3com 3500 Manual de usuario

®http://www.3com.com/Command Reference GuideCoreBuilder® 3500CoreBuilder 9000CoreBuilder 9400SuperStack® II Switch 3900SuperStack II Switch 9300Part N

bridge vlan modify (3500/9000 Layer 3) 355bridge vlan modify (3900/9300/9400/ 9000 Layer 2) 360bridge vlan remove 363bridge vlan mode 364bridge vlan s

100CHAPTER 3: SYSTEM ENVIRONMENTsystem serialPort✓ 35009000✓ 9400✓ 3900✓ 9300enableModemEnables the external modem from the Administration Console. Va

system name101✓ 35009000✓ 9400✓ 3900✓ 9300system nameAssigns or changes the name of the system. The system name identifies the system to users on othe

102CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000✓ 9400✓ 3900✓ 9300system timeDisplays and changes the system’s current date and time, timezone, and daylight

system time datetime103✓ 35009000✓ 9400✓ 3900✓ 9300system time datetimeSets the system’s date and time.Valid Minimum Abbreviationsy t dImportant Consi

104CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000940039009300system time timezoneConfigures the local time zone and daylight savings time values. Valid Minim

system time timezone105System Time Timezone Example (3500)Select menu option (system/sntp): timez Index Time Zone 1 [GMT+0:00] GMT/WET

106CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000940039009300system time dstSets daylight savings time. Valid Minimum Abbreviationsy t dsImportant Considerat

system nvData save107✓ 35009000✓ 9400✓ 3900✓ 9300system nvData saveStores nonvolatile (NV) data on a server. The CoreBuilder 3500 uses the Trivial Fil

108CHAPTER 3: SYSTEM ENVIRONMENTImportant Consideration (FTP and TFTP) During the save procedure, the current configuration can be altered. To detect

system nvData save109If the information is incorrect or if a connection cannot be made with the specified host, the system displays a message similar

ip interface statistics 418ip route display 420ip route static 422ip route remove 423ip route flush 424ip route default 425ip route noDefault 426ip ro

110CHAPTER 3: SYSTEM ENVIRONMENTsystem nvData✓ 35009000✓ 9400✓ 3900✓ 9300restoreRestores the NV data that was previously saved to a file.Valid Minimum

system nvData restore111Press Return at any prompt to accept the current or default value in brackets. 2Enter the IP address of the host on which the

112CHAPTER 3: SYSTEM ENVIRONMENTsystem nvData✓ 35009000✓ 9400✓ 3900✓ 9300examineDisplays the header information of the NV data file. Valid Minimum Abb

system nvData reset113✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300system nvData resetResets the system values to the factory defaults. You can then reconfigure the

114CHAPTER 3: SYSTEM ENVIRONMENTsystem✓ 35009000✓ 9400✓ 3900✓ 9300clearDiagBlockPrevents diagnostic information about failed modules from appearing in

system diagErrLog115✓ 35009000✓ 9400✓ 3900✓ 9300system diagErrLogDisplays hardware diagnostic errors that have been saved in the flash memory. When th

116CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000✓ 9400✓ 3900✓ 9300system sntp displayDisplays Simple Network Time Protocol (SNTP) information.Valid Minimum

system sntp define117✓ 35009000✓ 9400✓ 3900✓ 9300system sntp defineSpecifies up to three Simple Network Time Protocol (SNTP) server IP addresses. Vali

118CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000✓ 9400✓ 3900✓ 9300system sntp modifyReplaces an existing Simple Network Time Protocol (SNTP) server IP addre

system sntp remove119✓ 35009000✓ 9400✓ 3900✓ 9300system sntp removeRemoves a Simple Network Time Protocol (SNTP) server IP address from the SNTP serve

ip rip statistics 472ip ping 473ip advancedPing 475ip traceRoute 478ip advancedTraceRoute 480ip statistics 48217VIRTUAL ROUTER REDUNDANCY (VRRP)Menu

120CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000✓ 9400✓ 3900✓ 9300system sntp stateEnables or disable the Simple Network Time Protocol (SNTP) state for the

system sntp pollInterval121system sntp✓ 35009000✓ 9400✓ 3900✓ 9300pollIntervalSets a poll interval value. This value determines how often the Simple N

122CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000✓ 9400✓ 3900✓ 9300system sntp toleranceSets a tolerance threshold that is used to update the local system ti

system reboot123✓ 35009000✓ 9400✓ 3900✓ 9300system rebootReboots the system.Valid Minimum Abbreviationsy rImportant Considerations This command discon

124CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000✓ 9400✓ 3900✓ 9300scriptExecutes a command file that you have written to expedite and automate Administratio

script125Example Script (3500)This example scripts these tasks to initially configure your system: Changes the modem port baud Sets the system name As

126CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000✓ 9400✓ 3900✓ 9300logoutTerminates a Telnet session or returns control to the password prompt in a serial po

4 MODULE ENVIRONMENTThis chapter describes how to use module commands for modules that are installed in the CoreBuilder® 9000 7-slot, 8-slot, and 16-s

128CHAPTER 4: MODULE ENVIRONMENTMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the types of

module display1293500✓ 9000940039009300module displayGenerates software and hardware revision numbers, module status information, and warning messages

19OPEN SHORTEST PATH FIRST (OSPF)Menu Structure 530ip ospf areas display 531ip ospf areas defineArea 532ip ospf areas modifyArea 533ip ospf areas remo

130CHAPTER 4: MODULE ENVIRONMENTmodule snapshot3500✓ 9000940039009300summaryCaptures an image of all the module’s display screens. The values in each

module snapshot detail131module snapshot3500✓ 9000940039009300detailCaptures an image of all module detail display screens. The display screens contai

132CHAPTER 4: MODULE ENVIRONMENTmodule baseline3500✓ 9000940039009300displayDisplays when the current baseline was last set. Valid Minimum Abbreviatio

module baseline set1333500✓ 9000940039009300module baseline setResets the baseline counters to zero and time-stamps the baseline. Valid Minimum Abbrev

134CHAPTER 4: MODULE ENVIRONMENTmodule baseline3500✓ 9000940039009300requestedStateEnables or disables a baseline. Valid Minimum Abbreviationmo ba req

module redundancy1353500✓ 9000940039009300module redundancyEstablishes a fault-tolerant environment for your CoreBuilder 9000 system.Valid Minimum Abb

136CHAPTER 4: MODULE ENVIRONMENT3500✓ 9000940039009300module nameAssigns or changes an easily recognizable and unique module name to help you manage i

module time1373500✓ 9000940039009300module timeDisplays the module’s current date and time.Valid Minimum Abbreviationmo tiImportant Considerations You

138CHAPTER 4: MODULE ENVIRONMENT3500✓ 9000940039009300module screenHeightChanges the Administration Console’s screen height to increase or decrease th

module nvData reset1393500✓ 9000940039009300module nvData resetResets the module’s nonvolatile data (NV) values to the factory defaults.Valid Minimum

ip ospf virtualLinks areaID 583ip ospf virtualLinks router 584ip ospf virtualLinks delay 585ip ospf virtualLinks hello 586ip ospf virtualLinks retrans

140CHAPTER 4: MODULE ENVIRONMENTmodule nvData3500✓ 9000940039009300emergencyDownloadPerforms an emergency download.Valid Minimum Abbreviationmo nv sta

module nvData displayDownload141module nvData3500✓ 9000940039009300displayDownloadDisplays emergency download information for your module.Valid Minimu

142CHAPTER 4: MODULE ENVIRONMENTmodule nvData3500✓ 9000940039009300stagingEnables either default module settings or retention of nonvolatile data sett

module clearDiagBlock143module3500✓ 9000940039009300clearDiagBlockPrevents diagnostic information about failed modules from accumulating in module dis

144CHAPTER 4: MODULE ENVIRONMENT3500✓ 9000940039009300module diagErrLogDisplays hardware diagnostic errors that have been saved in the flash memory. W

module reboot1453500✓ 9000940039009300module rebootReboots the specified module.Valid Minimum Abbreviationmo rebootImportant Considerations Rebooting

146CHAPTER 4: MODULE ENVIRONMENT3500✓ 9000940039009300disconnectDisconnects you from the Administration Console and returns you to the Enterprise Mana

IIIESTABLISHING MANAGEMENT ACCESSChapter 5Out-of-Band ManagementChapter 6Simple Network Management Protocol (SNMP)

5OUT-OF-BAND MANAGEMENTThe Internet Protocol (IP) is a standard networking protocol that is used for communications among various networking devices.

ipx sap policy detail 641ipx sap policy define 642ipx sap policy modify 645ipx sap policy remove 648ipx output-delay 649ipx statistics summary 650ipx

150CHAPTER 5: OUT-OF-BAND MANAGEMENTMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the typ

management summary151management✓ 35009000✓ 94003900✓ 9300summaryDisplays Ethernet summary information about the out-of-band system management port.Val

152CHAPTER 5: OUT-OF-BAND MANAGEMENTreqPortMode If autonegotiation is disabled, a configurable parameter that sets the port mode on Ethernet ports tha

management detail153✓ 35009000✓ 94003900✓ 9300management detailDisplays Ethernet detailed information about the out-of-band system management port.Val

154CHAPTER 5: OUT-OF-BAND MANAGEMENTlateCollisions Number of times that a collision was detected on this port later than 512 bit-times into the transm

management detail155rxInternalErrs Number of frames that were discarded because of an internal error during receptionrxMulticasts Number of multicast

156CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip✓ 35009000940039009300interface summaryDisplays a summary table about the out-of-band system IP manag

management ip interface define157management ip✓ 35009000940039009300interface defineDefines the IP address of the IP management out-of-band port.Valid

158CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip✓ 35009000940039009300interface modifyChanges the configuration of an IP management interface that yo

management ip interface remove159management ip✓ 35009000940039009300interface removeRemoves an IP management interface if you no longer need it.Valid

PART VII TRAFFIC POLICY22QUALITY OF SERVICE (QOS) ANDRSVPMenu Structure 690qos classifier summary 691qos classifier detail 692qos classifier define 69

160CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip route✓ 35009000940039009300displayDisplays the system’s routing table to determine which routes to o

management ip route display161Fields in the Management IP Route DisplayStatus for RoutesField DescriptionDestination IP address of the destination net

162CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip route✓ 35009000940039009300staticDefines a static route. Valid Minimum Abbreviationm ip ro sImportan

management ip route remove163management ip route✓ 35009000940039009300removeDeletes an existing route.Valid Minimum Abbreviationm ip ro rImportant Con

164CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip route✓ 35009000940039009300flushDeletes all learned routes from the routing table. Valid Minimum A

management ip route default165management ip route✓ 35009000940039009300defaultAdds a default route to the routing table immediately. Valid Minimum Abb

166CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip route✓ 35009000940039009300noDefaultDeletes the default route.Valid Minimum Abbreviationm ip ro nImp

management ip route findRoute167management ip route✓ 35009000940039009300findRouteSearches for a route in the routing table. Valid Minimum Abbreviatio

168CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip arp✓ 35009000940039009300displayDisplay the contents of the Address Resolution Protocol (ARP) cache

management ip arp static169management ip arp✓ 35009000940039009300staticDefines a static ARP cache entry on the system.Valid Minimum Abbreviationm ip

24ROVING ANALYSISMenu Structure 756analyzer display 757analyzer add 758analyzer remove 760analyzer start 761analyzer stop 763PART IX REFERENCEATECHNIC

170CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip arp✓ 35009000940039009300removeDeletes an entry from the ARP cache (for example, if the MAC address

management ip arp flushAll171management ip arp✓ 35009000940039009300flushAllDeletes all entries from the ARP cache. Valid Minimum Abbreviationm ip ar

172CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip arp✓ 35009000940039009300flushDynamicDeletes all dynamic (automatically learned) entries from the AR

management ip rip display173management ip rip✓ 35009000940039009300displayDisplays information about the Routing Information Protocol (RIP) interfaces

174CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip rip✓ 35009000940039009300modeOn a per-interface basis, sets one of four RIP Version 1 (RIP-1) modes

management ip rip mode175Management IP RIP Mode ExampleSelect menu option (management/ip/rip): modeSelect IP interfaces (1|all|?) [1]: 1Interface 1 -

176CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip rip✓ 35009000940039009300statisticsDisplays general RIP statistics. Valid Minimum Abbreviationm ip r

management ip ping177✓ 35009000940039009300management ip pingTries to reach or “ping” a specified destination using the default ping options. Valid Mi

178CHAPTER 5: OUT-OF-BAND MANAGEMENTManagement IP Ping ExampleSelect menu option (ip): pingEnter host name/IP address [0.0.0.0]: 158.101.111.50Press &

management ip advancedPing179management ip✓ 35009000940039009300advancedPingTries to reach or “ping” a host with one or more of the advanced ping opti

180CHAPTER 5: OUT-OF-BAND MANAGEMENTPacket size Number of bytes in each ICMP echo request packet. The packet size includes both the IP and the ICMP h

management ip advancedPing181Management IP Advanced Ping ExampleSelect menu option (ip): advancedPingEnter host IP address [0.0.0.0]: 158.101.112.56En

182CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip✓ 35009000940039009300traceRouteTraces a route to a destination using the default traceRoute options.

