialing in the Type a name for the computer you are dialing field. 5. Open the Select a Modem pull-down menu. 6. Select your modem and select Configure. The Modem Properties window opens.
Page 90 Chapter 2 21. Select Specify an IP Address and enter the IP address fro the serial port interface. 22. Select Server assigned name server addresses. 23. De-select Use IP header compression and Use default gateway on remote network. 24. Select OK to close the TCP/IP window.
Page 91: Managing Configuration Files
Managing Configuration Files You can manage the files that contain the configuration data for your Cajun switch from either the web agent or the CLI. When you first install the switch, or upgrade from a previous installation, your configuration parameters are stored in a startup.txt file located in the switch’s Non-Volatile Random Access Memory (NVRAM).
Page 92: Viewing Your Script Execution Log File
Chapter 2 Viewing Your Script Execution Log File Each time the startup.txt file or other script runs, a log file is generated. Log files contain the data returned from the script. You can view log file data from the Script Execution Log File using either the web agent or the CLI.
Page 93: Copying The Running Configuration To The Startup Configu- Ration Using The Cli
RAM. You can also upload or download configuration files by copying files from a TFTP server directory to the switch or to a startup or running configuration file. You can copy files using either the web agent or the CLI.
Page 94: Configuration File Management Dialog Box
Chapter 2 Figure 2-18. Configuration File Management Dialog Box 2. Refer to Table 2-7 for an explanation of the Configuration File Management dialog box parameters. Table 2-7. Configuration File Management Dialog Box Parameters Parameter Description Options Save Running- Saves the running...
Page 95 (upload) your configuration files, or a file located on the switch, to a TFTP server. File — To copy a file stored on the switch to your running — or startup configuration, to a location on the switch, or to a location on a TFTP server.
Page 96: Copying Files Using The Cli
3. Select one of the following from the Copy Destination pull-down menu. Running-Config — Copies your startup configuration, — or other file located on the switch or on a TFTP server, to your running configuration. Startup-Config — Copies your running configuration, —...
Page 97: Viewing The Status Of A Tftp Transfer
Viewing the Status of a TFTP Transfer After you have copied the startup configuration or other files to a TFTP server, you can use either the web agent or the CLI to check the status of the TFTP transfer to ensure that files copied correctly.
Page 98 Chapter 2 2-32 Cajun P550/P880/P882 Switch User Guide...
Page 99: Chapter 3 - Configuring System Information
Displaying Cooling System Statistics Performing a Reset * Note: The last step in each procedure tells you to click Apply to save any setup or changes you made. This saves the setup or any changes to the Running config only. The Startup config has not changed.
Page 100: Entering General System Information
3. Enter the location for the switch (for example, floor, closet in the Location field. 4. Enter the person who should be contacted in the event of a problem in the Contact field. 5. Click APPLY to save your changes, or CANCEL to clear your selection.
Page 101: Enabling The Simple Network Time Protocol (Sntp)
Configuring System Information Enabling the You can enable SNTP on your switch using either the web agent or Simple Network the CLI. Enabling SNTP automatically synchronizes time on all computers, switches, and other devices connected to your switch. Time Protocol...
Page 102: Setting Summer Time Hours
Western hemisphere, the rule used by most locations in Canada, Mexico, and the United States is to set clocks forward by one hour at 2:00 a.m. on the first Sunday in April and back an hour at 2:00 a.m. on the first Sunday in October annually. Many countries in Europe and Asia follow similar rules.
Page 103: Setting Recurring Summer Time Hours
Configuring System Information Many parts of the world follow a one-time change of Summer Time Hours. When you configure the switch for these locations, you reset the clock by specifying a scheduled time and date. This section provides the following procedures:...
Page 104: Summer Time Hours Dialog Box
Figure 3-5. Summer Time Hours Dialog Box 3. Select Enable from the Enable State pull-down menu. 4. Enter the reset value for the clock in minutes in the Offset field. For example, if you intend to reset the clock forward or backward by one hour, keep the default value of 60 minutes.
Page 105 Configuring System Information 6. Click APPLY to save your changes, or CANCEL to clear your selection. Refer to Table 3-1 for detailed information about the fields in the Recurring Summer Time Hours section of the Summer Time Hours Configuration dialog box.
Page 106 Recurring Summer Time Hours. The default value is 00 for both Start and End minutes. Setting Recurring Summer Time Hours Using the CLI To set recurring Summer Time Hours using the CLI, enter the following command from Configure mode: > (configure) clock summer-time recurring <week>...
Page 107: Setting One-Time Summer Time Hours
For example, if you intend to reset the clock forward or backward by one hour, keep the default value of 60 minutes. 5. Select the check box next to the One-Time field to set the date and time for Summer Time Hours on a one-time basis: a.
Page 108 • Third - Third week of the month. • Fourth - Fourth week of the month. • Last - The final days of a month, such as the 29th, 30th, and 31st days of a month. Last is specified as the default End value, denoting when Daylight Savings Time ends in the Western hemisphere.
Page 109: Setting The System Clock
Time Hours" earlier in this chapter. The system clock does not automatically change with Daylight Savings Time. You can set the system clock from either the web agent or the CLI. Setting the To set the system clock using the web agent:...
Page 110: Setting The System Clock Using The Web Agent
Seconds fields using 24-hour time format (for example, 10 p.m. is 22 00 00. 3. Select the time zone for your area from the Time Zone pull-down menu. 4. Enter the current Month, Date, and Year in the Current Date Setting fields.
Page 111: Setting The Temperature System
Upper Warning Temperature. The default Shutdown temperatures are conservative for the slot 1 sensor (50° C and backplane sensor (50° C. They can be safely set to 60° C, but settings higher than 60° C are not recommended. You can set the shutdown temperature to a value lower than 50°...
Page 112: Setting The Temperature System Using The Cli
Chapter 3 2. Enter your desired temperature warnings in the slot 1 Sensor, and the Backplane Sensor fields. * Note: If your switch is a layer 3 switch, you must also enter a temperature warning in the CPU Sensor field.
Page 113: Displaying The Power System Statistics Using The Cli
Configuring System Information Figure 3-8. Power System Window 2. Refer to Table 3-3 and review the Power System dialog box parameters: Table 3-3. Power System Dialog Box Parameters Parameter Definition Power Supply Identifies the power supply Status indicates whether the power supply is detected.
Page 114: Displaying Cooling System Statistics
Chapter 3 Displaying Cooling System Statistics You can display the statistics for your switch’s cooling system from either the web agent or CLI. Displaying the To display your switch’s cooling system statistics using the web agent: Cooling System Statistics Using 1.
Page 115: Performing A Reset
Configuring System Information Performing a Reset You can reset your switch from either the web agent or the CLI. Performing a To reset your switch using the web agent: Reset Using the Web Agent 1. Select System Reset from the System group on the web agent window.
Page 116 Chapter 3 3-18 Cajun P550/P880/P882 Switch User Guide...
Page 117: Chapter 4 - Using Vlans, Spanning Tree, Hunt Groups, And Vtp Snooping
Using VLANs, Spanning Tree, Hunt Groups, and VTP Snooping Overview The following information and procedures provided in this chapter pertain to layer 2 and layer 3 module configurations: VLAN Operation Creating and Implementing VLANs Using Spanning Tree Setup and Monitoring...
Page 118: Ingress Rules
These rules determine the set of ports on the switch through which members of the VLAN can be reached. This is called binding a port to a VLAN. A port may be bound to a VLAN using four methods: Setting the Port VLAN attribute in the Switch Port Configuration dialog box of the port form.
Page 119: Egress Rules
Port-Based VLANs VLAN assignment of a packet is based on global VLAN ID. Regardless of any name you assign to a VLAN, the switch looks only at the VLAN ID number to determine a packet’s VLAN destination. Creating and Implementing VLANs...
Page 120: Creating A Vlan
If you are using both the VLAN auto-learning feature and the Binding Type Bind to Received, make sure that you set the binding type before you set Autolearn to enable or else the port may not be automatically added to the VLAN VLAN #4095 is for internal use only and cannot be configured by the user.
Page 121: Create Vlan Dialog Box
Figure 4-2. Create VLAN Dialog Box 3. Enter a name for the VLAN in the Name field. 4. Enter an unused VLAN ID (between 1 and 4095) in the ID field. VLAN IDs are global and must be consistent from switch to switch, even when switches are manufactured by different vendors.
Page 122 Chapter 4 5. Refer to Table 4-1 to configure the Create VLAN dialog box parameters: Table 4-1. Create VLAN Dialog Box Parameters Parameter Definition Name Name assigned to this VLAN. Identifier used throughout the network to identify this VLAN. If you want ports on more than one device to participate in a particular VLAN, you must use the same VLAN ID to identify the VLAN on every device.
Page 123: Configuring Vlan Parameters
Web Agent window. The VLAN Configuration dialog box opens (Figure 4-1). 2. Click on the Name of the VLAN whose members you want to view. The VLAN Switch Ports dialog box opens (Figure 4-3). Figure 4-3. VLAN Switch Ports Dialog Box 3.
Page 124: Creating 3Com Mapping Tables
Creating 3Com Mapping Tables The Default 3Com Mapping Table maps 3Com VLAN 1 to 16 to the Avaya Default VLAN and 3Com VLANs 2 through 16 to the Avaya Discard VLAN. In a network with multiple 3Com devices, it is possible that some parts of a network will use differentiae VLAN mappings for incoming 3Com tagged packets.
Page 125: Creating 3Com Mapping Tables Using The Web Agent
Using VLANs, Spanning Tree, Hunt Groups, and VTP Snooping Creating 3Com To create additional mapping tables using the web agent: Mapping Tables 1. Select 3Com Mapping Table from the L2 Switching > VLANs Using the Web group on the web agent window. The 3Com Mapping Table Agent Configuration dialog box opens (Figure 4-4).
Page 126: Creating 3Com Mapping Tables Using The Cli
The spanning tree algorithm creates a single path through the network by ensuring that if more than one path exists between two parts of a network, only one of these paths is used, while the others are blocked. * Note: You should have a good understanding of the spanning tree protocol (STP) before attempting to configure these parameters.
Page 127: Spanning Tree Information Dialog Box
IEEE 802.1D Entire switch is a single IEEE 802.1D-compliant bridge. Note: When the spanning tree mode is set to IEEE 802.D, BPDUs are sent out ports in Clear (non-trunked) format even if the port has a trunking format (3Com, 802.1Q or Dual layer) defined.
Page 128: Spanning Tree Bridge Configuration Dialog Box
Chapter 4 Figure 4-7. Spanning Tree Bridge Configuration Dialog Box 5. Refer to Table 4-4 to configure the Spanning Tree Bridge Configuration parameters: Table 4-4. Spanning Tree Bridge Configuration Parameters Parameter Definition Mode Determines whether spanning tree is enabled or disabled for this bridge.
Page 129: Managing Spanning Trees Using The Cli
To configure spanning tree bridge ports using the web agent: Spanning Tree Bridge Ports 1. Select Spanning Tree from the L2 Switching group on the web Using the Web agent window. The Spanning Tree Information dialog box opens (Figure 4-6).
Page 130 Chapter 4 3. Refer to Table 4-5 to configure the Spanning Tree Bridge Port Information dialog box parameters: Table 4-5. Spanning Tree Bridge Port Information Dialog Box Parameters Parameter Options Bridge Port The bridge port. Port The spanning tree bridge port number.
Page 131: Spanning Tree Bridge Port Information Dialog Box
The Spanning Tree Port Configuration dialog box opens (Figure 4-9). Figure 4-9. Spanning Tree Bridge Port Information Dialog Box 5. Refer to Table 4-6 to configure the Spanning Tree Bridge Port Information dialog box parameters: Table 4-6. Spanning Tree Bridge Port Information Dialog Box...
Page 132: Configuring Spanning Tree Bridge Ports Using The Cli
Specifies whether a Topology Change Notification (TCN) packet is sent through the root port (or if this switch is the root bridge, whether or not Fast Aging occurs) whenever the port enters the forwarding or blocking states. This attribute should only be used on ports which connect to no other switches.
Page 133: Disabling Spanning Tree Mode For The Port
You can disable Spanning Tree mode for the port from either the web agent or the CLI. * Note: When disabling the STP for a port, BPDUs received on that port are ignored and are not generated. The port moves directly into the forwarding state from the disabled state and does not trigger a topology detection change.
Page 134: Module Information Dialog Box
Chapter 4 Figure 4-10. Module Information Dialog Box 2. Select the switch port number from the Switch Ports column. The Switch Ports dialog box opens (Figure 4-11). Figure 4-11. Switch Ports Dialog Box 3. Select the port number on which you want to disable spanning tree from the Name column.
Page 135: Disabling Spanning Tree Mode On A Port Using The Cli
5. Click APPLY to disable spanning tree mode on the port, or CANCEL to keep spanning tree mode Enabled on the port. Disabling To Disable Spanning Tree mode on a port using the CLI, enter the Spanning Tree following command from Configure mode:...
Page 136: Using Hunt Groups To Aggregate Bandwidth Between Switches
For example, if you connect three gigabit ports each on a pair of switches into a hunt group, the aggregated connection will have six gigabits of available bandwidth (full- duplex).
Page 137: How Hunt Groups Load Share
4 Port Gigabit (layer 2) 2 per fabric port, 1 per port 20 Port TX (layer 2) Note: All layer 3 I/O modules have a pre-L3 path PLE, and a PLE in the L3 path. Cajun P550/P880/P882 Switch User Guide 4-21...
Page 138: Load Sharing Example
Hunt group will be used for unicast packets from A to E and from B to E. Users C and D are associated with PLE#6 and therefore the second link in the Hunt Group will be used for unicast packets from C to E and D to E.
Page 139: Load Sharing Ples
Non-member PLE’s do not service traffic sourced from a particular hunt group and therefore are free to select any port for hunt-group destined traffic. The hunt group port that is selected is based on the source PLE and the destination MAC address. Before this enhancement, all non-member PLEs chose the same port for a given destination address.
Page 140: Load-Sharing Example
There are six Non-Member PLEs (the 12 port is associated with a single fabric port but has two PLEs – one in the routing path and one before the routing path, and the 4 port has a PLE per port). Load sharing is now accomplished by Destination MAC Address and Source PLE.
Page 141: Hunt Group Considerations
The switches do not yet have a link discovery protocol. If one end of a connection is in a hunt group, the other end of the connection should also be in a hunt group. If you don’t do this, the forwarding behavior of the hunt group will be unpredictable.
Page 142: Module Information Dialog Box
Web Agent window. The Module Information dialog box opens (Figure 4-16). Figure 4-16. Module Information Dialog Box. 3. Select a port number from the Ports column. The Physical Port Configuration dialog box opens (Figure 4-17). 4-26 Cajun P550/P880/P882 Switch User Guide...
Page 143: Physical Port Configuration Dialog Box
4. Select a checkbox from the Enable column for a specific port. This disables that port. The checkmark disappears and the port is disabled. If this is a new hunt group, disable all of the ports you are — adding to the hunt group.
Page 144: Creating Hunt Groups Using The Cli
7. Select CREATE. The Create Hunt Group dialog box opens (Figure 4-19). Figure 4-19. Create Hunt Group Dialog Box. 8. Enter a name for the hunt group in the Name field,. 9. Select Enable from the Load Sharing pull-down menu to enable the Hunt Group.
Page 145: Viewing Hunt Group Members
Using VLANs, Spanning Tree, Hunt Groups, and VTP Snooping Viewing Hunt Group Members You can view Hunt Group members from either the web agent or the CLI. Viewing Hunt To view details about hunt group members using the web agent:...
Page 146: Adding Ports To A Hunt Group
Chapter 4 Adding Ports to a Hunt Group You can add ports as needed after you create a hunt group. You can add ports using either the web agent or the CLI. Adding Ports to To add ports to a hunt group using the web agent:...
Page 147: Switch Port Configuration Dialog Box
Using VLANs, Spanning Tree, Hunt Groups, and VTP Snooping 7. Select the name of the port you want to configure from the Name column. The Switch Port Configuration dialog box for that switch port opens (Figure 4-22). Figure 4-22. Switch Port Configuration Dialog Box.
Page 148: Adding Ports To A Hunt Group Using The Cli
Chapter 4 11. Repeat steps 1 through 10 on the switch at the other end of the hunt group connection. 12. Select Configuration from the Modules & Ports group on the web agent window. The Module Information dialog box re- opens (see Figure 4-16).
Page 149: Configuring Vtp Snooping Using The Web Agent
The Module Information window opens (see Figure 4-23). Figure 4-23. Module Information Window 2. Select the checkbox in the Slot column for the module on which you want to configure VTP snooping. 3. Select the number in the Switch Ports column for that module.
Page 150: Switch Port Configuration Window With Vtp Options
Chapter 4 4. Select the port in the Name column on which you want to enable VTP Snooping throughout the switch. The Switch Port Configuration window opens for that port (see Figure 4-25). Figure 4-25. Switch Port Configuration Window with VTP Options 5.
Page 151: Vtp Snooping Configuration Window
Using VLANs, Spanning Tree, Hunt Groups, and VTP Snooping 8. Select VTP Snooping from the L2 Switching > VLANs group on the web agent window. The VTP Snooping Configuration window opens (see Figure 4-26). Figure 4-26. VTP Snooping Configuration Window 9.
Page 152: Configuring Vtp Snooping Using The Cli
Chapter 4 Configuring VTP To configure VTP snooping using the CLI, enter the following Snooping Using command in Configure mode: the CLI > (configure)# set vtp-snooping enable Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command.
Page 153: Chapter 5 - Configuring Port Parameters
Configuring Port Parameters Overview The following information and procedures are provided in this chapter and are common to both layer 2 and layer 3 module configuration: Configuring Port Parameters Physical Port Features Switch Port Features Configuring Physical Port Parameters on Gigabit Ports...
Page 154: Physical Port Features
16-bit data packet, called a link code word (LCW), within a burst of 17 to 33 link pulses, called a fast link pulse (FLP) burst. FLP bursts have an approximate duration of 2 µs and are transmitted in 16.8 µs intervals (the same interval as for the normal link pulses used by 10Base-T and 10Base-FL).
