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Cisco IOS CMTS Cable Command Reference
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Introduction
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Cable Commands: a through cable-modem
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Cable Commands: cable a through cable c
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Cable Commands: cable d
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Cable Commands: cable e through cable i
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Cable Commands: cable l
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Cable Commands: cable m to n
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Cable Commands: cable p through cable r
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Cable Commands: cable s
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Cable Commands: cable t
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Cable Commands: cable u through cable w
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Cable Commands: ca through cr
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Cable Commands: d through h
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Cable Commands: i through p
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Cable Commands: q through sg
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Cable Commands: show a through show cable l
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Cable Commands: show cable m to show cable u
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Cable Commands: show ch through show cr
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Cable Commands: show d through show i
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Cable Commands: show m through show z
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Cable Commands: snmp through w
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Appendix A: Cable Debug Commands
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Appendix B: Cisco CMTS Router ROM Monitor Commands
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Feedback
Table Of Contents
Cable Commands: show d through show i
show hw-module bay transceiver
show interface cable admission-control reservation
show interface cable cable-monitor
show interface cable downstream
show interface cable dsg downstream
show interface cable dsg downstream tg
show interface cable dynamic-service statistics
show interface cable intercept
show interface cable mac-scheduler
show interface cable multicast-sessions
show interface cable packetcable statistics
show interface cable qos paramset
show interface cable service-flow
show interface cable signal-quality
show interface cable upstream debug
show interface gigabitethernet
show interface integrated-cable
show interface integrated-cable queue
show interface modular-cable accounting
show interface modular-cable description
show interface modular-cable dlm
show interface modular-cable downstream
show interface modular-cable intercept
show interface modular-cable multicast-sessions
show interface modular-cable stats
show interface modular-cable summary
show interface modular-cable switching
show interface wideband-cable multicast-sessions
show interface wideband-cable queue
Cable Commands: show d through show i
Revised: July 2012, OL-15510-15
New Commands
Modified Commands
Replaced Commands
show interface cable monitor
show interface cable cable-monitor
12.2(33)SCA
show debug
To display current debugging information that includes PacketCable COPS messages on the Cisco CMTS, use the show debug command in privileged EXEC mode.
show debug
Syntax Description
No additional keywords or arguments
Command Modes
Privileged EXEC
Command History
Usage Guidelines
For additional information about this feature and related commands, refer to the following document on Cisco.com:
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COPS Engine Operation on the Cisco CMTS
Examples
The following example illustrates the use of the show debug command in relation to the COPS Engine Operation feature on the Cisco CMTS.
Router# show debugPacketCable Client:Pktcbl COPS msgs debugging is onPacketCable specific:Debugging is on for Subscriber 68.1.2.4, Mask 255.255.255.255SLOT 6/0: Nov 19 04:57:09.219: %UBR10000-5-UNREGSIDTIMEOUT: CMTS deleted unregistered Cable Modem 0002.8a8c.8c1aSLOT 6/0: Nov 19 04:57:12.279: %UBR10000-5-UNREGSIDTIMEOUT: CMTS deleted unregistered Cable Modem 0002.8a8c.92ae*Nov 19 04:57:19.751: PktCbl(cops): Received callback [code 2, handle: 0x63982B08] from COPS engine*Nov 19 04:57:19.751: PktCbl(cops): Received a COPS DEC message, flags is 0x1*Nov 19 04:57:19.755: PktCbl(cops): Received callback [code 2, handle: 0x63982B08] from COPS engine*Nov 19 04:57:19.755: PktCbl(cops): Received a COPS DEC message, flags is 0x1*Nov 19 04:57:19.755: PktCbl(cops): Received callback [code 2, handle: 0x63982B08] from COPS engine*Nov 19 04:57:19.755: PktCbl(cops): Received a COPS DEC message, flags is 0x1*Nov 19 04:57:19.755: PktCbl(cops): Received callback [code 2, handle: 0x63982B08] from COPS engine*Nov 19 04:57:19.755: PktCbl(ndle: 0x63982B08] from COPS engineRelated Commands
show depi
To display Downstream External PHY Interface (DEPI) tunnel and session information, use the show depi command in privileged EXEC mode.
show depi
Syntax Description
This command has no arguments or keywords.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows a sample output of the show depi command on a Cisco uBR10012 router:
Router# show depiDEPI Tunnel and Session Information Total tunnels 3 sessions 12LocTunID RemTunID Remote Name State Remote Address Sessn L2TP ClassCount555844637 4037701912 RFGW-10-1 est 11.30.14.100 4 test10LocID RemID TunID Tsid State Last Chg Uniq ID Type1252048235 1074332337 555844637 717, est 1w0d 16 P1252049362 1074332330 555844637 711, est 1w0d 15 P1252005266 1074332288 555844637 699, est 1w0d 13 P1252000641 1074332316 555844637 705, est 1w0d 14 PLocTunID RemTunID Remote Name State Remote Address Sessn L2TP ClassCount1486289361 1394811300 RFGW-10-1 est 12.30.14.100 4 test10LocID RemID TunID Tsid State Last Chg Uniq ID Type1252014460 1074332279 1486289361 549, est 1w0d 20 P1252059306 1074332234 1486289361 531, est 1w0d 17 P1252057709 1074332245 1486289361 537, est 1w0d 18 P1252006708 1074332262 1486289361 543, est 1w0d 19 PLocTunID RemTunID Remote Name State Remote Address Sessn L2TP ClassCount1688275168 1361251901 RFGW-10-1 est 24.30.14.100 4 test10LocID RemID TunID Tsid State Last Chg Uniq ID Type1252018493 1074332252 1688275168 537, est 1w0d 22 S1252054974 1074332286 1688275168 549, est 1w0d 24 S1252022230 1074332263 1688275168 543, est 1w0d 23 S1252059782 1074332236 1688275168 531, est 1w0d 21 STable 183 describes the major fields shown in the show depi command display:
Related Commands
show depi session
To display information about Downstream External PHY Interface (DEPI) sessions, use the show depi session command in privileged EXEC mode.
show depi session [session-id | configured | name session-name | controller Modular-Cable slot/subslot/unit-number | interface interface-name | primary | secondary | tsid ts-id | endpoints] [verbose]
Syntax Description
Command Default
None
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is a sample output of the show depi session command for all the established DEPI data sessions:
Router# show depi sessionLocID RemID TunID Tsid State Last Chg Uniq ID Type1252048235 1074332337 555844637 717, est 3d09h 16 P1252049362 1074332330 555844637 711, est 3d09h 15 P1252005266 1074332288 555844637 699, est 3d09h 13 P1252000641 1074332316 555844637 705, est 3d09h 14 P1252014460 1074332279 1486289361 549, est 3d09h 20 P1252059306 1074332234 1486289361 531, est 3d09h 17 P1252057709 1074332245 1486289361 537, est 3d09h 18 P1252006708 1074332262 1486289361 543, est 3d09h 19 P1252018493 1074332252 1688275168 537, est 3d09h 22 S1252054974 1074332286 1688275168 549, est 3d09h 24 S1252022230 1074332263 1688275168 543, est 3d09h 23 S1252059782 1074332236 1688275168 531, est 3d09h 21 SThe following is a sample output of the show depi session command for a specific DEPI data session identified by the session ID in Cisco IOS Release 12.2(33)SCC:
Router# show depi session 1252018468 verboseSession id 1252018468 is up, tunnel id 1834727012Remote session id is 1252055513, remote tunnel id 3849925733Locally initiated sessionQam Channel ParametersGroup Tsid is 0Frequency is 717000000Modulation is 64qamAnnex is BInterleaver Depth I=32 J=4Power is 0Qam channel status is 0Unique ID is 1Call serial number is 326100007Remote tunnel name is RFGW-10Internet address is 1.3.4.155Local tunnel name is myankows_ubr10kInternet address is 1.3.4.103IP protocol 115Session is L2TP signaledSession state is established, time since change 04:06:240 Packets sent, 0 received0 Bytes sent, 0 receivedLast clearing of counters neverCounters, ignoring last clear:0 Packets sent, 0 received0 Bytes sent, 0 receivedReceive packets dropped:out-of-order: 0total: 0Send packets dropped:exceeded session MTU: 0total: 0DF bit on, ToS reflect enabled, ToS value 0, TTL value 255UDP checksums are disabledSession PMTU enabled, path MTU is 1492 bytesNo session cookie information availableFS cached header information:encap size = 28 bytes45000014 00004000 FF73706F 010304670103049B 4AA0D9D9 00000000Sequencing is onNs 0, Nr 0, 0 out of order packets receivedPackets switched/dropped by secondary path: Tx 0, Rx 0Conditional debugging is disabledThe following is a sample output of the show depi session command that displays EQAM statistics for a specific DEPI data session identified by the session ID in Cisco IOS Release 12.2(33)SCE:
Router# show depi session 1252063105 verboseSession id 1252063105 is up, tunnel id 1867895303Remote session id is 1074332253, remote tunnel id 3468518668Locally initiated sessionSession Type: PrimaryQam Channel ParametersTsid is 537Group Tsid is 57Frequency is 537000000Modulation is 256qamAnnex is BInterleaver Depth I=32 J=4Power is 530Qam channel status is 0Unique ID is 30Call serial number is 2801814825Remote tunnel name is RFGW-10-1Internet address is 12.30.14.100Local tunnel name is prasm_ubr10kInternet address is 12.30.14.200IP protocol 115Session is L2TP signaledSession state is established, time since change 5d12h0 Packets sent, 0 received0 Bytes sent, 0 receivedLast clearing of counters neverCounters, ignoring last clear:0 Packets sent, 0 received0 Bytes sent, 0 receivedReceive packets dropped:out-of-order: 0total: 0Send packets dropped:exceeded session MTU: 0total: 0DF bit on, ToS reflect enabled, ToS value 0, TTL value 255UDP checksums are disabledSession PMTU enabled, path MTU is 1492 bytesNo session cookie information availableFS cached header information:encap size = 28 bytes45000014 00004000 FF73460F 0C1E0EC80C1E0E64 4009025D 00000000Sequencing is onNs 0, Nr 0, 0 out of order packets receivedPackets switched/dropped by secondary path: Tx 0, Rx 0Peer Session DetailsPeer Session ID : 1074332253Peer Qam ID : Qam7/10.2Peer Qam State : ACTIVEPeer Qam Type : PrimaryPeer Qam StatisticsTotal Pkts : 270971Total Octets : 50942548Total Discards : 0Total Errors : 0Total In Pkt Rate : 0Bad Sequence Num : 0Total In DLM Pkts : 0Conditional debugging is disabledThe following is a sample output of the show depi session command for all the configured DEPI data sessions:
Router# show depi session configuredLoad for five secs: 2%/0%; one minute: 2%; five minutes: 2%Time source is hardware calendar, *17:10:12.309 UTC Sun Jul 4 2010Session Name State Reason TimeModular-Cable5/0/0:0 ACTIVE -Modular-Cable5/0/0:1 ACTIVE -Modular-Cable5/0/0:2 ACTIVE -Modular-Cable5/0/0:3 ACTIVE -Modular-Cable5/0/1:0 ACTIVE -Modular-Cable5/0/1:5/1/1:0 ACTIVE -Modular-Cable5/0/1:1 ACTIVE -Modular-Cable5/0/1:5/1/1:1 ACTIVE -Modular-Cable5/0/1:2 ACTIVE -Modular-Cable5/0/1:5/1/1:2 ACTIVE -Modular-Cable5/0/1:3 ACTIVE -Modular-Cable5/0/1:5/1/1:3 ACTIVE -The following is a sample output of the show depi session command that displays all primary data sessions on the Cisco uBR10012 router:
Router# show depi session primaryLoad for five secs: 5%/0%; one minute: 2%; five minutes: 2%Time source is hardware calendar, *17:13:10.389 UTC Sun Jul 4 2010LocID RemID TunID Tsid State Last Chg Uniq ID Type1252048235 1074332337 555844637 717, est 3d09h 16 P1252049362 1074332330 555844637 711, est 3d09h 15 P1252005266 1074332288 555844637 699, est 3d09h 13 P1252000641 1074332316 555844637 705, est 3d09h 14 P1252014460 1074332279 1486289361 549, est 3d09h 20 P1252059306 1074332234 1486289361 531, est 3d09h 17 P1252057709 1074332245 1486289361 537, est 3d09h 18 P1252006708 1074332262 1486289361 543, est 3d09h 19 PThe following is a sample output of the show depi session command that displays all secondary data sessions on the Cisco uBR10012 router:
Router# show depi session secondaryLoad for five secs: 0%/0%; one minute: 2%; five minutes: 2%Time source is hardware calendar, *17:13:56.777 UTC Sun Jul 4 2010LocID RemID TunID Tsid State Last Chg Uniq ID Type1252018493 1074332252 1688275168 537, est 3d09h 22 S1252054974 1074332286 1688275168 549, est 3d09h 24 S1252022230 1074332263 1688275168 543, est 3d09h 23 S1252059782 1074332236 1688275168 531, est 3d09h 21 SThe following is a sample output of the show depi session command that shows details of a particular session identified by the session name:
Router# show depi session name Modular-Cable5/0/0:0Load for five secs: 1%/0%; one minute: 2%; five minutes: 2%Time source is hardware calendar, *17:12:43.281 UTC Sun Jul 4 2010LocID RemID TunID Tsid State Last Chg Uniq ID Type1252005266 1074332288 555844637 699, est 3d09h 13 PThe following is a sample output of the show depi session command that shows all secondary data sessions on the Cisco uBR10012 router:
Router# show depi session tsid 537Load for five secs: 1%/0%; one minute: 2%; five minutes: 2%Time source is hardware calendar, *17:14:29.465 UTC Sun Jul 4 2010LocID RemID TunID Tsid State Last Chg Uniq ID Type1252057709 1074332245 1486289361 537, est 3d09h 18 PLocID RemID TunID Tsid State Last Chg Uniq ID Type1252018493 1074332252 1688275168 537, est 3d09h 22 SThe following is a sample output of the show depi session command that shows DEPI session endpoints in Cisco IOS Release 12.2(33)SCE and later:
Router# show depi session endpointsDEPI Tunnel RF Channel EQAM rf-port Tsid State Typedepi_working_tunnel_8_0_0 Mod8/0/0:0 Qam3/7.1 371 est Pdepi_protect_tunnel_5_1_0 Mod8/0/0:5/1/0:0 Qam3/7.1 371 est Snon_cisco_eqam_tunnel Mod8/0/0:6 - 11012 est PThe following is a sample output of the show depi session command with the verbose keyword in Cisco ISO Release 12.2(33)SCG:
Router# show depi session tsid 531 verboseLoad for five secs: 1%/0%; one minute: 2%; five minutes: 2%Time source is hardware calendar, *10:10:34.349 UTC Thu Aug 18 2011LocID RemID TunID Tsid State Last Chg Uniq ID Type1252004030 1074332230 4168849253 531 est 1d02h 9 PSession id 1252004030 is up, tunnel id 4168849253Remote session id is 1074332230, remote tunnel id 1302274286Locally initiated sessionSession Type: PrimaryQam Channel ParametersTsid is 531Group Tsid is 57Frequency is 531000000Modulation is 256qamAnnex is BInterleaver Depth I=32 J=4Power is 530Qam channel status is 0Unique ID is 9Call serial number is 3208000008Remote tunnel name is RFGW-10-1Internet address is 12.30.14.100Local tunnel name is prasm_ubr10kInternet address is 12.30.14.200IP protocol 115Session is L2TP signaledSession state is established, time since change 1d02h0 Packets sent, 0 received0 Bytes sent, 0 receivedLast clearing of counters neverCounters, ignoring last clear:0 Packets sent, 0 received0 Bytes sent, 0 receivedReceive packets dropped:out-of-order: 0total: 0Send packets dropped:exceeded session MTU: 0total: 0DF bit on, ToS reflect enabled, ToS value 0, TTL value 255UDP checksums are disabledSession PMTU enabled, path MTU is 1492 bytesNo session cookie information availableFS cached header information:encap size = 28 bytes45000014 00004000 FF73460F 0C1E0EC80C1E0E64 40090246 00000000Sequencing is onNs 0, Nr 0, 0 out of order packets receivedPackets switched/dropped by secondary path: Tx 0, Rx 0Peer Session DetailsPeer Session ID : 1074332230Peer Qam ID : Qam7/10.1Peer Qam State : ACTIVEPeer Qam Type : PrimaryPeer Qam StatisticsTotal Pkts : 104055078Total Octets : 19562354664Total Discards : 0Total Errors : 0Total In Pkt Rate : 1068Bad Sequence Num : 0Total In DLM Pkts : 0Conditional debugging is disabledLocID RemID TunID Tsid State Last Chg Uniq ID Type1252046589 1074332227 501350688 531 est 1d02h 13 SSession id 1252046589 is up, tunnel id 501350688Remote session id is 1074332227, remote tunnel id 4220074353Locally initiated sessionSession Type: SecondaryQam Channel ParametersTsid is 531Group Tsid is 57Frequency is 531000000Modulation is 256qamAnnex is BInterleaver Depth I=32 J=4Power is 530Qam channel status is 0Unique ID is 13Call serial number is 3208000004Remote tunnel name is RFGW-10-1Internet address is 24.30.14.100Local tunnel name is prasm_ubr10kInternet address is 24.30.14.200IP protocol 115Session is L2TP signaledSession state is established, time since change 1d02h0 Packets sent, 0 received0 Bytes sent, 0 receivedLast clearing of counters neverCounters, ignoring last clear:0 Packets sent, 0 received0 Bytes sent, 0 receivedReceive packets dropped:out-of-order: 0total: 0Send packets dropped:exceeded session MTU: 0total: 0DF bit on, ToS reflect enabled, ToS value 0, TTL value 255UDP checksums are disabledSession PMTU enabled, path MTU is 1492 bytesNo session cookie information availableFS cached header information:encap size = 28 bytes45000014 00004000 FF732E0F 181E0EC8181E0E64 40090243 00000000Sequencing is onNs 0, Nr 0, 0 out of order packets receivedPackets switched/dropped by secondary path: Tx 0, Rx 0Peer Session DetailsPeer Session ID : 1074332227Peer Qam ID : Qam7/10.1Peer Qam State : ACTIVEPeer Qam Type : SecondaryPeer Qam StatisticsTotal Pkts : 0Total Octets : 0Total Discards : 0Total Errors : 0Total In Pkt Rate : 8409Bad Sequence Num : 0Total In DLM Pkts : 0Conditional debugging is disabledTable 183 describes the major fields shown in the show depi session command display.
Related Commands
show depi tunnel
To display information about Downstream External PHY Interface (DEPI) tunnels, use the show depi tunnel command in privileged EXEC mode.
show depi tunnel [tunnel-id verbose | endpoints]
Syntax Description
Command Default
None
Command Modes
Privileged EXEC (#)
Command History
12.2(33)SCC
This command was introduced.
12.2(33)SCE
This command was modified. Support for a new keyword, endpoints, was added to provide DEPI tunnel endpoint information.