management ip traceRoute183Other characters that can be displayed include the following: !N — Network is unreachable !H — Host is unreachable !P — Pro

184CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip✓ 35009000940039009300advancedTraceRouteTraces a route to a host with one or more of the advanced tra

management ip advancedTraceRoute185Management IP Advanced Trace Route Example (TTL value of 10):sourceAddress Source address other than the one from w

186CHAPTER 5: OUT-OF-BAND MANAGEMENTmanagement ip✓ 35009000940039009300statisticsDisplays different types of IP statistics: general statistics and tho

management ip statistics187Fields in the Management UDP Statistics DisplayFields in the Management ICMP Statistics DisplayoutNoRoutes Number of datagr

188CHAPTER 5: OUT-OF-BAND MANAGEMENTinTimeStamps Number of ICMP time stamp request packets that were receivedinTimeStampsReps Number of ICMP time stam

6SIMPLE NETWORK MANAGEMENTPROTOCOL (SNMP)You can manage the system using a Simple Network Management Protocol (SNMP)-based external management applica

ABOUT THIS GUIDEThis Command Reference Guide provides information about the commands that you use to configure and manage your system or module after

190CHAPTER 6: SIMPLE NETWORK MANAGEMENTPROTOCOL (SNMP)Menu Structure The commands that you can use depend on the system that you have, your level of a

snmp display191✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300snmp displayDisplays the current SNMP configurations for the community strings.Valid Minimum Abbreviation

192CHAPTER 6: SIMPLE NETWORK MANAGEMENTPROTOCOL (SNMP)✓ 35009000✓ 9400✓ 3900✓ 9300snmp communitySets two SNMP community strings: read-only and read-wr

snmp trap display193✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300snmp trap displayDisplays the SNMP traps and their currently configured destinations.Valid Minimum A

194CHAPTER 6: SIMPLE NETWORK MANAGEMENTPROTOCOL (SNMP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300snmp trap addModifyAdds or modifies trap reporting destination con

snmp trap addModify195Procedure1From the top level of the Administration Console, enter: snmp trap addModifyThe system displays the list of traps.2Ent

196CHAPTER 6: SIMPLE NETWORK MANAGEMENTPROTOCOL (SNMP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300snmp trap removeRemoves a destination, so that no SNMP traps are r

snmp trap flush197✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300snmp trap flushRemoves all SNMP trap reporting destinations.Valid Minimum Abbreviationsn t fImportant

198CHAPTER 6: SIMPLE NETWORK MANAGEMENTPROTOCOL (SNMP)snmp trap✓ 3500✓ 9000940039009300smtProxyTrapsFor CoreBuilder 9000: Applies to Layer 3 switching

snmp rmonConfiguration199snmp✓ 3500✓ 9000940039009300rmonConfigurationFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Configures the t

3Com Corporation5400 Bayfront Plaza Santa Clara, California 95052-8145Copyright © 1999, 3Com Corporation. All rights reserved. No part of this documen

20ABOUT THIS GUIDEUsing This BookThis guide contains information for every command for the platforms listed at the beginning of this chapter. It inclu

200CHAPTER 6: SIMPLE NETWORK MANAGEMENTPROTOCOL (SNMP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300snmp writeDisableAllows or disallows SNMP write requests.Valid Min

IVPHYSICAL PORT PARAMETERSChapter 7Ethernet PortsChapter 8Fiber Distributed Data Interface (FDDI)

7ETHERNET PORTSBefore you configure your system, become familiar with the physical port numbering scheme on the system. Understanding the port numberi

204CHAPTER 7: ETHERNET PORTS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ethernet summaryDisplays a summary of Ethernet port information. The summary shows the port’

ethernet summary205Fields in the Ethernet Summary DisplayField DescriptionactualFlowControl Actual flow control setting. When autonegotiation is compl

206CHAPTER 7: ETHERNET PORTSTo display Ethernet port statistics relative to a baseline, see the Implementation Guide for your system.Procedure1To disp

ethernet detail207✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ethernet detailDisplays detailed Ethernet port information including the information in the summary an

208CHAPTER 7: ETHERNET PORTSFields in the Ethernet Detail DisplayField DescriptionactualFlowControl Actual flow control setting. When autonegotiation

ethernet detail209linkStatus Boolean value that indicates the current state of the physical link for this port (either enabled or disabled).macAddress

Finding Specific Information in This Guide21Configuring bridge parameters such as bridge display, agingTime, stpState, and Class of ServiceManaging tr

210CHAPTER 7: ETHERNET PORTSrxByteRate Average number of bytes received per second by this port during the most recent sampling period.rxBytes Number

ethernet detail211txFrameRate Average number of frames that were transmitted per second by this port during the most recent sampling period. Sampling

212CHAPTER 7: ETHERNET PORTSethernet✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300autoNegotiationEnables or disables autonegotiation of port attributes such as duplex

ethernet portMode213✓ 3500✓ 90009400✓ 39009300ethernet portModeSets the port speed (10 Mbps or 100 Mbps) and the duplex mode (full-duplex or half-dupl

214CHAPTER 7: ETHERNET PORTSOptionsProcedure1To change the port speed or duplex mode for 10/100BASE-TX ports or the duplex mode for 100BASE-FX ports,

ethernet flowControl215✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ethernet flowControlControls whether a Fast Ethernet or Gigabit Ethernet port can respond to or g

216CHAPTER 7: ETHERNET PORTSFlow Control SettingsSetting DescriptionAvailable on Port Typeon Port recognizes flow control packets and responds by paus

ethernet paceAccess2173500✓ 90009400✓ 39009300ethernet paceAccessFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Configures the Ethern

218CHAPTER 7: ETHERNET PORTSethernet✓ 3500✓ 9000940039009300paceInteractiveAccessFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Confi

ethernet label219✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ethernet labelLabels the Ethernet ports to help identify the kind of device that is attached to each po

22ABOUT THIS GUIDECommand InformationEach software command has its own description in this guide. Each command description begins at the top of a page

220CHAPTER 7: ETHERNET PORTS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ethernet portStateEnables or disables Ethernet ports, controlling whether the ports send or

ethernet monitoring summary221ethernet monitoring3500✓ 90009400✓ 39009300summaryDisplays the status of 10/100 Mbps Ethernet ports that are being monit

222CHAPTER 7: ETHERNET PORTSethernet monitoring3500✓ 90009400✓ 39009300modeEnables or disables port monitoring on 10/100 Mbps Ethernet ports on the sw

8FIBER DISTRIBUTED DATA INTERFACE (FDDI)Fiber Distributed Data Interface (FDDI) is a standards-based solution that provides fast and reliable data tra

224CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)✓ 3500✓ 9000940039009300fddi station displayDisplays FDDI station information. The system display

fddi station connectPolicy225fddi station✓ 3500✓ 9000940039009300connectPolicySets the connectPolicy attribute string that represents the connection p

226CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)A-M 3 Tree connection with possible redundancy. The node may not go to Thru state in Configuratio

fddi station tNotify227✓ 3500✓ 9000940039009300fddi station tNotifySets the timer used in the Neighbor Notification protocol to indicate the interval

228CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)fddi station✓ 3500✓ 9000940039009300statusReportingControls whether a station generates Status Re

fddi path display229✓ 3500✓ 9000940039009300fddi path displayDisplays FDDI path information. Valid Minimum Abbreviation fd pa dImportant Consideration

Conventions23 Procedure — Numbered steps walk you through complex commands. Example — Examples show the interactive display when the system provides a

230CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)fddi path✓ 3500✓ 9000940039009300tvxLowerBoundSpecifies the minimum time value (in microseconds)

fddi path tmaxLowerBound231fddi path✓ 3500✓ 9000940039009300tmaxLowerBoundSpecifies the minimum time value (in microseconds) of fddiMAC T-Max that any

232CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)✓ 3500✓ 9000940039009300fddi path maxTreqSpecifies the maximum time value (in microseconds) of fd

fddi mac summary233✓ 3500✓ 9000940039009300fddi mac summaryDisplays a summary of FDDI MAC information. A summary report displays various FDDI MAC stat

234CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)✓ 3500✓ 9000940039009300fddi mac detailDisplays detailed FDDI MAC information. A detail report di

fddi mac detail235notCopiedCount Number of frames that were addressed to this MAC but were not copied into its receive buffersnotCopiedRatio Ratio of

236CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)tReq Target token rotation time that this MAC requestedtvxCapab Maximum time value of the valid t

fddi mac frameErrorThreshold237fddi mac✓ 3500✓ 9000940039009300frameErrorThresholdDetermines when the system generates a MAC condition report because

238CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)fddi mac✓ 3500✓ 9000940039009300notCopiedThresholdSets the timing when the system generates a MAC

fddi mac llcService239✓ 3500✓ 9000940039009300fddi mac llcServiceSets the Logical Link Control (LLC) service so that LLC frames are sent and received

24ABOUT THIS GUIDETa b le 3 Text ConventionsConvention DescriptionScreen displaysThis typeface represents information as it appears on the screen.C

240CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)✓ 3500✓ 9000940039009300fddi mac pathSets the path assignment for MACs.Valid Minimum Abbreviation

fddi port display241✓ 3500✓ 9000940039009300fddi port displayDisplays information about FDDI ports, including the type, path, and port label, as well

242CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)✓ 3500✓ 9000940039009300fddi port lerAlarmSets the link error rate (LER) value at which a link co

fddi port lerCutoff243✓ 3500✓ 9000940039009300fddi port lerCutoffSets the link error rate estimate at which a link connection is disabled. When the le

244CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)✓ 3500✓ 9000940039009300fddi port labelAssigns a unique name to your FDDI ports for easy identifi

fddi port path245✓ 3500✓ 9000940039009300fddi port pathSets the one or more FDDI ports to be either part of the primary path or isolated from the ring

246CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)fddi stationMode✓ 3500✓ 9000940039009300displayGenerates a display of FDDI stationMode informatio

fddi stationMode modify247fddi stationMode✓ 3500✓ 9000940039009300modifyModifies the stationMode, DAS or SAS, that is assigned to a specific port numb

248CHAPTER 8: FIBER DISTRIBUTED DATA INTERFACE (FDDI)

VBRIDGING PARAMETERSChapter 9Bridge-Wide ParametersChapter 10Bridge Port ParametersChapter 11TrunksChapter 12MultiPort Link Aggregation (MPLA)Chapter

Documentation Comments25Documentation CommentsYour suggestions are very important to us. They help us to make our documentation more useful to you. Pl

9BRIDGE-WIDE PARAMETERSThis chapter provides guidelines and other key information about how use the Administration Console to configure bridge-wide pa

252CHAPTER 9: BRIDGE-WIDE PARAMETERS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge displayDisplays bridge statistics and configuration information including Spa

bridge display253bridgeHelloTime Configurable time period in seconds that elapses between configuration messages when the bridge is the root bridge. (

254CHAPTER 9: BRIDGE-WIDE PARAMETERSmaxAge Time period in seconds that the bridge uses to discard stored configuration messages. The value is determin

bridge ipFragmentation255bridge✓ 3500✓ 9000940039009300ipFragmentationFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Determines wheth

256CHAPTER 9: BRIDGE-WIDE PARAMETERSbridge✓ 3500✓ 9000940039009300ipxSnapTranslationFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Tr

bridge addressThreshold257bridge✓ 3500✓ 9000940039009300addressThresholdFor CoreBuilder 9000: Applies to Layer 3 switching modules only. Sets the repo

258CHAPTER 9: BRIDGE-WIDE PARAMETERS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge agingTimeSets the maximum period (in seconds) for aging out (deleting) dynami

bridge spanningTree stpState259bridge spanningTree✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300stpStateEnables or disables the Spanning Tree Protocol (STP) on your s

26ABOUT THIS GUIDE

260CHAPTER 9: BRIDGE-WIDE PARAMETERSOptionsPrompt Description Possible Values [Default]stpState (3500, 3900, 9300, 9400)Whether the Spanning Tree Prot

bridge spanningTree stpPriority261bridge spanningTree✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300stpPriorityModifies the bridge priority, which influences the choic

262CHAPTER 9: BRIDGE-WIDE PARAMETERSbridge spanningTree✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300stpMaxAgeDetermines when the stored CPDU configuration message is

bridge spanningTree stpHelloTime263bridge spanningTree✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300stpHelloTimeSets the time between configuration messages that the

264CHAPTER 9: BRIDGE-WIDE PARAMETERSbridge spanningTree✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300stpForwardDelaySets the amount of time that the bridge spends in

bridge spanningTree stpGroupAddress265bridge spanningTree✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300stpGroupAddressSets the single address to which a bridge listen

266CHAPTER 9: BRIDGE-WIDE PARAMETERS✓ 3500✓ 9000940039009300bridge gvrpStateFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Enables or

bridge cos enable2673500✓ 9000✓ 9400✓ 3900✓ 9300bridge cos enableFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Enables or disables I

268CHAPTER 9: BRIDGE-WIDE PARAMETERS3500✓ 9000✓ 9400✓ 3900✓ 9300bridge cos summaryFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Disp

bridge cos modify2693500✓ 9000✓ 9400✓ 3900✓ 9300bridge cos modifyFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Changes how the eight

IGETTING STARTEDChapter 1Administration OverviewChapter 2Command Summary

270CHAPTER 9: BRIDGE-WIDE PARAMETERSbridge multicast igmp3500✓ 9000✓ 9400✓ 3900✓ 9300summaryFor CoreBuilder 9000: Applies to Layer 2 switching modules

bridge multicast igmp snoopMode271bridge multicast igmp3500✓ 9000✓ 9400✓ 3900✓ 9300snoopModeFor CoreBuilder 9000: Applies to Layer 2 switching modules

272CHAPTER 9: BRIDGE-WIDE PARAMETERSbridge multicast igmp3500✓ 9000✓ 9400✓ 3900✓ 9300queryModeFor CoreBuilder 9000: Applies to Layer 2 switching modul

bridge multicast igmp queryIpAddress273bridge multicast igmp3500✓ 9000✓ 9400✓ 3900✓ 9300queryIpAddressFor CoreBuilder 9000: Applies to Layer 2 switchi

274CHAPTER 9: BRIDGE-WIDE PARAMETERSbridge multicast igmp3500✓ 9000✓ 9400✓ 3900✓ 9300vlansFor CoreBuilder 9000: Applies to Layer 2 switching modules o

bridge multicast igmp groups275bridge multicast igmp3500✓ 9000✓ 9400✓ 3900✓ 9300groupsFor CoreBuilder 9000: Applies to Layer 2 switching modules only.