Page 155: Flow Control
Configuring Port Parameters Auto-negotiation attempts to find the greatest common denominator for the two devices on the link in the following order of preference: 1. 100Base-TX full-duplex 2. 100Base-T4 3. 100Base-TX 4. 10Base-T full-duplex 5. 10Base-T half-duplex Once the greatest common denominator of settings is determined, each device equipped with auto-negotiation will configure itself automatically.
Page 156 mode.
Page 157: Switch Port Features
Assigning VLANs to a Port and Associated Issues Creating Virtual LANs (VLANs) A VLAN is a logical network that consists of one or more ports from one or more switches that are logically grouped together. The advantage of using VLANs is threefold:...
Page 158: Automatic Vlan Creation
ID are derived from the received tagged frame. The VLAN name will be created as “*autoVlan [VLAN ID]”. The VLAN ID will be identical to the VLAN ID of the received tagged frame. As with all VLANs, the VLAN name may be modified to something more descriptive.
Page 159: Vlan Operational Rules
When a VLAN is created automatically the software assigns the VLAN to the port it is received on if that port is set to 'Bind-to- All' and 'Bind-to-Received". Additionally, software will assign the VLAN to all other ports whose 'Trunk Mode' is set to 'Bind- to-All'.
Page 160: Forwarding Rules
Rules members of the VLAN can be reached. This is called binding a port to a VLAN. A port may be bound to a VLAN using the following four methods: Setting the Port VLAN attribute in the Switch Port Configuration web page.
Page 161: Relationship Between Different Switch Port Parameters
Configuring Port Parameters Relationship Between Different Switch Port Parameters Refer to Table 5-3 the relationship between Port VLAN / Trunk Mode / VLAN Binding parameters can be summarized in the following table using the VLAN Operational Rules. Table 5-3. Relationship Between Switch Parameters...
Page 162 Multi- received. Tagged frames are classified to the VLAN layer identified by the VLAN tag in the tag header of the frame. For 802.1q mode: if a tagged frame is received, Note:...
Page 163 Table of the port. Egress: All frames transmitted out of the port to be tagged using the 3Com tag header format. The tagged used will be that of the VLAN in which the frame was received. Cajun P550/P880/P882 Switch User Guide...
Page 164: Assigning Vlans To A Port And Associated Issues
VLAN per port. Multiple VLANs per port is NOT recommended and can have adverse effects on network performance. The second way is to assign the VLAN to a port is to use the following CLI command in Priv/Configure mode: > set port vlan By selecting the VLAN name, you can bind the selected VLAN to additional ports.
Page 165 PC2–VLAN2 (via Module & Ports)–PORT2 ---> 10/100BT SERVER1-VLAN4 (via Module & Ports)–PORT4 ---‡ PORTS If you then assign port 1 and port 2 to VLAN4 (via Virtual LANs) and also assign port 4 to VLAN1 and VLAN2 (via Virtual LANs), you could have PC1 and PC2 communicate to SERVER1 across VLANs without any noticeable problems.
Page 166: Configuring Physical Port Parameters On Gigabit Ports
You can configure the physical port parameters on Gigabit ports using either the web agent or the CLI. Configuring To configure ports on a gigabit module using the web agent: Physical Port Parameters on 1. Select Configuration from the Modules & Ports group on the Gigabit Ports web agent window.
Page 167: Gigabit Ethernet Module Physical Port Configuration Dialog Box
Configuring Port Parameters Figure 5-2. Gigabit Ethernet Module Physical Port Configuration Dialog Box 3. Click the checkbox in the Enable column to Enable a port. A checkmark displays. *Note: If the port is already enabled (checkmark is visible), click on the box to Disable the port (checkmark vanishes).
Page 168: Detailed Port Configuration Window
User Port - if this is an end-station port Service Port - if this is a trunk port. 8. Select one of the following an options from the Flow Control Mode field pull-down menu: Enable – Set flow control to prevent buffer overflows.
Page 169 Configuring Port Parameters 10. Select Enable from the Remote Fault Detect field pull down menu to detect remote link errors. *Note: You must set the remote fault detection functionality to enable on both ends of a Cajun to Cajun link in the following cases: •...
Page 170: Configuring Physical Port Parameters On Gigabit Ports Using The Cli
Detect Cajun gigabit ports. The default value is Disabled. The remote fault detection functionality should be enabled (on both ends of a Cajun to Cajun link) in two cases: • When two Cajun gigabit ports are connected that do not support auto-negotiation.
Page 171: Configuring Physical Port Parameters On Fast Ethernet Ports
Configuring Port Parameters Configuring Physical Port Parameters on Fast Ethernet Ports You can configure ports on a Fast Ethernet module using either the web agent or CLI commands. Configuring To configure ports on a Fast Ethernet module using the web agent:...
Page 172: Physical Port Configuration Window For The Fast Ethernet Module Installed In Slot 6 (Partial View)
A check mark displays indicating the port is enabled. 5. Click APPLY located at the bottom of the dialog box to save your settings, or CANCEL to restore previous settings. 6. Select a port name from the Name field (for example, Port 6.1).
Page 173: Detailed Physical Port Configuration Window
Service Port if this is a trunk port. — 9. Select a speed (10 Mb/s or 100 Mb/s) from the Speed Mode field pull down menu, If you want to set the port speed manually. If want the port to autonegotiate, you can ignore this field.
Page 174 Chapter 5 11. Select one of the following from the Flow Control Mode field pull down men: Enable – Sets flow control to prevent buffer overflows. Disable – Disables flow control when it is causing congestion in other areas of the network.
Page 175 (flooded) packets it tries to forward Disable – If you do not want this port to limit the number of unknown unicast and multicast packets it tried to forward Enable (include Known Multicasts) – If you want to optionally include known multicast packets in this percentage to further decrease the possibility of the port’s...
Page 176 Chapter 5 Refer to Table 5-5 describes in detail the Fast Ethernet port parameters: Table 5-5. Fast Ethernet (10/100) Port Parameters Parameter Definition Name Enter a name for this port (possibly a drop name or the name of the station or other device connected to the port).
Page 177: Configuring Physical Port Parameters On Fast Ethernet Ports Using The Cli
Negotiation mode. Auto-negotiate works best when the Mode connection on the other end of the link is set to auto- negotiate as well. If you set a port to auto-negotiate, and the connection is not successful, set the port speed and duplex mode manually.
Page 178: Using The All Ports Configuration Window
Chapter 5 Using the All Ports Configuration Window You can apply the same parameter settings on all of a module’s ports using the All Ports Configuration dialog box. To configure all ports on a module: 1. Select Configuration from the Modules & Ports group on the web agent window.
Page 179: Physical Port Configuration Dialog Box
Configuring Port Parameters Figure 5-8. Physical Port Configuration Dialog Box 4. Select All Module Ports Configuration. The All Ports Configuration dialog box opens (Figure 5-9). Figure 5-9. All Module Ports Configuration Dialog Box Cajun P550/P880/P882 Switch User Guide 5-27...
Page 180: Viewing Switch Port Parameters
The Module Information dialog box opens (Figure 5-7). 2. Select the checkbox in the Slot column for the gigabit module that you want to configure. 3. Select the switch ports for that module from the Switch Ports column.
Page 181: Viewing Switch Port Parameters Using The Cli
MAC Address Displays the port’s MAC address for the selected module. 5. Select one of the following items listed at the bottom of the screen for more information about the switch ports: Next/Previous Module – Displays the next or previous —...
Page 182: Configuring Switch Port Parameters
The Module Information dialog box opens (Figure 5-7). Agent 2. Select the checkbox in the Slot column for the module on which you want to configure the switch ports. 3. Select the switch ports for that module from the Switch Ports column.
Page 183: Switch Port Configuration Dialog Box
Specifies the VLAN assignment for this port. Trunk Mode Select the appropriate VLAN trunking format to make the port a trunk, or Clear (default) if you do not want the port to be a trunk. The trunk formats are IEEE 802.1Q, Multi-Layer, and 3Com.
Page 184: Configuring Switch Ports Using The Cli
Allow Select Disable to keep the port from learning new MAC Learning addresses and forward them to the CPU to be added to the VLANs AFT. Enable is the default. Note: If a MAC address is moved to a different VLAN, it will co-exist in AFTs, one entry for each VLAN (This is a benefit of having multiple forwarding databases).
Page 185: Configuring Port Vlan Parameters
Configuring Port Parameters Configuring Port VLAN Parameters You can set the parameters on a port VLAN to determine how traffic is flooded to VLANs when tagged and untagged packets are received on the port. * Notes: See the examples later in this section for recommendations on how to set particular trunk port connections.
Page 186: Configuring Port Vlan Parameters Using The Cli
When a tagged IEEE 802.1Q packet arrives on a port Note: that is set to bind to all and the VLAN does not exist on the switch, the packet is forwarded on to the VLAN assigned to the port default VLAN for that port. To prevent unintended forwarding of unknown VLAN traffic to the port’s default VLAN, configure the port...
Page 187: Configuring Non-Vlan Switch Port Parameters
Groups, and VTP Snooping for more information on hunt groups. 3. Select Disable from the Spanning Tree field pull-down menu to keep STP from running on this port. Reselect Enable to run STP on this port. 4. Select Enable from the Fast Start field pull-down menu to allow Fast Start mode ports to begin forwarding traffic without waiting for STP negotiation to complete.
Page 188 Trunk Mode Multi-layer - Causes the port to send frames using the multi-layer format. VLAN Binding Bind to All - Binds the port to all VLANs known to the switch. Automatic Enable (Disable if using VTP Snooping) - Causes VLAN Creation the switch to learn new VLAN IDs that arrive at the port, and then bind the port to these VLANs.
Page 189: Configuring Non-Vlan Switch Port Parameters Using The Cli
Fast Start mode causes ports to begin forwarding traffic without waiting for the spanning tree negotiation to complete. You may want to set a port to Fast Start mode in the following examples: End-station ports that do not need to participate in the full...
Page 190: Module Information Window
Chapter 5 Configuring To enable Fast Start mode for ports on a module associated with a Fast Start Mode selected bridge using the web agent: Using the Web 1. Select Configuration from the Modules & Ports group on the Agent web agent window.
Page 191: Switch Ports Dialog Box
Configuring Port Parameters Figure 5-13. Switch Ports Dialog Box a. Select the port name for the selected module in the Name column if you want to set fast mode on individual ports. The Switch Port Configuration window for that module opens.
Page 192: Configuring Fast Start Mode Using The Cli
Chapter 5 Configuring To configure Fast Start mode for ports on a module associated with a Fast Start Mode selected bridge using the CLI, enter the following command from Configure mode: Using the CLI > (configure)# set port fast-start <options>...
Page 193: Physical Port Configuration Dialog Box
Configuring Port Parameters Figure 5-14. Physical Port Configuration Dialog Box 4. Select All Module Ports Configuration. The All Ports Configuration dialog box opens (Figure 5-15). Cajun P550/P880/P882 Switch User Guide 5-41...
Page 194: All Ports Configuration Dialog Box
Chapter 5 Figure 5-15. All Ports Configuration Dialog Box 5. Select the check box next to the field you want to configure. 6. Select an option for the specific field from that fields pull-down menu. 7. Select Restore to keep the previous settings or Apply to accept the new settings.
Page 195: Configuring The Address Forwarding Table (Aft)
Configuring the Address Forwarding Table (AFT) You can configure the following AFT parameters: Address Age Time - defines the length of time addresses remain active in the address forwarding table. Super Age Time - defines how long inactive addresses are stored in the address forwarding table before being deleted.
Page 196: Configuring The Age Timer And Super Age Timer
Chapter 6 Configuring the Age Timer and Super Age Timer You can configure the Age Timer and Super Age Timer using either the web agent or the CLI. Configuring the To change the aging values for all instances of the address table...
Page 197: Cli
2 from 1 to 128. Therefore, if you have 5 entries to put in a bucket, the best you can do is put it in a bucket of size 8 with 62.5% utilization for that bucket. It may be the case, however, that you can only fit those 5 entries in a bucket of size 16 (because of hashing difficulties), yielding 31.25%...
Page 198: Controlling Reconfiguration Of Aft Sizes Using The Web Agent
Trigger Multiplier. E.g. Since the Trigger Multiplier is 12, if the hash table size is 1k, then there must be at least 12k entries in the table before utilization will be looked at to determine whether we should auto- increment the size of the hash table.
Page 199: Address Table Instance Dialog Box
Managing the Address Forwarding Table Figure 6-2. Address Table Instance Dialog Box 4. Refer to Table 6-1 for a definition of the Address Table Instance dialog box parameters. Cajun P550/P880/P882 Switch User Guide...
Page 200 • Multicast - Entry is a multicast address. Entry Displays the entry validity for this VLAN. Validity Options include: • Valid - Entry exists. • Invalid - Entry has aged out but still exists even though the port binding is invalid. Cajun P550/P880/P882 Switch User Guide...
Page 201 Note: of addresses for a given hash table is 4:1 (for example, if you have a hash table of 16 bytes, the VLAN can hold 64 addresses in it’s table instance. It is recommended that the hash table size be 1/8th the size of the total number of addresses for the VLAN.
Page 202: Controlling Reconfiguration Of Aft Sizes Using The Cli
Reference Guide for Version 5.0 for details about this command. Searching the Switch AFT The AFT can hold more than 24,000 entries on each switch. The switch Web Agent provides a utility that allows you to filter which addresses it displays, making the list more manageable. Multiple criteria can be selected to produce a sophisticated filter.
Page 203: Address Entry Search Dialog Box
— column Enter a MAC address in the Search Value column. — *Note: You only have to enter a portion of the MAC address. 3. To search using a VLAN: Select the VLAN checkbox in the Each By: column —...
Page 204: Address Forwarding Table Dialog Box
Chapter 6 Enter a port number to display only the entries associated — with that switch port. 5. To search using a bridging status: Select the Status checkbox in the Search By: column — Select a status from the pull-down menu to show only —...
Page 205 Managing the Address Forwarding Table 7. Click APPLY to save the current settings, CANCEL to restore previous settings. or MORE to view more statistics. 8. Refer to Table 6-2 to review your search criteria options: Table 6-2. Address Forwarding Table Parameters Parameter Defines the...
Page 206: Searching The Switch Aft Using The Cli
Table 6-2. Address Forwarding Table Parameters continued Parameter Defines the... Persistence The persistence of the entry in the table can be set on all learned entries: • Permanent - The address is not aged out of the table. • Invalid - This entry is cleared from the table each time the switch resets.
Page 207: Adding Entries To The Aft Manually
Managing the Address Forwarding Table Adding Entries to the AFT Manually You can add entries to the AFT manually using the web agent or the CLI to ensure they remain permanent. Adding Entries To add an AFT address manually using the web agent:...
Page 208: Adding Entries To The Aft Manually Using The Cli
High priority addresses move to the front of the switch packet buffers automatically. 7. Select Persistence or Ageout from the Persistence field pull-down menu. 8. Refer to Table 6-3 for an explanation of the Aging and Persistence field parameters: Table 6-3. Entry Persistence Parameter...
Page 209: Configuring Redundant Hardware
Configuring Redundancy Options Overview The following information and procedures are provided in this chapter and are common to both layer 2 and layer 3 module configuration: Configuring Redundant Hardware Installing Redundant Hardware Enabling Redundant Hardware Configuring a Redundant CPU Configuring Redundant Hardware...
Page 210 When an element fails, diagnostics run automatically and test the hardware. Information about a failed controller or element displays in the Switch Fabric Status window in the Web Agent. The redundant element takes over the function of the failed element until you replace the element.
Page 211: Installing Redundant Hardware
To install the redundant modules: 1. Power off all of the switch power supplies. 2. Install the redundant controller into the slot to the left of the primary controller. (Slot 1 in Figure 7-2). * Note: Controllers and elements are keyed to ensure that a controller is not inserted into an element slot and vice-versa.
Page 212: Enabling Redundant Hardware
Chapter 7 Figure 7-3. Switch Fabric Status Dialog Box Enabling Redundant Hardware 6. You can enable the redundant hardware from either the Web Agent or the CLI. After you enable redundant hardware, the applicable redundant component takes over if either the primary controller or element fails.
Page 213: Replacing The Primary Controller
The following error message that displays in the Switch controller field on the Switch Status dialog box: > # 0 Failed If the switch is installed with a redundant controller that has been enabled, the redundant controller automatically takes over the operation of the failed primary controller.
Page 214: Replacing An Element
If an element fails, you are notified by: A console message An event log message An error message that displays in the Switch Elements field on the Web Agent Switch Status window: # Failed <number> where <number> is the number that indicates the failed element.
Page 215: Enabling A Replaced Element Using The Web Agent
This indicates that the redundant element is now enabled. 4. Select Normal from the Enable redundant Element field pull- down menu. 5. Click APPLY. Enabling a To enable a replaced element using the CLI, enter the following Replaced command from Configure mode: Element Using the CLI >...
Page 216: Configuring A Redundant Cpu
Redundancy Configuration dialog box opens (Figure 7-5) Figure 7-5. CPU Redundancy Configuration Window 2. Enter the Internal IP address for the redundant CPU in the Internal IP Address field under Slot2 CPU. 3. Enter the subnet mask in the Internal Mask field. The default value is 255.255.255.0.
Page 217: Synchronizing The Primary And Redundant Cpus
Configuring Redundancy Options Synchronizing the Primary and Redundant CPUs You must synchronize the Primary and redundant CPUs after you configure both. You can synchronize both CPUs using the web agent or the CLI. Synchronizing To synchronize the Primary and redundant CPU’s using the web...
Page 218: Synchronizing The Primary And Redundant Cpus Using The Cli
APP1 • Version - Displays the current running version of application 1 (APP1) for each CPU module. You must use version 5.0 or greater in order to make use of the router redundancy protocol. • Checksum - Displays the TBD APP2 •...
Page 219: Overview
For minimum operation of DNS, you must enable DNS and specify at least one name server IP address. You may specify a default domain name suffix, but it is not required. If you do not specify a domain name, you must enter a fully qualified host name, for example: jerry.avaya.com.
Page 220: Configuring A Dns Client Using The Web Agent
1. Select DNS from System> Administration group on the web agent window. The DNS Configuration dialog box opens (Figure 8-1). Figure 8-1. DNS Configuration Dialog Box 2. Select Enable from the DNS Lookup field pull-down menu to enable DNS on the switch. Cajun P550/P880/P882 Switch User Guide...
