BSR 64000 Configurationand Management Guide
BSR 64000 Configuration and Management GuidexSetting QoS Parameters 6-54Initiating a DSA 6-54Initiating a DSC 6-55Initiating a DSD 6-56Viewing QoS Inf
BSR 64000 Configuration and Management Guide3-50MOT#show memory <address> <size>where:address is the starting memory address expressed in
Configuring the System3-51Figure 3-5 displays the show version command output, which presents the BSR system version information:Figure 3-5 show versi
BSR 64000 Configuration and Management Guide3-52Displaying System Buffer InformationFollow these options to evaluate system buffer information:• Issue
Configuring the System3-53• Issue the show buffer system command in Privileged EXEC mode to view system physical structures, such as the number of soc
BSR 64000 Configuration and Management Guide3-54Viewing the SRM and Chassis Serial Number InformationTo view the serial number assigned to your SRM, u
Configuring the System3-55Figure 3-7 displays the show chassis status command output for a fully operational BSR 64000:Figure 3-7 show chassis status
BSR 64000 Configuration and Management Guide3-56Displaying Module Hardware InformationThe show controllers command displays detailed hardware and conf
Configuring the System3-57upstream <port> displays information for an upstream port including the upstream modulation type, channel width, frequ
BSR 64000 Configuration and Management Guide3-58Figure 3-8 displays show controllers cable command output for the cable interface, downstream port and
Configuring the System3-59y is the Ethernet interface number.Figure 3-9 displays controller information for the Ethernet interfaces on the SRM module:
ContentsxiViewing Flap List Statistics to Identify Network Health 6-99Interpreting Flap List Statistics 6-101Tips for Administering Flap Lists 6-106Ma
4Configuring SNMP
Configuring SNMP4-1OverviewThis chapter describes the commands used to configure SNMP for managing the BSR 64000TM system and monitoring the network u
BSR 64000 Configuration and Management Guide4-22. Type snmp-server followed by the available SNMP command and its associated parameters that are liste
Configuring SNMP4-3snmp-server docs-trap-controlSet SNMP DOCSIS traps.cmtsBPKMTrap cmtsBpiInitTrap
BSR 64000 Configuration and Management Guide4-4snmp-server notify {<octet-string>} {<octet-string>} [inform | trap] [nonvolitile | volitil
Configuring SNMP4-5snmp-server notify-filter {<octet-string>} {<OID>} {<octet-string> [included | excluded] [nonvolitile | volitile]
BSR 64000 Configuration and Management Guide4-6snmp-server notify-filter profile {<OID>} {<octet-string> [included | excluded] [nonvolitil
Configuring SNMP4-7snmp-server shutdown Shuts down the SNMP Agent, thus preventing it from processing incoming SNMP packets, but retains all SNMP conf
BSR 64000 Configuration and Management GuidexiiDefining the Route 7-16Enabling Policy-Based Routing on an Interface 7-18Enabling Local Policy-Based Ro
BSR 64000 Configuration and Management Guide4-8Enabling SNMPTo configure SNMP, enable the SNMP server using the snmp-server enable command, as shown b
Configuring SNMP4-9• Local SNMP name (Engine-ID) (only if not already configured)• SNMP User• SNMP Group• SNMP Access Policy• SNMP View• SNMP Context
BSR 64000 Configuration and Management Guide4-10WORD is the desired engine name.3. The user name is the same user name you specify in a remote network
Configuring SNMP4-11eng-id <WORD> specify the engine ID octet string associated with this user.WORD specifies the engine-id with this user; loca
BSR 64000 Configuration and Management Guide4-126. Configure an SNMP View specifying the desired set of MIB objects. The view is either read, write, o
Configuring SNMP4-13name is the SNMP Context name.9. To view the configuration of SNMPv3 entries, use the show running config command in Privileged EX
BSR 64000 Configuration and Management Guide4-14• Contact person• System location• Engine identifierConfiguring System Contact InformationEstablish a
Configuring SNMP4-15MOT(config)#snmp-server engineID {local <engine-id> | remote <ip-address> [udp-port <port-num>] <engine-id>
BSR 64000 Configuration and Management Guide4-16Configuring SNMP Access LevelsAccess to an SNMP Server by an SNMP client is determined by a specified
Configuring SNMP4-17Figure 4-1 SNMP Access Level Configuration Process1. Use the snmp-server community command in Global Configuration mode to define
ContentsxiiiConfiguring IGMP on an Interface 8-16About IGMP 8-16Enabling IGMP 8-17Controlling Access to IP Multicast Groups 8-17Changing the IGMP Vers
BSR 64000 Configuration and Management Guide4-182. Use the no snmp-server community command to remove the specified community string. ExampleMOT(confi
Configuring SNMP4-19• Associating Groups to MIB Views• Configuring an SNMP Context1. To configure a new SNMP User, use the snmp-server user command in
BSR 64000 Configuration and Management Guide4-20group-name is the removed SNMP Group name.Configuring a MIB ViewYou can assign MIB views to SNMP Group
Configuring SNMP4-21The following example creates a view that includes all objects in the MIB-II group except for the Interfaces group:snmp-server vi
BSR 64000 Configuration and Management Guide4-222. Use the no snmp-server context command to remove the specified SNMP Context.ExampleThe following ex
Configuring SNMP4-23Configuring SNMP TrapsSNMP traps are generated according to standard and enterprise MIB specifications. Traps are sent to IP hosts
BSR 64000 Configuration and Management Guide4-24Specifying the Destination IP Address1. Use the snmp-server host command in Global Configuration mode
Configuring SNMP4-252. Use the no snmp-server host command to remove the specified host.Specifying Specific Trap TypesUse the snmp-server host traps c
BSR 64000 Configuration and Management Guide4-26port is the UDP port number; valid values are 0 to 65535.If no version keyword is present, the default
Configuring SNMP4-27Monitoring SNMPTo monitor the status of SNMP operations on your network and check current SNMP settings, you use a series of show
BSR 64000 Configuration and Management GuidexivEnabling RIP Authentication 9-38Configuring Interpacket Delay 9-38Configuring Timers 9-39Example 9-40Co
5Configuring Interfaces andTCP/IP Features
Configuring Interfaces and TCP/IP Features5-1OverviewThis chapter describes how to configure the various interfaces on the BSR and the Transmission Co
BSR 64000 Configuration and Management Guide5-2A datagram is a packet format defined by IP. An IP packet contains the necessary destination address in
Configuring Interfaces and TCP/IP Features5-3Table 5-1 describes each BSR interface and corresponding module:Table 5-1 BSR Interface and Module Descri
BSR 64000 Configuration and Management Guide5-4Follow these steps to assign an IP address and subnetwork mask to an interface on a module:1. To identi
Configuring Interfaces and TCP/IP Features5-5net-mask is the network mask of the IP network, on which the interface is associated.For example:MOT(conf
BSR 64000 Configuration and Management Guide5-6The running configuration displays. If the information is not correct, repeat this procedure.Removing a
Configuring Interfaces and TCP/IP Features5-7where:slot is the 10/100 Ethernet module slot.interface is the Ethernet interface number.2. To manually s
ContentsxvDisplaying IS-IS Database Information 10-16Displaying the Shortest Path First Log 10-17Displaying Connectionless Network Service Information
BSR 64000 Configuration and Management Guide5-8slot is the 10/100 Ethernet module slot.interface is the Ethernet interface number.5. To verify that th
Configuring Interfaces and TCP/IP Features5-92. Use the ip address command in Interface Configuration mode to define an IP address for the loopback in
BSR 64000 Configuration and Management Guide5-10Configuring Tunnels on an InterfaceA tunnel interface is a logical interface that is used to encapsula
Configuring Interfaces and TCP/IP Features5-112. Use the ip address command in Interface Configuration mode to define an IP address for the tunnel int
BSR 64000 Configuration and Management Guide5-126. To delete a tunnel source, use the no tunnel source command in Interface Configuration mode, as sho
Configuring Interfaces and TCP/IP Features5-1312. To verify the tunnel interface, use the show interface tunnel command in Interface configuration mod
BSR 64000 Configuration and Management Guide5-144. To enable an interface for data processing without an explicit IP address, use the ip unnumbered co
Configuring Interfaces and TCP/IP Features5-15A.B.C.D is the IP address of the ARP entry, specified in dotted-decimal notation.mac-address is a 48-bit
BSR 64000 Configuration and Management Guide5-16Address Resolution Using Proxy ARPThe router uses proxy ARP, as defined in RFC 1027, to help hosts wit
Configuring Interfaces and TCP/IP Features5-17To avoid broadcast storms, use a single broadcast address scheme on a network and set the address to be
BSR 64000 Configuration and Management GuidexviDisplaying OSPF Interface Information 11-27Displaying OSPF Memory Information 11-28Displaying OSPF Data
BSR 64000 Configuration and Management Guide5-18where:size is the MTU size, expressed in bytes; valid entries are 68 to the maximum MTU of the physica
Configuring Interfaces and TCP/IP Features5-19x is the POS module slot number.y is the POS interface number.tunnel <n> is a tunnel interface num
BSR 64000 Configuration and Management Guide5-20Clearing Route Table EntriesTo clear dynamic entries from the routing table, use the clear ip route co
Configuring Interfaces and TCP/IP Features5-21With IRDP, each router periodically multicasts or broadcasts router advertisement messages from each of