276CHAPTER 9: BRIDGE-WIDE PARAMETERSbridge multicast igmp3500✓ 9000✓ 9400✓ 3900✓ 9300desQuerierFor CoreBuilder 9000: Applies to Layer 2 switching modu

bridge multicast igmp rPorts277bridge multicast igmp3500✓ 9000✓ 9400✓ 3900✓ 9300rPortsFor CoreBuilder 9000: Applies to Layer 2 switching modules only.

278CHAPTER 9: BRIDGE-WIDE PARAMETERSbridge multicast igmp3500✓ 9000✓ 9400✓ 3900✓ 9300qPortFor CoreBuilder 9000: Applies to Layer 2 switching modules o

10BRIDGE PORT PARAMETERSThis chapter provides guidelines and other key information about how to manage bridge ports in your system.This chapter covers

280CHAPTER 10: BRIDGE PORT PARAMETERS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge port summaryDisplays a summary of bridge port information, including the Spa

bridge port summary281portNumber Logical index number that the system assigns to the bridge port, which may not correspond with the physical port numb

282CHAPTER 10: BRIDGE PORT PARAMETERSstp Configurable status of STP on a port. If bridge-wide STP is enabled, the port STP configuration options are:

bridge port detail283✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge port detailDisplays detailed information about bridge ports, including the Spanning Tree Pro

284CHAPTER 10: BRIDGE PORT PARAMETERSlinkState State of the link (up or down), that is, whether it is available for communication.pathCost Cost to ad

bridge port detail285rxFrames Total number of frames that this bridge port received from its segment. However, unlike the rxFrames field in the Ethern

286CHAPTER 10: BRIDGE PORT PARAMETERSSRHopLimit (3500 and 9000 L3)(Not available at this release)state Current operating state of the port: Blocking —

bridge port detail287txFrames Number of frames that this port transmitted to its segment. This object counts a frame transmitted on the interface that

288CHAPTER 10: BRIDGE PORT PARAMETERSbridge port✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300multicastLimitSets a threshold value on a bridge port that affects the p

bridge port stpState289✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge port stpStateSets the Spanning Tree Protocol (STP) state for one or more bridge ports. The

1ADMINISTRATION OVERVIEWThis chapter introduces the Administration Console software that is supplied with your system, the types of commands that you

290CHAPTER 10: BRIDGE PORT PARAMETERS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge port stpCostSets the path cost that the Spanning Tree Protocol (STP) adds to

bridge port stpPriority291bridge port✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300stpPrioritySets the Spanning Tree Protocol (STP) bridge port priority. This value i

292CHAPTER 10: BRIDGE PORT PARAMETERS✓ 3500✓ 9000940039009300bridge port gvrpStateFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Allo

bridge port address list293bridge port address✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300listDisplays the MAC addresses (canonical addresses) that are currently as

294CHAPTER 10: BRIDGE PORT PARAMETERSbridge port address✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300addAdds new MAC addresses to the selected bridge ports as static

bridge port address remove295bridge port address✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300removeRemoves individual MAC addresses from the address table.Valid Mini

296CHAPTER 10: BRIDGE PORT PARAMETERSbridge port address✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300findDisplays the bridge port (as well as the vlan index number i

bridge port address flushAll297bridge port address✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300flushAllRemoves all static and dynamic MAC addresses from the bridge p

298CHAPTER 10: BRIDGE PORT PARAMETERSbridge port address✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300flushDynamicRemoves all dynamic MAC addresses from the bridge po

11 TRUNKSYou can configure a system to aggregate multiple network links into a single trunk. With trunking you can create high-speed point-to-point or

CONTENTSABOUT THIS GUIDEUsing This Book 20Finding Specific Information in This Guide 20Command Information 22Recommendations for Entering Commands 23C

30CHAPTER 1: ADMINISTRATION OVERVIEWYou use the Administration Console software to configure your system parameters (or, on the CoreBuilder 9000, to c

300CHAPTER 11: TRUNKSMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the types of modules an

bridge trunk autoMap summary301bridge trunk3500✓ 9000940039009300autoMap summaryDisplays a list of slot numbers that have been selected to support aut

302CHAPTER 11: TRUNKSbridge trunkautoMap3500✓ 9000940039009300enable/disableDynamic backplane trunking provides automatic backplane trunking on the sw

bridge trunk autoMap test303bridge trunk3500✓ 9000940039009300autoMap testIndicates what happens when you do a reset on the switch fabric module when

304CHAPTER 11: TRUNKSbridge trunk✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300summaryDisplays summary information about configured trunks on your system. In a summar

bridge trunk detail305✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge trunk detailDisplays detailed trunk information in addition to the summary information.Vali

306CHAPTER 11: TRUNKSTCMP Whether TCMP is enabled or disabled for the trunk.Tcmpstate TCMP state for each port in the trunk: notInUse — Not selected f

bridge trunk define307✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge trunk defineDefines one or more trunks on the system. When you define a trunk, you specify

308CHAPTER 11: TRUNKS If you are working with Gigabit Ethernet modules in a SuperStack II Switch, keep in mind that each Gigabit Ethernet module uses

bridge trunk define309Ports Total number of the bridge ports that you want to be part of the trunk.9000: Layer 2 modules support up to 4 trunk groups

Management and Data Channels31ATM LMA management of ATM switch fabric modules and ATM interface modules is outside of the scope of this guide. To lear

310CHAPTER 11: TRUNKSProcedureYou can define all trunks in one bridge trunk define operation and then reboot. At the end of each trunk definition, the

bridge trunk define3115Enter the trunk name, or to get information about specifying the trunk name, enter ?6Specify whether TCMP is enabled or disable

312CHAPTER 11: TRUNKS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge trunk modifyChanges a trunk in either of two ways: Modifies a trunk’s characteristics (for e

bridge trunk modify313 In an FDDI trunk: You cannot modify FDDI station mode port pairs when any of the ports in the pair are in a trunk. When you mod

314CHAPTER 11: TRUNKSPorts Total number of the bridge ports that you want to be part of the trunk9000: Layer 2 modules support up to 4 trunk groups wi

bridge trunk modify315Mode Operating mode for a 10/100 Ethernet trunk 100half, 100full (for Fast Ethernet) 10half, 10full, 100half, 100full (for plat

316CHAPTER 11: TRUNKSProcedureTo modify trunk information for a bridge, follow these steps:1Enter the trunk index number, or to display the selectable

bridge trunk modify317Bridge Trunk Modify Example (9000)Select menu option: bridge trunk modifySelect trunk index {1-3|?}: ?Selectable trunksselection

318CHAPTER 11: TRUNKS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge trunk removeRemoves a previously defined trunk. You can remove one or more trunks with this

bridge trunk remove319Bridge Trunk Remove Example (9000)Select menu option: bridge trunk [email protected] [12-E/FEN-TX-L3] (bridge/trunk) removeS

32CHAPTER 1: ADMINISTRATION OVERVIEWFigure 1 System Data Channels in the16-slot ChassisPrimary interconnectBackup interconnectManagement LAN (MLAN)P

320CHAPTER 11: TRUNKS

12 MULTIPOINT LINK AGGREGATION (MPLA)MultiPoint Link Aggregation (MPLA) increases the capacity and availability of campus LAN cores without using comp

322CHAPTER 12: MULTIPOINT LINK AGGREGATION (MPLA)35009000✓ 940039009300bridge mpla summaryDescribes the state of the multipoint aggregated link.Valid

bridge mpla detail32335009000✓ 940039009300bridge mpla detailDisplays the trunk state and node trunk IDs for the switch ports.Valid Minimum Abbreviati

324CHAPTER 12: MULTIPOINT LINK AGGREGATION (MPLA)35009000✓ 940039009300bridge mpla modeEnables or disables the MultiPoint Link Aggregation feature on

bridge mpla mode325Procedure1To enable MultiPoint Link Aggregation on the switch, use the bridge mpla mode enable command.To disable MultiPoint Link A

326CHAPTER 12: MULTIPOINT LINK AGGREGATION (MPLA)bridge mpla35009000✓ 940039009300peerMacAddressSpecifies the MAC address of the out-of-band managemen

13 RESILIENT LINKSResilient links protect your network against the failure of an individual link or device by providing a secondary backup link that i

328CHAPTER 13: RESILIENT LINKS3500✓ 9000✓ 9400✓ 3900✓ 9300bridge link summaryFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Displays

bridge link detail3293500✓ 9000✓ 9400✓ 3900✓ 9300bridge link detailFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Displays detailed l

EME Overview33CoreBuilder 9000 Management FeaturesYou can manage the CoreBuilder 9000 system through a terminal interface, through the Simple Network

330CHAPTER 13: RESILIENT LINKS3500✓ 9000✓ 9400✓ 3900✓ 9300bridge link defineFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Defines on

bridge link define331OptionsProcedureYou can define all links in one bridge link define operation and then reboot. At the end of each link definition,

332CHAPTER 13: RESILIENT LINKS3500✓ 9000✓ 9400✓ 3900✓ 9300bridge link linkStateFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Sets th

bridge link activePort3333500✓ 9000✓ 9400✓ 3900✓ 9300bridge link activePortFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Sets either

334CHAPTER 13: RESILIENT LINKS3500✓ 9000✓ 9400✓ 3900✓ 9300bridge link modifyFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Modifies t

bridge link modify335OptionsPrompt Description Possible Values [Default]Resilient link nameNew resilient link name. Use quotation marks around any cha

336CHAPTER 13: RESILIENT LINKS3500✓ 9000✓ 9400✓ 3900✓ 9300bridge link removeFor CoreBuilder 9000: Applies to Layer 2 switching modules only.Removes a

14VIRTUAL LANS (VLANS)A virtual LAN (VLAN) is a logical definition of a network work group. It is roughly equivalent to a broadcast domain. A VLAN int

338CHAPTER 14: VIRTUAL LANS (VLANS)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge vlan summaryDisplays a summary of VLAN information. In a summary report, the s

bridge vlan summary339 GVRP is based on IEEE 802.1Q and allows for dynamic configuration of port-based VLANs. GVRP can help you simplify the managemen

34CHAPTER 1: ADMINISTRATION OVERVIEWConfiguration TasksTo help you configure your system, the top-level menu of the Administration Console groups the

340CHAPTER 14: VIRTUAL LANS (VLANS)Origin For all Layer 2 systems or switching modules, the VLAN origin is always static, which indicates that the use

bridge vlan detail341✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge vlan detailDisplays per-port information such as tagging in addition to the VLAN summary inf

342CHAPTER 14: VIRTUAL LANS (VLANS) GVRP is based on IEEE 802.1Q and allows for dynamic configuration of port-based VLANs. GVRP can help you simplify

bridge vlan detail343Origin For all Layer 2 systems or switching modules, the VLAN origin is always static, which indicates that the VLAN was created

344CHAPTER 14: VIRTUAL LANS (VLANS)Tag type (3500 and 9000 Layer 3)Whether tagging is set to none or 802.1Q (IEEE 802.1Q tagging) txBcastBytes (3500 a

bridge vlan define (3500/9000 Layer 3)345bridge vlan define✓ 3500✓ 9000940039009300(3500/9000 Layer 3)For CoreBuilder 9000: Applies to Layer 3 switchi

346CHAPTER 14: VIRTUAL LANS (VLANS) You must specify a VID in the range from 2 through 4094. You can no longer define a VLAN other than the default VL

bridge vlan define (3500/9000 Layer 3)347 When you define the VLAN on the Layer 3 switching module, you must specify any front-panel ports in the VLAN

348CHAPTER 14: VIRTUAL LANS (VLANS)Bridge ports Index numbers of the bridge ports that belong to the VLAN. If you include trunked ports, specify the a

bridge vlan define (3500/9000 Layer 3)349Procedure1Enter the VLAN identification (VID) number in the range 2 – 4094.2Select the bridge ports. 3Select

Password Access Levels35Accessing the Administration ConsoleDepending on which system you are managing, you access the Administration Console in eithe