Page 221: Configuring A Dns Client Using The Cli
CLI. When a user attempts to log into the switch, if there is no local user account for the entered user name and password, the switch sends an Authentication Request to the RADIUS server in an attempt to authenticate the user remotely.
Page 222: Configuring A Radius Client Using The Web Agent
Configuring a To configure a RADIUS client using the web agent: RADIUS Client Using the Web 1. Select RADIUS from the System > Administration group on Agent the Web Agent window,. The RADIUS dialog box opens (Figure 8-2). Figure 8-2. RADIUS Dialog Box.
Page 223: Configuring A Radius Client Using The Cli
Configuring DNS and RADIUS Clients 3. Refer to Table 8-1 to configure the RADIUS dialog box configuration parameters; Table 8-1. RADIUS Dialog Box Configuration Parameters Parameter Definition Enable State Enable or disable RADIUS on the switch. Primary Server • IP Address - Enter the primary server IP address for RADIUS.
Page 224 Chapter 8 Cajun P550/P880/P882 Switch User Guide...
Page 225: Configuring Internet Protocol (Ip) Global Routing
The ability to emulate bridging hardware through a virtual means is referred to as IP Routing. High-level tasks involved in creating and setting up IP Routing...
Page 226: Creating An Ip Interface
When you create an IP interface, you activate a location in the switch that communicates between IP and the embedded software of the switch. You can create an I{P interface using either the web agent or the CLI. Creating an IP...
Page 227 Configuring IP Routing 2. Refer to Table 9-1 for an explanation of the IP Interfaces dialog box parameters. Table 9-1. IP Interfaces Dialog Box Parameters Parameter Allows you to... Select Select the interface to configure. State Show the current running condition of the switch.
Page 228 Enable or disable the BOOTP/DHCP Relay Agent. Relay Gateway The default value is Disable. 3. Select CREATE from the bottom of the IP Interfaces dialog box. The Add IP Interface dialog box opens (Figure 9-2). Cajun P550/P880/P882 Switch User Guide...
Page 229: Add Ip Interface Dialog Box
Configuring IP Routing Figure 9-2. Add IP Interface Dialog Box. Cajun P550/P880/P882 Switch User Guide...
Page 230 Chapter 9 4. Refer to Table 9-2 to configure the Add IP Interface dialog box parameters. Table 9-2. Add IP Interface Dialog Box Parameters Parameter Allows you to... Interface Enter a unique, alphanumeric name for the interface. Admin. State Specify the administrative state of the interface.
Page 231: Add Ip Interface Dialog Box
Enable or disable Virtual Redundancy Router Protocol. The default value is Disable. BOOTP/DHCP Enable or disable the BOOTP/DHCP Relay Agent. Relay Gateway The default value is Disable. 5. Click CREATE to save your changes, or CANCEL to restore previous settings. Cajun P550/P880/P882 Switch User Guide...
Page 232: Ip Global Configuration Dialog Box
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Enabling IP Routing You can enable IP Routing using either the web agent or the CLI. Enabling IP To enable IP routing using the web agent:...
Page 233 IP address are in different networks. The default setting is Disable. Use Default Disable the use of the default route on your Cajun switch as the Route for Proxy route for Proxy ARPs. For example, if you have a default route ARPs configured to reach the 0.0.0.0 IP address, then any ARP request...
Page 234: Configuring Ip Routing On The Switch
(preference). A lower number indicates a lower preference for the path. RIP Routes Enter the number of RIP routes to use the hop count as a metric. Hence, to specify a preference for a RIP route, you need to enter a lower number (path cost).
Page 235: Hardware Requirements For Routing
2. Create or assign a VLAN to the IP interface. Refer to “Configuring a Static Route for the PPP Console”, earlier in this chapter. 3. Bind ports to the VLANs assigned to the IP interfaces. Refer to “Viewing Switch Port Parameters”, in Chapter 5, Configuring Port Parameters.
Page 236: Assigning Ip Interfaces To The Vlan
IP interface that your VLAN and your subnet uses to communicate with each other. After creating the IP interface, you must assign it to the VLAN. If you need to create a new VLAN, refer to “Creating and Implementing VLANs in Chapter 4.
Page 237: Creating A Multinet Interface
2. Select CREATE. The Add IP Interface dialog box opens (seeFigure 9-2). 3. Enter a name for the interface in the Interface field. 4. Select a VLAN for this multinet interface from the VLAN field pull-down menu. 5. Enter the network address associated with this interface in the Network Address field.
Page 238: Configuring Access Lists
Filter out specific or general network transmissions (for example, all traffic from a particular subnet to the switch). When you create an Access List, you create a series of rules that describe how data is forwarded or filtered within the switch. You can assign up to eight levels of priority to routed data.
Page 239: Ip Access List Dialog Box
Configuring IP Routing Figure 9-5. IP Access List Dialog Box 2. Select Create Standard. The Create Standard Access List dialog box opens (Figure 9-6). Figure 9-6. Create IP Standard Access List Dialog Box Cajun P550/P880/P882 Switch User Guide 9-15...
Page 240: Creating Extended Access Rules
Chapter 9 3. Refer to Table 9-4 to configure the Create Standard IP Access List dialog box to filter or prioritize traffic: Table 9-4. Create Standard IP Access List Dialog Box Parameters Parameter Allows you to ... Access List Name Enter the alphanumeric name assigned to the newly-created access list.
Page 241: Ip Extended Access Rule Creation Dialog Box
Configuring IP Routing Figure 9-7. IP Extended Access Rule Creation Dialog Box 3. Refer to Table 9-5 to configure the IP Extended Access Rule Creation dialog box parameters to filter or prioritize traffic: Table 9-5. IP Extended Access Rule Creation Parameters Parameter Allows you to...
Page 242 (1) in the bit positions you want to ignore. Destination Subnet • Dest Address - The IP address of a subnet that is denied or granted access to data from the switch. • Dest Address Wildcard - A range of IP addresses of subnets that are denied or granted access to the switch.
Page 243 To see the complete list of well-known port numbers (specifically in relation to the destination port), refer to the URL: http://www.isi.edu/in-notes/iana/assignments/port-numbers To see the complete list of protocol numbers, refer to the URL: http://www.isi.edu/in-notes/iana/assignments/protocol- numbers TCP Established Permit TCP connections to be established that match the rule.
Page 244 Chapter 9 Example: Filtering Web Traffic Using an Access Rule To configure your switch to filter web traffic to or from a particular web server: 1. Select Access Lists from the Routing > IP > Configuration group on the web agent window. The IP Access List dialog box displays (Figure 9-5).
Page 245 Configuring IP Routing Example: Filtering Traffic Between Subnets It is possible to filter traffic to either a specific address or to an entire subnet. In this example, all traffic between the two subnets is filtered: 10.1.1.0 10.1.2.0 This example also assumes that the network is a Class C network (255.255.255.0).
Page 246: Activating Access Lists
Ensure that you do not make this your first rule, since that overrides all subsequent rules. Activating Access Lists You can activate access lists on the switch through the web agent and the CLI. Activating To activate an access list using the web agent:...
Page 247: Activating Access Lists Using The Cli
2. Select Enable from the Enable field pull-down menu to filter inbound traffic. 3. Select the name of the access list to be used for filtering when IP access control is enabled from the IP Access List field pull- down menu.
Page 248: Creating Ip Static Routes Using The Cli
Chapter 9 2. Refer to Table 9-6 to configure the IP Static Route dialog box parameters: Table 9-6. IP Static Route Parameters Parameter Allows you to... Network Address Enter an IP network address for your IP static route. Mask Enter an IP subnet mask for your IP static route.
Page 249: Ip Static Arp Entries Dialog Box
2. Select CREATE. The Add IP Static ARP Entry dialog box opens (Figure 9-12). Figure 9-10. Add IP Static ARP Entry Dialog Box 3. Refer to Table 9-7 to configure the Add IP Static ARP Entry dialog box parameters: Table 9-7. IP Static ARP Parameters Parameter Allows you to...
Page 250: Creating Ip Static Arp Entries Using The Cli
Chapter 9 Creating IP To create IP static ARP entries using the CLI, enter the following Static ARP command in Configure mode: Entries Using the CLI Cajun(configure)# arp <ip-address> <hardware- address> Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command.
Page 251: Creating A Bootp/Dhcp Server Entry Using The Cli
Configuring IP Routing Figure 9-12. Add BOOTP/DHCP Server Entry Dialog Box 3. Enter the BOOTP/DHCP server IP address in the IP Address field. 4. Click CREATE to save your changes, or CANCEL to restore previous settings. * Note: It is possible to create multiple BOOTP/DHCP Server Entries if necessary.
Page 252: Configuring Igmp
Version 1.0 querier. The selection of the querier for Version 2.0 is dynamic but can be overridden. Configuring IGMP includes enabling IGMP and the MTRACE globally on the switch. You can do this from either the web agent or the CLI. 9-28...
Page 253: Ip Global Configuration Dialog Box
To globally enable IGMP from the web agent: Enabling IGMP Using the Web 1. Select Global Configuration from the Routing > IP > Agent Configuration group in the web agent window. The IP Global Configuration dialog box opens (Figure 9-15).
Page 254: Globally Enabling Igmp Using The Cli
To modify IGMP interfaces from the web agent: Interfaces Using the Web Agent 1. Select Interfaces from the Routing > IGMP group on the web agent window. The IGMP Interfaces dialog box opens (Figure 9-1). * Note: You must first enable a multicast protocol before you can configure IGMP.
Page 255: Igmp Interfaces Dialog Box
Select the IGMP Version (1.0 or 2.0) to be associated with the IGMP interface. Maximum Groups Enter the number of IGMP Groups that can be active on this interface. The default value is 32. Always be Group Version 1.0 - Select Enable to make this interface the Membership Querier designated querier.
Page 256: Modifying Igmp Interfaces Using The Cli
(sec) is 125 seconds. Query Response Interval Enter a time (in seconds) to wait for a response from a in (sec) host after a query is sent. If no response is received within this time, the host is removed from the group table.
Page 257: Configuring And Modifying Distance Vector Multicast Routing Protocol (Dvmrp)
Configuring IP Routing Configuring and Modifying Distance Vector Multicast Routing Protocol (DVMRP) DVMRP uses IP packets with protocol type 2 (IGMP) to exchange routing datagrams. DVMRP enables multicast routers to exchange distance vector updates that contain multicast flow lists and their corresponding cost metrics.
Page 258: Dvmrp Global Configuration Dialog Box
Chapter 9 Figure 9-16. DVMRP Global Configuration Dialog Box 4. Select Enable from the DVMRP Version 3/xFF field pull-down menu. 9-34 Cajun P550/P880/P882 Switch User Guide...
Page 259 DVMRP routing table updates. Route Replace Time Enter the amount of replace time (in seconds) before which a route entry will be removed if it is not refreshed. Route Hold Down Time Set the hold down time (in seconds) that the switch reports unavailable routes with a metric of infinity.
Page 260: Modifying A Dvmrp Interface
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Modifying a DVMRP Interface You can modify a DVMRP interface using either the web agent or the CLI. Modifying the To modify a DMVRP interface using the web agent:...
Page 261 Interface Scope Select the minimum TTL (time-to-live) required for a packet to leave this interface. The options are None, 127, and 255. 3. Click APPLY to save your changes, or CANCEL to restore previous settings. Cajun P550/P880/P882 Switch User Guide 9-37...
Page 262: Monitoring Switch Performance Using Ip Statistics
Statistics Using processed by the supervisor module software. the Web Agent 1. Select Global Statistics from the Routing > IP > Display group on the web agent window. The IP Routing Global Statistics dialog box opens (see Figure 9-18). 9-38...
Page 263: Ip Routing Global Statistics Dialog Box
Figure 9-18. IP Routing Global Statistics Dialog Box 2. Click a. Clear to set all statistics to zero. b. Refresh to update all statistics. 3. Refer to Table 9-11 to review the definition of each statistic: Table 9-11. IP Routing Global Statistics Statistic Defines the...
Page 264 Number of input datagrams for which this Datagrams entity was not their final IP destination, as a result of which an attempt was made to find a route to forward them to that final destination. In entities which do not act as IP Gateways, this...
Page 265 Defines the... IP Out No Routes Number of IP datagrams discarded because no route could be found to transmit them to their destination. Note that this counter includes any packets counted in ipForwDatagrams which meet this `no-route' criterion. Note that this...
Page 266 ICMP such as a lack of buffers. This value should not include errors discovered outside the ICMP layer such as the inability of IP to route the resultant datagram. In some implementations, there may be no types of error which contribute to this counter's value.
Page 267 IP Multicast Forward Number of input multicast datagrams for which Datagrams this entity was not their final IP destination, as a result of which an attempt was made to find a route to forward them to that final destination. IP Multicast In...
Page 268: Displaying Global Ip Routing Statistics Using The Cli
BOOTP/DHCP Out Total number of BOOTP/DHCP responses Responses forwarded by the BOOTP/DHCP Relay Agent. Displaying To display the global IP routing statistics using the CLI, enter the Global IP following command from the prompt: Routing Statistics Using Cajun# show ip route summary the CLI Refer to the Cajun™...
Page 269 Configuring IP Routing 2. Select the search criteria you want to use to find more specific information on available routes. For example, if you want to find all static routes that are presently configured on your switch, search by source and specify static as your search value.
Page 270: Displaying The Ip Routing Table Statistics
Chapter 9 Figure 9-20. IP Route Table Dialog Box * Note: To delete a local entry from your IP routing table, you must delete the local IP interface associated with that entry. Displaying the To display the IP Routing Table Statistics:...
Page 271: Searching The Ip Arp Cache
Configuring IP Routing 2. Refer to Table 9-13 for a definition of the IP Routing Table Statistical dialog box parameters: Table 9-13. IP Routing Table Statistical Dialog Box Parameters Parameter Definition Current Number of Displays the total number of active routes.
Page 272: Ip Multicast Statistics
Chapter 9 2. Select the search criteria you want to use to find more specific information on your switch’s current ARP cache. For example, if you want to find all of the IP ARP cache entries associated with your out-of-band connection on your switch, search by VLAN and specify Ethernet Console as your search value.
Page 273: Displaying Igmp Global Statistics Using The Web Agent
Using the Web Agent To display IGMP global statistics from the web agent: 1. Select Global Statistics from the Routing > IGMP group on the web agent window. The IGMP Global Statistics dialog box opens (Figure 9-23). Figure 9-23. IGMP Global Statistics Dialog Box 2.
Page 274: Displaying Igmp Global Statistics Using The Cli
Chapter 9 Displaying IGMP To view IGMP Global Statistics using the CLI, enter the following command in enable mode: Global Statistics Using the CLI cajun# show igmp-snooping statistics Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command.
Page 275 Robustness Variable should be increased. The Robustness Variable must not be set to 0 and should not be set to 1. Next Query Request Remaining amount of time (in seconds) before the next (sec) group membership query is transmitted.
Page 276: Displaying Igmp Interface Statistics Using The Cli
Displaying the Multicast Group Table The multicast group table provides information on interfaces that are members of an IGMP group and contains an expiry time for the entry, IP address of the group, and the group reporter address. To display the multicast group table: 1.
Page 277: Displaying The Igmp Local Multicast Forwarding Cache
Configuring IP Routing 3. Refer to Table 9-17 for an definition of the IGMP Group Membership information dialog box parameters: Table 9-17. IGMP Group Membership Table Dialog Box Parameters Parameter Defines the... Group Member Interface Interface that is connected to a member of an IGMP group.
Page 278: Displaying Dvmrp Global Statistics
Chapter 9 3. Refer to Table 9-18 to review the IGMP Multicast Forwarding Cache information: Table 9-18. IGMP Local Multicast Forwarding Cache Parameters Parameters Defines the... Destination Group Destination group address of the multicast transmission. Address Source SubNetwork Subnet on which the IGMP interface(s) exist.
Page 279: Dvmrp Global Statistics Dialog Box
CLEAR to reset all statistics to zero — REFRESH to view the latest statistics. — 3. Refer to Table 9-19 for an explanation of the DVMRP Global Statistics dialog box parameters: Table 9-19. DVMRP Global Statistics Dialog Box Parameters Statistic Defines the number of...
Page 280: Displaying Dvmrp Interface Statistics
Interface To display DVMRP interface statistics: Statistics 1. Select Interface Statistics from the Routing > DVMRP group on the web agent window. The DVMRP Interface Statistics dialog box opens (Figure 9-26). Figure 9-26. DVMRP Interface Statistics Dialog Box 2.
Page 281 Configuring IP Routing 3. Refer to Table 9-20 for an explanation of the DVMRP Interface Statistics dialog box parameters: Table 9-20. DVMRP Interface Statistics Parameters Parameter Defines the ... DVMRP Interface IP interface configured with the DVMRP multicast routing protocol.
Page 282: Displaying Dvmrp Neighbor Router(S)
The DVMRP Interface Statistics dialog box opens (Figure 9-26). 2. Select the number in the Neighbor DVMRP Router(s) column, if it is 1 or more. The DVMRP neighbor routers dialog box opens. 3. Refer to Table 9-21 to view more information on DVMRP neighbor routers.
Page 283: Displaying Dvmrp Routing Table Statistics
The DVMRP Routing Table Statistics dialog box opens (Figure 9-27). Figure 9-27. DVMRP Route Table Statistics Dialog Box 2. Refer to Table 9-22 for an explanation of the DVMRP Route Table Statistics dialog box parameters: Table 9-22. DVMRP Routing Statistical Parameters Parameter Defines the...
Page 284: Displaying The Dvmrp Route Table
Table To view the DVMRP route table: 1. Select Route Table from the Routing > DVMRP group on the web agent window. The DVMRP Route Table dialog box opens (Figure 9-28). Figure 9-28. DVMRP Route Table Dialog Box 2.
Page 285: Displaying The Dvmrp Upstream Routers
Displaying the To view the DVMRP upstream routers: DVMRP Upstream 1. Select Route Table from the Routing > DVMRP group on the Routers web agent window, The DVMRP Route Table dialog box opens (Figure 9-28). 2. Select the number in the Upstream Router(s) column to view information on the upstream routers.
Page 286: Displaying The Dvmrp Designated Forwarder(S) Table
Chapter 9 Displaying the To view the DVMRP Designated Forwarder table: DVMRP Designated 1. Select Route Table from the Routing > DVMRP group on the Forwarder(s) web agent window. The DVMRP Route Table dialog box opens (see Figure 9-28). Table 2.