Examples
The following example shows a sample output of the show depi tunnel command for all the active control connections:
Router# show depi tunnelLocTunID RemTunID Remote Name State Remote Address Sessn L2TP ClassCount555844637 4037701912 RFGW-10-1 est 11.30.14.100 4 test101486289361 1394811300 RFGW-10-1 est 12.30.14.100 4 test101688275168 1361251901 RFGW-10-1 est 24.30.14.100 4 test10The following example shows a sample output of the show depi tunnel command for a specific active control connection identified by the DEPI tunnel name:
Router# show depi tunnel 1834727012 verboseTunnel id 1834727012 is up, remote id is 3849925733, 1 active sessionsLocally initiated tunnelTunnel state is established, time since change 04:10:38Remote tunnel name is RFGW-10Internet Address 1.3.4.155, port 0Local tunnel name is myankows_ubr10kInternet Address 1.3.4.103, port 0L2TP class for tunnel is rf6Counters, taking last clear into account:0 packets sent, 0 received0 bytes sent, 0 receivedLast clearing of counters neverCounters, ignoring last clear:0 packets sent, 0 received0 bytes sent, 0 receivedControl Ns 255, Nr 254Local RWS 1024 (default), Remote RWS 8192Control channel Congestion Control is enabledCongestion Window size, Cwnd 256Slow Start threshold, Ssthresh 8192Mode of operation is Slow StartRetransmission time 1, max 1 secondsUnsent queuesize 0, max 0Resend queuesize 0, max 2Total resends 0, ZLB ACKs sent 252Total peer authentication failures 0Current no session pak queue check 0 of 5Retransmit time distribution: 0 0 0 0 0 0 0 0 0Control message authentication is disabledThe following is a sample output of the show depi tunnel command that shows DEPI tunnel endpoints in Cisco IOS Release 12.2(33)SCE and later:
Router# show depi tunnel endpointsDEPI Tunnel Modular Controller State Remote Address SessnCountdepi_working_tunnel_8_0_4 Mod8/0/2 est 1.30.84.100 24depi_protect_tunnel_5_1_0 Mod8/0/0:5/1/0 est 1.30.50.100 24depi_protect_tunnel_5_1_4 Mod8/0/2:5/1/2 est 1.30.54.100 24depi_working_tunnel_8_0_0 Mod8/0/0 est 1.30.3.100 24Table 183 describes the major fields shown in the show depi tunnel command display:
Related Commands
show dhcp
To display the current Dynamic Host Configuration Protocol (DHCP) settings on point-to-point interfaces, use the show dhcp command in privileged EXEC mode.
Cisco uBR904, uBR905, uBR924, uBR925 cable access routers, Cisco CVA122 Cable Voice Adapter
show dhcp {lease | server}
Syntax Description
Command Modes
Privileged EXEC
Command History
Usage Guidelines
You can use this command on any point-to-point type of interface that uses DHCP for temporary IP address allocation.
Examples
The following is typical output from the show dhcp lease command:
Router# show dhcp leaseTemp IP addr: 188.188.1.40 for peer on Interface: cable-modem0Temp sub net mask: 0.0.0.0DHCP Lease server: 4.0.0.32, state: 3 BoundDHCP transaction id: 2431Lease: 3600 secs, Renewal: 1800 secs, Rebind: 3150 secsTemp default-gateway addr: 188.188.1.1Next timer fires after: 00:58:01Retry count: 0 Client-ID: 0010.7b43.aa01Router#Table 0-186 describes the fields shown in the display.
The following example shows typical output for the show dhcp server command:
Router# show dhcp serverDHCP server: ANY (255.255.255.255)Leases: 1Offers: 1 Requests: 2 Acks: 1 Naks: 0Declines: 0 Releases: 0 Bad: 0TFTP Server Name: SOHOSERVERTIME0: 1.2.0.250, TIME1: 0.0.0.0Subnet: 255.255.255.0Router#Table 0-187 describes the fields shown in the display.
Tip
Related Commands
show diagnostic bootup
To display the currently configured diagnostics level at bootup, use the show diagnostic bootup command in user EXEC or privileged EXEC mode.
show diagnostic bootup
Syntax Description
This command has no arguments or keywords.
Command Default
None
Command Modes
User EXEC (>)
Privileged EXEC (#)Command History
12.2(33)SCC
The command was introduced in this release to support Generic Online Diagnostics (GOLD) functionality for Cisco uBR10012 Universal Broadband Router.
Usage Guidelines
The level of diagnostic tests which run at bootup can be either configured as complete or minimal. To configure the bootup level, use the diagnostic bootup level command in global configuration mode. The show diagnostic bootup level command is used to display the currently configured bootup diagnostic level.
Examples
The following example shows a sample output of the show diagnostic bootup level command on the Cisco uBR10012 Router:
Router# show diagnostic bootup levelCurrent bootup diagnostic level: completeRelated Commands
diagnostic bootup level
Configures the level of diagnostic tests which run at booup.
show diagnostic content
To display information about available tests, including test ID, test attributes, test schedule, and supported coverage test levels for each test and for each of the bays and line-cards, use the show diagnostic content command in user EXEC or privileged EXEC mode.
show diagnostic content [all | bay slot/bay | slot slot-no | subslot slot/subslot]
Syntax Description
Command Default
None
Command Modes
User EXEC (>)
Privileged EXEC (#)Command History
Usage Guidelines
For each available diagnostic test, a set of attributes is displayed as a series of characters in the Attributes field of the command output. An asterisk (*) in the character location indicates that the attribute is not applicable to the test. The following set of attribute s is displayed:
If a test is configured to run periodically, the interval will be displayed in the Test Interval field of the command output in the format dd hh:mm:ss.ms, indicating days, hours, minutes, seconds, and milliseconds. For example, the test interval of a test that runs every 15 minutes will be displayed as 000 00:15:00.00. The test interval of a test that runs every 14 days will be displayed as 014 00:00:00.00.
Examples
This example shows a sample output of the show diagnostic content bay 1/0 command that displays the test suite, monitoring interval, and test attributes for bay 1/0 on the Cisco uBR10012 Universal Broadband Router.
Router# show diagnostic content bay 1/0Bay 1/0: 2jacket-1Diagnostics test suite attributes:M/C/* - Minimal bootup level test / Complete bootup level test / NAB/* - Basic ondemand test / NAP/V/* - Per port test / Per device test / NAD/N/* - Disruptive test / Non-disruptive test / NAS/* - Only applicable to standby unit / NAX/* - Not a health monitoring test / NAF/* - Fixed monitoring interval test / NAE/* - Always enabled monitoring test / NAA/I - Monitoring is active / Monitoring is inactiveTest In tervalID Test Name Attributes day hh:mm:ss.==== ============================================ ============ =============1) TestModenaSample --------------------------> ***N****A 02010:10:10.10 992) TestModenaLLQDrops ------------------------> ***N****A 02010:10:10.10 99Table 188 describes the fields shown in the show diagnostic content bay displays.
This example shows a sample output of the show diagnostic content subslot 8/0 command that displays the test suite, monitoring interval, and test attributes for subslot 8/0 on the Cisco uBR10012 Universal Broadband Router.
Router# show diagnostic content subslot 8/0Subslot 8/0: 5cable-mc520u-d, 5 portsDiagnostics test suite attributes:M/C/* - Minimal bootup level test / Complete bootup level test / NAB/* - Basic ondemand test / NAP/V/* - Per port test / Per device test / NAD/N/* - Disruptive test / Non-disruptive test / NAS/* - Only applicable to standby unit / NAX/* - Not a health monitoring test / NAF/* - Fixed monitoring interval test / NAE/* - Always enabled monitoring test / NAA/I - Monitoring is active / Monitoring is inactiveTest IntervalID Test Name Attributes day hh:mm:ss.==== ============================================ ============ ============1) TestSampleProxy ---------------------------> ***N****I not configured n/a2) Test520LLQDrops ---------------------------> **PN****A 000 01:00:00.00 13) TestBlazeIndexLeak ------------------------> ***N****A 000 08:00:00.00 n/a4) TestMemLeaks ------------------------------> ***N**F*A 000 02:00:00.00 n/aRelated Commands
show diagnostic ood-status
To display status information, such as the line card slot and name, Field Diagnostic image status, and overall results from previous diagnostic tests, enter the show diagnostic ood-status command.
show diagnostic ood-status [slot slot-number | subslot slot-number/subslot-number] [detail]
Syntax Description
Command Default
No default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
The show diagnostic ood-status output discloses if a line card supports Field Diagnostic testing and if the line card has already downloaded a Field Diagnostic image. Therefore, the show diagnostic ood-status command is useful as a reference before loading the Field Diagnostic image onto the line card.
It is important to note that the show diag and show diagnostic commands produce completely different outputs. Therefore, the show diagnostic output cannot be gathered using show diag because the autocomplete function will generate the show diag, not the show diagnostic, output. If you want to abbreviate the show diagnostic command, the shortest possible abbreviation is show diagn.
Examples
In the following example, the show diagnostic ood-status command is used to view status information of all the line card in the uBR10012 router.
Router# show diagnostic ood-statusLoad for five secs: 0%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *05:56:50.835 EDT Thu Nov 5 2009==== ======================== ======= ========== =========== ==============FDiag Loaded Overall CurrentSlot Card Description Support Image Type Diag Result Card State---- ------------------------ ------- ---------- ----------- --------------A Active PRE2-RP YES IOS N/A ONLINEB Standby PRE2-RP YES N/A N/A OFFLINE1 2jacket-1 YES LCDOS N/A ONLINE1 2cable-dtcc NO LCDOS N/A ONLINE2/1 2cable-tccplus NO LCDOS N/A ONLINE3/0 1gigethernet-hh-1 YES LCDOS N/A ONLINE3/1 1gigethernet-hh-1 YES LCDOS N/A ONLINE5/0 5cable-mc520h-d YES IOS N/A ONLINE6/0 5cable-mc520h-d YES Field Diag N/A DIAG READY8/1 5cable-mc520u-d YES IOS N/A ONLINE==== ======================== ======= ========== =========== ==============
In the following sample output, the test results per line card is displayed when the show diagnostic ood-status command is used along with subslot and detail keywords. The output displays diagnostic status of the line card along with details of the tests being run and their status.