350CHAPTER 14: VIRTUAL LANS (VLANS)4Specify whether you want to specify Layer 3 address information (n or y). The default is y. Specify n if possible

bridge vlan define (3500/9000 Layer 3)351Bridge VLAN Define Example (3500) This example shows the steps necessary to define an IP VLAN with IEEE 802.1

352CHAPTER 14: VIRTUAL LANS (VLANS)bridge vlan define(3900/9300/9400/3500✓ 9000✓ 9400✓ 3900✓ 93009000 Layer 2)Creates a port-based VLAN on standalone

bridge vlan define (3900/9300/9400/ 9000 Layer 2)353OptionsProcedurePress Return or Enter to accept the default or existing values that appear in brac

354CHAPTER 14: VIRTUAL LANS (VLANS)4Enter the tag type for each port in the VLAN.5Enter the VLAN name. Bridge VLAN Define Example (9000 Layer 2)This e

bridge vlan modify (3500/9000 Layer 3)355bridge vlan modify✓ 3500✓ 9000940039009300(3500/9000 Layer 3)For CoreBuilder 9000: Applies to Layer 3 switchi

356CHAPTER 14: VIRTUAL LANS (VLANS) If you modify the tagging for a port shared by another VLAN, and tagging is the only distinguishing characteristic

bridge vlan modify (3500/9000 Layer 3)357Protocol suite(for VLANs other than the default)One or more protocol suites that you want to specify for the

358CHAPTER 14: VIRTUAL LANS (VLANS)ProcedureTo modify information for a VLAN, follow these steps:1Select the VLAN interface index. 2For a VLAN other t

bridge vlan modify (3500/9000 Layer 3)359Enter VID (2-4094) [5]: 5Select bridge ports (1-13|all|?) [1-5,13]: 1-5,13Enter protocol suite(IP,IPX,Apple,X

36CHAPTER 1: ADMINISTRATION OVERVIEWAccessing YourSystemYou access the Administration Console for your system in one of two ways: For all systems exce

360CHAPTER 14: VIRTUAL LANS (VLANS)bridge vlan modify(3900/9300/9400/3500✓ 9000✓ 9400✓ 3900✓ 93009000 Layer 2)Changes a port-based VLAN definition on

bridge vlan modify (3900/9300/9400/ 9000 Layer 2)361Procedure1Enter the VLAN interface index. 2For a VLAN other than the default VLAN, enter a VLAN id

362CHAPTER 14: VIRTUAL LANS (VLANS)Bridge VLAN Modify Example (9000 Layer 2)This example shows the removal of two ports from a port-based VLAN that in

bridge vlan remove363✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge vlan removeDeletes a VLAN definition. Valid Minimum Abbreviationb v rImportant Consideration

364CHAPTER 14: VIRTUAL LANS (VLANS)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300bridge vlan modeDetermines whether data with a unicast MAC address can be forwarded b

bridge vlan stpMode365✓ 3500✓ 9000940039009300bridge vlan stpModeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.If allClosed mode is

366CHAPTER 14: VIRTUAL LANS (VLANS)bridge vlan✓ 3500✓ 9000940039009300vlanAwareModeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.For

bridge vlan vlanAwareMode367 The VLAN aware mode reflects the difference in tagged-frame ingress rules between releases. Therefore, even if the system

368CHAPTER 14: VIRTUAL LANS (VLANS)

15PACKET FILTERSThis chapter provides guidelines and other key information about how to administer bridge packet filters in your system, including the

Access Examples37Access ExamplesThe examples in this section show how the top-level menu structure of the Administration Console changes. The menus th

370CHAPTER 15: PACKET FILTERSMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the types of mo

bridge packetFilter list371bridge packetFilter✓ 3500✓ 9000940039009300listFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Lists the cu

372CHAPTER 15: PACKET FILTERSbridge packetFilter✓ 3500✓ 9000940039009300displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Display

bridge packetFilter create portGroup373bridge packetFilter✓ 3500✓ 9000940039009300create portGroupFor CoreBuilder 9000: Applies to Layer 3 switching m

374CHAPTER 15: PACKET FILTERSbridge packetFilter✓ 3500✓ 9000940039009300create customFor CoreBuilder 9000: Applies to Layer 3 switching modules only.C

bridge packetFilter create custom375Create Custom Bridge Packet Filter Example (3500)After you enter the custom filter editor, the system displays the

376CHAPTER 15: PACKET FILTERSbridge packetFilter✓ 3500✓ 9000940039009300deleteFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes

bridge packetFilter edit377bridge packetFilter✓ 3500✓ 9000940039009300editFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modifies an

378CHAPTER 15: PACKET FILTERSReplace Existing Filter Example (3500)Store as New Filter Example (3500)Select menu option (bridge/packetFilter): editSel

bridge packetFilter load379bridge packetFilter✓ 3500✓ 9000940039009300loadFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Transfers a

38CHAPTER 1: ADMINISTRATION OVERVIEWWrite Access ExampleWhen you enter the Administration Console with write access, the system menu contains a subset

380CHAPTER 15: PACKET FILTERSOptions (3500) Bridge Packet Filter Load Example (3500)The system transfers the specified filter and displays a confirmat

bridge packetFilter load381The user next connects to the module and loads the filter.Lastly, the user lists the loaded filters with bridge packetfilte

382CHAPTER 15: PACKET FILTERSbridge packetFilter✓ 3500✓ 9000940039009300assignFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Assigns

bridge packetFilter assign383Bridge Packet Filter Assign Examples (3500)Select menu option (bridge/packetFilter): assignSelect filter {1|?} [1]: Selec

384CHAPTER 15: PACKET FILTERSbridge packetFilter✓ 3500✓ 9000940039009300unassignFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Unassi

bridge packetFilter unassign385Bridge Packet Filter Unassign Examples (3500)The unassignment is from the transmit all (txA) paths on port 1. Select me

386CHAPTER 15: PACKET FILTERSbridge packetFilter✓ 3500✓ 9000940039009300portGroup listFor CoreBuilder 9000: Applies to Layer 3 switching modules only.

bridge packetFilter portGroup display387bridge packetFilter✓ 3500✓ 9000940039009300portGroup displayFor CoreBuilder 9000: Applies to Layer 3 switching

388CHAPTER 15: PACKET FILTERSbridge packetFilter✓ 3500✓ 9000940039009300portGroup createFor CoreBuilder 9000: Applies to Layer 3 switching modules onl

bridge packetFilter portGroup create389Bridge Packet Filter Port Group Create Example (3500)Select menu option (bridge/packetFilter/portGroup): create

Access Examples39Using Menus to Perform TasksWhen you access the Administration Console, the top-level menu appears. You perform administrative tasks

390CHAPTER 15: PACKET FILTERSbridge packetFilter✓ 3500✓ 9000940039009300portGroup deleteFor CoreBuilder 9000: Applies to Layer 3 switching modules onl

bridge packetFilter portGroup addPort391bridge packetFilter✓ 3500✓ 9000940039009300portGroup addPortFor CoreBuilder 9000: Applies to Layer 3 switching

392CHAPTER 15: PACKET FILTERSbridge packetFilterportGroup✓ 3500✓ 9000940039009300removePortFor CoreBuilder 9000: Applies to Layer 3 switching modules

VIROUTING PROTOCOLSChapter 16Internet Protocol (IP)Chapter 17Virtual Router Redundancy Protocol (VRRP)Chapter 18IP MulticastChapter 19Open Shortest Pa

16INTERNET PROTOCOL (IP)To route packets using the Internet Protocol (IP), you: Establish an IP routing interface Decide which IP options and routing

396CHAPTER 16: INTERNET PROTOCOL (IP)Menu StructureThe commands that you can use depend on the system that you have, your level of access, and the ty

397route menudisplaystaticremoveflushdefaultnoDefaultfindRouteinterface menusummarydetaildefinemodifyremovearpProxybroadcastAddressdirectedBroadcastic

398CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip interface summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only

ip interface summary399Options Fields in the IP Interface Summary DisplayPrompt Description Possible Values [Default] Interface index Index number o

2COMMAND SUMMARYPART II SYSTEM-LEVEL FUNCTIONS3SYSTEM ENVIRONMENTMenu Structure 68system display 69system fileTransfer 70system console webHelpConfig

40CHAPTER 1: ADMINISTRATION OVERVIEWSelecting MenuOptionsTo select a menu option, at the prompt enter the menu option or enough of the name to uniquel

400CHAPTER 16: INTERNET PROTOCOL (IP)✓ 35009000940039009300ip interface detailDisplays detailed information about the specified interfaces or all inte

ip interface detail401Preference Whether there is a preference being used for the specified interface. If ICMP router discovery is enabled, the system

402CHAPTER 16: INTERNET PROTOCOL (IP)IP Interface Detail Example (3500)Select menu option (ip/interface): detailSelect IP interfaces (1|all|?) [1]: 1I

ip interface define (3500/9000 Layer 3)403ip interface define✓ 3500✓ 9000940039009300(3500/9000 Layer 3)For CoreBuilder 9000: Applies to Layer 3 switc

404CHAPTER 16: INTERNET PROTOCOL (IP)Options Prompt Description Possible Values [Default] IP address IP address of the interface, chosen from the ra

ip interface define (3500/9000 Layer 3)405IP Interface Define Example (Port-based Routing)Enter IP address: 158.101.1.1Enter subnet mask [255.255.0.0]

406CHAPTER 16: INTERNET PROTOCOL (IP)ip interface define(3900/9300/9400/3500✓ 9000✓ 9400✓ 3900✓ 93009000 Layer 2)Defines an IP interface. Valid Minim

ip interface modify407✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip interface modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Changes the con

408CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip interface removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.

ip interface arpProxy409✓ 3500✓ 9000940039009300ip interface arpProxyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.On a per-interfac

Entering Values41Entering Abbreviated CommandsYou can abbreviate command strings by typing only as much of the command as is necessary to make it uniq

410CHAPTER 16: INTERNET PROTOCOL (IP)IP Interface ARP Proxy Example (3500)Select menu option (ip/interface): arpproxySelect IP interfaces (1,2|?|all):

ip interface broadcastAddress411ip interface✓ 3500✓ 9000940039009300broadcastAddressFor CoreBuilder 9000: Applies to Layer 3 switching modules only.On

412CHAPTER 16: INTERNET PROTOCOL (IP)ip interface✓ 3500✓ 9000940039009300directedBroadcastFor CoreBuilder 9000: Applies to Layer 3 switching modules o

ip interface icmpRedirect413ip interface✓ 3500✓ 9000940039009300icmpRedirectFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Enables or

414CHAPTER 16: INTERNET PROTOCOL (IP)Options Prompt Description Possible Values [Default] IP interfaces Index number of the interfaces to which you

ip interface icmpRouterDiscovery415ip interface✓ 3500✓ 9000940039009300icmpRouterDiscoveryFor CoreBuilder 9000: Applies to Layer 3 switching modules o

416CHAPTER 16: INTERNET PROTOCOL (IP)The ranges for minimum advertisement interval depend on the set values for maximum advertisement interval and the

ip interface icmpRouterDiscovery417IP Interface ICMP Router Discovery Example (3500)Select menu option (ip/interface): icmprouterdiscoverySelect IP in

418CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000940039009300ip interface statisticsFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Di

ip interface statistics419inTtlExceeds Number of packets that were received on an interface and that need to be forwarded, but that have an IP header

42CHAPTER 1: ADMINISTRATION OVERVIEWNavigatingThrough the MenusThe Administration Console provides several shortcuts: Press Esc (the Escape key) — To

420CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip route displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Dis

ip route display421Fields in the IP Route DisplayStatus for RoutesField DescriptionDestination IP address of the destination network, subnetwork, or h

422CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip route staticFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Defi

ip route remove423✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip route removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes an existing rou

424CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip route flushFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Delet

ip route default425✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip route defaultFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Adds a default route

426CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip route noDefaultFor CoreBuilder 9000: Applies to Layer 3 switching modules only.D

ip route findRoute427✓ 3500✓ 9000940039009300ip route findRouteFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Searches for a route in

428CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip arp displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displ

ip arp static429✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip arp staticFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Defines a static Address Re

2COMMAND SUMMARYTable 6 gives an overview of all the commands in this book. Ta b le 6 Command SummaryCommands3500 9000: Layer 29000: Layer 39400 39

430CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip arp removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Delete

ip arp flushAll431✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip arp flushAllFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes all entries fro

432CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip arp flushDynamicFor CoreBuilder 9000: Applies to Layer 3 switching modules only.

ip arp age433✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip arp ageFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the age time for dynamic Add

434CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000940039009300ip arp statisticsFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays

ip arp statistics435inReplies ARP reply frames that were received on an IP interfaceinRequests ARP request frames that were received on an IP interfac

436CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip dns displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displ

ip dns domainName437✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip dns domainNameFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Changes the name of

438CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip dns defineFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Define

ip dns modify439✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip dns modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modifies a currently define

44CHAPTER 2: COMMAND SUMMARYsystem snapshot summary✓ ✓ ✓ ✓system snapshot detail ✓ ✓ ✓ ✓system snapshot save ✓ ✓ ✓ ✓system softwareUpdate✓ ✓ ✓ ✓syst

440CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip dns removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Delete

ip dns nslookup441✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip dns nslookupFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Maps an IP address to a

442CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000940039009300ip udpHelper displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displ

ip udpHelper define443✓ 3500✓ 9000940039009300ip udpHelper defineFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Defines port numbers

444CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000940039009300ip udpHelper removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Remove

ip udpHelper hopCountLimit445ip udpHelper✓ 3500✓ 9000940039009300hopCountLimitFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the

446CHAPTER 16: INTERNET PROTOCOL (IP)ip udpHelper✓ 3500✓ 9000940039009300thresholdFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets

ip udpHelper interface first447ip udpHelper✓ 3500✓ 9000940039009300interface firstFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Conf

448CHAPTER 16: INTERNET PROTOCOL (IP)ip udpHelper✓ 3500✓ 9000940039009300interface evenFor CoreBuilder 9000: Applies to Layer 3 switching modules only

ip udpHelper interface sequential449ip udpHelper✓ 3500✓ 9000940039009300interface sequentialFor CoreBuilder 9000: Applies to Layer 3 switching modules

45system sntp modify✓ ✓ ✓ ✓system sntp remove✓ ✓ ✓ ✓system sntp state✓ ✓ ✓ ✓system sntp pollInterval✓ ✓ ✓ ✓system sntp tolerance✓ ✓ ✓ ✓system reboot

450CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000940039009300ip routingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Controls whethe

ip rip display451✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip rip displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays information abou

452CHAPTER 16: INTERNET PROTOCOL (IP)Fields in the IP RIP DisplayField DescriptionAdvertisement Addresses (3500 and 9000 only)List of available adver

ip rip mode453✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip rip modeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.On a per-interface basis, sets

454CHAPTER 16: INTERNET PROTOCOL (IP)IP RIP Mode Example Select IP interfaces (1,2|all|?): 1Interface 1 - Enter RIP Version 1 mode (disabled,learn,adv

ip rip compatibilityMode455ip rip✓ 3500✓ 9000940039009300compatibilityModeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.On a per-int

456CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000940039009300ip rip costFor CoreBuilder 9000: Applies to Layer 3 switching modules only.On a per-inter

ip rip poisonReverse457✓ 3500✓ 9000940039009300ip rip poisonReverseFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Enables or disables

458CHAPTER 16: INTERNET PROTOCOL (IP)ip riprouteAggregation✓ 3500✓ 9000940039009300ModeFor CoreBuilder 9000: Applies to Layer 3 switching modules only

ip rip password459✓ 3500✓ 9000940039009300ip rip passwordFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the IP RIP-2 password so

46CHAPTER 2: COMMAND SUMMARYmodule clearDiagBlock ✓ ✓module diagErrLog✓module reboot ✓ ✓disconnect✓ ✓PART III: Establishing Management AccessCh 5 Ou

460CHAPTER 16: INTERNET PROTOCOL (IP)ip rip✓ 3500✓ 9000940039009300addAdvertisementFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Add

ip rip addAdvertisement461Options Prompt Description Possible Values [Default] IP interfaces Index number of the interfaces for which you want to ad

462CHAPTER 16: INTERNET PROTOCOL (IP)ip rip remove✓ 3500✓ 9000940039009300AdvertisementFor CoreBuilder 9000: Applies to Layer 3 switching modules only

ip rip policy summary463✓ 3500✓ 9000940039009300ip rip policy summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays summary

464CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000940039009300ip rip policy detailFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displ

ip rip policy define465✓ 3500✓ 9000940039009300ip rip policy defineFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Defines an import o

466CHAPTER 16: INTERNET PROTOCOL (IP)Options Prompt Description Possible Values [Default] Policy type Type of policy import exportimportOrigin proto

ip rip policy define467RIP Import Policy Conditions for Specified InterfacesAdministrative weightMetric value for this policy (higher values have high

468CHAPTER 16: INTERNET PROTOCOL (IP)RIP Export Policy Conditions for Specified InterfacesExample of Import PolicySelect menu option (ip/rip/policy):

ip rip policy modify469✓ 3500✓ 9000940039009300ip rip policy modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modifies an existin

47management ip arp flushDynamic✓management ip rip display ✓management ip rip mode✓management ip rip statistics✓management ip ping ✓management ip ad

470CHAPTER 16: INTERNET PROTOCOL (IP)IP interfaces Index number of the interface for which you want to define a routing policy. One or more selectable

ip rip policy remove471✓ 3500✓ 9000940039009300ip rip policy removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes a previousl

472CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip rip statisticsFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Di

ip ping473✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip pingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Tries to reach or “ping” a specified de

474CHAPTER 16: INTERNET PROTOCOL (IP)Options IP Ping ExamplePrompt Description Possible Values [Default] Host name or IP addressHost name or IP addr

ip advancedPing475✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip advancedPingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Tries to contact a host

476CHAPTER 16: INTERNET PROTOCOL (IP)Packet size Number of bytes in each ICMP echo request packet. The packet size includes both the IP and the ICMP

ip advancedPing477IP Advanced Ping ExampleSelect menu option (ip): advancedPingEnter host IP address [0.0.0.0]: 158.101.112.56Enter number of ICMP req

478CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300ip traceRouteFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Traces

ip traceRoute479 At each TTL setting, the system launches three UDP probe packets, and the traceRoute display shows a line with the TTL value, the add

48CHAPTER 2: COMMAND SUMMARYethernet portMode✓ ✓ ✓ ✓ethernet flowControl✓ ✓ ✓ ✓ ✓ ✓ethernet paceInteractiveAccess✓ ✓ethernet paceAccess✓ ✓ethernet lab

480CHAPTER 16: INTERNET PROTOCOL (IP)ip✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300advancedTraceRouteFor CoreBuilder 9000: Applies to Layer 3 switching modules only

ip advancedTraceRoute481IP Advanced Trace Route Example (TTL value of 10):Interface index Index number of the ICMP source IP address that you want to

482CHAPTER 16: INTERNET PROTOCOL (IP)✓ 3500✓ 9000940039009300ip statisticsFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays dif

ip statistics483Fields in the UDP Statistics DisplayFields in the ICMP Statistics DisplayoutNoRoutes Number of datagrams that the IP station discarded

484CHAPTER 16: INTERNET PROTOCOL (IP)inTimeExcds Number of ICMP time exceeded packets that were receivedinTimeStamps Number of ICMP time stamp request

17VIRTUAL ROUTER REDUNDANCY (VRRP)Virtual Router Redundancy Protocol (VRRP) provides fault-tolerant routing on a LAN by eliminating the single point o

486CHAPTER 17: VIRTUAL ROUTER REDUNDANCY (VRRP)✓ 3500✓ 9000940039009300ip vrrp summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only.

ip vrrp summary487Sample IP VRRP Summary DisplayPri Priority of the the virtual router. Represented by a value from 0 through 255. Used in Master rout

488CHAPTER 17: VIRTUAL ROUTER REDUNDANCY (VRRP)✓ 3500✓ 9000940039009300ip vrrp detailFor CoreBuilder 9000: Applies to Layer 3 switching modules only.D

ip vrrp detail489Auth Whether the VRRP router uses simple password authentication. If password authentication is configured, the VRRP router discards

49fddi port IerAlarm✓ ✓fddi port IerCutoff✓ ✓fddi port label✓ ✓fddi port path✓ ✓fddi stationMode display✓ ✓fddi stationMode modify✓ ✓Part V Bridging P

490CHAPTER 17: VIRTUAL ROUTER REDUNDANCY (VRRP)priorityZeroTx Total number of VRRP advertisements with a priority of 0 that this virtual router has se

ip vrrp detail491Sample IP VRRP Detail DisplaySelect menu option (ip/vrrp): detailEnter VLAN interface index (2|?) [2]:Enter virtual router ID (1|?) [

492CHAPTER 17: VIRTUAL ROUTER REDUNDANCY (VRRP)✓ 3500✓ 9000940039009300ip vrrp defineFor CoreBuilder 9000: Applies to Layer 3 switching modules only.D

ip vrrp define493 When you define a Primary router on a VLAN that contains a single interface, the single interface is automatically chosen as the pri

494CHAPTER 17: VIRTUAL ROUTER REDUNDANCY (VRRP)IP VRRP Define ExampleSelect menu option (ip/vrrp): defineEnter virtual router's type (Primary,Bac

ip vrrp modify495✓ 3500✓ 9000940039009300ip vrrp modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modifies an existing virtual ro

496CHAPTER 17: VIRTUAL ROUTER REDUNDANCY (VRRP) When you define a Primary router on a VLAN that contains a single interface, the single interface is a

ip vrrp modify497IP VRRP Modify ExampleAdvertise intervalTime between virtual router advertisements. 1 – 255 seconds 1Preempt modeWhether a higher pri

498CHAPTER 17: VIRTUAL ROUTER REDUNDANCY (VRRP)✓ 3500✓ 9000940039009300ip vrrp removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.R

ip vrrp mode499✓ 3500✓ 9000940039009300ip vrrp modeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Enables or disables a configured vi

system nvData examine 112system nvData reset 113system clearDiagBlock 114system diagErrLog 115system sntp display 116system sntp define 117system sntp

50CHAPTER 2: COMMAND SUMMARYbridge multicast igmp snoopMode✓ ✓ ✓ ✓bridge multicast igmp queryMode✓ ✓ ✓ ✓bridge multicast igmp queryIpAddress✓ ✓ ✓ ✓bri

500CHAPTER 17: VIRTUAL ROUTER REDUNDANCY (VRRP)✓ 3500✓ 9000940039009300ip vrrp neighborFor CoreBuilder 9000: Applies to Layer 3 switching modules only

ip vrrp statistics501✓ 3500✓ 9000940039009300ip vrrp statisticsFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays general VRRP s

502CHAPTER 17: VIRTUAL ROUTER REDUNDANCY (VRRP)

18IP MULTICASTThis chapter provides guidelines and other key information about how to configure and manage IP multicast routing commands from the Admi

504CHAPTER 18: IP MULTICASTMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the types of modu

ip multicast dvmrp interface summary505ip multicast dvmrp✓ 3500✓ 9000940039009300interface summaryFor CoreBuilder 9000: Applies to Layer 3 switching m

506CHAPTER 18: IP MULTICASTip multicast dvmrp✓ 3500✓ 9000940039009300interface detailFor CoreBuilder 9000: Applies to Layer 3 switching modules only.D

ip multicast dvmrp interface mode507ip multicast dvmrp✓ 3500✓ 9000940039009300interface modeFor CoreBuilder 9000: Applies to Layer 3 switching modules

508CHAPTER 18: IP MULTICASTip multicast dvmrp✓ 3500✓ 9000940039009300interface metricFor CoreBuilder 9000: Applies to Layer 3 switching modules only.M

ip multicast dvmrp tunnels summary509ip multicast dvmrp✓ 3500✓ 9000940039009300tunnels summaryFor CoreBuilder 9000: Applies to Layer 3 switching modul

51Ch 11 Trunksbridge trunk autoMap summary✓bridge trunk autoMap enable✓bridge trunk autoMap disable✓bridge trunk autoMap test✓bridge trunk summary✓ ✓

510CHAPTER 18: IP MULTICASTFields in the IP Multicast DVMRP Tunnels Summary DisplayField DescriptionIndex Tunnel index number, which is different from

ip multicast dvmrp tunnels define511ip multicast dvmrp✓ 3500✓ 9000940039009300tunnels defineFor CoreBuilder 9000: Applies to Layer 3 switching modules

512CHAPTER 18: IP MULTICASTOptions Prompt Description Possible Values [Default] interface Index number of the interface on which you want to create

ip multicast dvmrp tunnels remove513ip multicast dvmrp✓ 3500✓ 9000940039009300tunnels removeFor CoreBuilder 9000: Applies to Layer 3 switching modules

514CHAPTER 18: IP MULTICASTip multicast dvmrp✓ 3500✓ 9000940039009300tunnels addressFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Mo

ip multicast dvmrp tunnels threshold515ip multicast dvmrp✓ 3500✓ 9000940039009300tunnels thresholdFor CoreBuilder 9000: Applies to Layer 3 switching m

516CHAPTER 18: IP MULTICASTip multicast dvmrp✓ 3500✓ 9000940039009300tunnels metricFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Mod

ip multicast dvmrp routeDisplay517ip multicast dvmrp✓ 3500✓ 9000940039009300routeDisplayFor CoreBuilder 9000: Applies to Layer 3 switching modules onl

518CHAPTER 18: IP MULTICASTip multicast dvmrp✓ 3500✓ 9000940039009300cacheDisplayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displ

ip multicast dvmrp cacheDisplay519inVif Interface that receives incoming IP multicast traffic from the spanning tree for the source, subnetwork, and g

52CHAPTER 2: COMMAND SUMMARYCh 14 Virtual LANs (VLANs)bridge vlan summary✓ ✓ ✓ ✓ ✓ ✓bridge vlan detail✓ ✓ ✓ ✓ ✓ ✓bridge vlan define✓ ✓ ✓ ✓ ✓ ✓bridge v

520CHAPTER 18: IP MULTICASTip multicast dvmrp✓ 3500✓ 9000940039009300defaultFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Configures

ip multicast igmp interface summary521ip multicast igmp✓ 3500✓ 9000940039009300interface summaryFor CoreBuilder 9000: Applies to Layer 3 switching mod

522CHAPTER 18: IP MULTICASTip multicast igmp✓ 3500✓ 9000940039009300interface detailFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Su

ip multicast igmp interface TTL523ip multicast igmp✓ 3500✓ 9000940039009300interface TTLFor CoreBuilder 9000: Applies to Layer 3 switching modules onl

524CHAPTER 18: IP MULTICASTip multicast igmp✓ 3500✓ 9000940039009300snoopingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Enables or

ip multicast igmp querying525ip multicast igmp✓ 3500✓ 9000940039009300queryingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Enables

526CHAPTER 18: IP MULTICAST✓ 3500✓ 9000940039009300ip multicast cacheFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays informat

ip multicast cache527Fields in the IP Multicast Cache DisplayField Descriptionsource Subnetwork that contains a source device that is sending traffic

528CHAPTER 18: IP MULTICASTip multicast✓ 3500✓ 9000940039009300traceRouteFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Provides a me

19OPEN SHORTEST PATH FIRST (OSPF)This chapter describes commands that you can use to configure Open Shortest Path First (OSPF) routing on your system.