Page 287: Displaying The Dvmrp Multicast Forwarding Cache
Multicast DVMRP allows the switch to construct paths from the hosts that are Forwarding sending to a multicast group to the hosts that are receiving it.
Page 288 Chapter 9 3. Refer to Table 9-27 for an explanation of the Multicast Forwarding Cache dialog box parameters: Table 9-27. Multicast Forwarding Cache Dialog Box Parameters Parameter Defines the... Select Selection of the multicast forwarding cache. Destination Group Destination group address of the multicast transmission.
Page 289 Configuring IP Routing 5. Refer to Table 9-28 for an explanation of the Upstream Prune Information dialog box parameters. Table 9-28. Upstream Prune Information Dialog Box Parameter Parameter Displays the... Destination Destination group address of the multicast session. Group Address Source Subnet on which the DVMRP interface exists.
Page 290 Chapter 9 7. Refer to Table 9-29 for an explanation of the DVMRP Downstream Links dialog box parameters. Table 9-29. DVMRP Downstream Links Dialog Box Parameters Parameter Displays the... Destination Group Address Destination group address. Source SubNetwork Source subnetwork. DVMRP Downstream DVMRP Downstream interface.
Page 291: Configuring Virtual Redundant Router Protocol (Vrrp)
Configuring Virtual Redundant Router Protocol (VRRP) You can use VRRP to provide fast automatic fail-over for hosts if the default gateway fails when you have multiple routers to forward traffic configured on your switch. This eliminates the single point of failure inherent in the static default routed environment.
Page 292: Globally Enabling Vrrp Using The Cli
Chapter 9 Figure 9-30. IP Global Configuration Dialog Box 2. Select Enable from the VRRP field pull-down menu. 3. Click APPLY to save your changes, or CANCEL to restore previous settings. Globally To globally enable VRRP from the CLI, enter the following...
Page 293: Enabling Vrrp On An Interface
Configuring IP Routing Enabling VRRP on an Interface You can enable VRRP on an interface using either the web agent or the CLI. * Note: You must first enable VRRP globally before you can enable VRRP on an interface. Refer to the "Globally Enabling VRRP"...
Page 294: Enabling Vrrp On An Interface Using The Web Agent
Reference Guide for Version 5.0 for details about this command. Creating a VRRP Virtual Router You can create a VRRP router using either the web agent or the CLI. Creating a VRRP To create a VRRP router from the web agent:...
Page 295: Add Vrrp Virtual Router Dialog Box
Possible values: • 255 - The value that must be assigned to the Master. • 1 to 254 - Values that must be used for routers backing up a virtual router. • 0 - the current Master is disabled. Allows Backup routers to trigger without waiting for the current Master to timeout.
Page 296: Creating A Vrrp Virtual Router Router Using The Cli
The address owner override. Override 4. Click CREATE to save your changes, or CANCEL to restore previous settings. Creating a VRRP To create a VRRP router from the CLI, enter the following command Virtual Router in Configure mode: Router Using >(config-if:ethernet)# router vrrp the CLI Refer to the Cajun™...
Page 297: Displaying Vrrp Router Statistics Using The Cli
Configuring IP Routing 3. Refer to Table 9-32 for an explanation of the VRRP Virtual Router Statistics dialog box parameters: Table 9-32. VRRP Virtual Router Statistics Dialog Box Parameters Parameter Defines the... Interface IP interface name corresponding to the selected VRRP virtual router.
Page 298: Configuring Icmp Router Discovery Protocol (Irdp)
IP addresses. Hosts discover the addresses of their neighbor routers by listening for the advertisements. When a host attached to a multicast link starts up, it may multicast a router solicitation to ask for immediate advertisements, rather than waiting for the next periodic one to arrive.
Page 299: Icmp Router Discovery Protocol Dialog Box
Configuring IP Routing Figure 9-35. ICMP Router Discovery Protocol Dialog Box 2. Select the interface on which to enable IRDP in the Select column. A checkmark displays. 3. Refer to Table 9-33 to configure the ICMP Router Discovery Protocol dialog box parameters.
Page 300 Enter the maximum time (in seconds) allowed between Interval (sec) sending multicast router advertisements sent from the interface. This value must be no less than four seconds and no greater than 1800 seconds. The default value is 1800 seconds. Advertisement Life Enter the time (in seconds) of the life of a router Time (sec.)
Page 301: Enabling Irdp On An Interface Using The Cli
Reference Guide for Version 5.0 for details about this command. Configuring Lightweight Directory Access Protocol (LDAP) LDAP allows you to access control lists that you can retrieve from a database on an LDAP server and apply them to the Cajun P550/P880/P882 switch.
Page 302: Configuring Ldap Settings
Chapter 9 Configuring LDAP Settings You can configure LDAP settings from either the web agent or the CLI. Configuring To configure LDAP settings from the web agent: LDAP Settings from the Web 1. Select LDAP Configuration from the Routing > IP >...
Page 303: Configuring Ldap Settings From The Cli
3. Click APPLY to save your changes, or CANCEL to restore previous settings. Configuring To configure LDAP settings on a primary server from the CLI, enter LDAP Settings the following command from configuration mode: from the CLI cajun (configure)# ldap server primary <ip-addr>...
Page 304: Viewing Ldap Statistics Using The Web Agent
Chapter 9 Viewing LDAP Statistics You can view LDAP statistics from either the web agent or the CLI. Viewing LDAP To view LDAP statistics using the web agent: Statistics Using the Web Agent 1. Select LDAP Statistics from the Routing > IP > Display group on the web agent window.
Page 305: Viewing Ldap Statistics Using The Cli
LDAP client did not match the signal configured on the LDAP server. If the consumer signal is not -1 and does not match the producer signal, then the LDAP client was unable to connect to the LDAP server(s).
Page 306: Ip Static Routes Dialog Box
(Figure 9-39). Figure 9-39. Add IP Static Routes Dialog Box 4. Enter the IP address that is to be associated with the PPP console port in the Network Address field. 5. Enter the network mask IP address in the Mask field.
Page 307: Configuring The Ip Interface For The Ppp Console
Configuring IP Routing Configuring the IP Interface for the PPP Console You can configure an IP interface for the PPP console from either the web agent or the CLI. Configuring the To configure the PPP console with an IP address and mask using the...
Page 308: Add Ip Interface Dialog Box
5. Select Serial-Console from the VLAN field pull-down menu. This indicates the interface for the PPP console. 6. Enter the IP address in the Network Address field that is to be associated with the PPP console port. If you do not enter a name for this interface, the IP address is used.
Page 309: Configuring The Ip Interface For The Ppp Console Using The Cli
Configuring IP Routing Configuring the To configure the PPP console after you have made all the applicable IP Interface for cable connections with an IP address using the CLI, enter the following command in Interface mode: the PPP Console Using the CLI cajun (config if <interface-name>)# ip vlan...
Page 310 Chapter 9 9-86 Cajun P550/P880/P882 Switch User Guide...
Page 311: Configuring Rip On The Switch
Creating Trusted RIP Neighbors Viewing RIP Statistics Configuring RIP on the Switch You can configure the RIP from either the web agent or the CLI. Configuring RIP To configure the RIP globally on your switch using the web agent: on the Switch Using the Web 1.
Page 312: Rip Global Configuration Dialog Box
Enter the value (in seconds) that represents the time between RIP updates on all interfaces. The default value is 30 seconds. Purge TTL Enter the global Time To Live (TTL) in seconds that the RIP update persists. The default value is 120 seconds. Triggered...
Page 313: Configuring Rip On The Switch Using The Cli
Configuring the Routing Information Protocol (RIP) Configuring RIP To configure the RIP globally on your switch using the CLI, enter the on the Switch following command in Configure mode: Using the CLI cajun (configure)# router rip Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command.
Page 314 Chapter 10 2. Refer to Table 10-2 to modify the RIP interfaces dialog box parameters: Table 10-2. RIP Interface Dialog Box Parameters Parameter Allows you to... Select Select the RIP interface to be modified. Interface Displays an interface from a list of interfaces that you previously configured.
Page 315: Modifying Rip Interfaces Using The Cli
• MD5 - Uses a stronger encryption technique for passwords. Auth Key Enter the authorization key value. 3. Click APPLY to save your changes, or CANCEL to restore previous settings. Modifying RIP To modify RIP interfaces using the CLI enter the following command...
Page 316: Creating Trusted Rip Neighbors
Consequently, all other information is filtered. Do not create trusted RIP neighbor(s) if you do not wish to filter RIP information from the network. You can create a trusted neighbor using either the web agent or the CLI. Creating Trusted...
Page 317: Creating Trusted Rip Neighbors Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Viewing RIP Statistics You can view RIP statistics using either the web agent or the CLI. Viewing RIP To view RIP statistics using the web agent:...
Page 318: Viewing Rip Statistics Using The Cli
Received Bad Routes Number of bad routes received on this interface. Received Viewing RIP To view RIP statistics using the CLI, enter the following command Statistics Using from Configure mode: the CLI > (configure)# show ip rip statistics Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command.
Page 319: Configuring Open Shortest Path First (Ospf)
Configuring the OSPF Routing Protocol Overview The following information and procedures provided in this chapter pertain to layer 3 module configuration only: Configuring Open Shortest Path First (OSPF) Monitoring Switch Performance Using OSPF Statistics Configuring Open Shortest Path First (OSPF)
Page 320: Configuring The Ospf Global Configuration
Configuring the OSPF Global Configuration The OSPF global configuration allows you to globally configure OSPF on your switch. It also allows you to specify your router ID and whether or not you want the switch to be the Autonomous System (AS) border router.
Page 321: Configuring Ospf Globally Using The Cli
Select to enable or disable OSPF globally on your switch. Router ID Specify the Router ID on the switch. The router ID is a 32-bit number assigned to each router running OSPF. This number uniquely identifies the router within an Autonomous System.
Page 322: Creating Ospf Areas
Areas Using the Web Agent 1. Select Areas from the Routing > IP > OSPF group on the web agent window. The OSPF Areas dialog box opens (Figure 11- Note: The Area ID 0.0.0.0 is a backbone area and always exists in an OSPF configuration.
Page 323: Creating Ospf Areas Using The Cli
Configuring the OSPF Routing Protocol 3. Refer to Table 11-2 to configure the Add OSPF Area dialog box parameters: Table 11-2. Add OSPF Area Dialog Box Parameters Parameter Allows you to... Area ID Specify the Area ID (32-bit character) for the new area.
Page 324: Deleting Ospf Areas
Chapter 11 Deleting OSPF Areas You can delete an OSPF area using either the web agent or the CLI. Deleting an To delete an OSPF area using the web agent: OSPF Area 1. Select Areas from the Routing > IP > OSPF group on the web Using the Web agent window.
Page 325: Modifying Ospf Interfaces
Modifying OSPF To modify an OSPF interface using the web agent: Interfaces Using the Web Agent 1. Select Interfaces from the Routing > IP > OSPF group in the web agent window. The OSPF Interfaces dialog box opens (Figure 11-4). Note: You must first enable OSPF before you can modify OSPF interfaces.
Page 326 Enter the MD5 authentication key ID as a decimal value. Interface State Select the interface state. The available sites are: • Normal • Passive 3. Click Apply to save the changes or Cancel to ignore the changes. 11-8 Cajun P550/P880/P882 Switch User Guide...
Page 327: Modifying Ospf Interfaces Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Creating OSPF Virtual Links You can create OSPF Virtual links using either the web agent or the CLI. Creating OSPF To create a OSPF virtual link using the web agent:...
Page 328: Add Ospf Virtual Link Dialog Box
2. Select CREATE. The Add OSPF Virtual Link dialog box opens (Figure 11-6). Figure 11-6. Add OSPF Virtual Link Dialog Box 3. Enter the new OSPF Link information. Refer to Table 11-4 for an explanation of the Add OSPF Virtual Link dialog box parameters: Table 11-4.
Page 329: Creating Ospf Virtual Links Using The Cli
Area's authentication key. MD5 Key ID MD5 authentication key ID as a decimal value. 4. Click CREATE to create the virtual link, or CANCEL if you do not want to create the OSPF virtual link. Creating OSPF To create a OSPF virtual link using the CLI, enter the following...
Page 330: Deleting Ospf Virtual Links
Chapter 11 Deleting OSPF Virtual Links You can delete OSPF Virtual links using either the web agent or the CLI. Deleting OSPF To delete an OSPF virtual link using the web agent: Virtual Links Using the Web 1. Select Virtual Links from the Routing > IP > OSPF group on Agent the Web Agent window.
Page 331: Modifying Ospf Virtual Links Using The Cli
Creating OSPF Summaries The primary purpose of the OSPF summary is route aggregation. Route aggregation is a group range of IP addresses that are linked to a single address. You can create a new OSPF summary from either the web agent or the CLI.
Page 332: Creating Ospf Summaries Using The Cli
When suppressing, advertisements of IP routes in this range are also suppressed. 4. Click CREATE to save the new OSPF summary, or CANCEL to ignore the new summary. Creating OSPF To create a new OSPF summary using the CLI, enter the following...
Page 333: Deleting Ospf Summaries
Deleting OSPF To delete an OSPF summary using the web agent: Summaries Using the Web 1. Select Summaries from the Routing > IP > OSPF group on the Agent web agent window. The OSPF Summaries dialog box opens (Figure 11-7).
Page 334: Modifying Ospf Summaries Using The Cli
To display the OSPF global statistics using the web agent: Statistics Using the Web Agent 1. Select Statistics from the Routing > IP > OSPF group on the Web Agent window. The OSPF Statistics dialog box opens (Figure 11-9). 11-16...
Page 335: Ospf Statistics Dialog Box
Configuring the OSPF Routing Protocol Figure 11-9. OSPF Statistics Dialog Box 2. Refer to Table 11-6 for an explanation of the OSPF Statistics dialog box parameters: Table 11-6. OSPF Statistical Parameters Parameter Displays the... OSPF State Current state of OSPF.
Page 336: Displaying Ospf Statistics Using The Cli
Reference Guide for Version 5.0 for details about this command. Displaying OSPF Links The OSPF link display provides information on the currently active OSPF links. You can display the OSPF using either the web agent or the CLI. 11-18 Cajun P550/P880/P882 Switch User Guide...
Page 337: Displaying Ospf Links Using The Web Agent
To display OSPF links using the web agent: Links Using the Web Agent 1. Select Links from the Routing > IP > OSPF group on the web agent window. The OSPF Links dialog box opens (Figure 11-10). Figure 11-10. OSPF Links Dialog Box 2.
Page 338: Displaying Ospf Neighbors
Displaying OSPF To display the OSPF neighbors using the web agent: Neighbors Using the Web 1. Select Neighbors from the Routing > IP > OSPF group on the Agent web agent window. The OSPF Neighbors dialog box opens (Figure 11-11).
Page 339 Configuring the OSPF Routing Protocol 2. Refer to Table 11-8 to review the OSPF neighbors parameters: Table 11-8. OSPF Neighbors Parameters Parameter Definition IP Address The IP address associated with the OSPF neighbor. State The functional level of an interface. States include: •...
Page 340: Displaying Ospf Neighbors Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Searching the OSPF Link State Database You can search the OSPF kink state database using either the web agent or the CLI. 11-22...
Page 341: Agent
To search the OSPF link state database using the web agent: OSPF Link State Database Using 1. Select Link State Database Search from the Routing > IP > the Web Agent OSPF group on the web agent window. The Link State Database Search dialog box opens (Figure 11-12).
Page 342 Chapter 11 3. Refer to Table 11-9 for an explanation of the OSPF Link State Database Search dialog box parameters: Table 11-9. OSPF Link State Database Search Dialog Box Parameters Parameter Allows you to ... Area ID search for the 32-bit identifier of the area from which a LSA was received.
Page 343: Ospf Link State Database Dialog Box
Configuring the OSPF Routing Protocol Figure 11-13. OSPF Link State Database Dialog Box 5. Refer to Table 11-10 for an explanation of the OSPF Link State Database dialog box parameters. Table 11-10. OSPF Link State Database Parameters Parameter Displays ...
Page 344: Lsa Detail Dialog Box
Displays the checksum of the complete contents of the advertisement, except the age field. 6. Select Details from the Detail Link column to display more OSPF link state database search results. The LSA Details dialog box displays with additional search information (Figure 11-14).
Page 345 Configuring the OSPF Routing Protocol 7. Refer to Table 11-11 for an explanation of the LSA Detail dialog box parameters. Table 11-11. LSA Detail Dialog Box Parameters Parameter Definition Area Displays the 32-bit identifier of the area from which the LSA was received.
Page 346: Searching The Ospf Link State Database Using The Cli
This parameter is associated with AS External LSAs. Attached Displays the router ID for the attached router(s). Router ID 1 &2 Searching the To search the OSPF link state database using the CLI, enter the following command from Priv mode: OSPF Link State Database Using the CLI cajun# show ip ospf database <options>...
Page 347: Internetwork Packet Exchange (Ipx) Protocol Overview
000000AAh 00e03b124213h node number, and is the socket number associated with a 4003h running process on the end node (for example, RIP, NetWare Link State Protocol (NLSP)). Cajun P550/P880/P882 Switch User Guide 12-1...
Page 348: Ipx Datagram Structure
IPX Datagram Structure The IPX datagram contains an IPX header and any data to be transferred on the network. The IPX header is a 30 byte header that contains 10 fields. Figure 12-1 illustrates a conceptual view of an IPX datagram: Figure 12-1.
Page 349 Configuring IPX Routing Refer to Table 12-1 for a description of the IPX datagram Structure fields: Table 12-1. IPX Datagram Structure Fields Field Definition Checksum Provides integrity checking. Note: Checksum is normally not enabled in IPX networks and is usually set to 0xFFFF.
Page 350: Configuring The Cajun Switch As An Ipx Router
10-Port 100-Base-F module — 12-Port 10/100-Base-T module — Configuring IPX Routing Globally You can configure IPX routing globally using the web agent or the CLI. Configuring IPX To configure IPX routing globally using the web agent: Routing 1. Select Global Configuration from the Routing > IPX >...
Page 351: Configuring Ipx Routing Globally Using The Cli
Disable. Select Disable to prevent IPX RIP from routing globally. This affects all IPX interfaces set up to use the IPX RIP routing protocol. The default value is Enable. Select Disable to prevent IPX SAP from routing globally.