Router# show diagnostic ood-status subslot 6/0 detail==== ======================== ======= ========== =========== ==============FDiag Loaded Overall CurrentSlot Card Description Support Image Type Diag Result Card State---- ------------------------ ------- ---------- ----------- --------------6/0 5cable-mc520h-d YES Field Diag N/A RUNNING DIAG==== ======================== ======= ========== =========== ==============Detail testing progress for card in slot 6/0:Current card state: RUNNING DIAGTestID Test Name [Selected To Run (Y/N)] Status==== ============================================== =======1) Lookout2 RW test ......................... [Y] Passed2) Lookout2 R/W Intr bits ................... [Y] Passed3) Lookout2 Reset test ...................... [Y] Passed4) JIB2 PCI ID test ......................... [Y] Passed5) JIB2 Register read/write test ............ [Y] Passed6) JIB2 R/W Intr bits ....................... [Y] Passed7) JIB2 Reset test .......................... [Y] Passed8) JIB2 ifa6 SDRAM Test ..................... [Y] Running9) JIB2 ECC Disabled SDRAM Test ............. [Y] Not Run10) JIB2 Data Bus/Address SDRAM Test ......... [Y] Not Run11) JIB2 ifa6 SSRAM Test ..................... [Y] Not Run12) JIB2 Data Bus/Address SSRAM Test ......... [Y] Not Run13) Mfpga R/W Intr bits ...................... [Y] Not Run14) Mfpga Register read/write test ........... [Y] Not Run15) Mfpga Reset test ......................... [Y] Not Run16) Internal Timer Test ...................... [Y] Not Run17) Random Register Test ..................... [Y] Not Run18) Processor Id Test ........................ [Y] Not Run19) Ping Test ................................ [Y] Not Run20) Core2 Memory Access Test ................. [Y] Not Run21) L1 Cache Test ............................ [Y] Not Run22) core 2 L1 Cache Test ..................... [Y] Not Run23) System DDR Test .......................... [Y] Not Run24) Local UART Port 0 Internal Loopback Test . [Y] Not Run25) Local UART Port 1 Internal Loopback Test . [Y] Not Run26) PCI Bridge R/W Test ...................... [Y] Not Run27) PCI Bridge ID Test ....................... [Y] Not Run28) DM Channel Test .......................... [Y] Not Run29) SMM665 Voltage Test ...................... [Y] Not Run30) MarchingPattern_nvram .................... [Y] Not Run31) DataPins_nvram ........................... [Y] Not RunRouter#
Related Commands
show diagnostic result
To display the diagnostic test results for a module, use the show diagnostic result command in user EXEC or privileged EXEC mode.
show diagnostic result [[bay slot/bay | slot slot-no | subslot slot/subslot] {detail | test {test-id | test-id-range | all}} | all]
Syntax Description
Command Default
None
Command Modes
User EXEC (>)
Privileged EXEC (#)Command History
Usage Guidelines
In the command output, the possible testing results are as follows:
•
•
•
To display the results of a specific diagnostic test, specify the test-id number using the test test-id keyword and argument. The test-id numbers for available diagnostic tests are displayed in the output of the show diagnostic content command.
You can use the show diagnostic description command to see a detailed description of a diagnostic test.
The command syntax to refer a line card or SPAs is different on Cisco uBR10012 Router. The keyword is slot x for a full-height line card, slot x/y for a half-height card, and bay x/y for a SPA.
Note
The GOLD test cases used to poll for system errors in Cisco IOS Software Release 12.2(33)SCC are Low Latency Queueing (LLQ) drop, Cable Line Card (CLC) memory leak, and Guardian index leak tests.
Examples
The following example shows a sample output of the show diagnostic result all command. The output displays a summary of test results on all the SPAs, full-height line cards, and half-height line cards on the Cisco uBR10012 Router:
Router# show diagnostic result allCurrent bootup diagnostic level: minimalSlot 1: 2jacket-1 SerialNo : CAT1146E05Overall diagnostic result: UNTESTEDDiagnostic level at card bootup: minimalTest results: (. = Pass, F = Fail, U = Untested)1) TestJacketSample --------------------------> UBay 1/0: 2jacket-1 SerialNo : N/AOverall diagnostic result: PASSDiagnostic level at card bootup: minimalTest results: (. = Pass, F = Fail, U = Untested)1) TestModenaSample --------------------------> U2) TestModenaLLQDrops ------------------------> .Subslot 5/0: 5cable-mc520u-d, 5 ports SerialNo : CAT10210T9Overall diagnostic result: PASSDiagnostic level at card bootup: minimalTest results: (. = Pass, F = Fail, U = Untested)1) TestSampleProxy ---------------------------> U2) Test520LLQDrops:Port 0 1 2 3 4-------------------. . . . .3) TestBlazeIndexLeak ------------------------> U4) TestMemLeaks ------------------------------> .Subslot 8/0: 5cable-mc520u-d, 5 ports SerialNo : CAT08410SSOverall diagnostic result: PASSDiagnostic level at card bootup: minimalTest results: (. = Pass, F = Fail, U = Untested)1) TestSampleProxy ---------------------------> U2) Test520LLQDrops:Port 0 1 2 3 4-------------------. . . . .3) TestBlazeIndexLeak ------------------------> .4) TestMemLeaks ------------------------------> .Subslot 8/1: 5cable-mc520u-d, 5 ports SerialNo : CAT10251S2Overall diagnostic result: PASSDiagnostic level at card bootup: minimalTest results: (. = Pass, F = Fail, U = Untested)1) TestSampleProxy ---------------------------> U2) Test520LLQDrops:Port 0 1 2 3 4-------------------. . . . .3) TestBlazeIndexLeak ------------------------> U4) TestMemLeaks ------------------------------> .The following example shows a sample output of the show diagnostic result subslot 5/0 detail command. The command output provides useful details such as overall diagnostic results and the time-related values of various important parameters, which help in identifying and resolving the issue:
Router# show diagnostic result subslot 5/0 detailCurrent bootup diagnostic level: minimalSubslot 5/0: 5cable-mc520u-d, 5 ports SerialNo : CAT10210T9Overall diagnostic result: PASSDiagnostic level at card bootup: minimalTest results: (. = Pass, F = Fail, U = Untested)___________________________________________________________________________1) TestSampleProxy ---------------------------> UError code ----------------------------> 0 (DIAG_SUCCESS)Total run count -----------------------> 0Last test execution time --------------> n/aFirst test failure time ---------------> n/aLast test failure time ----------------> n/aLast test pass time -------------------> n/aTotal failure count -------------------> 0Consecutive failure count -------------> 0___________________________________________________________________________2) Test520LLQDrops:Port 0 1 2 3 4-------------------. . . . .Error code ----------------------------> 0 (DIAG_SUCCESS)Total run count -----------------------> 17Last test execution time --------------> Aug 11 2009 09:42:22First test failure time ---------------> n/aLast test failure time ----------------> n/aLast test pass time -------------------> Aug 11 2009 09:42:22Total failure count -------------------> 0Consecutive failure count -------------> 0___________________________________________________________________________3) TestBlazeIndexLeak ------------------------> UError code ----------------------------> 0 (DIAG_SUCCESS)Total run count -----------------------> 1Last test execution time --------------> Aug 11 2009 00:42:19First test failure time ---------------> n/aLast test failure time ----------------> n/aLast test pass time -------------------> Aug 11 2009 00:42:19Total failure count -------------------> 0Consecutive failure count -------------> 0___________________________________________________________________________4) TestMemLeaks ------------------------------> .Error code ----------------------------> 0 (DIAG_SUCCESS)Total run count -----------------------> 7Last test execution time --------------> Aug 11 2009 06:42:19First test failure time ---------------> n/aLast test failure time ----------------> n/aLast test pass time -------------------> Aug 11 2009 06:42:19Total failure count -------------------> 0Consecutive failure count -------------> 0___________________________________________________________________________Related Commands
show diagnostic schedule
To display the scheduled diagnostic tasks, use the show diagnostic schedule command in user EXEC or privileged EXEC mode.
show diagnostic schedule [all | bay slot/bay | slot slot-no | subslot slot/subslot]
Syntax Description
Command Default
None
Command Modes
User EXEC (>)
Privileged EXEC (#)Command History
Usage Guidelines
Diagnostic tests for a specific bay, slot, or subslot can be scheduled daily, weekly, or on specific dates and time using the diagnostic schedule command from global configuration mode. The show diagnostic schedule command output displays the diagnostic tests that have been scheduled for the bay, slot, or subslot using the command diagnostic schedule.
Examples
This example shows a sample output of the show diagnostic schedule slot 1 command that displays diagnostic tasks scheduled for slot 1 on the Cisco uBR10012 Universal Broadband Router:
Router# show diagnostic schedule slot 1Current Time = 13:55:35 EST Tue Aug 11 2009Diagnostic for Slot 1:Schedule #1:To be run on September 1 2009 12:00Test ID(s) to be executed: 1.This example shows a sample output of how to display the diagnostic tasks scheduled for all the bays, full-height line cards, and half-height line cards installed on the Cisco uBR10012 Universal Broadband Router:
Router# show diagnostic schedule allCurrent Time = 14:05:41 EST Tue Aug 11 2009Diagnostic for Slot 1:Schedule #1:To be run on September 1 2009 12:00Test ID(s) to be executed: 1.Diagnostic for Bay 1/0 is not scheduled.Diagnostic for Subslot 5/0 is not scheduled.Diagnostic for Subslot 8/0:Schedule #1:To be run daily 12:00Test ID(s) to be executed: 2.Diagnostic for Subslot 8/1:Schedule #1:To be run weekly Sunday 12:00Test ID(s) to be executed: 3.Related Commands
show facility-alarm status
To display the current temperature thresholds that will trigger a facility alarm, use the show facility-alarm status command in user EXEC or privileged EXEC mode.
show facility-alarm status [severity]
Syntax Description
Command Default
All alarms are shown.