BSR 64000 Configuration and Management Guide5-22maxadvertinterval is the maximum time between advertisements.number2 is the maximum interval between a
Configuring Interfaces and TCP/IP Features5-23number is the minimum time between IRDP advertisements, expressed in seconds; valid entries are 3 to 180
BSR 64000 Configuration and Management Guide5-24MOT#ping [<hostname> | <A.B.C.D>] [size <number1>] [<number2>] [timeout <nu
Configuring Interfaces and TCP/IP Features5-25where:A.B.C.D is the source IP address.hostname is the Domain Name Server (DNS) hostname.Managing the Ro
BSR 64000 Configuration and Management Guide5-26MOT(config)#ip source-routeIP AccountingIP accounting provides basic IP accounting functions. By enabl
Configuring Interfaces and TCP/IP Features5-274. To control the number of transit records stored in the IP accounting database, use the ip accounting-
ContentsxviiEnabling and Disabling Synchronization 12-32Configuring BGP Administrative Weights 12-34Using a Route Map 12-36Using an AS Path Access Lis
BSR 64000 Configuration and Management Guide5-28Clearing Interface Counters To clear a specific or all interface counters, use the clear counters comm
Configuring Interfaces and TCP/IP Features5-29Clearing the ARP CacheTo clear all dynamic entries from the ARP cache, use the clear arp-cache command i
BSR 64000 Configuration and Management Guide5-30mac-address is the MAC address.slot is the Ethernet interface slot number.port is the Ethernet interfa
6Configuring the CMTS
Configuring the CMTS6-1OverviewThe following sections contain the tasks used to configure and manage your cable network:• Initial Cable Interface Conf
BSR 64000 Configuration and Management Guide6-2• Enabling Host Authorization for All CMs• Creating a Static Host Authorization Entry for a Specific CM
Configuring the CMTS6-34. The DHCP server assigns an IP address to each MTA, CM, or CPE that requested an IP address by placing the IP address in the
BSR 64000 Configuration and Management Guide6-4Configuring the Cable Helper and IP Helper AddressesThe cable helper IP address function disassembles a
Configuring the CMTS6-53. Optionally use the cable helper-address mta command in Interface Configuration mode to configure a secondary helper IP addre
BSR 64000 Configuration and Management GuidexviiiConfiguring a Virtual IP Address 13-3Specifying Authentication String 13-3Configuring Primary IP Addr
BSR 64000 Configuration and Management Guide6-6Enabling Host Authorization for All CMsThe host authorization feature is used for security purposes on
Configuring the CMTS6-7Follow these steps to configure and verify a static host authorization:1. Enter Privileged EXEC mode.2. Issue the host authoriz
BSR 64000 Configuration and Management Guide6-8Enabling Host Authorization for an IP Range of CPEsInstead of adding individual static CPEs on a specif
Configuring the CMTS6-9A CPE with an IP address that is within the start and end range defined by the host authorization range command that is current
BSR 64000 Configuration and Management Guide6-10• Query the DHCP server to verify that one IP address to MAC address binding appears for a CM. If ther
Configuring the CMTS6-113. Use the show ip traffic command to monitor DHCP lease query statistics, which include the number of active, known, unknown,
BSR 64000 Configuration and Management Guide6-12Configuring a Downstream ChannelA downstream channel is configured to control the data flow from the c
Configuring the CMTS6-13Initial Downstream Configuration TasksUse the tasks in this section to perform the following basic downstream configuration ta
BSR 64000 Configuration and Management Guide6-14where:64 is 64 Quadrature Amplitude Modulation (QAM).256 is 256 (QAM).To restore the default, use the
Configuring the CMTS6-151-4292967295 is the Service Flow Identifier (SFID).cr is a command return, which displays QoS service flow statistics for all
ContentsxixConfiguring SONET Alarms 14-15Setting Alarm Thresholds 14-16Setting Alarm Reporting 14-17Setting the Line Alarm Indication Signal 14-18Chan
BSR 64000 Configuration and Management Guide6-16Configuring the Downstream Interleave DepthThe cable operator can protect the downstream path from exc
Configuring the CMTS6-170-0 is the downstream port number.To restore the default, use the no cable downstream interleave-depth command in Interface Co
BSR 64000 Configuration and Management Guide6-182. To enable the downstream port again, use the no cable downstream shutdown command in Interface Conf
Configuring the CMTS6-19Testing RF Carrier ModulationThe downstream carrier-only function is disabled by default and is used for testing purposes only
BSR 64000 Configuration and Management Guide6-20Table 6-3 describes the upstream parameters:Table 6-3 Upstream ParametersParameter Identification Defa
Configuring the CMTS6-21Initial Upstream Configuration TasksFollow these tasks for the initial configuration of the upstream channel:• Setting the Ups
BSR 64000 Configuration and Management Guide6-22Setting the Upstream Power LevelThe cable interface controls CM output power levels to meet the desire
Configuring the CMTS6-23Setting the Upstream Power Level in Relative ModeIssue the cable upstream power-level default command in Interface Configurati
BSR 64000 Configuration and Management Guide6-24Setting the Upstream Power Level in Absolute ModeIssue the cable upstream power-level command in Inter
Configuring the CMTS6-25MOT#show cable modulation-profile [<1-16> | <cr>]where:1-16 is a profile group number.cr is a command return, whic
NoticeCopyright © 2002Motorola, Inc.All rights reservedNo part of this publication my be reproduced in any form or by any means or used to make and a
BSR 64000 Configuration and Management Guide6-26NUM is the upstream port number.To disable the upstream rate-limiting function, use the no cable upstr
Configuring the CMTS6-27Managing the Upstream ChannelThe following upstream tasks in this sections are used to manage or improve the performance of th
BSR 64000 Configuration and Management Guide6-28where:NUM is the upstream port number.To reset the upstream minislot size, use the no cable upstream m
Configuring the CMTS6-290-15 is the ranging backoff end value.Use the no cable upstream range-backoff command in Interface Configuration mode to retur
BSR 64000 Configuration and Management Guide6-300-15 is the start value.0-15 is the end value.To restore the upstream data-backoff default, use the no
Configuring the CMTS6-31Adjusting for Physical Delay between Cable Interface and CMsThe physical delay function is used to adjust the upstream propaga
BSR 64000 Configuration and Management Guide6-32where:NUM is the upstream port number. automatic indicates adjust the physical delay automatically.200
Configuring the CMTS6-33Activating the Scrambler on the Upstream ChannelThe scrambler on the upstream channel enables CMs on the HFC network to use bu
BSR 64000 Configuration and Management Guide6-34where:NUM is the upstream port number.If you need to disable the pre-equalization adjustment, use the
Configuring the CMTS6-35Configuring the Upstream Channel DescriptorFollow the steps in this section to configure the upstream channel descriptor (UCD)
xxiPrefaceScopeThis document describes how to install and configure the Motorola™ Broadband Services Router™ 64000 (BSR 64000™).AudienceThis document
BSR 64000 Configuration and Management Guide6-36• The maximum number of calls is set to 32 by default. Use the cable upstream max-calls command in Int
Configuring the CMTS6-37• You can bundle all cable interfaces into a single bundle to share a single IP subnet.The cable bundling feature requires tha
BSR 64000 Configuration and Management Guide6-383. If the IP helper address or cable helper address is not assigned to the master cable interface, use
Configuring the CMTS6-39y is the cable interface number, which is 0.9. To assign another cable interface as the slave interface, use the interface cab
BSR 64000 Configuration and Management Guide6-40Adding a Static Arp Entry to a Cable Bundle InterfaceTo optionally add a static arp entry to the cable
Configuring the CMTS6-412. Use the ip address secondary command to define the Gateway IP address (giaddr) for CPE host DHCP requests or MTA DHCP reque
BSR 64000 Configuration and Management Guide6-422. To view a specific modulation profile, use the show cable modulation-profile command in Privilege E
Configuring the CMTS6-434. To remove a modulation profile parameter, use the no cable modulation-profile in Privileged EXEC mode, as shown below:MOT#n
BSR 64000 Configuration and Management Guide6-44Enabling the CM Aging TimerThe cable modem (CM) aging timer feature is disabled by default. The CM agi
Configuring the CMTS6-450-200 is the insertion interval.3. To view the insertion interval, use the show cable insert-interval command in Interface Con
BSR 64000 Configuration and Management Guidexxii• BSR 64000 Release NotesThese documents provide information about features not described or incorrect
BSR 64000 Configuration and Management Guide6-46To reset the default synchronization message interval, use the no cable sync-interval command in Inter
Configuring the CMTS6-47• If you want to activate CM authentication on the cable interface so that all CMs return a encrypted key to register with the
BSR 64000 Configuration and Management Guide6-48Denying Access to a Cable ModemUse the cable modem deny command in Privileged EXEC mode to remove a sp
Configuring the CMTS6-492. To verify the maximum number of hosts setting, use the show cable modem hosts command in Privileged EXEC mode, as shown bel