Page 352: Configuring Ipx Interfaces
Configuring IPX Interfaces You can create new IPX interfaces and configure up to four interfaces of different encapsulation types to a VLAN (multinetting). You can configure an IPx interface using either the web agent or the CLI. Configuring an To create a new IPX interface using the web agent:...
Page 353: Add Ipx Interface Dialog Box
Configuring IPX Routing Figure 12-4. Add IPX Interface Dialog Box 3. Select the VLAN to which you want to assign an IPX network address from the VLAN pull-down menu. *Note: If you need to create a new VLAN, refer to "Creating and Implementing VLANs"...
Page 354 1/18th of a second. Select Disable to prevent IPX RIP from routing globally. This affects all IPX interfaces set up to use the IPX RIP routing protocol. The default value is Enable. Select Disable to prevent IPX SAP from routing globally.
Page 355: Configuring An Ipx Interface Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Creating IPX Static Routes You can create IPX static routes using either the web agent or the CLI. Creating IPX To create IPX static routes using the web agent:...
Page 356: Add Ipx Static Route Dialog Box
Chapter 12 Figure 12-6. Add IPX Static Route Dialog Box 3. Refer to Table 12-4 to configure the IPX Static Route parameters. Table 12-4. IPX Static Route Parameters Parameter Allows you to ... Network Enter the IPX network number that you want to assign to the IPX static route.
Page 357: Creating Ipx Static Routes Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Deleting IPX Static Routes You can delete an IPX static route using either the web agent or the CLI. Deleting IPX To delete an IPX static route using the web agent:...
Page 358: Modifying Ipx Static Routes
Chapter 12 Modifying IPX Static Routes You can modify IPX static routes form either the web agent or the CLI. Modifying IPX To modify an IPX static route using the web agent: Static Routes Using the Web 1. Select Static Routes from the Routing > IPX > Configuration Agent group on the web agent window.
Page 359: Creating Ipx Static Services Using The Web Agent
Configuring IPX Routing Creating IPX Static Services You can create IPX static services using either the web agent or the CLI. Creating IPX To create IPX static services using the web agent: Static Services Using the Web 1. Select Static Services from the Routing > IPX > Configuration Agent group on the web agent window.
Page 360: Creating Ipx Static Services Using The Cli
Chapter 12 3. Refer to Table 12-5 to configure the Add IPX Static Service dialog box parameters.: Table 12-5. IPX Static Service Dialog Box Parameters Parameter Allows you to ... Service Name Enter the IPX Static Service name. For example, FS_ENG01. Use SLIST (NetWare 3.x) or NLIST (NetWare 4.x) to list your current...
Page 361: Deleting Ipx Static Service
Configuring IPX Routing Deleting IPX Static Service You can delete an IPX static service using wither the web agent or the CLI. Deleting IPX To delete an IPX static service using the web agent: Static Service Using the Web 1. Select Static Services from the Routing > IPX > Configuration Agent group on the web agent window.
Page 362: Modifying Ipx Static Service Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Monitoring Your Switch Using IPX This section explains how to use IPX to do the following on your switch: Examine IPX Global Statistics...
Page 363: Ipx Global Statistics Dialogue Box
2. To view the latest statistics available, click REFRESH to update all statistics. 3. To reset all of the statistics that are currently displayed, click CLEAR. The statistics all reset to zero. 4. Refer to Table 12-6 for a explanation of the IPX Global Statistics dialog box parameters: Table 12-6.
Page 364: Examine Ipx Global Statistic Using The Cli
IPX Out Ping View the number of transmitted replies made to ping requests. Replies Examine IPX To examine the global IPX routing statistics using the CLI, enter the Global Statistic following command from Priv mode: Using the CLI cajun# show ipx route Refer to the Cajun™...
Page 365: Search The Ipx Route Table
Configuring IPX Routing Search the IPX Route Table To search the IPX route table: 1. Select Route Table Search from the Routing > IPX > Display web agent window. The IPX Route Table Search dialog box opens (see Figure 12-10).
Page 366: Examine The Ipx Route Table
Examine the IPX Route Table To examine the IPX route table: 1. Perform an IPX Route Table search as described in "Search the IPX Route Table", section. If available routes are found they are displayed in the IPX Route Table dialog box.
Page 367: Examine Ipx Route Table Statistics
Configuring IPX Routing Examine IPX Route Table Statistics To examine your IPX route table statistics: 1. Select Route Table Statistics from the Routing > IPX > Display web agent window. The IPX Route Table Statistics dialog box opens (see Figure 12-11).
Page 368: Ipx Service Table Search Dialog Box
Chapter 12 Figure 12-12. IPX Service Table Search Dialog Box 2. Select the search criteria you want to use to find information on specific services in the Search By column. For example, if you want to find all static services that are presently configured on your switch, select Source from the Search By column and specify Static as your search value.
Page 369: Examine The Ipx Service Table
IPX Service Table", earlier in this chapter. If available services are found they are displayed in the IPX Service Table dialog box. 2. Refer to Table 12-11 to review each field in the IPX Services table: Table 12-11. IPX Service Table Parameters Parameter Defines the...
Page 370: Examine Ipx Service Table Statistics
Examine IPX Service Table Statistics To examine the IPX service table statistics: 1. Select Service Table Statistics from the Routing > IPX > Display web agent window. The IPX Service Table Statistics dialog box opens (Figure 12-13).
Page 371: Configuring Internetwork Packet Exchange (Ipx) Routing Inter Face Protocol (Rip) Interfaces
To configure IPX RIP interfaces using the web agent: RIP Interfaces Using the Web 1. Select Interfaces from the Routing > IPX > RIP group on the Agent web agent window. The IPX RIP Interfaces dialog box opens (Figure 13-1) Figure 13-1.
Page 372 Chapter 13 2. Refer to Table 13-1 to modify the IPX RIP Interfaces dialog box parameters: Table 13-1. IPX RIP Interfaces Dialog Box Parameters Parameter Allows you to... Select Select a RIP interface to modify. This field is displayed in the IPX RIP Note: Interface dialog box.
Page 373: Configuring Ipx Rip Interfaces Using The Cli
To create and modify IPX RIP filters using the web agent: Modifying IPX RIP Filters Using 1. Select Filters from the Routing > IPX > RIP group on the Web the Web Agent Agent window. The IPX RIP Filters dialog box opens (Figure 13-2).
Page 374: Add Ipx Rip Filter Dialog Box
Chapter 13 Figure 13-3. Add IPX RIP Filter Dialog Box 3. Refer to Table 13-2 to modify the Add IPX RIP Filter dialog box parameters.: Table 13-2. Add IPX RIP Filters Dialog Box Parameters Parameter Allows you to... Interface Select the interface to which this filter will be applied to RIP packets sent and/or received on the interface.
Page 375 To configure your switch to suppress the advertising of network 10 on the IPX interface named Backbone, complete the following steps: 1. Select Filters from the Routing > IPX > RIP group in the Web Agent window. The IPX RIP Filters dialog box opens (Figure 13-2).
Page 376 10 on the IPX interface named Backbone, you must first create two filters. To create filter 1 from the web agent: 1. Select Filters in the Routing > IPX > RIP group on the web agent window. The IPX RIP Filter dialog box opens (see Figure 13-2).
Page 377: Creating And Modifying Ipx Rip Filters Using The Cli
10. It is important to note that Filter 2 had the Precedence field set to 1 and Filter 1 had the Precedence field set to 0. Any filter with a Precedence of 0 will always override a filter with a precedence of 1 or higher.
Page 378 Chapter 13 13-8 Cajun P550/P880/P882 Switch User Guide...
Page 379: Configuring Internetwork Packet Exchange (Ipx) Service Adver Tising Protocol (Sap) Interfaces
Interpreting IPX SAP Interface Statistics Configuring Internetwork Packet Exchange (IPX) Service Advertising Protocol (SAP) Interfaces You can configure IPX SAP using either the web agent or the CLI. Configuring IPX To configure the IPX SAP interfaces using the web agent:...
Page 380 Chapter 14 2. Refer to Table 14-1 to configure the IPX SAP Interface dialog box parameters: Table 14-1. IPX SAP Interface Dialog Box Parameters Parameter Allows you to... Select Select a SAP interface to modify. Interface Identifies the IPX interface associated with the SAP interface.
Page 381: Configuring Ipx Sap Interfaces Using The Cli
(default). • Talk Only - Send advertisements. • Listen Only - Receive advertisements. 3. Click APPLY to save your changes, or CANCEL to restore previous settings. Configuring IPX To configure the IPX SAP interfaces using the CLI, enter the...
Page 382: Creating Ipx Sap Filters
Creating IPX SAP Name Filters Creating IPX SAP Network Filters Creating IPX SAP Name Filters You can create IPX SAP name filter suing either the web agent or the CLI. Creating IPX To create IPX SAP name filters using the web agent:...
Page 383: Add Ipx Sap Name Filter Dialog Box
Configuring IPX SAP Protocol 2. Select CREATE to create a new filter. The Add IPX SAP Name Filter dialog box opens (Figure 14-3). Figure 14-3. Add IPX SAP Name Filter Dialog Box 3. Configure an IPX SAP name filter. Refer to Table 14-2 for an...
Page 384 Chapter 14 Table 14-2. IPX SAP Name Filter Dialog Box Parameters continued Parameter Allows you to... Type Enter the service type that identifies the type of service the server provides. Well-known service types include: • Unknown (0) • Print Queue (3) •...
Page 385: Creating Ipx Sap Name Filters Using The Cli
To configure your switch to suppress the advertising of all Print Servers (for example, type 7) on Interface Remote: 1. Select Name Filters from the Routing > IPX > SAP group on the web agent window. The IPX SAP Name Filters dialog box opens (Figure 14-2).
Page 386: Creating Ipx Sap Network Filters
To create IPX SAP Network filters using the web agent: SAP Network Filters Using the 1. Select Net Filters from the Routing > IPX > SAP group on the Web Agent Web Agent window. The IPX SAP Net Filters dialog box opens (Figure 14-4).
Page 387 Configuring IPX SAP Protocol 3. Refer to Table 14-3 to configure the Add IPX SAP Net Filters dialog box parameters: Table 14-3. Add IPX SAP Network Filter Dialog Box Parameters Parameter Allows you to... Select Select the IPX interface. This field is displayed in the IPX SAP Net Filter...
Page 388 This filter ensures that all NDS packets received are not filtered on Interface Remote. 1. Select Net Filters from the Routing > IPX > SAP group on the Web Agent window. The IPX SAP Net Filters dialog box opens (Figure 14-4).
Page 389 Select Disable from the Filter/Suppress pull-down menu to ensure that NDS advertisements are not filtered. g. Enter 0 in the Hops field to ensure that there is no override in the transmission of data on the network. 4. Click CREATE to save your changes, or CANCEL to restore previous settings.
Page 390: Creating Ipx Sap Network Filters Using The Cli
Select Inbound from the Direction pull-down menu. f. Select Enable from the Filter/Suppress pull-down menu. g. Enter 0 in the Hops field. Entering 0 ensures that there is no override in the transmission of data on the network. 4. Click CREATE to save your changes, or CANCEL to restore previous settings.
Page 391: Interpreting Ipx Sap Interface Statistics Using The Cli
Configuring IPX SAP Protocol 2. Refer to Table 14-4 to interpret your IPX SAP interface statistics: Table 14-4. IPX SAP Interface Statistical Parameters Parameter Definition Interface The IPX interface associated with this SAP interface. State The current state of the SAP interface.
Page 392 Chapter 14 14-14 Cajun P550/P880/P882 Switch User Guide...
Page 393: Appletalk Routing Overview
AppleTalk Phase I was originally designed for local work groups. AppleTalk Phase II extends the number of nodes in an internetwork to over 16 million and the number of zones per port to 254. The Cajun switch supports both AppleTalk Phase I and Phase II.
Page 394: Configuring Appletalk Routing
Chapter 15 The Cajun P550/P880/P882 switch supports the following AppleTalk protocols: AppleTalk Address Resolution Protocol (AARP) Routing Table Maintenance Protocol (RTMP) Name-Binding Protocol (NBP) AppleTalk Echo Protocol (AEP) Datagram Delivery Protocol (DDP) Zone Information Protocol (ZIP) Configuring AppleTalk Routing This section includes:...
Page 395: Enabling Appletalk Global Routing
Figure 15-1. AppleTalk Routing Global Configuration Window 2. Select Enable from the AppleTalk Routing pull-down menu. 3. Click APPLY to save your changes, or CANCEL to restore previous settings. Creating an AppleTalk Routing Interface You can create an AppleTalk routing interface using the web agent or CLI.
Page 396: Appletalk Interfaces Dialog Box
Chapter 15 2. Select Interfaces from the Routing > AppleTalk > Configuration group on the Web Agent window. The AppleTalk Interfaces dialog box opens (Figure 15-2). Figure 15-2. AppleTalk Interfaces Dialog Box 3. Select CREATE. The Add AppleTalk Interfaces dialog box opens (Figure 15-3).
Page 397: Add Appletalk Interfaces Dialog Box
Configuring AppleTalk Routing Figure 15-3. Add AppleTalk Interfaces Dialog Box 4. Refer to Table 15-1 to configure the Add AppleTalk Interface dialog box parameters: Table 15-1. Add AppleTalk Interface Dialog Box Parameters Parameter Definition Interface Enter the name of the AppleTalk interface to be created.
Page 398 Enter the interface node identification number. This number must be between 1 and 253. Note: Only if the Network Number is equal to 0, can the Node also be equal to 0. Admin State Select whether to enable or disable the administrator state.
Page 399: Creating An Appletalk Routing Interface Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Editing AppleTalk Interfaces You can edit AppleTalk interfaces using either the web agent or the CLI. Editing To edit an AppleTalk interface using the web agent:...
Page 400: Edit Appletalk Zone Dialog Box
Chapter 15 * Note: If there is no zone to select or if you want to edit the zones available, complete steps 11 through 14. Otherwise, proceed to step 15. 11. Select Edit Zone to edit the AppleTalk zone for this interface.
Page 401: Appletalk Interfaces Dialog Box
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Deleting an AppleTalk Interface You can delete an AppleTalk interface using either the web agent or the CLI. Deleting an To delete an AppleTalk interface using the web agent:...
Page 402: Creating An Appletalk Static Route
Chapter 15 Creating an AppleTalk Static Route You can create an AppleTalk static route using the web agent or the CLI. Creating an To create an AppleTalk static route using the web agent: AppleTalk Static Route Using the 1. Select Static Route from the Routing > AppleTalk >...
Page 403: Creating An Appletalk Static Route Using The Cli
Zone Enter an AppleTalk zone name assigned to this route. Zone names may be up to 32 characters in length. 4. Click CREATE to add the static route, or CANCEL to restore previous settings. Creating an To create an AppleTalk static route using the CLI, enter the following...
Page 404: Editing Appletalk Static Routes
5. Enter the new network number of the next hop for the static route in the Network Number field. 6. Enter the new node number of the next hop for the static route in the Node field. 7. Enter the type to be associated with the static route in the Type field.
Page 405: Deleting An Appletalk Static Route
Name lookup Name confirmation NBP allows you to bind a name to the internal storage address for your entity and register this mapping so that other entities can look it up. You can display NBP names to users and use addresses internally to locate entities.
Page 406: Creating A Nbp Filter Using The Web Agent
AppleTalk NBP Filter dialog box opens (Figure 15-8). Figure 15-8. AppleTalk NBP Filter Dialog Box 2. Select CREATE to add a new NBP filter. The Add AppleTalk NBP Filter dialog box opens (Figure 15-9). Figure 15-9. Add AppleTalk NBP Filter Dialog Box...
Page 407: Creating A Nbp Filter Using The Cli
Interface Select the interface(s) to apply this filter to. 4. Click CREATE to add your new static route, or CANCEL to restore previous settings. Creating a NBP To create an NBP filter using the CLI, enter the following command...
Page 408: Editing An Appletalk Nbp Filter
Chapter 15 Editing an AppleTalk NBP Filter You can edit an AppleTalk NBP filter using either the web agent or the CLI. Editing an To edit an AppleTalk NBP filter using the web agent: AppleTalk NBP Filter Using the 1. Select NBP Filter from the Routing > AppleTalk >...
Page 409: Adding Or Deleting Interfaces To An Nbp Filter
Configuring AppleTalk Routing Adding or Deleting Interfaces to an NBP Filter You can add or delete interfaces to an NBP filter using either the web agent or the CLI. Adding or To add or delete interfaces to an NBP filter using the web agent:...
Page 410: Creating An Appletalk Zone Filter
Chapter 15 Adding or To add interfaces to an NBP filter using the CLI, enter the following command from Configure mode: Deleting Interfaces to NBP Filter Using > (config-if <interface-name>:)# appletalk the CLI access-list <access-list-number> <permit|deny> nbp <string> To delete interfaces to an NBP filter using the CLI, enter the following command from Configure mode: >...
Page 411: Creating An Appletalk Zone Filter Using The Cli
Enter the access list number to be associated with the zone filter. Valid values are 632-663. Name Enter the name of the zone to be filtered. You can also leave this field blank for wildcarding. Type Select the type of filtering. The options include: •...
Page 412: Editing An Appletalk Zone Filter
Chapter 15 Editing an AppleTalk Zone Filter You can edit an AppleTalk zone filter using either the web agent or the CLI. Editing an To edit an AppleTalk zone filter using the web agent: AppleTalk Zone Filter Using the 1. Select Zone Filter from the Routing > AppleTalk >...
Page 413: Adding Or Deleting Interfaces To A Zone Filter
Configuring AppleTalk Routing Adding or Deleting Interfaces to a Zone Filter You can add or delete interfaces to a zone filter using either the web agent or the CLI. Adding or To add or delete interfaces to a zone filter using the web agent:...
Page 414: Viewing Appletalk Statistics
Chapter 15 Adding or To add interfaces to a zone filter using the CLI, enter the following command from Configure mode: Deleting Interfaces to a Zone Filter > (config-if <interface-name>:)# appletalk Using the CLI access-list <access-list-number> <permit|deny> zone <string> To delete interfaces to an zone filter, enter the following command from Configure mode: >...