Command Modes
User EXEC, Privileged EXEC (#)
Command History
Usage Guidelines
When a severity level is identified, statuses of alarms at that level and higher are shown. For example, when you set a severity of major, all major and critical alarms are shown.
The show facility-alarm status command does not show the real status of the upstream channel connector when frequency stacking is configured on the upstream channel.
Note
For additional information on Frequency Stacking feature, refer to the Virtual Interfaces and Frequency Stacking Configuration on MC5x20S and MC28U Linecards document on Cisco.com.
Examples
The following example shows a typical display of the show facility-alarm status command:
Router# show facility-alarm statusThresholds:Intake minor 40 major 49 critical 72Core minor 45 major 53 critical 85System Totals Critical: 0 Major: 0 Minor: 77Source Severity ACO Description [Index]------ -------- --- -------------------chassis MINOR NORMAL Core minor temperature limi]Cable5/0-MAC0 INFO NORMAL Physical Port Administrativ]Cable5/0-MAC1 INFO NORMAL Physical Port Administrativ]Cable5/0-MAC2 INFO NORMAL Physical Port Administrativ]Cable5/0-MAC3 INFO NORMAL Physical Port Administrativ]Cable5/0-MAC4 INFO NORMAL Physical Port Administrativ]Cable5/0-US0 MINOR NORMAL Physical Port Link Down [0]Cable5/0-US1 MINOR NORMAL Physical Port Link Down [0]Cable5/0-US2 MINOR NORMAL Physical Port Link Down [0]Router#The following example shows a typical display of the show facility-alarm status phy-index command:
Router# show facility-alarm status phy-indexIntake minor 40 major 49 critical 72Core minor 45 major 53 critical 85System Totals Critical: 4 Major: 1 Minor: 0PhyIdx Source Severity ACO Description [Index]----- ------ -------- --- -------------------28 RP A MAJOR NORMAL Secondary failure [2]46 GigE1H 3/0/0 CRITICAL NORMAL Physical Port Link Down [0]48 GigE1H 3/1/0 CRITICAL NORMAL Physical Port Link Down [0]5510 Cable5/1-US4 INFO NORMAL Physical Port Administrative State Down [1]5511 Cable5/1-US5 INFO NORMAL Physical Port Administrative State Down [1]Router#Table 191 describes the significant fields shown in the outputs.
Related Commands
show frame-clocks
To display information about the midplane time-division multiplexing (TDM) clock reference, use the show frame-clocks command in privileged EXEC mode.
show frame-clocks
Syntax Description
This command has no keywords or arguments.
Command Modes
Privileged EXEC
Command History
12.0(T)
This command was introduced.
12.1(1a)T1
This command was modified to include the cable clock card as the current clock source.
Examples
The following sample output from the show frame-clocks command shows that there are no clock sources configured and the clock card is the default clock source:
Router# show frame-clocksPriority 1 clock source:not configured input:nonePriority 2 clock source:not configured input:nonePriority 3 clock source:not configured input:nonePriority 4 clock source:not configured input:noneCurrent clock source:Clockcard, input:Primary, priority:5Table 0-192 describes the fields displayed by the show frame-clocks command:
Tip
Related Commands
show cable clock
Displays status information for the clock card.
show controllers clock-reference
Displays the clock card's hardware information.
show hccp
To display information about HCCP groups associated with cable interfaces, use the show hccp command in user EXEC or privileged EXEC mode.
show hccp [group | brief | channel-switch | detail | event-history | interface | linecard]
Syntax Description
Command Modes
User EXEC, Privileged EXEC (#)
Command History
Usage Guidelines
Starting with Cisco IOS Release 12.2(33)SCF, you can configure a card with a lower license as the protect card for a working card with a higher license. This protect card remains in a nonfunctional mode (not in standby mode) and does not become active until it is upgraded and reloaded with a higher license, when a switchover occurs.
Examples
The following examples are from the show hccp and show hccp brief commands for the entire chassis:
Router# show hccpCable4/0 - Group 1 Protect, enabled, blockingauthentication md5, key-chain "cisco1"hello time 2000 msec, hold time 6000 msecMember 1 standbyip addr: working 10.20.111.11, protect 10.20.111.10downstream wavecom (1.1.11.3/1, 1.1.11.3/2), upstream noneRouter# show hccp briefInterface Config Grp Mbr StatusCa5/0/0 Protect 1 3 standbyCa7/0/0 Working 1 3 activeIn Cisco IOS Release 12.2(8)BC2 and later 12.2 BC releases, the brief option also shows the amount of time left before the next resynchronization and the time left before a restore:
Router# show hccp briefInterface Config Grp Mbr Status WaitToResync WaitToRestoreCa5/0/0 Protect 1 3 standby 00:01:50.892Ca7/0/0 Working 1 3 active 00:00:50.892 00:01:50.892Router#The following example shows a sample output for the show hccp channel-switch command, displaying the groups and module numbers for each configured member:
Router# show hccp channel-switchGrp 1 Mbr 1 Working channel-switch:"uc" - enabled, frequency 555000000 Hz"rfswitch" - module 1, normalmodule 3, normalmodule 5, normalmodule 7, normalmodule 11, normalGrp 2 Mbr 1 Working channel-switch:"uc" - enabled, frequency 555000000 Hz"rfswitch" - module 2, normalmodule 4, normalmodule 6, normalmodule 9, normalmodule 13, normalGrp 1 Mbr 7 Protect channel-switch:"uc" - disabled, frequency 555000000 Hz"rfswitch" - module 1, normalmodule 3, normalmodule 5, normalmodule 7, normalmodule 11, normalGrp 1 Mbr 5 Protect channel-switch:"uc" - disabled, frequency 555000000 Hz"rfswitch" - module 1, normalmodule 3, normalmodule 5, normalmodule 7, normalmodule 11, normalRouter#The following example shows the first part of the display for the detail option of this command, which first displays chassis-wide configuration information. The command then displays the CLI configuration commands that are being synchronized for each subinterface.
Router# show hccp detailHCCP software version 3.0Cable3/0 - Group 1 Protect, enabled, blockingauthentication nonehello time 2000 msec, hold time 6000 msec, revertivetrack interfaces: Cable3/0sync time 1000 msec, suspend time 120000 mseclocal state is Learn, tran 54940last switch reason is internallast HELLO tran 54940, elapsed 672 msec, hello timer expires in 00:00:01.328switchover member 1, wait to restore in 00:01:24.580control plane relays sync packetsFast syncpulse detection is enabledstatistics:standby_to_active 23, active_to_standby 23active_to_active 0, standby_to_standby 1Member 1 standbytarget ip address: protect 10.10.10.2, working 10.10.10.1channel-switch "uc" (wavecom-ma, 10.10.10.3/2, 10.10.10.3/1) enabledtran #: SYNC 17209, last SYNC_ACK 46592hold timer expires in 00:00:05.328interface config:mac-address 0000.0000.3030cmts config:bundle 1 master, resolve sid, dci-response success,downstream - frequency 555000000, channel id 0downstream - insertion_invl auto min = 60, max = 480upstream 0 - frequency 10000000, power level 0upstream 0 - modulation-profile 1, channel-width 3200000upstream 0 - cnr-profile1 25, cnr-profile2 15corr-fec 1, uncorr-fec 1upstream 0 - hop-priority frequency modulation channel-widthupstream 1 - frequency 12000000, power level 0upstream 1 - modulation-profile 1, channel-width 3200000upstream 1 - cnr-profile1 25, cnr-profile2 15corr-fec 1, uncorr-fec 1upstream 1 - hop-priority frequency modulation channel-widthupstream 2 - frequency 14000000, power level 0upstream 2 - modulation-profile 1, channel-width 3200000upstream 2 - cnr-profile1 25, cnr-profile2 15corr-fec 1, uncorr-fec 1upstream 2 - hop-priority frequency modulation channel-widthupstream 3 - frequency 16000000, power level 0upstream 3 - modulation-profile 1, channel-width 3200000upstream 3 - cnr-profile1 25, cnr-profile2 15corr-fec 1, uncorr-fec 1upstream 3 - hop-priority frequency modulation channel-widthsub-interface 200 config:ip address 10.23.240.1 255.255.255.0ip address 213.57.42.254 255.255.255.128 secondaryip helper-address 213.57.75.70ip helper-address 213.57.75.66, ip access-group 87 in, ip access-group 87 outcable helper-address 213.57.75.70cable helper-address 213.57.75.66cable arp, proxy-arp,cable ip-multicast-echo,cable dhcp-giaddr policy,sub-interface 8 config:ip address 10.23.128.1 255.255.240.0ip address 62.90.198.254 255.255.255.0 secondaryip helper-address 213.57.75.70ip helper-address 213.57.75.66, ip access-group BARAK in, ip access-group ANTI_TRACE outcable helper-address 213.57.75.70cable helper-address 213.57.75.66cable arp, proxy-arp,cable ip-multicast-echo,cable dhcp-giaddr policy,sub-interface 1 config:ip address 3.0.1.1 255.255.0.0ip address 99.99.1.1 255.255.255.0 secondaryip address 99.99.2.1 255.255.255.0 secondaryip address 99.99.3.1 255.255.255.0 secondaryip address 99.99.4.1 255.255.255.0 secondaryip helper-address 1.9.62.10ip helper-address 1.9.62.11, ip access-group no_netbios2 in, ip access-group no_netbios2 outip pim sparse-dense-modecable arp,cable ip-multicast-echo. . .Router#In Cisco IOS Release 12.2(15)BC2 and later releases, the show hccp detail command shows the critical and non-critical synchronized CLI commands in separate lists for each cable interface and subinterface:
Router# show hccp detailHCCP software version 3.0Cable5/0/0 - Group 1 Working, enabled, forwardingauthentication nonehello time 5000 msec, hold time 15000 msec, revert time 30 mintrack interfaces: Cable5/0/0sync time 1000 msec, suspend time 120000 msecswitch time 240000 msec retries 5local state is Teach, tran 9in sync, out staticsync, start static sync in neverlast switch reason is internaldata plane directly sends sync packetsstatistics:standby_to_active 2, active_to_standby 1active_to_active 0, standby_to_standby 0Member 5 activetarget ip address: protect 222.1.1.9, working 222.1.1.9channel-switch "uc" (wavecom-hd, 1.10.45.11/7, 1.10.45.11/4) enabledchannel-switch "rfsw" (rfswitch-group, 1.10.52.33/0x40100000/8) enabledtran #: SYNC 9, last SYNC_ACK 0, last HELLO_ACK 54hold timer expires in 00:00:13.180Cable6/0/0 - Group 1 Protect, enabled, blockingauthentication nonehello time 5000 msec, hold time 15000 msec, revertivetrack interfaces: Cable6/0/0sync time 1000 msec, suspend time 120000 mseclocal state is Learn, tran 54last switch reason is nonelast HELLO tran 54, elapsed 3928 msec, hello timer expires in 00:00:01.068data plane directly sends sync packetsstatistics:standby_to_active 0, active_to_standby 0active_to_active 0, standby_to_standby 4Member 6 standbytarget ip address: protect 222.1.1.9, working 222.1.1.9channel-switch "rfsw" (rfswitch-group, 1.10.52.33/0x40100000/7) enabledchannel-switch "uc" (wavecom-hd, 1.10.45.11/7, 1.10.45.11/6) enabledtran #: SYNC 0, last SYNC_ACK 9hold timer expires in 00:00:11.068Interface Generic Critical Config========================int Cable6/0/0mac-address 00e0.6666.1288endCMTS interface critical config==============================int Cable6/0/0cable downstream annex Bcable downstream modulation 64qamcable downstream interleave-depth 32cable downstream frequency 441000000cable downstream channel-id 60cable upstream 0 frequency 11408000cable upstream 0 power-level 0cable upstream 0 channel-width 1600000cable upstream 0 minislot-size 4cable upstream 0 modulation-profile 1no cable upstream 0 shutdowncable upstream 1 power-level 0cable upstream 1 channel-width 1600000cable upstream 1 minislot-size 4cable upstream 1 modulation-profile 1cable upstream 1 shutdowncable upstream 2 power-level 0cable upstream 2 channel-width 1600000cable upstream 2 minislot-size 4cable upstream 2 modulation-profile 1cable upstream 2 shutdowncable upstream 3 power-level 0cable upstream 3 channel-width 1600000cable upstream 3 minislot-size 4cable upstream 3 modulation-profile 1cable upstream 3 shutdownendGeneric sub-interface master critical config============================================int Cable6/0/0endCMTS subinterface critical config=================================int Cable6/0/0endNon Critical config===================int Cable6/0/0!no ip addressno keepalivecable bundle 1endMember 5 standbytarget ip address: protect 222.1.1.9, working 222.1.1.9channel-switch "uc" (wavecom-hd, 1.10.45.11/7, 1.10.45.11/4) enabledchannel-switch "rfsw" (rfswitch-group, 1.10.52.33/0x40100000/8) enabledtran #: SYNC 0, last SYNC_ACK 9hold timer expires in 00:00:13.756Interface Generic Critical Config========================int Cable6/0/0mac-address 00e0.6666.1270endCMTS interface critical config==============================int Cable6/0/0cable bundle 1 mastercable downstream annex Bcable downstream modulation 64qamcable downstream interleave-depth 32cable downstream frequency 441000000cable downstream channel-id 60cable upstream 0 frequency 11408000cable upstream 0 power-level 0cable upstream 0 channel-width 1600000cable upstream 0 minislot-size 4cable upstream 0 modulation-profile 1no cable upstream 0 shutdowncable upstream 1 power-level 0cable upstream 1 channel-width 1600000cable upstream 1 minislot-size 4cable upstream 1 modulation-profile 1cable upstream 1 shutdowncable upstream 2 power-level 0cable upstream 2 channel-width 1600000cable upstream 2 minislot-size 4cable upstream 2 modulation-profile 1cable upstream 2 shutdowncable upstream 3 power-level 0cable upstream 3 channel-width 1600000cable upstream 3 minislot-size 4cable upstream 3 modulation-profile 1cable upstream 3 shutdownendGeneric sub-interface master critical config============================================int Cable6/0/0ip address 12.1.1.1 255.255.255.0 secondaryip address 1.6.1.65 255.255.255.0endCMTS subinterface critical config=================================int Cable6/0/0endNon Critical config===================int Cable6/0/0!endGeneric sub-interface master critical config============================================int Cable6/0/0endCMTS subinterface critical config=================================int Cable6/0/0endNon Critical config===================int Cable6/0/0!no ip addressno keepaliveendRouter#In Cisco IOS Release 12.2(33)SCB and later releases, the show hccp detail command shows CMTS interface pre-critical configuration information as part of the critical and non-critical synchronized CLI commands:
Router# show hccp detailHCCP software version 3.0Cable5/0/0 - Group 1 Working, enabled, forwardingauthentication nonehello time 5000 msec, hold time 15000 msec, revert time 30 mintrack interfaces: Cable5/0/0sync time 1000 msec, suspend time 120000 msecswitch time 240000 msec retries 5local state is Teach, tran 9in sync, out staticsync, start static sync in neverlast switch reason is internaldata plane directly sends sync packetsstatistics:standby_to_active 2, active_to_standby 1active_to_active 0, standby_to_standby 0Member 5 activetarget ip address: protect 222.1.1.9, working 222.1.1.9channel-switch "uc" (wavecom-hd, 1.10.45.11/7, 1.10.45.11/4) enabledchannel-switch "rfsw" (rfswitch-group, 1.10.52.33/0x40100000/8) enabledtran #: SYNC 9, last SYNC_ACK 0, last HELLO_ACK 54hold timer expires in 00:00:13.180Cable6/0/0 - Group 1 Protect, enabled, blockingauthentication nonehello time 5000 msec, hold time 15000 msec, revertivetrack interfaces: Cable6/0/0sync time 1000 msec, suspend time 120000 mseclocal state is Learn, tran 54last switch reason is nonelast HELLO tran 54, elapsed 3928 msec, hello timer expires in 00:00:01.068data plane directly sends sync packetsstatistics:standby_to_active 0, active_to_standby 0active_to_active 0, standby_to_standby 4Member 6 standbytarget ip address: protect 222.1.1.9, working 222.1.1.9channel-switch "rfsw" (rfswitch-group, 1.10.52.33/0x40100000/7) enabledchannel-switch "uc" (wavecom-hd, 1.10.45.11/7, 1.10.45.11/6) enabledtran #: SYNC 0, last SYNC_ACK 9hold timer expires in 00:00:11.068Interface Generic Critical Config=================================int Cable6/0/0mac-address 00e0.6666.1288endCMTS interface pre-critical config==================================int Cable5/0/0cable downstream annex Bcable downstream modulation 256qamcable downstream interleave-depth 32endCMTS interface critical config==============================int Cable6/0/0cable downstream annex Bcable downstream modulation 64qamcable downstream interleave-depth 32cable downstream frequency 441000000cable downstream channel-id 60cable upstream 0 frequency 11408000cable upstream 0 power-level 0cable upstream 0 channel-width 1600000cable upstream 0 minislot-size 4cable upstream 0 modulation-profile 1no cable upstream 0 shutdowncable upstream 1 power-level 0cable upstream 1 channel-width 1600000cable upstream 1 minislot-size 4cable upstream 1 modulation-profile 1cable upstream 1 shutdowncable upstream 2 power-level 0cable upstream 2 channel-width 1600000cable upstream 2 minislot-size 4cable upstream 2 modulation-profile 1cable upstream 2 shutdowncable upstream 3 power-level 0cable upstream 3 channel-width 1600000cable upstream 3 minislot-size 4cable upstream 3 modulation-profile 1cable upstream 3 shutdownendGeneric sub-interface master critical config============================================int Cable6/0/0endCMTS subinterface critical config=================================int Cable6/0/0endNon Critical config===================int Cable6/0/0!no ip addressno keepalivecable bundle 1endMember 5 standbytarget ip address: protect 222.1.1.9, working 222.1.1.9channel-switch "uc" (wavecom-hd, 1.10.45.11/7, 1.10.45.11/4) enabledchannel-switch "rfsw" (rfswitch-group, 1.10.52.33/0x40100000/8) enabledtran #: SYNC 0, last SYNC_ACK 9hold timer expires in 00:00:13.756Interface Generic Critical Config========================int Cable6/0/0mac-address 00e0.6666.1270endCMTS interface pre-critical config==================================int Cable5/0/0cable downstream annex Bcable downstream modulation 256qamcable downstream interleave-depth 32endCMTS interface critical config==============================int Cable6/0/0cable bundle 1 mastercable downstream annex Bcable downstream modulation 64qamcable downstream interleave-depth 32cable downstream frequency 441000000cable downstream channel-id 60cable upstream 0 frequency 11408000cable upstream 0 power-level 0cable upstream 0 channel-width 1600000cable upstream 0 minislot-size 4cable upstream 0 modulation-profile 1no cable upstream 0 shutdowncable upstream 1 power-level 0cable upstream 1 channel-width 1600000cable upstream 1 minislot-size 4cable upstream 1 modulation-profile 1cable upstream 1 shutdowncable upstream 2 power-level 0cable upstream 2 channel-width 1600000cable upstream 2 minislot-size 4cable upstream 2 modulation-profile 1cable upstream 2 shutdowncable upstream 3 power-level 0cable upstream 3 channel-width 1600000cable upstream 3 minislot-size 4cable upstream 3 modulation-profile 1cable upstream 3 shutdownendGeneric sub-interface master critical config============================================int Cable6/0/0ip address 12.1.1.1 255.255.255.0 secondaryip address 1.6.1.65 255.255.255.0endCMTS subinterface critical config=================================int Cable6/0/0endNon Critical config===================int Cable6/0/0!endGeneric sub-interface master critical config============================================int Cable6/0/0endCMTS subinterface critical config=================================int Cable6/0/0endNon Critical config===================int Cable6/0/0!no ip addressno keepaliveendRouter#
Tip
The following example shows a detailed display for the Cisco uBR10-MC5X20S cable interface line card:
Router# show hccp detailmac-address 0005.00e4.1236cmts config:resolve sid, dci-response success,downstream - frequency 441000000, channel id 0downstream - insertion_invl auto min = 60, max = 480downstream - rf-shutdown, rf-power 48upstream 0 - frequency 11408000, power level 0upstream 0 - modulation-profile 1, channel-width 3200000upstream 0 - cnr-profile1 25, cnr-profile2 15corr-fec 1, uncorr-fec 1
Note
Related Commands
show hccp channel-switch
To display channel-switch hccp information, use the show hccp channel-switch command in privileged EXEC mode.