BSR 64000 Configuration and Management Guide6-50Configuring BPI involves the following tasks:• Setting TEK Privacy• Setting Authorization Key Values•
Configuring the CMTS6-512. Use the cable privacy tek life-time command in Interface Configuration mode to configure the global TEK lifetime value, as
BSR 64000 Configuration and Management Guide6-524. The default lifetime TEK is 43,200 seconds. Use the cable privacy cm-tek life-time command to set a
Configuring the CMTS6-532. Use the cable privacy cm-auth grace-time command in Interface Configuration mode to set an individual grace-time AK value,
BSR 64000 Configuration and Management Guide6-54Setting QoS ParametersThis section describes how to configure Quality of Service (QoS) using service f
Configuring the CMTS6-552. Use the show cable qos svc-flow dynamic-stat command in Privileged EXEC mode to display statistics for dynamic service addi
PrefacexxiiiNotes, Cautions, WarningsThe following icons and associated text may appear in this document.bold text cable relay-agent-option Boldface t
BSR 64000 Configuration and Management Guide6-563. To display service flow statistics, use the show cable qos svc-flow statistics command in Privilege
Configuring the CMTS6-572. To initiate the DSD of a specific SFID, use the cable modem qos dsd command in Privileged EXEC mode, as shown below:MOT#cab
BSR 64000 Configuration and Management Guide6-58• The cable interface uses a downstream classifier to assign packets to downstream service flows.• The
Configuring the CMTS6-59Displaying SFID and QoS InformationUse the show cable qos svc-flow summary command in Privileged EXEC mode to display service
BSR 64000 Configuration and Management Guide6-60Displaying Payload Header Suppression EntriesUse the show cable qos svc-flow phs command in Privileged
Configuring the CMTS6-61Configuring a Spectrum GroupEach spectrum group contains spectrum data, a spectrum map, and channel assignment:• The spectrum
BSR 64000 Configuration and Management Guide6-62Defining a spectrum group contains the following tasks outlined in this section:• Creating a Spectrum
Configuring the CMTS6-63The Cable Spectrum Group mode displays. From this new prompt, all of the cable spectrum parameters are configured. For example
BSR 64000 Configuration and Management Guide6-64For example, if you defined your spectrum1 group to have a start frequency of 8 MHz and an end frequen
Configuring the CMTS6-652. If you want to schedule the time for when the spectrum group band becomes available on a daily basis, use the time band com
BSR 64000 Configuration and Management GuidexxivContacting SupportUse the following information to contact Support:Warning: This symbol indicates that
BSR 64000 Configuration and Management Guide6-663. If you want to schedule the time for when the spectrum group band becomes available on a weekly bas
Configuring the CMTS6-67Deleting an Existing Availability Time for a BandIf you need to delete the existing availability time for a band, use the no t
BSR 64000 Configuration and Management Guide6-68Scheduling the Removal of a Spectrum Group BandFollow these steps to schedule the removal of a spectru
Configuring the CMTS6-69The following example determines that the band from 21 MHz to 29 MHz, belonging to spectrum group spectrum1, is removed every
BSR 64000 Configuration and Management Guide6-70Deleting an Existing Removal Time for a BandIf you need to delete the existing removal time for a band
Configuring the CMTS6-71The spectrum data collection task is split between the spectrum manager and the spectrum agent. The spectrum manager schedules
BSR 64000 Configuration and Management Guide6-72For example, the following syntax shows that the spectrum manager’s data collection interval rate for
Configuring the CMTS6-73Follow these steps to configure spectrum hopping rules:1. The default hop period is 300 seconds. Use the hop period command in
BSR 64000 Configuration and Management Guide6-743. Use the hop action modulation-profile command in Cable Spectrum Group mode to change the modulation
Configuring the CMTS6-754. Use the hop action channel-width command in Cable Spectrum Group mode to change the upstream channel-width setting in Hertz
1Introduction
BSR 64000 Configuration and Management Guide6-765. Use the hop action band command in Cable Spectrum Group mode to determine the hop for each frequenc
Configuring the CMTS6-776. Use the hop action power-level command in Cable Spectrum Group mode to change the power-level setting for a hop action, as
BSR 64000 Configuration and Management Guide6-78The hopping threshold error rate is determined by the Forward Error Correction (FEC) error-rate thresh
Configuring the CMTS6-79Use the hop threshold flap command in Cable Spectrum Group mode to set a value that triggers when a greater than a set percent
BSR 64000 Configuration and Management Guide6-80Configuring the Guard BandUse the guard-band command in Cable Spectrum Group mode to set the minimum s
Configuring the CMTS6-81Figure 6-1 shows sample output for the show cable spectrum-group command:Figure 6-1 show cable spectrum-group Command OutputTo
BSR 64000 Configuration and Management Guide6-82Figure 6-2 shows sample output for the show cable spectrum-group map command:Figure 6-2 show cable spe
Configuring the CMTS6-83Viewing Your Spectrum Group ConfigurationThe show running config command does not show the configured parameters if the spectr
BSR 64000 Configuration and Management Guide6-84Follow these steps to assign a spectrum group to an upstream port on a cable interface:1. To enter the
Configuring the CMTS6-854. If you want to see what spectrum group is applied to each upstream port, use the show running config command in Privileged
BSR 64000 Configuration and Management Guide6-86Figure 6-4 displays the show interface cable upstream spectrum command output:Figure 6-4 show interfac
Configuring the CMTS6-87For example, Figure 6-5 displays upstream port statistics:Figure 6-5 show cable upstream Command OutputDetermining the Upstrea
BSR 64000 Configuration and Management Guide6-88For example, Figure 6-6 displays a typical signal-quality result for an upstream port:Figure 6-6 show
Configuring the CMTS6-89The following example shows that upstream port 1 on module 0 has a MIB Index ID number (ifIndex) of 5. This number is used to
BSR 64000 Configuration and Management Guide6-90For example, if the upstream frequency was changed to 20000000 Hertz, the following notification outpu
Configuring the CMTS6-91MOT#[07/23-11:00:08:SPECMGR]-D-Monitor Channel IfIndex = 7 :[07/23-11:00:08:SPECMGR]-D-Error Rate: 0.0000 %, ErrorWord : 0, To
BSR 64000 Configuration and Management Guide6-92[07/23-11:03:08:SPECMGR]-D-Channel Noise Power (1/10 dbmv) : -198.If the noise power increases at the
Configuring the CMTS6-93[07/23-11:07:28:SPECMGR]-D-Channel Noise Power (1/10 dbmv) : -32.In the following output example, ingress noise causes the err
BSR 64000 Configuration and Management Guide6-94[07/23-11:09:38:SPECMGR]-D-Channel Noise Power (1/10 dbmv) : -185.The following output shows the exist
Configuring the CMTS6-95Using Flap ListsFlap lists are used to collect statistics for determining CM problems on the network. The CM flap list keeps t
Introduction1-1OverviewThe BSR 64000™ system gives broadband carriers a competitive edge for defining, deploying, and managing broadband services. Bas
BSR 64000 Configuration and Management Guide6-962. To specify the flap list insertion time, use the cable flap-list insertion-time command in Global C
Configuring the CMTS6-974. The default miss threshold for MAC-layer keepalive messages is 6. If you want to change the threshold number of MAC-layer k
BSR 64000 Configuration and Management Guide6-987. To display the CM flap lists and verify cable flap list information, use the show cable flap-list c
Configuring the CMTS6-99Viewing Flap List Statistics to Identify Network HealthThis section describes the different show cable flap list sorting optio
BSR 64000 Configuration and Management Guide6-100Table 6-8 lists the show cable flap-list command output fields and their descriptions:Table 6-8 show
Configuring the CMTS6-101Interpreting Flap List StatisticsThis section describes how to interpret flap list statistics in order to troubleshoot the ca
BSR 64000 Configuration and Management Guide6-102Use the following cause or symptom observations to interpret flap list activity and solve CM problems
Configuring the CMTS6-103High ratio of misses over hits (> 10%) Hit/miss analysis should be done after the "Ins" count stops incrementing
BSR 64000 Configuration and Management Guide6-104Note: CMs go offline faster than the frequency hop period and can cause the frequency to stay fixed w
Configuring the CMTS6-105Table 6-10 describes how to interpret flap list statistics:Table 6-10 Flap List Statistic InterpretationsField DescriptionHit
BSR 64000 Configuration and Management Guide1-2• Virtual Private Networks (VPNs)• Application hostingNetwork Management and ControlThe BSR offers seve
BSR 64000 Configuration and Management Guide6-106Tips for Administering Flap ListsFollow these suggestions for administrating flap lists:• Write scrip
Configuring the CMTS6-107• Save the flap list statistics to a database server at least once a day to keep a record of flap list statistics which inclu
BSR 64000 Configuration and Management Guide6-108• To duplicate a CM certificate to provisioned certificate table, use the cable privacy provision-cer
Configuring the CMTS6-1094. To determine if a CM is online, use the ping docsis command in Interface Configuration mode, as shown below:MOT(config-if)
BSR 64000 Configuration and Management Guide6-110MOT#clear cable modem <ip-address> resetwhere:ip-address is the CM IP address.