Page 415: Viewing Appletalk Global Statistics
Configuring AppleTalk Routing Viewing AppleTalk Global Statistics You can view AppleTalk global statistics using either the web agent or the CLI. Viewing To view AppleTalk global statistics using the web agent: AppleTalk Global Statistics 1. Select Global Statistics from the Routing > AppleTalk >...
Page 416 Chapter 15 2. Refer to Table 15-5 for information about the AppleTalk Global Statistics dialog box parameters. Table 15-5. AppleTalk Global Statistical Dialog Box Parameters Parameter Number of... Echo Req Tx Echo requests transmitted. Echo Reply Rx Echo replies received.
Page 417: Viewing Appletalk Global Statistics Using The Cli
ZIP get net info response transmitted. 3. Click REFRESH to update all statistics. Click CLEAR to reset all statistics to zero. Viewing To view AppleTalk global statistics using the CLI, enter the following AppleTalk command: Global Statistics Using the CLI ># show appletalk globals...
Page 418: Viewing The Appletalk Interface Statistics Table
Chapter 15 Viewing the AppleTalk Interface Statistics Table You can view the AppleTalk interface statistics table using either the web agent or the CLI. Viewing the To view the AppleTalk Interface statistics table using the web agent: AppleTalk Interface 1. Select Interface Statistics.from the Routing > AppleTalk >...
Page 419: Viewing The Appletalk Interface Statistics Table Using The Cli
Reference Guide for Version 5.0 for details about these commands. Viewing the AppleTalk Route Table You can view the AppleTalk route table using the web agent or the CLI. You can also delete single entries from the table, or flush all of the routes from the table. Viewing the...
Page 420 Displays the zones associated with the selected AppleTalk route. 3. Click Delete Entries to remove selected route table entries. Click Flush Route Table to empty the route table of all dynamic entries. Static and Local entries are not flushed. 15-28...
Page 421: Viewing The Appletalk Interface Statistics Table Using The Cli
Configuring AppleTalk Routing Viewing the To view the AppleTalk Interface statistics table using the CLI, enter AppleTalk the following command: Interface Statistics Table ># show appletalk route Using the CLI Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about these commands.
Page 422: Viewing The Appletalk Arp Cache Table
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about these commands. Viewing the AppleTalk ARP Cache Table You can view the AppleTalk ARP cache table using either the web agent or the CLI. Viewing the...
Page 423: Cache Table
Configuring AppleTalk Routing 2. Refer to Table 15-9 for a definition of the AppleTalk ARP Cache Table parameters. Table 15-9. AppleTalk ARP Cache Table Parameters Parameter Definition Select Select the table entry to be acted upon. Network Range Displays the network range.
Page 424: Viewing The Appletalk Zone Table
Chapter 15 Viewing the AppleTalk Zone Table You can view the AppleTalk Zone table using either the web agent or the CLI. Viewing the To view the AppleTalk zone table using the web agent: AppleTalk Zone Table Using the 1. Select Zone Table from the Routing > AppleTalk >...
Page 425: Viewing Appletalk Zone Table Statistics Using The Web Agent
Configuring AppleTalk Routing Viewing AppleTalk Zone Table Statistics You can view the AppleTalk Zone Table Statistics using either the web agent or the CLI. Viewing To view AppleTalk zone table statistics using the web agent: AppleTalk Zone Table Statistics 1. Select Zone Table Statistics from the Routing >...
Page 426: Viewing The Appletalk Nbp Table
Chapter 15 Viewing the AppleTalk NBP Table You can view the AppleTalk NBP Table using either the web agent or the CLI. Viewing the To view the AppleTalk NBP table using the web agent: AppleTalk NBP Table Using the 1. Select Zone Table from the Routing > AppleTalk >...
Page 427: Introduction
When disabled, intelligent multicasting floods layer 2 multicast traffic to all ports on the VLAN on which the traffic is received. A multicast session is layer 2 multicast traffic on a VLAN. The switch supports 60 sessions per VLAN.
Page 428: Layer 3 Dynamic Intelligent Multicasting
Chapter 16 A client port is a port with an attached host configured to receive a multicast session. Router ports are ports that are attached to (or in the path to) multicast routers and must be treated specially. All multicast traffic on a VLAN must be forwarded to the router.
Page 429: Igmp Snooping
IGMP messages. If more than one LGMP server is on a VLAN, one server will be elected as the distributor. Only the distributor disseminates intelligent multicasting information using LGMP packets.
Page 430: Configuring Intelligent Multicasting
Automatic Router Port Pruning works similarly pruning quiet router ports. If the switch has not been notified that there is a router on the port in Router Pruning Time, then the router port is removed. Configuring Intelligent Multicasting...
Page 431: Intelligent Multicasting Global Configuration Dialog Box
Using the Web (Figure 16-1). Agent * Note: You cannot delete Static sessions and client ports from this dialog box. Refer to “Deleting a Multicast Session Client Port” and “Deleting Static Multicast Sessions”, in this chapter to delete static sessions and client ports.
Page 432 • Time - Enter the time, in minutes, after which quiet learned client ports can be automatically removed from a session. The valid range (in minutes) is 1 to 1440 (24 hours). The default value is 60 minutes. 3. Click ...: APPLY to save your changes.
Page 433: Displaying Router Ports
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Displaying Router Ports You can display router ports using either the web agent or the CLI. Displaying To display router ports using the web agent:...
Page 434: Displaying Router Ports Using The Cli
Chapter 16 3. Refer to Table 16-2 for an explanation of the Router ports. Table 16-2. Router Port Display/Configuration Dialog Box Parameters Parameter Definition Port Displays the router port in the multicast session. VLAN Displays the port VLAN of the router.
Page 435: Configuring Static Router Ports Using The Cli
Display/Configuration dialog box opens (Figure 16-2). 3. Enter a port number in the Port field. 4. Select All from the VLAN column to add this router port to all VLANs Select a specific VLAN from the VLAN field pull-down menu.
Page 436: Intelligent Multicast Session Search Dialog Box
Chapter 16 Figure 16-3. Intelligent Multicast Session Search Dialog Box 2. Refer to Table 2 for an explanation of the Intelligent Multicast Session Search dialog box parameters:i Table 16-3. Intelligent Multicast Session Search Dialog Box Parameters Search By Search Value:...
Page 437: Multicast Sessions Dialog Box
Managing Intelligent Multicasting 3. Select SEARCH to begin the search for the multicast session. The Multicast Sessions dialog box opens with the search results (Figure 16-4). Figure 16-4. Multicast Sessions Dialog Box 4. Refer to Table 16-4 for an explanation of the Multicast Sessions dialog box parameters: Table 16-4.
Page 438: Deleting An Intelligent Multicast Session
DELETE. *Note: Static (Mgmt) sessions can only be deleted through the Static Sessions dialog box. Deleting a To delete a multicast session client port using the CLI, enter the Multicast following command from Configure mode: Session Using...
Page 439: Deleting A Multicast Session Client Port
CANCEL to restore previous settings. * Note: Static (Mgmt) client ports can only be removed through the Static Sessions dialog box. Deleting a To delete a multicast session client port using the CLI, enter the Multicast following command from Configure mode: Session Client...
Page 440: Static Multicast Sessions Dialog Box
Chapter 16 Creating a Static Multicast Session You can create a static multicast session using either the web agent or the CLI. Creating a Static To create a new static multicast session using the web agent: Multicast Session Using 1. Select Static Sessions from L2 > Intelligent Multicast group on the Web Agent the web agent window.
Page 441: Creating A Static Multicast Session Using The Cli
4. Click CREATE to create the new static multicast session, or CANCEL to restore previous settings. Creating a Static To create a new static multicast session using the CLI, enter the following command from Configure mode: Multicast Session Using...
Page 442: Static Multicast Sessions Dialog Box
Chapter 16 Deleting Static Multicast Sessions You can delete static multicast sessions using either the web agent or the CLI. Deleting Static To delete a static multicast session using the web agent: Multicast Sessions Using 1. Select Static Sessions from L2 > Intelligent Multicast group on the Web Agent the web agent window.
Page 443: Deleting Static Multicast Sessions Using The Cli
Reference Guide for Version 5.0 for details about this command. Creating Static Client Ports You can create and add static client ports using either the web agent or the CLI. * Note: You can only add static client ports to static sessions on VLANs that the port is bound to or on sessions created for All VLANs.
Page 444: Creating Static Client Ports Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Deleting Static Client Ports You can delete static client ports from either the web agent or the CLI. Deleting Static To delete static client ports using the web agent: Client Ports 1.
Page 445: Enabling Igmp Snooping
Managing Intelligent Multicasting Enabling IGMP Snooping You can enable IGMP snooping using either the web agent or the CLI. Enabling IGMP To enable IGMP Snooping using the web agent: Snooping Using the Web Agent 1. Select IGMP Snooping from the L2 > Intelligent Multicast group on the web agent window.
Page 446: Configuring Igmp Snooping
Chapter 16 Configuring IGMP Snooping You can configure IGMP snooping using either the web agent or the CLI. Configuring To configure IGMP snooping using the Web Agent: IGMP Snooping Using the Web 1. Select IGMP Snooping from the L2 > Intelligent Multicast Agent group on the web agent window.
Page 447: Configuring Igmp Snooping Using The Cli
Configuring the LGMP Server Modifying the LGMP Server Display per VLAN Modifying LGMP Clients Per VLAN Enabling the LGMP Server You can enable the LGMP server using either the web agent or the CLI. Cajun P550/P880/P882 Switch User Guide 16-21...
Page 448: Enabling The Lgmp Server Using The Web Agent
To enable the LGMP server using the web agent: LGMP Server Using the Web 1. Select LGMP Snooping from the L2 > Intelligent Multicast Agent group on the web agent window. The LGMP Server Configuration dialog box opens (Figure 16-9).
Page 449: Enabling The Lgmp Server Using The Cli
Managing Intelligent Multicasting 2. Select Enable from the State field, if it is not already displayed. 3. Click Apply to complete the operation or Cancel to ignore the operation. Enabling the To enable the LGMP server using the CLI, enter the following...
Page 450 The server ID priority and the IP address associated with the VLAN determine whether the LGMP server wins LGMP distribution election. The lower the number the more likely it will win the election. The valid range is 0 to 255. The default value is 128.
Page 451 • Report - Displays the number of LGMP Transmission report messages transmitted. Statistics • Leave - Displays the number of LGMP leave messages transmitted. • End Session - Displays the number of LGMP end session messages transmitted. • Router Report - Displays the number of LGMP router report messages transmitted.
Page 452: Configuring The Lgmp Server Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command. Modifying the LGMP Server Display per VLAN You can modify the LGMP server display per VLAN using either the web agent or the CLI. Modifying the...
Page 453 Managing Intelligent Multicasting 3. Refer to Table 16-10 to configure the LGMP Server Display per VLAN dialog box parameters: Table 16-10. LGMP Server Display per VLAN Dialog Box Parameters Parameter Definition Select Select the LGMP server to modify. VLAN Displays the VLAN associated with the LGMP server.
Page 454: Modifying The Lgmp Server Display Per Vlan Using The Web Agent
CLEAR ALL to reset all statistics. — REFRESH to view the latest information — Modifying the To modify the LGMP server display per VLAN using the CLI, enter LGMP Server the following command from Configure mode: Display per cajun(configure)# set lgmp server <options>...
Page 455: Configuring/Viewing An Lgmp Client
You can configure and view an LGMP client using either the web agent or the CLI. Enabling/ To enable an LGMP client and view its statistics using the web agent: Viewing an LGMP Client 1. Select LGMP Server from the L2 > Intelligent Multicast group Using the Web on the web agent window.
Page 456 Chapter 16 4. Refer to Table 16-11 for an explanation of the LGMP Client Configuration dialog box parameters Table 16-11. LGMP Client Configuration Dialog Box Parameters Parameter Definition Enable State Select to enable or disable LGMP client. The default value is Disabled.
Page 457: Enabling/Viewing An Lgmp Client Using The Cli
Configure mode: LGMP Client Using the CLI cajun(configure)# set lgmp client enable To view the LGMP client statistics using the CLI, enter the following command from User mode: cajun# show lgmp client config Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command.
Page 458 Chapter 16 3. Refer to Table 16-12 for an explanation of the LGMP Client Display per VLAN dialog box parameters. Table 16-12. LGMP Client Display per VLAN Dialog Box Parameters Parameter Definition Select Select the LGMP client to modify. VLAN Displays the VLAN associated with the LGMP client.
Page 459: Modifying Lgmp Clients Per Vlan Using The Cli
Managing Intelligent Multicasting Modifying To modify LGMP clients per VLAN using the CLI, enter the following LGMP Clients command in Configure mode: Per VLAN Using the CLI cajun(configure)# set lgmp client config <options> Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command.
Page 460 CLEAR to clear the statistics — REFRESH to refresh the contents of the table — Enabling/ To enable CGMP snooping and view its statistics using the CLI, enter Viewing CGMP the following command from Configure mode: Snooping Using the CLI cajun(configure)# set cgmp en Refer to the Cajun™...
Page 461: Interpreting Front Panel Led Displays
Click APPLY to save your changes, or CANCEL to restore previous settings.Setting Log Size Interpreting Front Panel LED Displays Refer to Table 17-1 fro an explanation of the Cajun P550/P880/P882 switch front-panel LEDs: Table 17-1. Front Panel LED Display Interpretation Module...
Page 462: Checking Temperature Status And Configuring Thresholds
No link. Checking Temperature Status and Configuring Thresholds You can check the temperature status and configuring thresholds using either the web agent or the CLI. Checking Temperature Status and Configuring Thresholds You can check the temperature status and configure thresholds using either the web agent or the CLI.
Page 463: Checking Temperature Status And Configuring Thresholds Using The Web Agent
1. Select Temperature system from the System > Configuration Configuring group on the web agent windows. The Temperature System Thresholds dialog box for Layer 2 (Figure 17-1) or Layer 3 (Figure 17-2) Using the Web opens. Agent Figure 17-1. Temperature System Dialog Box (Layer 2) Figure 17-2.
Page 464: Checking Temperature Status And Configuring Thresholds Using The Cli
Value in degrees Celsius that causes the switch to send a Temperature high temperature threshold warning when it is passed. The layer 2 default value is 45 degrees Celsius, and the layer 3 CPU sensor is 85 degrees Celsius. Lower Warning...
Page 465: Checking Active Alarms
Checking Active Alarms Each switch stores a table of active alarms from which you can view a list of open issues without having to view the entire event log. This provides you with a quick snapshot of the switch’s health.
Page 466: Viewing The Active Alarm Table Using The Cli
Chapter 17 Figure 17-3. Active Alarm Table Dialog Box Viewing the To view the Active Alarm table using the CLI, enter the following Active Alarm command from User mode: Table Using cajun# show alarms the CLI Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about this command.
Page 467: Using The Event Subsystem
Using the Event Subsystem There are two switch system activity logs for layer 3: Event Log - stores a large table of events. The size of the table is user-settable. Because these events are stored in switch memory, the list is cleared each time the switch reboots.
Page 468: General Event Management Dialog Box
— LDAP — AppleTalk — 3. Click APPLY to save your changes, or CANCEL to restore previous settings. 4. Select Protocol Events from the Events group on the web page window. The Protocol Event Management dialog box opens (Figure 17-5).
Page 469: Protocol Event Management Dialog Box
The default is Disable. Debug Select Enable to display event messages used to troubleshoot a network problem. The default is Disable. 6. Click APPLY to save your changes, or CANCEL to restore previous settings. Cajun P550/P880/P882 Switch User Guide 17-9...
Page 470: Configuring The Protocol Event Log Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about these commands. Viewing the Event and Shutdown Logs You can view the Event and Shutdown logs using either the web agent or the CLI. Viewing the...
Page 471: Event Log Dialog Box
Severity Level field pull-down menu from either dialog box. 4. Select an event to filter on a particular event type from the Event Type field pull-down menu from either dialog box. The event log entries open in the Event Log window (Figure 17-8).
Page 472: Viewing The Event And Shutdown Logs Using The Cli
*Note: You can clear the event log by clicking Clear Event Log, If you have write-access. This option is not available if you do not have write-access. Viewing the To view the Event and Shutdown logs using the CLI, enter the Event and following command from User mode: Shutdown Logs Using the CLI cajun show logging <num-events|shutdown>...
Page 473: Viewing Event Statistics
Monitoring the Cajun Switch Viewing Event Statistics You can view event statistics using either the web agent or the CLI. Viewing Event To view event statistics using the web agent: Statistics Using the Web Agent 1. Select Event Statistics from the Events group on the web agent window.
Page 474: Viewing Event Statistics Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about these commands. Setting Log Size You can set the log size using either the web agent or the CLI. Setting Log Size To set the log size using the web agent:...
Page 475 Monitoring the Cajun Switch 4. Refer to Table 17-7 for an explanation of the items listed in the Class column on the General Event Management dialog box: Table 17-7. Class Column Items Class Determines whether or not the switch sends a notification...
Page 476: Setting Log Size Using The Cli
4. Refer to Table 17-8 for an explanation of the parameters in the Action column on the General Event Management dialog box. If you do not select an event, no action is taken when an event of this event class occurs.
Page 477: Configuring Event Notification Using The Cli
Monitoring the Cajun Switch Configuring To configure event notification using the CLI, enter the following Event command from Configure mode: Notification Using the CLI cajun(configure)# logging history <options> Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about these commands.
Page 478 Chapter 17 Cajun P550/P880/P882 Switch User Guide 17-18...
Page 479: Configuring The Fowarding Cache
Monitoring and Configuring the Forwarding Cache Overview The information and procedures provided in this chapter pertain to layer 3 module configuration only: Configuring the Fowarding Cache Displaying Frame Fowarding Statistics Searching the Routing Cache for an Entry Displaying the Forwarding Cache...
Page 480: Layer-3 Forwarding Cache Configuration Dialog Box
Chapter 18 Figure 18-1. Layer-3 Forwarding Cache Configuration Dialog Cajun P550/P880/P882 Switch User Guide 18-2...
Page 481: Tree Configuration
Monitoring and Configuring the Forwarding Cache 2. Configure the tree configuration parameters. Refer to Table 18-1 for an explanation of the Layer-3 Fowarding Cache Configuration dialog box parameters for tree configuration: Table 18-1. Layer-3 Forwarding Cache Configuration Dialog Box Parameters for Tree Configuration Tree Configuration Field...