show hccp channel-switch [command-history local | counter | image | state | version]
Syntax Description
Command Default
None
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example is a sample output of the show hccp channel-switch command-history local command showing the command history output.
Router# show hccp channel-switch command-history localtimestamp state command2010-06-13 07:47:17 Succ type:FILE_OPEN, slot:1, group:0x002010-06-13 07:47:27 Succ type:FILE_CLOSE, slot:0, group:0x002010-06-13 07:48:11 Succ type:FILE_OPEN, slot:2, group:0x002010-06-13 07:48:51 Fail type:FILE_CLOSE, slot:0, group:0x002010-06-13 09:46:01 Succ type:RESET_SLOT, slot:7, group:0x1F2010-06-13 09:48:17 Succ type:RESET_SLOT, slot:7, group:0x1F2010-06-13 18:47:23 Succ type:RESET_SLOT, slot:4, group:0x1FThe following example is a sample output of the show hccp channel-switch counter command showing the counter statistics.
Router# show hccp channel-switch counterThe counter of switchover for all slot/group in rf switch.slot id group 1 group 2 group 3 group 4 group 50 16491 16491 16491 16491 164911 2383 2383 2383 2383 23832 2360 2360 2360 2360 23603 2351 2351 2351 2351 23514 2348 2348 2348 2348 23485 2343 2343 2343 2343 23436 2354 2354 2354 2354 23547 2352 2352 2352 2352 2352The following example is a sample output of the show hccp channel-switch image command showing the image information.
Router# show hccp channel-switch imagefile size file mode file state file name6402 Write asv3.047246 Write acv3.06406 Read Active gsv3.047238 Read Active gcv3.0The following example is a sample output of the show hccp channel-switch state command showing the state information.
Router# show hccp channel-switch stateCurrent State: RFSW ReadyCurrent Protected Slot: 7The switchcard information in RFSW:Slot Id Module Id Type HCCP Conf State0 12 Upstream Yes Protecting0 11 Upstream Yes Protecting0 10 Downstream Yes Protecting1 1 Upstream Yes Normal1 2 Upstream Yes Normal1 3 Downstream Yes Normal2 4 Upstream Yes Normal2 5 Upstream Yes Normal2 6 Downstream Yes Normal3 7 Upstream Yes Normal3 8 Upstream Yes Normal3 9 Downstream Yes Normal4 13 Upstream Yes Normal4 14 Upstream Yes Normal4 15 Downstream Yes Normal5 16 Upstream Yes Normal5 17 Upstream Yes Normal5 18 Downstream Yes Normal6 19 Upstream Yes Normal6 20 Upstream Yes Normal6 21 Downstream Yes Normal7 22 Upstream Yes In Protecting7 23 Upstream Yes In Protecting7 24 Downstream Yes In ProtectingFailed Message Number: 21Hello Message Interval: 3 secondsAUXRFSW poll state: SuccThe following example is a sample output of the show hccp channel-switch version command showing the version information.
Router# show hccp channel-switch versionController:Controller Golden Firmware: gcv3.0, Controller Alternate Firmware:acv3.0Switch Golden Firmware: gsv3.0, Switch Alternate Firmware:asv3.0Ctrl Switch Bootload Watchdog Temperature Voltage Uptime SerialVersion Version Version Error Monitoring3.0 3.0 3.0 255 33 12.2V 46:21 AFL15448001SwitchCards:Type Slot Bootload TotalPower Relay Coil Fail Tempe TotalRelay Uptime Serialid Version Cycle pos Register rature CycleU0 0 1.2 247 -----RSRRSR -----PPPPPP 0 4457 0d0h AFL15515020U10 0 1.2 247 -----RSRRSR -----PPPPPP 0 4420 0d0h AFL15515013DS 0 1.2 250 -----RRRSSR -----PPPPPP 0 7533 0d0h AFL15512017U0 1 1.2 340 SSSSS-SSSSS PPPPP-PPPPP 33 2472 0d0h AFL15514160U10 1 1.2 240 SSSSS-SSSSS PPPPP-PPPPP 33 2352 0d0h AFL15514163DS 1 1.2 265 ------RRRRR ------PPPPP 33 2382 0d0h AFL15491025U0 2 1.2 249 SSSSS-SSSSS PPPPP-PPPPP 34 2339 0d0h AFL15514236U10 2 1.2 257 SSSSS-SSSSS PPPPP-PPPPP 34 2340 0d0h AFL15514223DS 2 1.2 254 ------RRRRR ------PPPPP 34 2361 0d0h AFL15431001U0 3 1.2 262 SSSSS-SSSSS PPPPP-PPPPP 35 2315 0d0h AFL15514214U10 3 1.2 255 SSSSS-SSSSS PPPPP-PPPPP 36 2316 0d0h AFL15514215DS 3 1.2 251 ------RRRRR ------PPPPP 34 2313 0d0h AFL15491078U0 4 1.2 237 SSSSS-SSSSS PPPPP-PPPPP 35 2324 0d0h AFL15514213U10 4 1.2 255 SSSSS-SSSSS PPPPP-PPPPP 35 2314 0d0h AFL15514221DS 4 1.2 245 ------RRRRR ------PPPPP 37 2326 0d0h AFL15491092U0 5 1.2 236 SSSSS-SSSSS PPPPP-PPPPP 35 2281 0d0h AFL15514212U10 5 1.2 279 SSSSS-SSSSS PPPPP-PPPPP 34 2333 0d0h AFL15514228DS 5 1.2 247 ------RRRRR ------PPPPP 34 2315 0d0h AFL15491064U0 6 1.2 256 SSSSS-SSSSS PPPPP-PPPPP 33 2333 0d0h AFL15514224U10 6 1.2 258 SSSSS-SSSSS PPPPP-PPPPP 34 2314 0d0h AFL15514230DS 6 1.2 268 ------RRRRR ------PPPPP 33 2310 0d0h AFL15491044U0 7 1.2 293 RRRRR-RRRRR PPPPP-PPPPP 33 2369 0d0h AFL15514227U10 7 1.2 325 RRRRR-RRRRR PPPPP-PPPPP 33 2403 0d0h AFL15514235DS 7 1.2 315 ------SSSSS ------PPPPP 33 2383 0d0h AFL15491108Table 193 describes the significant fields shown in the display.