Configuring the CMTS6-111• To reset all CMs connected to the BSR, use the clear cable modem all reset command in Privileged EXEC mode, as shown below:
BSR 64000 Configuration and Management Guide6-112Displaying Cable Interface StatisticsUse the show stats cmts command in all modes except User EXEC mo
Configuring the CMTS6-113Figure 6-9 displays the show stats cmts command output:Figure 6-9 show stats cmts Command Output
BSR 64000 Configuration and Management Guide6-114Displaying Downstream ParametersTo show the configured parameters for the downstream port, use the sh
Configuring the CMTS6-115Figure 6-11 displays the show interfaces cable downstream command output:Figure 6-11 show interfaces cable downstream stats C
2Using the Command LineInterface
BSR 64000 Configuration and Management Guide6-116Figure 6-12 displays the show cable upstream command output:Figure 6-12 show cable upstream Command O
Configuring the CMTS6-117y is the cable interface number, which is 0.stats provides upstream information in a statistical format.signal-quality displa
BSR 64000 Configuration and Management Guide6-118Use these options to view cable modem information:• To display information for all CMs on connected t
Configuring the CMTS6-119Table 6-12 describes the 20 cable modem connectivity states.Table 6-12 Cable Modem Connectivity StatesConnectivity State Iden
BSR 64000 Configuration and Management Guide6-120• Use the following options to view Customer Premises Equipment (CPE) information:• If you want to di
Configuring the CMTS6-121Figure 6-15 displays the cable modem cpe statistics for each cable interface:Figure 6-15 show cable modem cpe Command Output•
BSR 64000 Configuration and Management Guide6-122Figure 6-16 displays output information for the show cable modem detail command:Figure 6-16 show cabl
Configuring the CMTS6-123• Use the show cable modem summary command to display the total number of registered, unregistered and offline CMs for cable
BSR 64000 Configuration and Management Guide6-124• To display the number of Customer Premises Equipment (CPE) hosts connected to a specific CM, use th
Configuring the CMTS6-125• Use the show cable modem registered command to display registered CMs only, as shown below:MOT#show cable modem registeredw
iiiContentsPrefaceScope xxiAudience xxiDocumentation Set xxiConventions xxiiNotes, Cautions, Warnings xxiiiContacting Support xxiv1IntroductionOvervie
BSR 64000 Configuration and Management Guide6-126slot is the slot number of the cable module to which CMs are associated.spectrum-group is used to ide
Configuring the CMTS6-127Figure 6-24 displays MAC layer statistics for a specific CM: Figure 6-24 show cable modem mac Command Output• The show cable
BSR 64000 Configuration and Management Guide6-128• The show cable modem maintenance command is used to veiw station maintenance statistics, which incl
Configuring the CMTS6-129• Use the show cable modem stats command in Privileged EXEC mode to display IP statistics for the number of unicast bytes tha
BSR 64000 Configuration and Management Guide6-130Displaying BPI Configuration SettingsFollow these steps to ensure that the correct Traffic Encryption
Configuring the CMTS6-131Figure 6-29 displays a sample output from the show cable privacy auth command:Figure 6-29 show cable privacy auth Command Out
7Configuring Routing Policy
Configuring Routing Policy7-1OverviewRouting policy can be used to enforce agreements between two or more ISPs concerning the amount and type of traff
Using the Command Line Interface2-1OverviewThe BSR 64000™ command line interface (CLI) lets you enter commands at a connected terminal. You use the CL
BSR 64000 Configuration and Management Guide7-2MOT(config)#route-map <name> [permit | deny] <sequence-number>where:name is the name that
Configuring Routing Policy7-33. Match the destination IP address that is permitted by one or more standard or extended access lists with the match ip
BSR 64000 Configuration and Management Guide7-48. To match one or more tag values of the destination protocol and set the rules for routes, use the ma
Configuring Routing Policy7-54. To set the local preference value, use the set local-preference command in Route Map Configuration mode, as shown in t
BSR 64000 Configuration and Management Guide7-6neighbor 160.20.30.4 route-map locpref inDefining Access Lists and GroupsAn access list is a sequential
Configuring Routing Policy7-7ExampleThis configuration example filters BGP updates from a BGP neighbor. It configures Access List 4 by specifying its
BSR 64000 Configuration and Management Guide7-8ExampleThis example configures a router with two AS-path access lists. Routes that pass AS-path access-
Configuring Routing Policy7-9out permits the outgoing packet to be processed only if access-list permits the packet.Creating Community ListsYou can us
BSR 64000 Configuration and Management Guide7-10Figure 7-1 Using a Community ListFiltering Routes To filter routes based on a community list, use the
Configuring Routing Policy7-11where:community-list-number identifies a community list.community-number is a number that identifies a community.as-comm
BSR 64000 Configuration and Management Guide2-25. Connect to the BSR. The console terminal session begins. The MOT> prompt displays.6. To enter Pri
BSR 64000 Configuration and Management Guide7-12Redistributing RoutesYou can advertise networks by redistributing routes learned from one routing prot
Configuring Routing Policy7-13tag is a unique name for routing process.route-map indicates current routing protocol.match internal indicates routes th
BSR 64000 Configuration and Management Guide7-14• half-life —half-life period in minutes in the range 1 - 45. The default is 10. When a BGP route has
Configuring Routing Policy7-15Policy-based routing is applied to incoming packets. All packets received on an interface with policy-based routing enab
BSR 64000 Configuration and Management Guide7-16Refer to Using Match Statements to Define Routing Conditions on page 7-2 for more information on defin
Configuring Routing Policy7-17set ip next-hop defines a list of IP addresses that specify the next hop router in the path toward the destination to wh
BSR 64000 Configuration and Management Guide7-18MOT(config-rmap)#set ip diff-serv <0-63>The precedence setting determines which packets will be
Configuring Routing Policy7-19• show ip bgp• show ip bgp dampened-paths• show ip community-list• show ip interface• show ip redistribute• show ip rout
BSR 64000 Configuration and Management Guide7-20MOT# show ip bgp dampened-paths[<number>]5. To display the configured community access list, use
Configuring Routing Policy7-21ospf displays OSPF protocol transmitting the route.rip displays RIP protocol transmitting the route.static displays stat
Using the Command Line Interface2-3MOT> enableThis brings you to Privileged EXEC mode.4. Press the Enter key at the password prompt. The CLI Telnet
8Configuring IP MulticastRouting
Configuring IP Multicast Routing8-1OverviewThe IP multicast routing environment allows a host to send packets to a group of hosts called group members
BSR 64000 Configuration and Management Guide8-2Enabling IP Multicast Routing on the BSRIP multicast routing allows the BSR to forward IP multicast pac
Configuring IP Multicast Routing8-3The BSR supports PIM in sparse mode. In sparse mode, routers must join and leave multicast groups explicitly. Upstr
BSR 64000 Configuration and Management Guide8-4Delaying Shortest Path Tree Usage for Better ThroughputYou can control the data threshold rate to delay
Configuring IP Multicast Routing8-5infinity indicates that the RP is always used.Defining the PIM Domain BorderA border can be configured for the PIM
BSR 64000 Configuration and Management Guide8-6If you want to configure the router to be a candidate BSR and adjust the hash mask length value in orde
Configuring IP Multicast Routing8-7Configuring Candidate RPsOne or more rendezvous points (RPs) can be configured to serve as candidates in a PIM doma
BSR 64000 Configuration and Management Guide2-4You begin a CLI session in User EXEC mode, which has a limited set of commands. To access other command
BSR 64000 Configuration and Management Guide8-8n is the interval from 1 to 200 seconds.• If you want to configure a candidate RP that is associated wi
Configuring IP Multicast Routing8-9About DVMRPThe Distance Vector Multicast Routing Protocol (DVMRP) is a distance-vector multicast routing protocol t
BSR 64000 Configuration and Management Guide8-101. Use the router dvmrp command in Router Configuration mode to enter Router Configuration mode from G
Configuring IP Multicast Routing8-11MOT(config-dvmrp)#route-limit <n> where:n is the number of DVMRP route reports.Setting the DVMRP Prune Lifet
BSR 64000 Configuration and Management Guide8-12• Rejecting a DVMRP Non-pruning Neighbor• Configuring a DVMRP Summary AddressFiltering Incoming DVMRP
Configuring IP Multicast Routing8-13MOT(config-if)#ip dvmrp default-information originate onlyAdding a Metric Offset to the DVMRP RouteThe DVMRP metri
BSR 64000 Configuration and Management Guide8-14n is the increment number from 0 to 31.Setting the DVMRP Neighbor Time-out IntervalThe DVMRP neighbor
Configuring IP Multicast Routing8-15n is the amount of delay from 1 to 10 seconds.reports is the number of route reports from 1 to 100.Setting the DVM
BSR 64000 Configuration and Management Guide8-16MOT(config-if)#ip dvmrp summary-address <ip-address> <subnetwork>where:ip is the DVMRP IP
Configuring IP Multicast Routing8-17For each attached network, a multicast router can be either a querier or a non-querier. The querier router periodi
Using the Command Line Interface2-5In Global Configuration mode, you can make changes to the active configuration. If you save the configuration, your
BSR 64000 Configuration and Management Guide8-18slot is the module slot number.interface is the interface number.2. Use the ip igmp access-group comma
Configuring IP Multicast Routing8-19Use the ip igmp query-interval command in Interface Configuration mode to change the IGMP host-query message inter
BSR 64000 Configuration and Management Guide8-20Use the ip igmp query-max-response-time command to change the query response interval to change the bu
Configuring IP Multicast Routing8-21Configuring an IP Multicast Static RouteIP multicast static routes (mroutes) enable unicast and multicast packets