Page 482: Configuring The Fowarding Cache Using The Cli
REFRESH to update your system configuration — CLEAR to reset all configuration parameters to zero. — Configuring the To configure the forwarding cache using the CLI, enter the following Fowarding command from Configure mode: Cache Using the cajun(configure)# ip multicast route-cache <options>...
Page 483: Monitoring The Forwarding Cache Statistics
Displaying Frame Fowarding Statistics The frame forwarding statistics indicate the performance of each of the multilayer media modules in respect to layer 3 routing and forwarding. You can display the frame forwarding statistics from either the web agent or the CLI.
Page 484 Chapter 18 2. Refer to Table 18-2 for an explanation for the Frame Forwarding Statistics dialog box parameters: Table 18-2. Frame Forwarding Statistics Dialog Box Parameters Parameter Defines the... FIRE Fabric Port Fabric port associated with the layer 3 module. The switch has 13 fabric ports.
Page 485: Displaying Frame Fowarding Statistics Using The Cli
Refer to the Cajun™ P550™/P880/P882 Command Line Interface Reference Guide for Version 5.0 for details about these commands. Searching the Routing Cache for an Entry You can search the routing cache for an entry using either the web agent or the CLI. Searching the...
Page 486 Chapter 18 2. Select the search criteria that you want to use to find more specific information on available routes from the Search By column. For example, if you want to find all entries in the routing cache that contain a VLAN entry, you would select VLAN from the Search By column, and select the appropriate vlan from the pull-down menu.
Page 487: Using The Cli
That match the PRE that is associated with the fabric port ID. Searching the To search the L3 address cache using the CLI, enter one of the following commands from Priv mode for the specific routing cache: Routing Cache for an Entry Using the CLI cajun># show ip unicast cache...
Page 488: Displaying The Forwarding Cache
Cache group on the web agent window. The FE Cache dialog box opens (Figure 18-4). Figure 18-4. FE Cache Dialog Box 2. To modify your FE Cache table, do one of the following: Select the entry and click Flush Entry to delete one or —...
Page 489 Monitoring and Configuring the Forwarding Cache 3. Refer to Table 18-4 for an explanation of the FE Cache dialog box fields: Table 18-4. FE Cache Dialog Box Fields Parameter Defines... The Packet Routing Engine in question. Type The type of packet (for example, IP unicast, IP multicast).
Page 490: Displaying The Forwarding Cache Using The Cli
Chapter 18 Displaying the To display the forwarding cache information using the CLI, enter Forwarding one of the following commands from Priv mode for the specific routing cache: Cache Using the cajun># show ip unicast cache cajun># show ip multicast cache cajun># show ipx cache...
Page 491: Viewing Network Statistics
Viewing Network Statistics Setting Up a Mirror Port Viewing Network Statistics You can view a variety of statistics from the switch interface that allows you to monitor network performance and troubleshoot network problems. You can view statistics using either the web agent or the CLI.
Page 492: Module Statistics Dialog Box
Chapter 19 Figure 19-1. Module Statistics Dialog Box 2. Select Clear Counters to get a fresh view of the statistics being gathered. This resets all of the counters to zero, so that you can track the counters from a specific point forward.
Page 493: Ethernet Interface Statistics Dialog Box
Analyzing Network Performance Using RMON and Ethernet Statistics 4. Click Clear Counters to get a fresh view of the statistics being gathered. This resets all of the counters to zero so that you can track the counters from a particular point forward.
Page 494 Chapter 19 7. Refer to Table 19-1 for an explanation of the Ethernet Interface Statistics Dialog Box fields: Table 19-1. Ethernet Interface Statistics Dialog Box Fields Statistic Indicates Actions Sample The sample number. Interval Start The date and time this log entry was made.
Page 495 Analyzing Network Performance Using RMON and Ethernet Statistics Table 19-1. Ethernet Interface Statistics Dialog Box Fields continued Statistic Indicates Actions Multicasts Normal during network Possible causes: operation. For example, • Too many multicast frames multicast packets are to send can consume valuable target video streams to selected network bandwidth.
Page 496 Chapter 19 Table 19-1. Ethernet Interface Statistics Dialog Box Fields continued Statistic Indicates Actions Undersized Count of packets with a valid Possible cause: Device or Packets CRC that violate the minimum application creating non- Ethernet packet size. compliant packets. These malformed packets are...
Page 497: Viewing Network Statistics Using The Cli
(a legal configuration option). Viewing To view network statistics using the CLI, enter the following Network command in Priv mode: Statistics Using the CLI cajun# show ethernet counters <cr|mod-num|mod- swport-spec>...
Page 498: Setting Up A Mirror Port
Setting Up a Mirror Port Configuring an RMON mirror port allows you to mirror traffic from a port or set of ports to a specific mirror port, where you can attach a sniffer or RMON probe. The switch supports a single mirror port and a single source port for each switch fabric port.
Page 499: Port Mirroring Configuration Dialog Box
Analyzing Network Performance Using RMON and Ethernet Statistics 2. Refer to Table 19-2 for an explanation of the Port Mirroring Information dialog box parameters. Table 19-2. Port Mirroring Information Dialog Box Parameters Parameter Definition Configure Source Select the configuration source port. Provides a link to the Port Mirroring Configuration dialog box.
Page 500 Chapter 19 4. Refer to Table 19-3for an explanation of the Port Mirroring Configuration dialog box parameters: Table 19-3. Port Mirroring Configuration Dialog Box Parameters Parameter Definition Source Port(s) List of available selections. You can select a particular source port associated with the selected fabric port. You can also select all ports.
Page 501 The piggyback port should have the same bandwidth as the source port. Only one port per fabric can be used as a piggyback port. Sampling rates have no effect on transmitted information.
Page 502: Setting Up A Mirror Port Using The Cli
Second served by the mirror port. * Sampling only applies to inbound traffic. Setting Up a To set up an RMON mirror port using the CLI, enter the following command from Configure mode: Mirror Port Using the CLI cajun(configure)# set port mirror <mod-port-range>...
Page 503: How Queues Work
How Queues Work Managing Buffers and Queues How Queues Work Frames are buffered in the I/O modules, before and after traversing the switch. Each queue can hold 256K bytes. (Architecturally they can support up to 1 MB each). Each buffer is divided into two queues, one for High-priority Traffic and one for Normal-priority Traffic.
Page 504: Managing Buffers And Queues
“Managing Buffers and Queues”. The factory default service ratio for fabric ports is 999/1. The factory default service ratio for physical ports is 1023 to 1. If there is traffic to be serviced from both the high- and normal-priority queues, 999 packets of high-priority traffic will be processed for each normal-priority packet.
Page 505: Buffer Management Dialog Box
Tuning Your Switch Performance Figure 20-1. Module Information Dialog Box 2. Select the checkbox for the module whose buffers you want to manage from the Select column. 3. Select the Module number for that module from the Buffer Management column. The Buffer Management dialog box opens (Figure 20-2).
Page 506 Management dialog box parameters. Table 20-1. Buffer Management Dialog Box Parameters Parameter Definition Fabric Port Displays the port’s fabric port buffers and allows you to open the Buffers Buffer Detail Configuration dialog box for the selected module. Service ratios: • 3 to 1 •...
Page 507: Buffer Detail Configuration Dialog Box
(Figure 20-3). Figure 20-3. Buffer Detail Configuration Dialog Box 6. Refer to Table 20-2 for an explanation of the Buffer Detail Configuration dialog box input and output fields: Table 20-2. Buffer Detail Configuration Dialog Box Parameters Parameter Definition ...
Page 508 Cajun P550 switch starts sending packets to the high- priority queue. The default value (4) causes all traffic with a priority greater than or equal to 4 (4, 5, 6, and 7) to be assigned to the high-priority queue. Priority schemes have more than two queues (the IEEE allows up to 8, numbered 0 through 7).
Page 509: Managing Buffers And Queues Using The Cli
Tuning Your Switch Performance 7. Repeat Steps 1-4 to tune Physical Port (Fast Ethernet) buffers. Physical Port ports have additional buffers on both the input and output ports. 8. Click APPLY to save your changes, or CANCEL to restore previous settings.
Page 510 Chapter 20 20-8 Cajun P550/P880/P882 Switch User Guide...
Page 511: Upgrading From A Previous Version
If you want to save the previous version on the switch for a potential downgrade, find out which APP you booted from, then load the new image into the other APP. For example, if you boot a previous version from APP1, download version 5.0 into APP2.
Page 512: Saving The Previous Configuration
Saving the Previous Configuration Before you upgrade your system, save your previous configuration to a file or directory on a TFTP server. You can do this using either the web agent or the CLI. Saving the Previous Configuration Using the Web Agent To save your current configuration using the Web Agent: 1.
Page 513: Saving The Previous Configuration Using The Cli
Downloading a Software Image You can download the version 5.0 software image from a TFTP server to an APP location using either the web agent or the CLI. Downloading a Software Image Using the Web Agent To download the version 5.0 software image from a TFTP server to an APP location using the web agent: 1.
Page 514: Downloading A Software Image Using The Cli
Downloading a Software Image Using the CLI To download the version 5.0 software image from a TFTP server to an APP location using the CLI, enter the following command in legacy-cli mode: > fep get This command reads and displays information about the software image currently stored in APP1 and APP2.
Page 515: Selecting The Image For Reboot Using The Cli
3. Click APPLY from the Power Up/Reset Image field. Selecting the Image for Reboot Using the CLI To set the location from which you download the software using the CLI, enter the following command from the legacy-cli: >fep set <APPname>...
Page 516: Resetting The Switch
The System Reset Page dialog box opens (Figure A-3). Figure A-3. System Reset Page Dialog Box 2. Click Yes in response to the question, Do you want to reset the switch?. The switch resets with the selected version. Resetting the Switch Using the CLI To reset the switch using the CLI after downloading the version 5.0...
Page 517: Accessing Boot Mode
Boot Mode Boot Mode is a special mode for the Cajun P550/P880 switches. Boot mode is used to: recover your password download new operational code Accessing BOOT Mode You can access BOOT mode during Power Up or when both Operational Images in APP1 and App2 are corrupted.
Page 518: Accessing Boot Mode With Corrupted Operational Images
Boot Mode Accessing BOOT Mode with Corrupted Operational Images The Cajun P550/P880 switch will automatically come up in BOOT mode if both operational images are corrupted. You will see the following output on your console: Starting the boot system, please wait.
Page 519: Password Recovery
Boot Mode Password Recovery The following command is used to reset the switch to the factory default passwords. initLogins Syntax Boot> initLogins set <0=no change, 1=factory default> Description Using a value of zero will retain the current passwords in NVRAM upon resetting the switch.
Page 520 Boot Mode 5. Enter the following command to set the switch to boot from the appropriate image stored in APP1 or APP2 Boot> feprom set <app1|app2> 6. Enter the following command to reset the switch: Boot> reset Cajun P550/P880/P882 Switch User Guide...
Page 521: Management Information Bases (Mibs) Supported By Layer 2 And Multilayer Switches
The following section lists, by protocol, public and private MIBs supported by the P550/P7880/P882 switches. Note that all MIBs supported by Layer 2 switches also are supported by the multilayer switch. For information about additional MIBs supported by the P550R, refer to “MIBs Supported by the Multilayer Switch” on page 2.
Page 522: Ieee 802.3 Mau Management
RMON RFC 1757.mib is supported. MIBs Supported by the Multilayer Switch The following section lists, by protocol, public and private Management Information Bases (MIBs) supported by the Cajun P550R switch, the multilayer 3 switch. For information about additional MIBs supported by the P550R switch, refer to “Management Information Bases (MIBs) Supported by Layer 2 and...
Page 523: Private Mib
Supported MIB Groups Private MIB The private MIB cjnospf.mib is supported. VRRP Standard MIB The current draft of the Virtual Redundancy Router Protocol (VRRP) MIB is supported: draft-ietf-vrrp-mib-04.mib. Private MIB The private cjniplrrp.mib is supported. IGMP Standard MIB The current draft of the Internet Group Membership Protocol (IGMP) MIB is supported: draft-ietf-idmr-igmp-mib-07.mib.
Page 524: Ip Forwarding/Route Table
RFC 1243.mib is supported. Private MIB The private cjnatalk.mib is supported. IP Access List The private MIB that defines IP access list format, cjnipalist.mib, is supported. Policy Capability MIB for LDAP The private MIB that defines policy capabilities for the Lightweight Directory Access Protocol (LDAP), cjnpolicycap.mib, is supported.
Page 525: The Genoperations Group
Supported MIB Groups Each row in the genOpTable represents an operation that this genOperations system can perform. A walk of this table should provide a list of available operation that can be performed by the system. The group genOpTable contains all configuration information necessary to perform upload, download, and copy operations within the system.
Page 526 -- The genOperations group -- Each row in the genOpTable represents an operation that this system can -- perform. A walk of this table should provide an list of available operation -- that can be performed by the system. The genOpTable contains...
Page 527 Supported MIB Groups -- in the system. Applications can be defined as any entity that can be read or -- written from or to the system. This includes software images, boot code, -- configuration files, prom code, etc. Each row contains information used to -- catalog the application(FILE) entries present in the system.
Page 528 "Avaya Common Download / Upload Private MIB" ::= { mibs 53 } -- Groups in the Load mib genOperations OBJECT IDENTIFIER ::= { load 1 } genApplications OBJECT IDENTIFIER ::= { load 2 } -- The genOperations group genLoadNumberOfSession OBJECT-TYPE...
Page 529 SYNTAX SEQUENCE OF GenOpEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Table of configuration attributes which define the operational functions and the results on a per module basis. This group provides the mechanism by which available operations are initiated, monitored and reported."...
Page 530 Integer32, genOpServerIP IpAddress, genOpUserName DisplayString, genOpPassword OCTET STRING, genOpProtocolType INTEGER, genOpFileName DisplayString, genOpRunningStateDisplay DisplayString, genOpLastFailureIndex INTEGER, genOpLastFailureDisplay DisplayString, genOpLastWarningDisplay DisplayString, genOpErrorLogIndex Integer32, genOpResetSupported INTEGER, genOpEnableReset INTEGER, genOpNextBootImageIndex Integer32, genOpLastBootImageIndex Integer32, genOpFileSystemType INTEGER, genOpReportSpecificFlags INTEGER, C-10 Cajun P550/P880/P882 Switch User Guide...
Page 531 OBJECT-TYPE SYNTAX INTEGER (1..255) MAX-ACCESS read-only STATUS current DESCRIPTION "Index which identifies the module inside the chassis for which this entry contains information. Equals the number of the slot by which the group is accessed or the stackable index."...
Page 532 Each operation type that is supported by this module should be represented by a unique row in this MIB Table. A walk of this MIB table should reveal all the operations that are supported by the device. The operations supported are:...
Page 533 -- The 'genOpDestIndex' should be set to the 'genAppFileId' of the configFile you are download to (if one does not exist you'll need to RowCreate it in the 'genAppFileTable'), the 'genOpServerIP' should be set to the server from which...
Page 534 -- The 'genOpDestIndex' should be set to the 'genAppFileId' of the software File you are download to (if one does not exist you'll need to RowCreate it in the 'genAppFileTable'), the 'genOpServerIP' should be set to the server from which...
Page 535 -- (using a 'genOpType' of 'localPeerTransport') The 'genOpDestIndex' should be set to the 'genAppFileId' of the software File you are copying to (if one does not exist you'll need to RowCreate it in the 'genAppFileTable'), the 'genOpSourceIndex' should be set to the 'genAppFileId' of the software File you are copying from.
Page 536 -- (using a 'genOpType' of 'localServerTransport') The 'genOpDestIndex' should be set to the 'genAppFileId' of the software File you are copying to (if one does not exist you'll need to RowCreate it in the 'genAppFileTable'), the 'genOpSourceIndex' should be set to the 'genAppFileId' of the software File you are copying from.
Page 537 'genOpSourceIndex' should be set to the 'genAppFileId' of the log File you are copying from. the 'genOpServerIP' should be set to the server to which the config will be saved, the 'genOpProtocolType' should be set to the IP protocol used to transport the file.
Page 538 STATUS current DESCRIPTION "Identifies the operation to perform and the state of that operation. This field acts as both the trigger to initiate the operation (via the beginOperation) and the status field of the operation itself (i.e. waiting-ip, running-ip, etc.).
Page 539 MAX-ACCESS read-write STATUS current DESCRIPTION "The index value (taken from the genAppFileTable) of the source of the operation. NOTE: A value of zero (0) here indicates that the Server (specified below) is the source." ::= { genOpEntry 4 } genOpDestIndex OBJECT-TYPE...
Page 540 OBJECT-TYPE SYNTAX IpAddress MAX-ACCESS read-write STATUS current DESCRIPTION "The IP Address of the server from/to which the file has to be Download/Upload. NOTE: In the case of localPeerTransport this value should be NULL." ::= { genOpEntry 6 } genOpUserName OBJECT-TYPE SYNTAX DisplayString (SIZE(0..128))
Page 541 Supported MIB Groups "Contains the username to be used if the protocol specified in genOpProtocolType requires one. The default value will be the empty string" DEFVAL{'0'H} ::= { genOpEntry 7 } genOpPassword OBJECT-TYPE SYNTAX OCTET STRING (SIZE(0..128)) MAX-ACCESS read-write STATUS current DESCRIPTION "Contains the password to be used if the protocol specified in...
Page 542 OBJECT-TYPE SYNTAX DisplayString MAX-ACCESS read-write STATUS current DESCRIPTION "The location (including the FULL path) of the file in the server. NOTE: In the case of localPeerTransport this value should be NULL." ::= { genOpEntry 10 } genOpRunningStateDisplay OBJECT-TYPE SYNTAX DisplayString (SIZE(0..64))
Page 543 Supported MIB Groups ::= { genOpEntry 11 } genOpLastFailureIndex OBJECT-TYPE SYNTAX INTEGER { noError (1), genError (2), configError (3), busy (4), timeout (5), cancelled (6), incompatibleFile (7), fileTooBig (8), protocolError (9), flashWriteError (10), nvramWriteError (11), confFileGenErr (12), confFileParseError (13), confFileExecError (14),...
Page 544 TFTP server. errors below this are locally generated. Configuration files may return errors after download as a result of reading a config file into the system. confFileGenErr - General (unknown error) confFileParseError - Reading of config file resulted in parsing errors.