53Part VI Routing ProtocolsCh 16 IP ip interface summary✓ ✓ ✓ ✓ ✓ip interface detail✓ ✓ip interface define✓ ✓ ✓ ✓ ✓ip interface modify✓ ✓ ✓ ✓ ✓ip inte

530CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)Menu StructureThe commands that you can use depend on the system that you have, your level of access, an

ip ospf areas display531✓ 3500✓ 9000940039009300ip ospf areas displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays a list o

532CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf areas✓ 3500✓ 9000940039009300defineAreaFor CoreBuilder 9000: Applies to Layer 3 switching module

ip ospf areas modifyArea533ip ospf areas✓ 3500✓ 9000940039009300modifyAreaFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modifies an

534CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf areas✓ 3500✓ 9000940039009300removeAreaFor CoreBuilder 9000: Applies to Layer 3 switching module

ip ospf areas addRange535ip ospf areas✓ 3500✓ 9000940039009300addRangeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Adds a range to

536CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf areas✓ 3500✓ 9000940039009300modifyRangeFor CoreBuilder 9000: Applies to Layer 3 switching modul

ip ospf areas removeRange537ip ospf areas✓ 3500✓ 9000940039009300removeRangeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Removes an

538CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospfdefaultRouteMetric✓ 3500✓ 9000940039009300displayFor CoreBuilder 9000: Applies to Layer 3 switchi

ip ospf defaultRouteMetric define539ip ospfdefaultRouteMetric✓ 3500✓ 9000940039009300defineFor CoreBuilder 9000: Applies to Layer 3 switching modules

54CHAPTER 2: COMMAND SUMMARYip arp flushDynamic✓ ✓ ✓ ✓ ✓ip arp age✓ ✓ip arp statistics✓ ✓ip dns display✓ ✓ ✓ ✓ ✓ip dns domainName✓ ✓ ✓ ✓ ✓ip dns defin

540CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospfdefaultRouteMetric✓ 3500✓ 9000940039009300removeFor CoreBuilder 9000: Applies to Layer 3 switchin

ip ospf interface summary541ip ospf interface✓ 3500✓ 9000940039009300summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays s

542CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf interface✓ 3500✓ 9000940039009300detailFor CoreBuilder 9000: Applies to Layer 3 switching module

ip ospf interface detail543State Interface state: Disabled — OSPF is not enabled on the interface. Down — Interface is down, but OSPF is enabled on it

544CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf interface✓ 3500✓ 9000940039009300statisticsFor CoreBuilder 9000: Applies to Layer 3 switching mo

ip ospf interface statistics545mismatchDead Number of router dead interval mismatches that were detectedInterpretation: A non-zero value is bad and me

546CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)receiveError Number of general receive errors.Interpretation: A non-zero value indicates that OSPF packe

ip ospf interface statistics547receiveLSU Number of link state update packets that were receivedtransmitDD Number of database description packets that

548CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf interface✓ 3500✓ 9000940039009300modeFor CoreBuilder 9000: Applies to Layer 3 switching modules

ip ospf interface priority549ip ospf interface✓ 3500✓ 9000940039009300priorityFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Assigns

55ip rip password✓ ✓ip rip addAdvertisement✓ ✓ip rip removeAdvertisement✓ ✓ip rip policy summary✓ ✓ip rip policy detail✓ ✓ip rip policy define✓ ✓ip ri

550CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf interface✓ 3500✓ 9000940039009300areaIDFor CoreBuilder 9000: Applies to Layer 3 switching module

ip ospf interface cost551✓ 3500✓ 9000940039009300ip ospf interface costFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Assigns a cost

552CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf interface✓ 3500✓ 9000940039009300delayFor CoreBuilder 9000: Applies to Layer 3 switching modules

ip ospf interface hello553✓ 3500✓ 9000940039009300ip ospf interface helloFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the inte

554CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf interface✓ 3500✓ 9000940039009300retransmitFor CoreBuilder 9000: Applies to Layer 3 switching mo

ip ospf interface dead555✓ 3500✓ 9000940039009300ip ospf interface deadFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Specifies the d

556CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf interface✓ 3500✓ 9000940039009300passwordFor CoreBuilder 9000: Applies to Layer 3 switching modu

ip ospf linkStateData databaseSummary557ip ospf linkStateData✓ 3500✓ 9000940039009300databaseSummaryFor CoreBuilder 9000: Applies to Layer 3 switching

558CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf linkStateData✓ 3500✓ 9000940039009300routerFor CoreBuilder 9000: Applies to Layer 3 switching mo

ip ospf linkStateData router559Link Data PTP — MIB II index value for an unnumbered point-to-point interface. Transit Net — IP address of the router’s

56CHAPTER 2: COMMAND SUMMARYCh 18 IP Multicastip multicast dvmrp interface summary✓ ✓ip multicast dvmrp interface detail✓ ✓ip multicast dvmrp interfac

560CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf linkStateData✓ 3500✓ 9000940039009300networkFor CoreBuilder 9000: Applies to Layer 3 switching m

ip ospf linkStateData summary561ip ospf linkStateData✓ 3500✓ 9000940039009300summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Di

562CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)Fields in the IP OSPF Link State Data Summary DisplayField DescriptionLS Age Time (in seconds) since LSA

ip ospf linkStateData external563ip ospf linkStateData✓ 3500✓ 9000940039009300externalFor CoreBuilder 9000: Applies to Layer 3 switching modules only.

564CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf neighbors✓ 3500✓ 9000940039009300displayFor CoreBuilder 9000: Applies to Layer 3 switching modul

ip ospf neighbors add565✓ 3500✓ 9000940039009300ip ospf neighbors addFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Adds a neighbor s

566CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf neighbors✓ 3500✓ 9000940039009300removeFor CoreBuilder 9000: Applies to Layer 3 switching module

ip ospf routerID567✓ 3500✓ 9000940039009300ip ospf routerIDFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the OSPF router ID.Val

568CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)OptionsIP OSPF Router ID Example (Interface Type)IP OSPF Router ID Example (Address Type)Prompt Descript

ip ospf partition display569ip ospf partition✓ 3500✓ 9000940039009300displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays O

57Ch 19 OSPF ip ospf areas display✓ ✓ip ospf areas defineArea✓ ✓ip ospf areas modifyArea✓ ✓ip ospf areas removeArea✓ ✓ip ospf areas addRange✓ ✓ip ospf

570CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf partition✓ 3500✓ 9000940039009300modifyFor CoreBuilder 9000: Applies to Layer 3 switching module

ip ospf stubDefaultMetric display571ip ospfstubDefaultMetric✓ 3500✓ 9000940039009300displayFor CoreBuilder 9000: Applies to Layer 3 switching modules

572CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospfstubDefaultMetric✓ 3500✓ 9000940039009300defineFor CoreBuilder 9000: Applies to Layer 3 switching

ip ospf stubDefaultMetric remove573ip ospfstubDefaultMetric✓ 3500✓ 9000940039009300removeFor CoreBuilder 9000: Applies to Layer 3 switching modules on

574CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf virtualLinks✓ 3500✓ 9000940039009300summaryFor CoreBuilder 9000: Applies to Layer 3 switching mo

ip ospf virtualLinks detail575ip ospf virtualLinks✓ 3500✓ 9000940039009300detailFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displa

576CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)Fields in the IP OSPF Virtual Links Detail DisplayFields in the IP OSPF Virtual Links Neighbor DisplayFi

ip ospf virtualLinks statistics577ip ospf virtualLinks✓ 3500✓ 9000940039009300statisticsFor CoreBuilder 9000: Applies to Layer 3 switching modules onl

578CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)mismatchDead Number of router dead interval mismatches that were detectedInterpretation: A non-zero valu

ip ospf virtualLinks statistics579receiveError Number of general receive errors.Interpretation: A non-zero value indicates that OSPF packets are being

58CHAPTER 2: COMMAND SUMMARYip ospf linkStateData router✓ ✓ip ospf linkStateData network✓ ✓ip ospf linkStateData summary✓ ✓ip ospf linkStateData exter

580CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)receiveLSU Number of link state update packets that have been receivedtransmitDD Number of database desc

ip ospf virtualLinks define581ip ospf virtualLinks✓ 3500✓ 9000940039009300defineFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Create

582CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf virtualLinks✓ 3500✓ 9000940039009300removeFor CoreBuilder 9000: Applies to Layer 3 switching mod

ip ospf virtualLinks areaID583ip ospf virtualLinks✓ 3500✓ 9000940039009300areaIDFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modifi

584CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf virtualLinks✓ 3500✓ 9000940039009300routerFor CoreBuilder 9000: Applies to Layer 3 switching mod

ip ospf virtualLinks delay585ip ospf virtualLinks✓ 3500✓ 9000940039009300delayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the

586CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf virtualLinks✓ 3500✓ 9000940039009300helloFor CoreBuilder 9000: Applies to Layer 3 switching modu

ip ospf virtualLinks retransmit587ip ospf virtualLinks✓ 3500✓ 9000940039009300retransmitFor CoreBuilder 9000: Applies to Layer 3 switching modules onl

588CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf virtualLinks✓ 3500✓ 9000940039009300deadFor CoreBuilder 9000: Applies to Layer 3 switching modul

ip ospf virtualLinks password589ip ospf virtualLinks✓ 3500✓ 9000940039009300passwordFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Se

59ip ospf virtualLinks password✓ ✓ip ospf policy summary✓ ✓ip ospf policy detail✓ ✓ip ospf policy define✓ ✓ip ospf policy modify✓ ✓ip ospf policy remo

590CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)ip ospf policy✓ 3500✓ 9000940039009300summaryDisplays summary information about OSPF routing policies. V

ip ospf policy detail591✓ 3500✓ 9000940039009300ip ospf policy detailDisplays summary and detailed information about OSPF routing policies. Valid Mini

592CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)Route Route against which the policy is applied Source Source router (only applicable to export policie

ip ospf policy define593✓ 3500✓ 9000940039009300ip ospf policy defineDefines import and export OSPF routing policies.Valid Minimum Abbreviationip o po

594CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)Options Prompt Description Possible Values [Default] Policy type Type of policy import exportimportOri

ip ospf policy define595OSPF Import Policy ConditionsASE type Type of external metric that is used in the AS external advertisement (ASE), defined as:

596CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)OSPF Export Policy ConditionsExport Policy Conditions for Direct RoutesProtocolSource RouterRoute Actio

ip ospf policy define597Example of Import PolicyExample of Export PolicyExample of Export Policy for a Directly Connected InterfaceSelect menu option

598CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)✓ 3500✓ 9000940039009300ip ospf policy modifyModifies an existing OSPF routing policy. Valid Minimum Abb

ip ospf policy modify599Options Prompt Description Possible Values [Default] Policy Index number of the policy that you want to modify Valid policy

PART III ESTABLISHING MANAGEMENT ACCESS5OUT-OF-BAND MANAGEMENTMenu Structure 150management summary 151management detail 153management ip interface sum

60CHAPTER 2: COMMAND SUMMARYipx forwarding✓ ✓ipx rip mode✓ ✓ipx rip triggered✓ ✓ipx rip policy summary✓ ✓ipx rip policy define✓ ✓ipx rip policy modify

600CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)OSPF Import Policy ConditionsMetric adjustmentFor accept conditions only, increases or decreases the con

ip ospf policy modify601OSPF Export Policy ConditionsExport Policy Conditions for Direct RoutesIP OSPF Policy Modify ExampleSelect menu option (ip/osp

602CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)✓ 3500✓ 9000940039009300ip ospf policy removeDeletes OSPF routing policies. Valid Minimum Abbreviationip

ip ospf statistics603✓ 3500✓ 9000940039009300ip ospf statisticsFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays general OSPF s

604CHAPTER 19: OPEN SHORTEST PATH FIRST (OSPF)

20IPXThis chapter provides guidelines and other key information about how to use the Internet Packet eXchange (IPX) protocol routing commands to route

606CHAPTER 20: IPXMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the types of modules and o

ipx interface display607✓ 3500✓ 9000940039009300ipx interface displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays informat

608CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx interface defineFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Defines an IPX interface

ipx interface define609IPX Interface Define ExampleSelect menu option: ipx interface defineEnter IPX Address (0x1-0xfffffffe): 0x45468f30Enter Ticks (

61Ch 21 AppleTalk appletalk interface summary✓ ✓appletalk interface detail✓ ✓appletalk interface define✓ ✓appletalk interface modify✓ ✓appletalk inter

610CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx interface modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Changes the characterist

ipx interface modify611Frame formatFrame encapsulation format for the interface. IPX uses four Ethernet and two FDDI formats: Ethernet Type II, Novell

612CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx interface removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Removes an IPX interface

ipx interface SAPadvertising613ipx interface✓ 3500✓ 9000940039009300SAPadvertisingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Cont

614CHAPTER 20: IPXipx interface✓ 3500✓ 9000940039009300RIPadvertisingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Controls whether

ipx route display615✓ 3500✓ 9000940039009300ipx route displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays the routing tabl

616CHAPTER 20: IPXFields in the IPX Route DisplayField DescriptionAddress Unique 4-byte network address of a segment in the system’s routing table.Ag

ipx route secondary617✓ 3500✓ 9000940039009300ipx route secondaryDisplays any secondary routes that are available.Valid Minimum Abbreviationipx ro seI

618CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx route staticFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Defines a static route. Vali

ipx route static619IPX Static Route ExampleSelect menu option: ip route staticEnter IPX address (0x1-0xfffffffe): 0x44648f30Enter Hops (1-15): 1 Enter

62CHAPTER 2: COMMAND SUMMARYPart VII Traffic PolicyCh 22 Quality of Service and RSVPqos classifier summary✓ ✓qos classifier detail✓ ✓qos classifier d

620CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx route removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes a route from the IPX

ipx route flush621✓ 3500✓ 9000940039009300ipx route flushFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes all dynamically learn

622CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx server displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays the server table

ipx server display623Options (3500 only)Fields in the IPX Server DisplayPrompt Description Possible Values [Default]Service type Number for the type

624CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx server staticFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Defines a static IPX server

ipx server static625IPX Static Server ExampleEnter Interface index {1|?} [1]: 1Enter service type {0x1-0xFFFF}: 0x4Enter service name {?}: gb201Enter

626CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx server removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes a server from the I

ipx server flush627✓ 3500✓ 9000940039009300ipx server flushFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes all dynamically lea

628CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx server secondaryDisplays any secondary servers that are available.Valid Minimum Abbreviationipx ser seIm

ipx forwarding629✓ 3500✓ 9000940039009300ipx forwardingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Controls whether the system for

63qos statistics interval✓ ✓qos statistics receive✓ ✓qos statistics transmit✓ ✓Part VIII MonitoringCh 23 Event Loglog display✓log devices✓log services

630CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx rip modeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Selects the Routing Information

ipx rip triggered631✓ 3500✓ 9000940039009300ipx rip triggeredFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the RIP Triggered up

632CHAPTER 20: IPXipx rip policy✓ 3500✓ 9000940039009300summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Display a list of IPX R

ipx rip policy define633✓ 3500✓ 9000940039009300ipx rip policy defineFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Define a RIP (Rou

634CHAPTER 20: IPXIPX RIP Policy Define ExampleSelect menu option (ipx/rip/policy): defineEnter policy type (import,export) [import]:exportEnter route

ipx rip policy modify635✓ 3500✓ 9000940039009300ipx rip policy modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modify an existin

636CHAPTER 20: IPXIPX RIP Policy Modify ExampleSelect menu option (ipx/rip/policy): modifySelect policy {1|?}:1Enter route origin (static,rip,all) [al

ipx rip policy remove637✓ 3500✓ 9000940039009300ipx rip policy removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Remove an existin

638CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx sap modeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Selects a Service Advertising Pr

ipx sap triggered639✓ 3500✓ 9000940039009300ipx sap triggeredFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the SAP Triggered Up

64CHAPTER 2: COMMAND SUMMARY

640CHAPTER 20: IPXipx sap policy✓ 3500✓ 9000940039009300summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Display a list of IPX S

ipx sap policy detail641✓ 3500✓ 9000940039009300ipx sap policy detailFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Display informati

642CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx sap policy defineFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Define a SAP (Service A

ipx sap policy define643Service Type Number for the type of service that the server performs.Enter up to 6 hex characters. For example, 0x4 = file ser

644CHAPTER 20: IPXIPX SAP Policy Define ExampleSelect menu option (ipx/rip/policy): defineEnter policy type (import,export) [import]:Enter service ori

ipx sap policy modify645✓ 3500✓ 9000940039009300ipx sap policy modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modify a SAP (Ser

646CHAPTER 20: IPXService Type Number for the type of service that the server performs.Enter up to 6 hex characters. For example, 0x4 = file serverFor

ipx sap policy modify647IPX SAP Policy Modify ExampleSelect menu option (ipx/rip/policy): modifySelect policy {1|?}:1Enter service origin (static,sap,

648CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx sap policy removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Remove an existing SAP

ipx output-delay649✓ 3500✓ 9000940039009300ipx output-delayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the IPX output-delay o

IISYSTEM-LEVEL FUNCTIONSChapter 3System EnvironmentChapter 4Module Environment

650CHAPTER 20: IPXipx statistics✓ 3500✓ 9000940039009300summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays IPX summary st

ipx statistics rip651✓ 3500✓ 9000940039009300ipx statistics ripFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays IPX RIP (Routi

652CHAPTER 20: IPX✓ 3500✓ 9000940039009300ipx statistics sapFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays IPX SAP (Service

ipx statistics forwarding653ipx statistics✓ 3500✓ 9000940039009300forwardingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays I

654CHAPTER 20: IPXHost Tx Discards Number of IPX packets from the IPX host's RIP and SAP applications that were dropped on transmissionHost Tx Re

ipx statistics interface655✓ 3500✓ 9000940039009300ipx statistics interfaceFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays IP

656CHAPTER 20: IPXRoutes Aged Number of times the system marked a route entry unreachable, because it did not receive an update for that entry during

ipx oddLengthPadding657ipx✓ 3500✓ 9000940039009300oddLengthPaddingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Sets the compatibili

658CHAPTER 20: IPX✓ 35009000940039009300ipx NetBIOSDetermines whether the system handles IPX Type 20 packet forwarding on a per-interface basis.Valid

ipx secondary659✓ 35009000940039009300ipx secondaryDetermines whether the system enables secondary routes and servers.Valid Minimum Abbreviationipx se

660CHAPTER 20: IPX

21APPLETALKThis chapter provides guidelines and other key information about commands that you can use to configure AppleTalk routing on your system. C

662CHAPTER 21: APPLETALKMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the types of modules

appletalk interface summary663appletalk interface✓ 3500✓ 9000940039009300summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displa

664CHAPTER 21: APPLETALKappletalk interface✓ 3500✓ 9000940039009300detailFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays deta

appletalk interface define665appletalk interface✓ 3500✓ 9000940039009300defineFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Defines

666CHAPTER 21: APPLETALKDefault zone nameUser-defined default AppleTalk zone name. Clients that have not been configured to use a particular zone use

appletalk interface modify667appletalk interface✓ 3500✓ 9000940039009300modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modifies

668CHAPTER 21: APPLETALKStart of network rangeStart of the network range that is associated with the seed interface. Seed interfaces only.1 – 65279 Cu

appletalk interface remove669appletalk interface✓ 3500✓ 9000940039009300removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Removes

3SYSTEM ENVIRONMENTThis chapter provides guidelines and other key information about how to use system commands to: Set and modify general system param

670CHAPTER 21: APPLETALKappletalk interface✓ 3500✓ 9000940039009300statisticsFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays

appletalk interface statistics671echoInRequests Number of echo requests that have been receivedechoOutReplies Number of echo replies that have been se

672CHAPTER 21: APPLETALKappletalk route✓ 3500✓ 9000940039009300displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays AppleTa

appletalk route flush673✓ 3500✓ 9000940039009300appletalk route flushFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes all dynam

674CHAPTER 21: APPLETALKappletalk aarp✓ 3500✓ 9000940039009300displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays the Appl

appletalk aarp remove675appletalk aarp✓ 3500✓ 9000940039009300removeFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Removes an AppleTa

676CHAPTER 21: APPLETALK✓ 3500✓ 9000940039009300appletalk aarp flushFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Deletes all AppleT

appletalk zone display network677appletalk zone✓ 3500✓ 9000940039009300display networkFor CoreBuilder 9000: Applies to Layer 3 switching modules only.

678CHAPTER 21: APPLETALKappletalk zone✓ 3500✓ 9000940039009300display zoneFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays the

appletalk forwarding679✓ 3500✓ 9000940039009300appletalk forwardingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Enables and disable

68CHAPTER 3: SYSTEM ENVIRONMENTMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the types of

680CHAPTER 21: APPLETALK✓ 3500✓ 9000940039009300appletalk checksumFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Enables Data Deliver

appletalk sourceSocket681appletalk✓ 3500✓ 9000940039009300sourceSocketFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Enables and disa

682CHAPTER 21: APPLETALK✓ 3500✓ 9000940039009300appletalk pingFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Pings an AppleTalk node

appletalk statistics ddp683appletalk statistics✓ 3500✓ 9000940039009300ddpFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays App

684CHAPTER 21: APPLETALKappletalk statistics✓ 3500✓ 9000940039009300rtmpFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays Apple

appletalk statistics zip685appletalk statistics✓ 3500✓ 9000940039009300zipFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays App

686CHAPTER 21: APPLETALKappletalk statistics✓ 3500✓ 9000940039009300nbpFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays AppleT

VIITRAFFIC POLICYChapter 22Quality of Service (QoS) and RSVP

22QUALITY OF SERVICE (QOS) ANDRSVPQuality of Service (QoS) and the Resource Reservation Protocol (RSVP) are advanced features that provide policy-base

system display69✓ 35009000✓ 9400✓ 3900✓ 9300system displayGenerates a system configuration display that includes software and hardware revision number

690CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPMenu StructureThe commands that you can use depend on the system that you have, your level of access, a

qos classifier summary691qos classifier✓ 3500✓ 9000940039009300summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only. Displays summar

692CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos classifier detailFor CoreBuilder 9000: Applies to Layer 3 switching modules

qos classifier detail693Classifier – Filters(flow classifiers only)Filters (address and port patterns): Source IP address Source IP address mask Desti

694CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos classifier defineFor CoreBuilder 9000: Applies to Layer 3 switching modules

qos classifier define695Options Prompt Description Possible Values [Default] Classifier numberNumber of the flow or nonflow classifier in the range

696CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPSource IP address mask For flow classifiers only, source IP address mask, or how many portions of the I

qos classifier define697Flow Classifier Procedure To accept the default or current values that appear in brackets [ ], press Enter. 1Enter a classifie

698CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPThe value that you enter for the start of the range determines the default for the end of the range. Th

qos classifier define699QoS Classifier Define Example (Flow Classifier) Select menu option (qos/classifier): defineEnter classifier number (1-498): 26

PART IV PHYSICAL PORT PARAMETERS7ETHERNET PORTSMenu Structure 203ethernet summary 204ethernet detail 207ethernet autoNegotiation 212ethernet portMode

70CHAPTER 3: SYSTEM ENVIRONMENT✓ 35009000940039009300system fileTransferSets the file transfer protocol to either Trivial File Transfer Protocol (TFTP

700CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPNonflow Classifier ProcedureTo accept the default or existing values that appear in brackets [ ], press

qos classifier modify701✓ 3500✓ 9000940039009300qos classifier modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Modifies a previo

702CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPProtocol type IP or other protocol type, if applicable, that is associated with the flow or nonflow cla

qos classifier modify703Procedure (Flow Classifier)1Enter the number of the classifier that you want to modify. The current numbers are shown in brace

704CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP3To modify the cast type, enter a new cast type. For a flow classifier, the options are unicast, multic

qos classifier modify705Nonflow Classifier Procedure1To modify the cast type, enter a new cast type. For a nonflow classifier, the options are unicast

706CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos classifier removeFor CoreBuilder 9000: Applies to Layer 3 switching modules

qos control summary707✓ 3500✓ 9000940039009300qos control summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays summary info

708CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos control detailFor CoreBuilder 9000: Applies to Layer 3 switching modules on

qos control detail709Source Port range Beginning and end of the source port range.Start time Control start timeTCP drop control Whether TCP drop cont

system console webHelpConfig71system console✓ 35009000✓ 9400✓ 3900✓ 9300webHelpConfigSets the Uniform Resource Locator (URL) for access to the Web Man

710CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos control defineFor CoreBuilder 9000: Applies to Layer 3 switching modules on

qos control define711Control name Name that you assign to the control. Predefined names are as follows: Default/Best Effort (for control 1) Background

712CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPHow rate limit is expressed For receivePort or aggregate rate limit types, in KBytes/sec or percentage.

qos control define713Input time type Type of time control that you want to establish. See Table 7 for a complete listing of input time type options. s

714CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPTable 7 lists the options for the input time types. The key to the prompts are: mm/dd = month–day hh:mm

qos control define715Procedure1Enter a control number. The valid range is 5 through 50, with the next available number as the default. 2Enter a contro

716CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPdIf you specified KBytes/sec for the rate limit, enter the value for the rate limit in KBytes/sec (0 th

qos control define71710Enter the classifiers that are subject to this control.The system displays the available classifiers in parentheses. If you sel

718CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos control modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules on

qos control modify719Rate limit type Type of rate limit: none (no rate limit) receivePort (a rate limit on the specified ports) aggregate (the bandwid

72CHAPTER 3: SYSTEM ENVIRONMENTsystem console✓ 35009000✓ 9400✓ 3900✓ 9300webAccessEnables or disables access to the Web Management software.Valid Mini

720CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPBurst size For receivePort or aggregate rate limit types, maximum amount of data (in Kbytes) that you

qos control modify721Procedure 1Enter the control number that you want to modify. The existing controls are displayed in braces { }. 2To modify the n

722CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPfSpecify the bridge ports for which you want to enable the new rate limit (for example, 1-13, or all).I

qos control modify723QoS Control Modify Example (3500) This example shows modifications to a predefined control (4) for a predefined classifier (405).

724CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos control removeFor CoreBuilder 9000: Applies to Layer 3 switching modules on

qos ldap display725✓ 35009000940039009300qos ldap displayDisplays Lightweight Directory Access Protocol (LDAP) status information.Valid Minimum Abbrev

726CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 35009000940039009300qos ldap enableEnables QoS parameter directory services which are located on the

qos ldap disable727✓ 35009000940039009300qos ldap disableDisables QoS parameter directory services, which are located on the Lightweight Directory Acc

728CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos rsvp summaryFor CoreBuilder 9000: Applies to Layer 3 switching modules only

qos rsvp detail729✓ 3500✓ 9000940039009300qos rsvp detailFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays detailed RSVP inform

system console consoleAccess73system console35009000✓ 9400✓ 3900✓ 9300consoleAccessControls remote access via Telnet or modem to the system console.Va

730CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos rsvp enableFor CoreBuilder 9000: Applies to Layer 3 switching modules only.

qos rsvp enable731Procedure1Enter the maximum total reservable bandwidth, using a percentage of the output link (a value of from 0 through 200, with 5

732CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos rsvp disableFor CoreBuilder 9000: Applies to Layer 3 switching modules only

qos bandwidth display733qos bandwidth✓ 3500✓ 9000940039009300displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays the link

734CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPqos bandwidth✓ 3500✓ 9000940039009300modifyFor CoreBuilder 9000: Applies to Layer 3 switching modules o

qos excessTagging display735qos excessTagging✓ 3500✓ 9000940039009300displayFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays s

736CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPqos excessTagging✓ 3500✓ 9000940039009300enableFor CoreBuilder 9000: Applies to Layer 3 switching modul

qos excessTagging disable737qos excessTagging✓ 3500✓ 9000940039009300disableFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Disables t

738CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP✓ 3500✓ 9000940039009300qos statistics intervalFor CoreBuilder 9000: Applies to Layer 3 switching modul

qos statistics receive739✓ 3500✓ 9000940039009300qos statistics receiveFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays QoS re

74CHAPTER 3: SYSTEM ENVIRONMENTsystem console✓ 35009000✓ 9400✓ 3900✓ 9300ctlKeysEnables or disables the control key combination (default: Ctrl+X) that

740CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPnonFlowReserved Number of conforming non-flow classifier bytes that have been received nonFlowResvPeak

qos statistics transmit741✓ 3500✓ 9000940039009300qos statistics transmitFor CoreBuilder 9000: Applies to Layer 3 switching modules only.Displays QoS

742CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVPOptions Fields in the QoS Transmit Statistics DisplayPrompt Description Possible Values [Default]Bridg

qos statistics transmit743lowLossSentPeak Current highest count of non-loss-eligible packets that were sent and were under the thresholdport Port numb

744CHAPTER 22: QUALITY OF SERVICE (QOS) ANDRSVP

VIIIMONITORINGChapter 23Event LogChapter 24Roving Analysis

23EVENT LOGThis chapter provides guidelines and other key information about how to administer event logs in your system, including the following tasks

748CHAPTER 23: EVENT LOGMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the types of modules

log display749✓ 35009000940039009300log displayDisplays the current log settings.Valid Minimum Abbreviationlog diImportant Consideration The CoreBuild

system console password75system console✓ 35009000✓ 9400✓ 3900✓ 9300passwordSets one of the password levels for the Administration Console. There are t

750CHAPTER 23: EVENT LOG✓ 35009000940039009300log devicesConfigures severity levels for event logging on the Administration Console. Valid Minimum Abb

log devices751To disable the config and info severity levels:The display now indicates that the error and warning severity levels remain enabled and t

752CHAPTER 23: EVENT LOG✓ 35009000940039009300log servicesEnables the logging of messages that pertain to the following services: System level AppleT

log services753Log Services ExamplesTo enable all severity levels for the AppleTalk service:Select menu option (log): servicesSelect services (system,

754CHAPTER 23: EVENT LOG

24ROVING ANALYSISThis chapter provides guidelines and other key information about how to set up roving analysis in your system, including the followin

756CHAPTER 24: ROVING ANALYSISMenu StructureThe commands that you can use depend on the system that you have, your level of access, and the types of m

analyzer display757✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300analyzer displayDisplays the roving analysis configuration, showing which ports are designated as ana

758CHAPTER 24: ROVING ANALYSIS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300analyzer addDefines a bridge port to serve as a dedicated analyzer port.Valid Minimum Abbr

analyzer add759OptionsAnalyzer Add Example (9000 1000BASE-SX module)CB9000@slot 3.1 [9-GEN-SX-L2] (): analyzer addSelect bridge port {1-9|?}: 9Warning

76CHAPTER 3: SYSTEM ENVIRONMENTsystem console✓ 35009000✓ 9400✓ 3900✓ 9300screenHeightChanges the Administration Console’s screen height to increase or

760CHAPTER 24: ROVING ANALYSIS✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300analyzer removeRestores the port to be a regular bridge port. Restores the Spanning Tree s

analyzer start761✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300analyzer startStarts port monitoring activity on the selected bridge port.Valid Minimum Abbreviationan

762CHAPTER 24: ROVING ANALYSISOptionsAnalyzer Start Example (9000 1000BASE-SX module)CB9000@slot 3.1 [9-GEN-SX-L2] (analyzer): startSelect bridge port

analyzer stop763✓ 3500✓ 9000✓ 9400✓ 3900✓ 9300analyzer stopStops port monitoring activity on the selected bridge port. Valid Minimum Abbreviationan st

764CHAPTER 24: ROVING ANALYSIS

IXREFERENCEAppendix ATechnical Support

ATECHNICAL SUPPORT3Com provides easy access to technical support information through a variety of services. This appendix describes these services.Inf

768APPENDIX A: TECHNICAL SUPPORT3Com FTP SiteDownload drivers, patches, software, and MIBs across the Internet from the 3Com public FTP site. This ser

Support from Your Network Supplier769Access by Digital ModemISDN users can dial in to the 3Com BBS using a digital modem for fast access up to 64 Kbps

system console security display77system console✓ 35009000✓ 9400✓ 3900✓ 9300security displayDisplays a summary of trusted IP client information.Valid M

770APPENDIX A: TECHNICAL SUPPORTWhen you contact 3Com for assistance, have the following information ready: Product model name, part number, and seria

Returning Products for Repair771Returning Products for RepairBefore you send a product directly to 3Com for repair, you must first obtain an authoriza

772APPENDIX A: TECHNICAL SUPPORT

INDEXSymbols? character 473, 478Numbers3C number 69, 1293Com bulletin board service (3Com BBS) 7683Com Knowledgebase Web Services 7673Com URL 7673ComF

774INDEXBbackplane ports, interface module 31backupsaving NV data 107bandwidth, QoSdisplaying 733modifying 734bandwidth, RSVP 725, 728baseline, settin

INDEX775IP RIP mode (learn) 453OSPF route metric 538 to 540QoS classifier 694route for IP 421screen height 76Spanning Tree Protocol 261ttl value for a

776INDEXFfax service (3ComFacts) 769FDDI (Fiber Distributed Data Interface)fragmenting packets 255port label 241FDDI MACcondition report 237LLC Servic

INDEX777overlapped interfaces 447 to 449overview 149ping functions 473, 478RIP mode 451routes 450statistics 482ICMP 483UDP 483traceRoute functions 478

778INDEXMMAC (Media Access Control) addressesadding 294displaying 293MAC type for trunk 310, 315managementand naming the system 101, 136configuring sy

INDEX779predefined 691protocol types 695, 701, 702removing 706specifying IEEE 802.1p tags 697, 703, 705numberingports, Ethernet 204, 207numbersfor QoS

78CHAPTER 3: SYSTEM ENVIRONMENTsystem console✓ 35009000✓ 9400✓ 3900✓ 9300security defineGives a client trusted access to your system by adding the cli

780INDEXprioritzation 267probeRMON 755proceduresdefining controls 715defining flow classifiers 697defining nonflow classifiers 700defining RSVP 731def

INDEX781deleting default 166finding in table 167flushing from the routing table 164IPXdisplaying in routing table 615flushing all learned 621removing

782INDEXICMP (Internet Control Message Protocol) 187, 483IP interface 418IPX forwarding 653IPX interface 655IPX RIP 651IPX SAP 652NBP (Name Binding Pr

INDEX783trunksdefining 310, 315definition 299detail information 305, 329maximum ports 316names 316removing 318resources 318sample definition 311summar

system console security define79OptionsPrompt Description Possible Values [Default]IP address IP address of the interface, chosen from the range of ad

PART VBRIDGING PARAMETERS9BRIDGE-WIDE PARAMETERSMenu Structure 251bridge display 252bridge ipFragmentation 255bridge ipxSnapTranslation 256bridge addr

80CHAPTER 3: SYSTEM ENVIRONMENTsystem console✓ 35009000✓ 9400✓ 3900✓ 9300security removeRemoves an IP address from the trusted IP client access list.V

system console security access81system console✓ 35009000✓ 9400✓ 3900✓ 9300security accessEnables or disables whether the system verifies trusted IP cl

82CHAPTER 3: SYSTEM ENVIRONMENTsystem console✓ 35009000✓ 9400✓ 3900✓ 9300security messageDefines the text that is displayed to a prospective user when

system console timeout timeOut83system console✓ 35009000✓ 9400✓ 3900✓ 9300timeout timeOutConfigures the system to disconnect remote sessions after a s

84CHAPTER 3: SYSTEM ENVIRONMENTsystem console✓ 35009000✓ 9400✓ 3900✓ 9300timeout intervalSets the remote timeout interval to a value from 1 minute thr

system snapshot summary85system snapshot✓ 35009000✓ 9400✓ 3900✓ 9300summaryCaptures an image of all system summary display screens. This display refle

86CHAPTER 3: SYSTEM ENVIRONMENTsystem snapshot✓ 35009000✓ 9400✓ 3900✓ 9300detailCaptures an image of all system detail screens. The display reflects t

system snapshot save87✓ 35009000✓ 9400✓ 3900✓ 9300system snapshot saveSends detail screens to a file on the host machine that you specify. Valid Minim

88CHAPTER 3: SYSTEM ENVIRONMENTWhile the system sends the files to the host, it displays the name of each display image that it transfers. When the tr

system softwareUpdate89system✓ 35009000✓ 9400✓ 3900✓ 9300softwareUpdateLoads a new revision of system software.Valid Minimum Abbreviationsy soImportan

bridge port address find 296bridge port address flushAll 297bridge port address flushDynamic 29811TRUNKSMenu Structure 300bridge trunk autoMap summary

90CHAPTER 3: SYSTEM ENVIRONMENTsystem baseline✓ 35009000✓ 9400✓ 3900✓ 9300displayDisplays when the current baseline was last set.Valid Minimum Abbrevi

system baseline set91✓ 35009000✓ 9400✓ 3900✓ 9300system baseline setResets the baseline counters to zero. Valid Minimum Abbreviationsy b sImportant Co

92CHAPTER 3: SYSTEM ENVIRONMENTsystem baseline✓ 35009000✓ 9400✓ 3900✓ 9300requestedStateEnables or disables a baseline.Valid Minimum Abbreviationsy b

system serialPort terminalSpeed93system serialPort✓ 35009000940039009300terminalSpeedSets the terminal speed of your system serial port. The terminal

94CHAPTER 3: SYSTEM ENVIRONMENT2Enter the terminal speed setting for the serial port. See the Options table for supported terminal speed rates.The sys

system serialPort modemSpeed95system serialPort✓ 35009000940039009300modemSpeedSets the port speed for the modem port to match your external modem bau

96CHAPTER 3: SYSTEM ENVIRONMENTsystem serialPort35009000✓ 9400✓ 3900✓ 9300baudRateSets the baud rate of your system serial port. Valid Minimum Abbrevi

system serialPort baudRate972Enter the baud setting for the serial port. The system supports the following baud rates: 19200 9600 4800 2400 1200The sy

98CHAPTER 3: SYSTEM ENVIRONMENTsystem serialPort35009000✓ 9400✓ 3900✓ 9300serialPortModeConfigures the system serial port to establish either a termin

system serialPort configModem99system serialPort✓ 35009000✓ 9400✓ 3900✓ 9300configModemConfigures the external modem from the Administration Console.