BSR 64000 Configuration and Management Guide8-22MOT(config)#ip mroute unicast distance <n>where:n is the administrative distance number from 1 t
Configuring IP Multicast Routing8-23• Use the clear ip dvmrp prune * command in Privileged EXEC mode to clear all dvmrp prunes, as shown below:MOT#cle
BSR 64000 Configuration and Management Guide8-24MOT#clear ip igmp countersRemoving the IP Multicast Cache
Configuring IP Multicast Routing8-25MOT#show ip multicast fwd-cacheFor example:Figure 8-1 IP Multicast Forward Cache Information• Use the show ip mult
BSR 64000 Configuration and Management Guide8-26MOT#show ip multicast no-oi-fwd-cache• Use the show ip multicast oi-fwd-cache command to display multi
Configuring IP Multicast Routing8-27Displaying DVMRP InformationUse the following options to view DVMRP information in Privileged EXEC mode:• Use the
BSR 64000 Configuration and Management Guide2-6Interface Configuration ModeYou enable features on a per-interface basis. Interface Configuration comma
BSR 64000 Configuration and Management Guide8-28• Use the show ip igmp interface command to gather IGMP interface information, as shown below:MOT#show
9Configuring RIP
Configuring RIP9-31OverviewThis chapter describes how to configure the Routing Information Protocol (RIP) for the BSR 64000™:• About RIP• Enabling RIP
BSR 64000 Configuration and Management Guide9-32RIP uses the hop count to rate the value of different routes. A directly connected network has a hop c
Configuring RIP9-33Enabling RIPIn order to use RIP on the BSR, RIP must be enabled. The remaining tasks described in this chapter are optional.Follow
BSR 64000 Configuration and Management Guide9-34Specifying a RIP VersionBy default, the software receives RIPv1 and v2 packets, but sends only RIPv2 p
Configuring RIP9-352 configures an interface to send only RIPv2 packets.3 configures an interface not to send RIP packets.ExamplesThe following exampl
BSR 64000 Configuration and Management Guide9-36Enabling Route SummarizationRIPv2 supports route summarization, which condenses routing information an
Configuring RIP9-371. To enable route summarization, use the auto-summary command in Router RIP Configuration mode, as shown in the example below. It
Using the Command Line Interface2-7Cable Spectrum Group ModeThe spectrum management system monitors the upstream signal integrity, and collects upstre
BSR 64000 Configuration and Management Guide9-38In the following example, the router applies an offset of 4 to routes learned from Ethernet interface
Configuring RIP9-39MOT(config-rip)#output-delay <delay>where:delay is the delay, in milliseconds, between packets in a multiple-packet RIP updat
BSR 64000 Configuration and Management Guide9-40flush-timer is the interval value in seconds that elapse before a route is removed from the routing ta
Configuring RIP9-41interface is the interface number.2. Use the passive-interface default command in Router Configuration mode to suppress routing upd
BSR 64000 Configuration and Management Guide9-42where:metric <n> is the redistribution metric number for connected routes from 1 to 16.route-map
Configuring RIP9-43where:metric <n> is the redistribution metric number for BGP routes from 1 to 16.route-map <map-name> is the route-map
BSR 64000 Configuration and Management Guide9-44Gathering RIP InformationFollow these steps to monitor RIP on the BSR:1. To display RIP routes and the
10Configuring IS-IS
Configuring IS-IS10-1OverviewThe integrated Intermediate System to Intermediate System (IS-IS) is a link state based intra-domain routing protocol use
BSR 64000 Configuration and Management Guide2-8Figure 2-1 CLI Command Flow ChartDisabling and Resetting FeaturesUse the no form of a command to disabl
BSR 64000 Configuration and Management Guide10-21. Use the router isis command in Global Configuration mode to enable IS-IS routing and specify an IS-
Configuring IS-IS10-3• The first portion of the NET address is the area number, which is a variable number from 1 through 13 bytes. The first byte of
BSR 64000 Configuration and Management Guide10-4Redistributing Routes into IS-ISEach routing protocol uses different metrics to transfer routes. Some
Configuring IS-IS10-5MOT(config-isis)#redistribute connected {metric <n> | route-map <map-name> | <cr>}where:metric <n> is the
BSR 64000 Configuration and Management Guide10-6metric <n> is the redistribution metric number for static routes.metric-type 1 redistributes OSP
Configuring IS-IS10-7• Configuring the Administrative Distance for IS-IS• Configuring IS-IS Area or Domain Passwords • Summarizing IP Address Ranges•
BSR 64000 Configuration and Management Guide10-8Configuring the Administrative Distance for IS-ISAn administrative distance is a rating of the trustwo
Configuring IS-IS10-9Summarizing IP Address RangesA range of IP addresses listed in an LSP can be represented by a summary address. Routes learned fro
BSR 64000 Configuration and Management Guide10-10cable is the cable interface.ethernet is the Ethernet/Fast Ethernet interface.gigaether is the Gigabi
Configuring IS-IS10-11where:level-1 indicates that a Level 1 adjacency may be established if there is at least one area address in common between this
Using the Command Line Interface2-9Configuration commands also have a default form, which returns the command setting to its default. Most commands ar
BSR 64000 Configuration and Management Guide10-12Use the isis hello-interval command in Interface Configuration mode to specify the length of time bet
Configuring IS-IS10-13By default, IS-IS sends CSN packets periodically. If the BSR is the designated router on a LAN, IS-IS sends CSN packets every 10
BSR 64000 Configuration and Management Guide10-14Setting the LSP Retransmission IntervalWhen LSPs are dropped, LSPs are retransmitted. Use the isis re
Configuring IS-IS10-15A router’s priority for becoming the designated router is indicated by an arbitrary number. Routers with a higher value are more
BSR 64000 Configuration and Management Guide10-16Gathering IS-IS InformationThe following sections are used to gather information for your IS-IS netwo
Configuring IS-IS10-17Displaying the Shortest Path First LogUse the show isis spf-log command in Privileged EXEC mode to display how often and why the
BSR 64000 Configuration and Management Guide10-18Table describes a list of possible SPF triggers:Table 10-3 Reasons for SPF Log Trigger EventsTrigger
Configuring IS-IS10-19Displaying Connectionless Network Service InformationThe following options are accessed from Privileged EXEC mode to display Con
BSR 64000 Configuration and Management Guide10-20Table 10-5 describes the show clns interface Output Fields:• The show clns is-neighbors command displ
Configuring IS-IS10-21Table 10-6 describes the show clns is-neighbors command output:• The show clns neighbors command displays both ES and IS neighbo
BSR 64000 Configuration and Management GuideivInterface Configuration Mode 2-6Router Configuration Mode 2-6Route Map Configuration Mode 2-6Cable Spect
BSR 64000 Configuration and Management Guide2-10WORD is the name of the command being replaced by the alias5. Use the no alias command to delete an al
BSR 64000 Configuration and Management Guide10-22• The show clns protocol command displays the protocol-specific information for each IGRP routing pro
Configuring IS-IS10-23• The show clns traffic command lists the CLNS packets the BSR has processed.Figure 10-5 displays sample show clns traffic comma
BSR 64000 Configuration and Management Guide10-24Table 10-9 describes the show clns traffic command output:Table 10-9 show clns traffic Command Output
Configuring IS-IS10-25Level-1 PSNPs (sent/rcvd)Lists the number of Level 1 PSNPs sent and received.Level-2 PSNPs (sent/rcvd)Lists the number of Level
11Configuring OSPF
Configuring OSPF11-1OverviewOSPF supports IP sub-networking and tagging of externally derived routing information. OSPF also allows packet authenticat
BSR 64000 Configuration and Management Guide11-2RFC 1587 — The OSPF NSSA OptionEnabling OSPFTo enable OSPF, create the OSPF routing process, specify t
Configuring OSPF11-3network 3.3.3.0 0.0.0.255 area 0network 3.3.3.3 0.0.0.255 area 1Redistributing Routes into OSPFEach routing protocol uses differen
Using the Command Line Interface2-11Context-sensitive HelpDisplay a list of command-associated keywords and arguments by using the context-sensitive h
BSR 64000 Configuration and Management Guide11-4route-map is the route-map name for the connected route.cr is a command return that redistributes of a
Configuring OSPF11-5Follow these steps to assign a default metric value for all routes redistributed into OSPF:1. Use the router ospf command to enter
BSR 64000 Configuration and Management Guide11-6MOT(config-if)#ip ospf authentication-key <password>where:password is the unencrypted (clear tex
Configuring OSPF11-72. Issue the area stub command in Router Configuration mode to configure an OSPF area as a stub area, as shown below:MOT(config-os
BSR 64000 Configuration and Management Guide11-8Configuring OSPF Not So Stubby AreaThe Not So Stubby Area (NSSA) is similar to the OSPF stub area. The
Configuring OSPF11-9MOT(config-ospf)#summary-address <ip-address> <mask> [tag] <num>where:ip-address is the IP summary address.mask
BSR 64000 Configuration and Management Guide11-10• Use the area range not-advertise command in Router Configuration mode to specify an address range f
Configuring OSPF11-11tag-value is the 32-bit tag value for filtering externally derived routing information.ExampleIn the following example, summary a
BSR 64000 Configuration and Management Guide11-12Choose from the following options to establish a virtual link that connects an OSPF area to the backb
Configuring OSPF11-13• If you want to configure the expected round-trip delay Link State Advertisement (LSA) retransmit interval between two routers o
BSR 64000 Configuration and Management Guide2-12MOT>history size [<1-256>]where:1-256 is the number of lines of the history buffer.Use the no
BSR 64000 Configuration and Management Guide11-14where:area-id is the OSPF area IP address or number.ip-address is IP address associated with the OSPF
Configuring OSPF11-15• Use the show ip ospf virtual-links command in Privileged EXEC mode to display information about the established virtual links,
BSR 64000 Configuration and Management Guide11-16metric is the metric for generating the default route; default is 10; valid values are from 0 to 1677