Page 545 ::= { genOpEntry 12 } genOpLastFailureDisplay OBJECT-TYPE SYNTAX DisplayString (SIZE(0..64)) MAX-ACCESS read-only STATUS current DESCRIPTION "Contains the last error, Null if there is no error." ::= { genOpEntry 13 } genOpLastWarningDisplay OBJECT-TYPE SYNTAX DisplayString (SIZE(0..64)) MAX-ACCESS read-only STATUS current DESCRIPTION "Last warning which didn't stop the operation (not fatal error)."...
Page 546 "The Index in the 'genAppFileTable' under which an error log has been created. In the case of file that produce errors this file should contain a log of errors that occurred. (This item should be zero is not exists)" ::= { genOpEntry 15 }...
Page 547 Supported MIB Groups MAX-ACCESS read-write STATUS current DESCRIPTION "Whether to do a reset after the operation completed successfully." ::= { genOpEntry 17 } genOpNextBootImageIndex OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-write STATUS current DESCRIPTION "The row in the 'genAppFileTable' of the default Application that the device will boot from when a standard reboot is performed."...
Page 548 (2) MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates what type of file system is supported by this module. A value of 'static' indicates that rows in the 'genAppFileTable' are not removable nor can new entries be created. A value of 'dynamic' indicates that entries in the 'genAppFileTable' are both removable and can be created."...
Page 549 ::={ genOpEntry 21} genOpOctetsReceived OBJECT-TYPE SYNTAX INTEGER MAX-ACCESS read-only STATUS current DESCRIPTION "While a download is in progress this indicates the number of bytes transferred so far. " ::={ genOpEntry 22} C-29 Cajun P550/P880/P882 Switch User Guide...
Page 550 "Table of Application (FILE) entries. Each row uniquely defines application in the system. Applications can be defined as any entity that can be read or written from or to the system. This includes software images, boot code, configuration files, prom code, etc."...
Page 551 DisplayString, genAppFileRowStatus RowStatus genAppFileId OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "Index which uniquely identifies the application. NOTE: This index CANNOT BE ZERO (0) since the index of zero is reserved as an C-31 Cajun P550/P880/P882 Switch User Guide...
Page 552 Supported MIB Groups indication of network server location in the genOpSourceIndex and genOpDestIndex above." ::= { genAppFileEntry 1 } genAppFileName OBJECT-TYPE SYNTAX DisplayString (SIZE(0..64)) MAX-ACCESS read-create STATUS current DESCRIPTION "The name of the application." ::= { genAppFileEntry 2 } genAppFileType OBJECT-TYPE...
Page 553 Use of this entry in the genOpTable should serve to cause the system to generate it's configuration or to force the system to read a new config into it's configuration. startupConfiguration -- This entry represents a real file that is used at start-up to configure the device.
Page 554 'alternate', 'backup' or 'experimental' configurations that the user may which to store on the device. nvramFile -- This entry represents a file that is contain in the nvram files system that does not fit any of the other pre-defined types.
Page 555 ::= { genAppFileEntry 4 } genAppFileSize OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-create STATUS current DESCRIPTION "The size (expressed as the number of bytes) of the application." ::= { genAppFileEntry 5 } genAppFileVersionNumber OBJECT-TYPE SYNTAX OCTET STRING MAX-ACCESS read-only C-35 Cajun P550/P880/P882 Switch User Guide...
Page 556 Supported MIB Groups STATUS current DESCRIPTION "The current version of the application. If this files does not carry a version this field should be NULL." ::= { genAppFileEntry 6 } genAppFileLocation OBJECT-TYPE SYNTAX INTEGER { ram (1), flashBankA(2), flashBankB(3), nvram (4),...
Page 557 "The time stamp is the Real Time if supported otherwise sysUpTime. The convention for this field is as follows: Real Time: Entry is prefixed with an 'R' character and time is formatted using the convention for date-and-time (rfc1903) DISPLAY-HINT 'R-2d-1d-1d,1d:1d:1d.1d,1a1d:1d'...
Page 558 R-1992-5-26,13:30:15.0,-4:0 Note that if only local time is known, then timezone information (fields 8-10) is not present. SysUpTime: Entry is prefixed with an 'S' character and time is formatted using a portion of that date-and-time convention DISPLAY-HINT 'S-1d-1d,1d:1d:1d.1d' field octets contents...
Page 559 Supported MIB Groups For example, S-5-26,13:30:15.0 Represents a file that has existed in the system for 5 months, 26 days, 13 hours, 30 minutes, 15 seconds exactly. This value will be reset after a reboot of the system." ::= { genAppFileEntry 8 }...
Page 560 Supported MIB Groups C-40 Cajun P550/P880/P882 Switch User Guide...
Page 561: Fcc Notice
This equipment generates, uses, and may emit radio frequency energy. The equipment has been type tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of FCC rules, which are designed to provide reasonable protection against such radio frequency interference.
Page 562 Gegenma nahmen verantwortlich ist. ß Avertissement! Cet appareil est un appareil de Classe A. Dans un environnement résidentiel cet appareil peut provoquer des brouillages radioélectriques. Dans ce cas, il peut être demandé à l'utilisateur de prendre les mesures appropriées.
Page 563 AppleTalk global statistics 15-24 adding address forward table entries manu- AARP req tx ally 6-12 AppleTalk global statistics 15-24 adding ports to a hunt group 4-28 access level addr owner override configuring SNMP communities 2-14 VRRP configuration parameters 9-76 access list...
Page 564 AFT address table 6-3 address table configuring instance IDs 6-4 LSA detail 11-27 address table instance OSPF link state database parameter 11-26 delete all learned entries 6-7 age interval delete invalid learned entries 6-7 Layer 3 cache configuration 18-4 address table instance entry type...
Page 565 5-36 RTMP Rsp Tx 15-25 switch port configuration parameters 5-32 Short PDU in error 15-24 always be group membership querier too long 15-24 IGMP interface parameters 9-32 too short 15-24 APP1 TTL expired 15-24 CPU redundancy configuration 7-10...
Page 566 AS border Rtrs AppleTalk statistics OSPF statistical parameters 11-18 viewing 15-22 ASBR 11-3 AppleTalk zone filter Assigning IP Interfaces to the VLAN 9-12 creating 15-18 editing 15-20 overview 1-8 AppleTalk zone filter parameters attached router ID 1 & 2 access list 15-19...
Page 567 10/100 port 5-25 binding type auto-creation of virtual links VLAN switch port table parameters 4-6 OSPF global configuration parameters 11- blocking state (spanning tree bridge port) 4- automatic client pruning BOOTP relay agent 9-27 9-28 automatic client pruning 16-7 BOOTP/DHCP in discards...
Page 568 SNMP 2-13 managing 20-2 20-7 Community String 2-14 bytes comparison value Ethernet interface statistical parameters Layer 3 route cache search parameters 18- 19-4 config addr error AppleTalk global statistics 15-25 config zone error CajunDocs CD xxxvii AppleTalk global statistics 15-25...
Page 569 Configuring the Age Timer and Super Age switch port 5-30 Timer Using the Web Agent 6-2 Configuring a DNS Client 8-1 Configuring the IP Interface for the PPP Con- configuring a DNS client 1-21 sole 9-86 9-88 configuring a Fast Ethernet module 5-19...
Page 570 Agent 11-13 2-32 invalid combinations creating OSPF virtual links 11-9 11-11 from the switch or server to a configura- creating static ARP entries tion file 2-29 IP static route 9-25 running configuration to startup configu- Creating Static Client Ports 16-18...
Page 571 Deleting Static Client Ports 16-19 for switch hardware 7-2 deleting static client ports 16-19 direction Deleting Static Client Ports Using the CLI 16- IPX RIP filter parameters 13-4 IPX SAP filter parameters 14-6 description IPX SAP network filter parameters 14-9...
Page 572 3-15 router received probe from this router 9- DNS client configuring 1-21 router supports generation ID function 9- document conventions xxxi documentation router supports prune function 9-67 feedback xxxviii DVMRP downstream interface online xxxiv DVMRP downstream link parameters 9-69...
Page 573 9-68 downstream interface 9-68 DVMRP neighbor routers 9-62 invalid flows from upstream 9-68 DVMRP upstream interface next pruned downstream interface to tim- upstream prune information 9-69 eout 9-68 DVMRP upstream routers packets forwarded through cache entry 9-...
Page 574 17-16 jabbers 19-7 event statistics multicast packets 19-5 event log wraps 17-14 oversize packets 19-6 events dropped due to event system queue packets 19-4 full 17-14 sample 19-4 events dropped due to overload of event undersize packets 19-6 system 17-14...
Page 575 6-11 full MAC address 6-11 event statistics 17-14 persistence 6-12 events dropped due to overload of event sys- port 6-11 priority 6-11 event statistics 17-14 filtering on the MAC address 6-9 examining DVMRP interface statistics 9-60...
Page 576 IPX SAP interface parameters 14-3 Forwarding Rules 5-8 get nearest server reply delay forwarding rules IPX SAP interface parameters 14-3 VLAN 4-2 Gigabit Ethernet modules (L2/L3) 1-14 forwarding state (spanning tree bridge port) gigabit module 4-12 configure ports 5-14 5-18 5-25 found on interface...
Page 577 OSPF virtual link parameters 11-11 DVMRP global statistical parameters 9-59 hello time graft messages transmitted spanning tree bridge level parameters 4-10 DVMRP global statistical parameters 9-59 Help, Online xxxv group high and normal overflow drops address forwarding table parameters 6-11...
Page 578 IP routing global statistics 9-43 displaying 9-51 ICMP in timestamp replys IGMP group membership table parameters IP routing global statistics 9-43 entry expiration period in sec 9-56 ICMP in timestamp requests group address 9-56 IP routing global statistics 9-43 group created on 9-56...
Page 579 9- initial hash table size VLAN configuration parameters 4-5 unknown messages received 9-55 installing redundant controllers 7-3 IGMP interface statistics instance IDs viewing 9-52 9-55 configuring 6-4 IGMP interfaces intelligent multicast 16-4 16-17 16-18...
Page 580 RIP global configuration 10-1 DVMRP downstream link parameters 9-70 RIP statistics 10-7 10-8 DVMRP interface parameters 9-38 searching the OSPF link state database 11- upstream prune information 9-69 11-28 interfaces Searching the routing table 9-46 adding to NBP filter 15-17...
Page 581 IP multicast forwarding 9-9 RIP 9-3 IP routing 9-9 state 9-3 IP source routing 9-9 VLAN 9-3 limit proxy ARP to same network 9-9 VRRP 9-4 local routes 9-9 IP interfaces low-preference static routes 9-10 configuring 9-12 maximum number of ARP cache entries 9-...
Page 582 UDP out datagrams 9-44 ICMP in destination unreachable 9-43 IP routing search table ICMP in echo replys 9-43 deleting local entries from routing table 9- ICMP in echo requests 9-43 ICMP in errors 9-43 IP routing statistics 9-38 ICMP in messages 9-43...
Page 583 IP address 9-26 IPX forward datagrams 12-18 MAC address 9-26 IPX in checksum errors 12-19 IP static route IPX in delivery 12-18 creating static ARP entries 9-25 IPX in discards 12-18 IP static route parameters IPX in header errors 12-18...
Page 584 14-6 IPX global parameters 12-19 hops 14-6 IPX overview 12-1 interface 14-5 IPX RIP filter name 14-5 suppress advertising of all networks exam- precedence 14-5 ple 13-5 13-6 type 14-6 IPX RIP filter parameters IPX SAP filters direction 13-4...
Page 585 14-9 type 12-15 filter/suppress 14-10 IPX static service parameters 12-15 hops 14-10 IPX static services interface 14-9 creating 12-14 12-15 net 14-9 IPX syntax example 12-1 precedence 14-9 IRDP 9-78 type 14-9 enabling on an interface 9-78 IPX SAP network filters...
Page 586 18-10 learned entries Layer 3 forwarding cache (FE) parameters delete invalid learned entries 6-7 aged entries 18-11 learning state (spanning tree bridge port) 4- current entries 18-11 duplicate add attempts 18-11 LEDs entries removed due to route changes 18-...
Page 587 LGMP client configuration parameters 16- type 11-24 links LGMP client display per VLAN parameters switch port parameter 5-29 16-33 listening state (spanning tree bridge port) 4- LGMP server display per VLAN parameters 16-28 load MIB LGMP message statistics overview 1-23...
Page 588 Layer 3 cache configuration 18-4 router ID 11-27 maximum groups sequence 11-27 IGMP interface parameters 9-32 tag 11-28 maximum number of ARP cache entries TOS 11-27 IP global configuration parameters 9-9 TOS 0 metric 11-27 maximum number of paths TOS count 11-27...
Page 589 MIB for LDAP C-4 modules & ports 4-31 5-14 5-19 5-26 private IPX interface MIBs C-1 5-30 5-39 5-41 Prominent C-1 monitoring switch performance RIP v1 and v2 C-2 IP routing statistics 9-38 RMON C-2 OSPF 11-16 SNMPv2 C-2...
Page 590 IPX SAP filter parameters 14-5 network number IPX service table parameter 12-24 AppleTalk interface parameters 15-6 spanning tree bridge port parameters 4-12 AppleTalk interface statistics 15-26 switch port parameter 5-29 AppleTalk static route 15-11 NBP filter IPX routing table search parameters 12-20...
Page 591 AppleTalk global statistics 15-24 week 3-11 node Online documentation AppleTalk ARP cache table statistics 15-31 adding files to a Web server xxxvi AppleTalk interface parameters 15-6 getting updated online documentation AppleTalk interface statistics 15-26 xxxvii AppleTalk static route 15-11 installing xxxv...
Page 592 OSPF virtual link parameters router ID 11-26 area 11-10 sequence 11-26 authentication 11-11 type 11-25 authentication key 11-11 OSPF link state database search parameters dead interval 11-11 area ID 11-24 hello interval 11-11 router ID 11-24 MD5 key ID 11-11 type 11-24...
Page 593 ATM 1-8 intelligent multicasting 16-2 performing a system reset 3-18 Layer 2 16-3 periodic update interval overview of Layer 2 traffic routing 1-29 IPX SAP interface parameters 14-2 overview of Layer 3 (learned) traffic routing permanent 1-29 address forwarding table, persistence...
Page 594 19-9 forwarding cache (FE) parameters 18-11 max packets per second 19-9 Layer 3 route cache search parameters 18- mirror port 19-9 mirror port name 19-9 precedence piggyback port 19-9 IPX RIP filter parameters 13-4 sampler type 19-9 IPX SAP filter parameters 14-5...
Page 595 DVMRP global statistical parameters 9-59 read-write prune messages transmitted SNMP access level 2-14 DVMRP global statistical parameters 9-59 read-write with security level set to admin pruning client ports, router ports, dynamic SNMP access level 2-15 sessions realm pruning client ports 16-4...
Page 596 RIP route changes resetting the switch A-6 IP routing table statistical parameters 9-49 Resetting the Switch Using the Web Agent RIP routes IP global configuration parameters 9-10 resource RIP statistical parameters event class parameters 17-15 bad packets received 10-8 retransmit interval...
Page 597 Layer 3 switching 9-11 secondary server routing configuration RADIUS configuration parameters 8-5 minimum requirements 9-11 secondary server IP address Routing with Layer 2 and Layer 3 Modules LDAP configuration parameters 9-82 1-28 secondary server port RTMP RDR Rx LDAP configuration parameters 9-83...
Page 598 2-15 OSPF link state database parameter 11-26 read-only 2-14 server ID priority read-write 2-14 LGMP server configuration parameters 16- read-write with security level set to admin 2-15 service name SNMP Administration 2-13 2-17 2-21 IPX service table search parameter 12-23...
Page 599 DVMRP upstream source parameters 9-70 spanning tree mode source socket switch port configuration parameters 5-32 IPX datagram fields 12-3 spanning tree mode for a port 4-15 source subnetwork Spanning Tree Protocol 1-8 DVMRP downstream link parameters 9-69 speed mode DVMRP multicast forwarding cache...
Page 600 RIP statistical parameters 10-8 summer time hours spanning tree bridge port parameters 4-12 one-time setting 3-10 3-12 VRRP statistical parameters 9-77 set recurring 3-6 static setting 3-4 Virtual LAN binding options 5-35 summer time hours configuration static address configuration day 3-9...
Page 601 2-31 port VLAN 5-29 TFTP transfer status STAP mode 5-29 viewing 2-33 trunk mode 5-29 this router is group membership querier viewing 5-28 IGMP interface statistical parameters 9-54 VLAN classification 5-29 Throughput 1-5 switch ports, single command 5-41...
Page 602 19-10 DVMRP interface statistical parameters 9- transit delay OSPF interface parameters 11-7 event and shutdown log entries 17-12 OSPF virtual link parameters 11-10 forwarding cache (FE) parameters 18-11 translate 7 into 5 IPX SAP filter parameters 14-6...
Page 603 IPX SAP interface parameters 14-2 2-28 viewing use max packet size viewing the startup configuration 2-27 IPX SAP interface parameters 14-2 Viewing the Status of a TFTP Transfer 2-33 user accounts viewing the TFTP transfer status 2-33 Index-41 Cajun P550/P880/P882 Switch User Guide...
Page 604 4-2 frame format 4-6 IP interface parameters 9-3 port 4-6 IPX interface 12-9 port name 4-6 Layer 3 route cache search parameters 18- VLAN trunking,definition 1-13 VR ID LGMP client display per VLAN parameters VRRP configuration parameters 9-75 16-33...
Page 605 Zip GNI Rsp Tx state 9-77 AppleTalk global statistics 15-25 time of state change 9-77 Zip Query Rx times this VR became master 9-77 AppleTalk global statistics 15-25 VR ID 9-77 Zip Query Tx VRRP statistics AppleTalk global statistics 15-25...

This manual is also suitable for:

Cajun p880 Cajun p882

Avaya Cajun P550R User Manual

Chapter 1 - Introduction to the Cajun P550R/P880/P882 Switch

Chapter 2 - Initialize and Setup of the P550R/P880/P882 Switch

Chapter 3 - Configuring System Information

Chapter 4 - Using Vlans, Spanning Tree, Hunt Groups, and VTP Snooping

Chapter 5 - Configuring Port Parameters

Chapter 6 — Managing the Address Forwarding Table

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Summary of Contents for Avaya Cajun P550R