Configuring OSPF11-17Changing OSPF Administrative DistancesThe administrative distance number between 0 and 255 rates the credibility of routing infor
BSR 64000 Configuration and Management Guide11-18inter-area <distance> represents the administrative distance number from 1 to 255 for all route
Configuring OSPF11-19Configuring General OSPF Interface ParametersYou can change certain interface-specific OSPF parameters using the ip ospf hello-in
BSR 64000 Configuration and Management Guide11-20where:n is the OSPF path cost from 1 to 65535 Mbps.2. To specify the number of seconds between link s
Configuring OSPF11-21where:password is the unencrypted (clear text) with 1 to 8 characters.8. To enable OSPF MD5 authentication, use the ip ospf messa
BSR 64000 Configuration and Management Guide11-22Blocking OSPF LSA FloodingThe OSPF LSA age indicates whether the LSA is valid. The LSA is discarded w
Configuring OSPF11-23MOT(config-ospf)#passive-interface {cable | ethernet | gigaether | pos | serial} <slot>/<interface>where:cable is the
Using the Command Line Interface2-13Editing FeaturesYou can enter CLI commands in uppercase, lowercase, or a combination of cases. Passwords and some
BSR 64000 Configuration and Management Guide11-24ExampleThe following example configures a loopback interface: interface loopback 1ip address 10.10.10
Configuring OSPF11-25The following command output displays:Figure 11-1 show ip ospf network Command OutputShowing Border RoutersUse the show ip ospf b
BSR 64000 Configuration and Management Guide11-26The following command output displays:Figure 11-3 show ip ospf neighbor Command Output- or -• Use the
Configuring OSPF11-27Showing Virtual LinksThe show ip ospf virtual-links command displays parameters regarding the current state of the OSPF virtual l
BSR 64000 Configuration and Management Guide11-28MOT#show ip ospf interface <ip-address>where:ip-address is the interface IP address.- or -• Use
Configuring OSPF11-29The following command output displays:Figure 11-7 show ip ospf memory Command OutputDisplaying OSPF Database InformationUse the f
BSR 64000 Configuration and Management Guide11-30• Use the show ip ospf database adv-router command to view the Link State Advertisements (LSAs) for t
Configuring OSPF11-31where:ip-address is the IP address of the specific link-state ID.self-originate displays LSAs from the local router.cr displays a
12Configuring BGP
BSR 64000 Configuration and Management Guide2-14Completing a Partial Command NamePress the Tab key to complete a partial entry. To invoke this feature
Configuring BGP12-1OverviewThis chapter describes how to configure Border Gateway Protocol (BGP) for the BSR 64000™ system using the command line inte
BSR 64000 Configuration and Management Guide12-2Routers that belong to the same AS and exchange BGP updates run internal BGP (IBGP). Routers that belo
Configuring BGP12-34. Router Los Angeles adds its own AS to the AS path and forwards to Router Miami.5. Router Miami receives the route and ascertains
BSR 64000 Configuration and Management Guide12-4BGP PeersBGP provides a means for BGP peers, or neighbors, to exchange routing information within an A
Configuring BGP12-5SpecificationsThe BSR supports the following Request for Comment (RFC) specifications:• RFC 1771 — A Border Gateway Protocol 4 (BGP
BSR 64000 Configuration and Management Guide12-6n is the Autonomous System (AS) to which the neighbor belongs; valid values are 1 to 65535.3. To add a
Configuring BGP12-7Figure 12-2 Configuring BGP NeighborsAdvertising Networks in an AS1. To inform BGP peers in other ASs about the networks, advertise
BSR 64000 Configuration and Management Guide12-8ExampleFigure 12-3 shows how Routers Miami, Chicago, and Los Angeles advertise networks in their ASs.T
Configuring BGP12-9Figure 12-3 Advertising Networks in an ASConfiguring Advanced BGP ConnectivityThe following are advanced BGP connectivity configura
Using the Command Line Interface2-15Deleting EntriesTable 2-6 describes actions to delete command entries.Scrolling Down a Line or a ScreenUsing the h
BSR 64000 Configuration and Management Guide12-10• Restoring Route Reflection from a Route Reflection Client• Configuring Route-flap Dampening• Shutti
Configuring BGP12-11Figure 12-4 BGP Peer GroupsYou can create a BGP peer group or you can configure a BGP neighbor to be a member of a BGP peer group
BSR 64000 Configuration and Management Guide12-12name is the name you assign to the peer group.ExamplesThe commands in the following example configure
Configuring BGP12-13Figure 12-5 Configuring a Routing Domain Confederation1. To specify a BGP confederation identifier, use the bgp confederation iden
BSR 64000 Configuration and Management Guide12-14num is the AS number that internally includes multiple ASs.2. To configure an AS to be a member of th
Configuring BGP12-15Configuring a Route ReflectorA BGP speaker cannot advertise a route to an IBGP neighbor if that BGP speaker originally heard the r
BSR 64000 Configuration and Management Guide12-16Figure 12-7 shows that an AS can have more than one route reflector. Each route reflector considers o
Configuring BGP12-17name is the BGP neighbor peer group name that is the route reflector client.ExampleThe commands in the following example configure
BSR 64000 Configuration and Management Guide12-18Restoring Route Reflection from a Route Reflection ClientBy default, the clients of a route reflector
Configuring BGP12-19ExampleThe commands in the following example show four configured route-reflector-clients for a router acting as a route reflector
BSR 64000 Configuration and Management Guide2-16Transposing CharactersYou can transpose characters by pressing Ctrl-T. This transposes the character t
BSR 64000 Configuration and Management Guide12-202. To configure individual route flap dampening parameters, use the bgp dampening command in Router B
Configuring BGP12-21ExampleThe following commands create the route map:MOT(config)#router bgp 100MOT(config-bgp)#bgp dampening route-map dallasMOT(con
BSR 64000 Configuration and Management Guide12-22Shutting Down a Neighbor or Peer Group1. To terminate any active session for a specified BGP neighbor
Configuring BGP12-23Enabling Message Digest 5 Authentication Between PeersYou can enable Message Digest 5 (MD5) authentication between two BGP peers,
BSR 64000 Configuration and Management Guide12-24MOT(config-bgp)#neighbor {<ip-address> | <name>} advertisement-interval <seconds>wh
Configuring BGP12-25Figure 12-9 shows Router Miami is configured with Router Washington as an external peer. Because Router Miami and Router Washingto
BSR 64000 Configuration and Management Guide12-26MOT(config-bgp)#neighbor {<ip-address> | <name>} maximum-prefix [<num> <threshol
Configuring BGP12-27In the network shown in Figure 12-10, Router San Francisco advertises network 172.56.0.0 to Router Miami with a next hop attribute
BSR 64000 Configuration and Management Guide12-28The following commands configure Router New York:MOT(config)#router bgp 100MOT(config-bgp)#neighbor 1
Configuring BGP12-29Figure 12-11 Using the neighbor next-hop-self CommandExampleThe following commands configure Router San Francisco:MOT(config)#rout
Using the Command Line Interface2-17begin indicates to start with the line that matchesexclude excludes lines that match.include include lines that ma
BSR 64000 Configuration and Management Guide12-30• Configuring BGP Administrative Weights• Adjusting BGP Timers• Setting the Administrative Distance f
Configuring BGP12-31Configuring BGP Soft ReconfigurationTo make a change in routing policy, you must clear a BGP session. This causes cache invalidati
BSR 64000 Configuration and Management Guide12-32Enabling and Disabling SynchronizationSynchronization is a feature of BGP that prevents a BGP speaker
Configuring BGP12-33Figure 12-12 SynchronizationIf your AS does not pass traffic from one AS to another or if all the transit routers in your AS run B
BSR 64000 Configuration and Management Guide12-34Configuring BGP Administrative WeightsYou can assign a weight to a neighbor connection if more than o
Configuring BGP12-35Figure 12-13 Assigning a Weight to a Neighbor ConnectionAS 400192.56.0.0BostonLAAS 200160.80.0.0Albany NYAS 300192.24.0.0AS 100150
BSR 64000 Configuration and Management Guide12-36ExampleFor example, the commands in the following example configure Router Los Angeles (as shown in F
Configuring BGP12-37Using an AS Path Access ListThe commands in the following example configure Router Los Angeles using an AS path access list. Filte
BSR 64000 Configuration and Management Guide12-38holdtime – is the interval in seconds, after which, not receiving a keepalive or any other BGP messag
Configuring BGP12-39You can change an administrative distance if you know that another protocol provides a better route than that learned via EBGP or
BSR 64000 Configuration and Management Guide12-40MOT(config)#router bgp 100MOT(config-bgp)#network 160.20.0.0MOT(config-bgp)#neighbor 156.30.10.1 remo
Configuring BGP12-41MOT(config-bgp)#no auto-summaryFigure 12-14 Route SummarizationExampleThe commands in the following example disable automatic netw
BSR 64000 Configuration and Management Guide12-42MOT(config-bgp)#no auto-summaryConfiguring Aggregate AddressesUsing CIDR addressing, you can combine
Configuring BGP12-434. To identify the route map for manipulating the attributes of the aggregate route, use the aggregate attribute-map command in Ro
BSR 64000 Configuration and Management Guide12-44ExampleNetwork 200.10.0.0 is an illegal Class C network address. This address becomes legal when it i
Configuring BGP12-45ip-address is the IP address of the BGP neighbor.name is the name of the BGP peer group.loopback indicates the interface type.num
BSR 64000 Configuration and Management Guide12-46Figure 12-15 Using a Loopback InterfaceThe following commands configure a loopback interface for Rout
Configuring BGP12-47where:ip-address is the IP address of the neighbor.name is the name of the BGP peer group.map-name is name of the route map. The r
BSR 64000 Configuration and Management Guide12-48Figure 12-16 Dynamically Configuring a Default RouteConfiguring BGP Update FlowsBGP update messages a
Configuring BGP12-49Configuring BGP Path Selection AlgorithmBGP selects the best possible path for a route and installs it in its route table. If only
3Configuring the System
BSR 64000 Configuration and Management Guide12-509. BGP uses the route with the lowest IGP metric to the BGP nexthop. 10. BGP prefers EBGP over IBGP.
Configuring BGP12-51Figure 12-17 Configuring the Local Preference AttributeRouter New York sets the local preference for all updates from AS 200 to 12
BSR 64000 Configuration and Management Guide12-52Example: Using a Route Map to Set the Local PreferenceA route map setting the local preference allows
Configuring BGP12-53ExampleIn Figure 12-18, from Router Boston, the route for reaching 192.56.0.0 has an AS-path of 300 with an origin attribute of IG
BSR 64000 Configuration and Management Guide12-54The following commands configure Router Boston:MOT(config)#router bgp 100MOT(config-bgp)#neighbor 170
Configuring BGP12-55In Figure 12-19, Router Boston advertises network 150.60.0.0 in AS 400 with an AS-path of 100. When the BGP route arrives in AS 40
BSR 64000 Configuration and Management Guide12-56If two ASs are connected in more than one place, you can change this value so that a router chooses t
Configuring BGP12-57MOT(config)#router bgp 200MOT(config-bgp)#neighbor 5.5.5.2 remote-as 100MOT(config-bgp)#neighbor 4.4.4.2 remote-as 100MOT(config-b
BSR 64000 Configuration and Management Guide12-58Configuring the Community AttributeA community is a group of destinations that share a common policy.
Configuring BGP12-59To define a route map, use the route-map command in Global Configuration mode, as shown below:MOT(config)#route-map <name> [
ContentsvDefining a Privilege Level 3-9Defining a Group Access Level 3-9Verifying Your User Account Login Configuration 3-10Configuring Interfaces 3-1
BSR 64000 Configuration and Management Guide12-60Table 12-2 shows set commands for creating route maps.ExampleThe commands in the following example, e
Configuring BGP12-61The following commands, executed from Global Configuration mode, create AS_path access list 1:MOT(config-bgp)#ip as-path access-li
BSR 64000 Configuration and Management Guide12-62any is the abbreviation for 0.0.0.0 address and 255.255.255.255 wildcard to match against any IP addr
Configuring BGP12-63MOT(config-bgp)#ip as-path access-list <access-list-number> {permit | deny} <path-expression>where:access-list-number
BSR 64000 Configuration and Management Guide12-64• no-export• no-advertise• no-sub-confed exportIn addition, you can define a community number to adve
Configuring BGP12-65community-list-number identifies the community list.permit indicates accept the advertisements.deny indicates reject the advertise
BSR 64000 Configuration and Management Guide12-66where:community-list-number is the route map name.permit indicates accept the advertisements.deny ind
Configuring BGP12-67Figure 12-21 Using a Community ListExampleThis example uses a community list to filter routes based on the local preference. The f
BSR 64000 Configuration and Management Guide12-68The next commands, also executed in Global Configuration mode, define the first instance of the route
Configuring BGP12-69Redistributing Routes into BGPEach routing protocol uses different metrics to transfer routes. Some protocols use hop count metric
Configuring the System3-1OverviewThis chapter describes the initial configuration procedures necessary to configure the BSR 64000™ system using its co
BSR 64000 Configuration and Management Guide12-702. Choose from one or more of the following options to redistribute routes from a specified protocol:
Configuring BGP12-71weight <n> sets the network weight value from 0 to 65535 for redistributing RIP routes into BGP.cr is a command return that
BSR 64000 Configuration and Management Guide12-72Monitoring BGPUse these show commands to monitor BGP:• show ip bgp• show ip bgp cidr-only• show ip bg
13Configuring VRRP
Configuring VRRP13-1OverviewThis chapter describes how to configure the Virtual Router Redundancy Protocol (VRRP) for the BSR 64000™ system using the
BSR 64000 Command Reference Guide13-2• Enabling VRRP• Creating a Virtual Router• Configuring a Virtual IP Address• Specifying Authentication String• C
Configuring VRRP13-3Configuring a Virtual IP AddressTo configure a virtual IP address or addresses, use the ip vrrp address command in Interface Confi
BSR 64000 Command Reference Guide13-4MOT(config-if)#ip vrrp <num:1,255> authentication key <bounded-string:1,8>num:1,255the identification
Configuring VRRP13-5Enabling a Virtual RouterTo enable a virtual router on a configured interface, use the ip vrrp enable command in Interface Configu
BSR 64000 Configuration and Management Guide3-2• Interface IP address(es) and subnet mask(s)• Time of Day Server IP address• DHCP Server IP address• C
BSR 64000 Command Reference Guide13-6textauthentication type can be simple textExampleThis example configures the system to use simple text authentica
Configuring VRRP13-7Specifying PriorityTo specify the priority of the router to act as master for a virtual router, use the ip vrrp priority command i
BSR 64000 Command Reference Guide13-8Pre-empting a MasterTo configure a higher priority backup that can pre-empt a lower priority master, use the ip v
Configuring VRRP13-9interval is the advertisement time interval in seconds; valid entries are 1 to 255.ExampleThis example configures the system to se
BSR 64000 Command Reference Guide13-10Gathering Virtual Router Information• Monitoring Critical Link State• Monitoring Virtual Router Information• Mon
Configuring VRRP13-11Monitoring Virtual Router InformationTo displays detailed information on virtual routers that are configured for VRRP, use the sh
BSR 64000 Command Reference Guide13-120 bad authentication type, 0 mismatched authenticationtype 0 failed authentication, 0 zero priority
Configuring VRRP13-13 Advertisement Sent: 4 total, 0 zero priority Become master: 3 timesInterface ethernet 7/0, VRID 3 : Status: vrrp is enabl
BSR 64000 Command Reference Guide13-14Obtaining Summary InformationTo show summary information on all VRRP routers configured on all interfaces on the
14ConfiguringPacket Over SONET
Configuring the System3-3For more information on installing the servers, refer to the vendor server software documentation.Accessing the CLI to Set Sy
Configuring Packet Over SONET14-1OverviewThis chapter describes how to configure the Packet Over SONET (POS) interface for the BSR 64000™ using the co
BSR 64000 Configuration and Management Guide14-2About SONET/SDHThe Synchronous Optical Network (SONET) standard provides for data transmission over fi
Configuring Packet Over SONET14-3POS Interface Configuration TasksThe following POS module configuration tasks are mandatory:• Configuring the POS Int
BSR 64000 Configuration and Management Guide14-4Configuring PPPTable 14-2 describes the PPP features and commands that are available on the POS module
Configuring Packet Over SONET14-5n is the number of permitted negotiation attempts from 1 to 100.3. To set the maximum PPP wait time for the network l
BSR 64000 Configuration and Management Guide14-6Table 14-3 describes the network clocking commands that are available on the BSR and the POS module:Se
Configuring Packet Over SONET14-7t1 specifies a T1 BITS signal.esf-b8zs is ESF framing with B8ZS line coding. sf-d4 is SF-D4 framing with
BSR 64000 Configuration and Management Guide14-8BSR(config)#network-clock-select 2 bits [t1 {esf-b8zs | sf-d4 | slc96 | t1dm} | e1 {pcm31-crc | pcm31-
Configuring Packet Over SONET14-9where:1 is the priority assigned to the primary network clock.2 is the priority assigned to the secondary network clo
BSR 64000 Configuration and Management Guide3-4MOT#configureThe MOT(config)# prompt displays.Setting System PasswordsSystem passwords should be set im
BSR 64000 Configuration and Management Guide14-10BSR(config-if)#pos internal-clockConfiguring SONETThe following sections describe how to set a variet
Configuring Packet Over SONET14-11Optionally Disabling SONET Payload ScramblingSONET optical interface signals use binary line encoding, and therefore
BSR 64000 Configuration and Management Guide14-12To return to the default, which is payload scrambling, use the pos scramble command in Interface Conf
Configuring Packet Over SONET14-13Defining SONET Frame Overhead BytesSONET overhead bytes identify information in the SONET frame. Refer to the GR-253
BSR 64000 Configuration and Management Guide14-144. To configure the j0 byte as a hexadecimal section trace byte, use the pos flag j0 command in Inter
Configuring Packet Over SONET14-15string is a text string containing the 62 byte sequence. The remaining 2 bytes are automatically set to CR/LF for fr
BSR 64000 Configuration and Management Guide14-16Table 14-5 describes the SONET alarms that can be configured on the POS module:Setting Alarm Threshol
Configuring Packet Over SONET14-17MOT(config-if)#pos threshold b1-tca <3-9>where:<3-9> is the 10E-3 to 10E-9 Rate.2. To configure the BER
BSR 64000 Configuration and Management Guide14-18MOT(config-if)#no pos report [all | b1-tca | b2-tca | b3-tca | lais | lrdi | pais | plop | prdi | rdo
Configuring Packet Over SONET14-19To disable sending the line alarm indication signal on an administrative shutdown, use the no pos ais-shut command i
Configuring the System3-5WORD is the user-defined unencrypted password for the BSR that is no more than 31 characters.3. To set the Privileged EXEC pa
BSR 64000 Configuration and Management Guide14-20Specifying the POS Loopback Mode TypeYou can use POS loopback commands to isolate the fault on an end
Configuring Packet Over SONET14-214. To specify that any packets sent from the transmit packet FIFO are looped back to the receive packet FIFO, use th
BSR 64000 Configuration and Management Guide14-222. To display PPP statistics, use the show ppp statistics command in Interface Configuration mode, as
Configuring Packet Over SONET14-23Figure 14-4 displays the command output for the POS interface:Figure 14-4 show interface pos Command OutputTable 14-
BSR 64000 Configuration and Management Guide14-24LCP Indicates if the Link Control Protocol is open or closed. LCP is used to negotiate PPP configurat
Configuring Packet Over SONET14-25Displaying Physical SONET Link and Alarm InformationSONET alarm hierarchy rules mandate that only the most severe al
BSR 64000 Configuration and Management Guide14-26To display information about the POS module hardware, SONET alarms and BER thresholds, use the show c
Configuring Packet Over SONET14-27Figure 14-5 show controllers pos Command OutputTable 14-10 defines the SONET Alarms and BER threshold information th
BSR 64000 Configuration and Management Guide14-28SLOF Section loss of frame errors.SLOF is detected when a severely errored frame (SEF) defect on the
Configuring Packet Over SONET14-29P-RDI Path remote defect indication errors. Path remote defect indication is reported by the downstream PTE when it
BSR 64000 Configuration and Management Guide3-6MOT(config)#show running-configSpecifying a Host NameTo optionally assign or change your BSR system net
Index-1AABR, 11-1, 11-6, 11-9access controlusing community name, 4-16access listAS-path, 7-6IP, 7-6name, 9-37number, 9-37access policycreating, 4-18ac
Index-2BSR 64000 Configuration and Management Guidestub area default summary route, 11-7OSPFarea ID, 11-2associatinggroup to MIB view, 4-19, 4-21authe
Index-3IndexCM authentication informationobtaining, 6-47CM informationdisplaying, 6-118CMTS interfaceBPI settingsviewing, 6-50BPI statisticsviewing, 6
Index-4BSR 64000 Configuration and Management Guideneighbor distribute-list, 7-6neighbor filter-list, 7-7network, 9-33network network-number, 9-33offs
Index-5Indexsnmp-server trap, 4-7snmp-server trap rate-limit, 4-26snmp-server user, 4-7, 4-19snmp-server view, 4-7, 4-12, 4-20summary address prefix m
Index-6BSR 64000 Configuration and Management Guidesuppress limit, 7-13, 7-14data backoff, 6-20Data Encryption Standard, 6-49Data Over Cable Service I
Index-7Indexparent-child links, 8-11summary address, 8-15distance-vector routing, 9-31distribution hub, 1-1DOCSIS, 1-1standard, 1-1down arrow key, 2-1
Index-8BSR 64000 Configuration and Management Guideflooded broadcast packets, 5-16forcingpacket fragmentation, 6-34Forward Error CorrectionCMTS use of
Index-9IndexInternet address, 5-14Internet Control Message Protocol, 5-20Internet Group Management Protocol (IGMP), 8-16 to 8-20host-query messages, 8
Configuring the System3-7Table 3-1 gives a brief description of each parameter required to configure a user login account. The sections that follow de
Index-10BSR 64000 Configuration and Management Guidemaximum CPE host numberspecifying, 6-48verifying, 6-49, 6-124messagebroadcast, 9-32metricsetting,
Index-11Indexarea IDassigning, 11-2defining, 11-1area parameterconfiguring, 11-5configuring, 11-1, 13-1designated network router, 11-20distance valuec
Index-12BSR 64000 Configuration and Management GuideQQoSconfiguring, 6-54functions, 1-1Quality of Serviceconfiguring, 6-54functions, 1-1Rradio frequen
Index-13Indexroute mapsdefining, 7-1routerID, 11-23OSPF-basedconfiguring, 11-1update, 9-31router discovery packetstracing, 5-20Router Discovery Protoc
Index-14BSR 64000 Configuration and Management Guidedisplaying, 6-55, 6-56SFID DSDinitiating, 6-57Shortest Path Tree (SPT), 8-4show history command, 2
Index-15IndexTtab key, 2-14tagroute, 9-32TCP/IP, 5-1TEKgrace-time, 6-50grace-time valuedisplaying, 6-130life-time, 6-50life-time valuedisplaying, 6-13
Index-16BSR 64000 Configuration and Management GuideUser Datagram Protocol, 9-31User EXEC mode, 2-4, 2-5, 2-12user modelscreating, 4-18usingcommand hi
BSR 64000 Configuration and Management Guide3-8Defining a User Name with an Unencrypted PasswordFollow these steps to define a user account with an un
Configuring the System3-9Defining a Privilege LevelTo define a privilege level for a user account, use the following command in Global Configuration m
BSR 64000 Configuration and Management GuideviDownloading Software to a Specific Module 3-40Specifying the System Image File Boot Location 3-42Specify
BSR 64000 Configuration and Management Guide3-10For example:MOT(config)#username newuser user-group msoVerifying Your User Account Login Configuration
Configuring the System3-11Specifying System Time InformationFollow these steps to set system time information:To set the time zone, use the clock time
BSR 64000 Configuration and Management Guide3-12• Logging Your CLI Session to the Syslog ServerConfiguring Logging for a Remote Syslog ServerYou can c
Configuring the System3-13MOT(config)#logging trap {emergencies | alerts | critical | errors | warnings | notifications | informational | debugging}wh
BSR 64000 Configuration and Management Guide3-14Configuring Console Logging1. To set the severity level of messages to be logged to the local console,
Configuring the System3-15Setting the Logging BufferBuffering is used to allow space on the internal logging buffer on the BSR or syslog server for th
BSR 64000 Configuration and Management Guide3-16Clearing the Buffer1. Clear the log using the clear log command in all modes except Privileged EXEC mo
Configuring the System3-17MOT(config)#logging rate-limit auto-restartSetting the Recording Mechanism for CMTS ReportsRefer to Table 3-2 and Table 3-3
BSR 64000 Configuration and Management Guide3-18Table 3-3 describes the location where report messages are logged:informational Logs informational des
Configuring the System3-19Returning to the Default CMTS Log Reporting ConfigurationIf you want to return to the default CMTS log reporting configurati
ContentsviiAssociating Groups to MIB Views 4-21Configuring an SNMP Context 4-21Configuring Packet Size 4-22Configuring SNMP Traps 4-23Enabling Traps 4
BSR 64000 Configuration and Management Guide3-20ExampleThe following example configures a MOTD. The pound sign (#) is the delimiting character.MOT(con
Configuring the System3-21The DHCP client-server protocol enables devices on an IP network (the DHCP clients) to request configuration information fro
BSR 64000 Configuration and Management Guide3-226. Verify that the information was entered correctly by displaying the running configuration in Privil
Configuring the System3-23where:name is the default domain name.For example:MOT(config)#ip domain-name motorola.comEnabling Domain Lookup and Domain L
BSR 64000 Configuration and Management Guide3-24• Starting the LDAP client• Specifying the start of the search-tree 1. Use the ldap server command in
Configuring the System3-253. To specify the portion of the LDAP tree where the configuration is located, use the ldap search-base command in Global Co
BSR 64000 Configuration and Management Guide3-26MOT(config)#sntp server 192.168.1.253MOT(config)#sntp server sntpd.motorola.com2. Authenticate SNTP ti
Configuring the System3-276. Configure a key number for trusted time sources with the sntp trusted-key command in Global Configuration mode. For SNTP,
BSR 64000 Configuration and Management Guide3-28domain is the Domain Name Server (DNS, 53).netbios-dgm is the NetBios datagram service (138).netbios-n
Configuring the System3-29Configuring FTP AccessYou can configure the BSR to transfer files between systems on the network using the Internet File Tra
BSR 64000 Configuration and Management GuideviiiManaging the Router 5-25Enabling IP Source Routing 5-25IP Accounting 5-26Clearing Interface Counters 5
BSR 64000 Configuration and Management Guide3-30Enabling the RADIUS Client on the BSRRemote Authentication Dial In User Service (RADIUS) provides addi
Configuring the System3-31Hostname is the hostname of the remote RADIUS server.0-65535 is the optionally defined UDP port for the RADIUS authenticatio
BSR 64000 Configuration and Management Guide3-32• Use the radius-server timeout command in Global Configuration mode to configure the wait time interv
Configuring the System3-33where:LINE is the text message for the failed login and authentication.cr is a command return specifies the default failed l
BSR 64000 Configuration and Management Guide3-34local-password allows password authentication by a locally configured password if there is no response
Configuring the System3-352. If you need to free additional memory space in NVRAM by deleting any unwanted files, use the delete nvram: command in Pri
BSR 64000 Configuration and Management Guide3-366. Ensure that the correct FTP username is configured on the BSR 64000 for communication with the FTP
Configuring the System3-37Follow these steps to download an image file to NVRAM on the SRM:1. To download an image file to NVRAM, use the copy ftp: nv
BSR 64000 Configuration and Management Guide3-385. Compare each image file size (in bytes) in NVRAM on the SRM to the original size of each image file
Configuring the System3-394. The Destination file name prompt displays with the new file name. Press the Enter key to accept the new file name in flas
ContentsixTesting RF Carrier Modulation 6-19Configuring an Upstream Channel 6-19Initial Upstream Configuration Tasks 6-21Setting the Upstream Frequenc
BSR 64000 Configuration and Management Guide3-40file is the name of the operating image intended for download, such as the application image file or b
Configuring the System3-41• If you want to download the executable file stored in the application image file to a particular module, use the download
BSR 64000 Configuration and Management Guide3-42Specifying the System Image File Boot Location Follow these steps to specify the system image file for
Configuring the System3-43Configuring SRM and Chassis Alias InformationTo configure your alias name for the SRM module, use the srm alias command in P
BSR 64000 Configuration and Management Guide3-44string is the BSR 64000 asset ID number.Configuring SRM and Chassis Serial Number InformationTo config
Configuring the System3-45The configuration parameters that you have set should appear in the show running-config command output.Reseting BSR ModulesO
BSR 64000 Configuration and Management Guide3-46• Gathering System Information• Displaying Module Hardware InformationDisplaying System Processing Inf
Configuring the System3-47MOT#show process msg-q-infoFigure 3-2 shows the show process msg-q-info output information:Figure 3-2 show process msg-q-inf
BSR 64000 Configuration and Management Guide3-48where:NUM is the DOCSIS module slot number.• Issue the show process cpu command in Privileged EXEC Mod
Configuring the System3-49Displaying System Memory InformationFollow these options to display BSR system information:• Issue the show memory command i
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