Related Commands
show hccp
Displays Hot Standby Connection-to-Connection Protocol (HCCP) information.
show hccp interface
To display information on all Hot Standby Connection-to-Connection Protocol (HCCP) groups associated with a specific cable interface, use the show hccp interface command in user EXEC or privileged EXEC mode.
show hccp interface interface [brief | detail]
Syntax Description
Command Modes
User EXEC, Privileged EXEC
Command History
Examples
The following examples are from the show hccp interface cable 4/0 and show hccp interface cable 4/0 brief commands:
Router# show hccp interface cable 4/0Cable4/0 - Group 1 Protect, enabled, blockingauthentication md5, key-chain "cisco1"hello time 2000 msec, hold time 6000 msecMember 1 standbyip addr: working 10.20.111.11, protect 10.20.111.10downstream wavecom (1.1.11.3/1, 1.1.11.3/2), upstream noneRouter# show hccp interface cable 4/0 briefInterface Config Grp Mbr StatusCa4/0 Protect 1 1 standbyRouter#In Cisco IOS Release 12.2(8)BC2 and later 12.2 BC releases, the brief option also shows the amount of time left before the next resynchronization and the time left before a restore:
Router# show hccp interface cable 4/0 briefInterface Config Grp Mbr Status WaitToResync WaitToRestoreCa4/0 Protect 1 1 standby 00:00:50.892 00:01:50.892Router#
Tip
Related Commands
show hccp
Displays information for all cable interfaces on which one or more HCCP groups and authentication modes have been configured.
show hccp group
To display information about groups associated with cable interfaces, use the show hccp group command in user EXEC or privileged EXEC mode.
show hccp group member {CGD | mac-address {classifier | l2vpn} | channel-switch | detail | event-history | host [ipv6] | mcast sid | mlist | modem [ipv6] | multicast-session | qosparam | service-flow [sfid [classifier]] | sid}
Syntax Description
Command Modes
User EXEC, Privileged EXEC (#)
Command History
Examples
The following shows an example of the show hccp command to display QoS parameters for a particular member of a particular group:
Router# show hccp 1 1 qosparamCable5/0/0:Index Name Dir Sched Prio MaxSusRate MaxBurst MinRsvRate1 US BE 0 64000 0 02 DS BE 0 1000000 0 03 US BE 7 1024000 1522 04 DS BE 0 10000000 1522 0Router#
Tip
The following example shows the service flow information for a cable interface line card on group 2 member 50:
Router# show hccp 2 50 service-flowCable8/0/1[grp:2, mem:50, P]:[HCCP inter-db: service flow]Sfid Sid Mac Address QoS Param Index Type Dir CurrProv Adm Act State8 N/A 001a.c3ff.d198 6 6 6 P DS act7 1 001a.c3ff.d198 4 4 4 P US act16 9 001a.c3ff.d198 5 5 5 S(s) US act10 N/A 001a.c3ff.d59e 6 6 6 P DS act9 2 001a.c3ff.d59e 4 4 4 P US act15 6 001a.c3ff.d59e 5 5 5 S(s) US act14 N/A 001a.c3ff.d6a8 6 6 6 P DS act13 4 001a.c3ff.d6a8 4 4 4 P US act17 12 001a.c3ff.d6a8 5 5 5 S(s) US act19 N/A 0019.474a.d592 6 6 6 P DS act18 14 0019.474a.d592 4 4 4 P US act20 15 0019.474a.d592 5 5 5 S(s) US act12 N/A 001e.6bfa.f5bc 6 6 6 P DS act11 3 001e.6bfa.f5bc 4 4 4 P US act21 17 001e.6bfa.f5bc 5 5 5 S(s) US actThe following example shows the cable modem information for a cable interface line card on group 2 member 50:
Router# show hccp 2 50 modemCable8/0/1[grp:2, mem:50, P]:[HCCP inter-db: CM]MAC Address IP Address MAC Prim Timing Num BPI PrioState Sid Offset CPEs Enbld001a.c3ff.d198 10.10.2.1 w-online 1 1978 0 no Data(0)001a.c3ff.d59e 10.10.2.2 w-online 2 1978 0 no Data(0)001a.c3ff.d6a8 10.10.2.3 w-online 4 1978 0 no Data(5)0019.474a.d592 10.10.2.4 w-online 14 1576 0 no Data(1)001e.6bfa.f5bc 10.10.2.5 w-online 3 1976 0 no Data(5)Related Commands
show hccp linecard
To display information about groups associated with cable interfaces, use the show hccp linecard command in user EXEC or privileged EXEC mode.
show hccp linecard {brief | channel-switch | detail | fsm | nullfsm | subslot slot/subslot {channel-switch | detail | modem summary total}}
Syntax Description
Command Default
None.
Command Modes
User EXEC, Privileged EXEC (#)
Command History
Usage Guidelines
The show hccp linecard subslot slot/subslot modem summary total command is used to show the modem summary information in the peer Inter-database and to check if the modem has successfully synchronized with the standby.
Examples
This example shows the brief and fsm information for a cable interface line card:
Router# show hccp linecard briefCard Config Mbr Role State WaitToResync WaitToRestorecard 5/1 Protect 50 Standby Standby Warm nevercard 5/0 Working 50 Active Active Warm neverRouter# show hccp linecard fsmOct 26 2010 10:46:32 - Slot(5/0) Member(50): ( Active Sync ) + < Staticsync Done > --> ( Active Warm ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:46:32 - Slot(5/1) Member(50): ( Standby ) + < Staticsync Done > --> ( Standby Warm ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:46:29 - Slot(5/0) Member(50): ( Active ) + < Do Staticsync > --> ( Active Sync ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:45:59 - Slot(5/1) Member(50): ( Standby ) + < Data Plane Ready > --> ( Standby ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:45:59 - Slot(5/1) Member(50): ( Standby ) + < Post Become Stdby> --> ( Standby ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:45:59 - Slot(5/0) Member(50): ( Active Crit ) + < Data Plane Ready > --> ( Active ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:45:59 - Slot(5/1) Member(50): ( Standby Ready) + < Become Standby > --> ( Standby ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:45:59 - Slot(5/1) Member(50): ( Standby Cold ) + < Prepare > --> ( Standby Ready) : ( ACTIVE MD:0x7F )Oct 26 2010 10:45:57 - Slot(5/1) Member(50): ( Init ) + < LC UP > --> ( Standby Cold ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:45:57 - Slot(5/0) Member(50): ( Active Ready ) + < Become Active > --> ( Active Crit ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:45:57 - Slot(5/0) Member(50): ( Active Cold ) + < Prepare > --> ( Active Ready ) : ( ACTIVE MD:0x7F )Oct 26 2010 10:45:57 - Slot(5/0) Member(50): ( Init ) + < LC UP > --> ( Active Cold ) : ( ACTIVE MD:0x7F )Related Commands
show hw-module bay
To display information about the wideband channels or RF channels on a Wideband SPA, use the show hw-module bay command in privileged EXEC mode.
Cisco IOS Releases 12.3(23)BC and 12.2(33)SCA
show hw-module bay {slot/subslot/bay | all} show-type
{wideband-channel | rf-channel | modular-channel} [device-index] [verbose]Cisco IOS Release 12.2(33)SCB
show hw-module bay {slot/bay/port | all} show-type
{wideband-channel | rf-channel | modular-channel} [device-index] [verbose]Syntax Description
Command Default
No default values or behavior
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
The type of information that show hw-module bay displays is determined by the value of the show-type argument. Table 0-1 describes the information shown for each show-type. In the table, the Allowed with Keyword column indicates whether the show-type can be used with the keyword wideband-channel, rf-channel or modular-channel.
If device-index is omitted from show hw-module bay, the command displays information for all wideband channels, RF channels, or BPI+ indexes depending on the keywords used.
The association show-type displays wideband-to-narrowband (traditional DOCSIS) channel association information only when the cable interface line card and Wideband SPA are physically present in the CMTS.
Note
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For additional information, refer to the following documents on Cisco.com:
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Examples
The following examples display sample output for the show hw-module bay command for wideband channel 0 on the Wideband SPA located in slot 1, subslot 0, bay 0:
Router# show hw-module bay 1/0/0 counters wideband-channel 0SPA WB channel Tx packets Tx octets1/0/0 0 29069 4032392Router# show hw-module bay 1/0/0 mapping wideband-channel 0SPA WB RF BW %channel channel1/0/0 0 0 1001 1002 1003 1004 1005 1006 100Router# show hw-module bay 1/0/0 association wideband-channel 0WB BG Bundle NB NB chan Reserved Totalchannel ID num channel ID CIR CIRWideband-Cable1/0/0:0 1 1 Cable6/0/0 251 0 42064200The following example shows sample output for the show hw-module bay command in Cisco IOS Release 12.3(21)BC:
Router# show hw-module bay 1/0/0 association wideband-channel 0WB BG Bundle NB NB chan Reserved Availchannel ID num channel ID CIR CIRWideband-Cable1/0/0:0 1 1 Cable6/0/0 251 0 0The following example shows sample output for the show hw-module bay command inCisco IOS Release 12.3(23)BC:
Router# show hw-module bay 1/0/0 association wideband-channel 0WB BG Bundle NB NB chan Reserved Totalchannel ID num channel ID CIR CIRWideband-Cable1/0/0:0 1 140 Cable6/0/0 30 0 42064200Router# show hw-module bay 3/0/0 mapping rf-channelSPA RF MC WB WBchannel BW % channel BW %3/0/0 0 2 0 901 23/0/0 1 2 0 901 23/0/0 3 0 3 503/0/0 4 0 3 100In the preceding example, the following information is displayed for each wideband channel when the association keyword is specified.
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Note
Reserved CIR—The reserved committed information rate (CIR). Because QoS is currently best effort for wideband traffic, reserved CIR is always 0.
Avail CIR—The part of the CIR that is available. Because QoS is currently best effort for wideband traffic, available CIR is always 0.
The following examples display show hw-module bay command output for wideband channels (0 to 11) on the Wideband SPA located in slot 1, subslot 0, bay 0:
Router# show hw-module bay 1/0/0 counters wideband-channelSPA WB channel Tx packets Tx octets1/0/0 0 395 315901/0/0 1 0 01/0/0 2 0 01/0/0 3 0 01/0/0 4 0 01/0/0 5 0 01/0/0 6 0 01/0/0 7 0 01/0/0 8 0 01/0/0 9 0 01/0/0 10 0 01/0/0 11 0 0Router# show hw-module bay 1/0/0 config wideband-channelWB BG Bundle WB Host Primarychannel ID num Slot/Subslot BGWideband-Cable1/0/0:0 24 123 5/0 YesWideband-Cable1/0/0:1 25 123 5/0 YesWideband-Cable1/0/0:2 26 123 5/0 YesWideband-Cable1/0/0:3 27 123 5/0 YesWideband-Cable1/0/0:4 28 123 5/0 YesWideband-Cable1/0/0:5 29 123 5/0 YesWideband-Cable1/0/0:6 30 123 5/0 YesWideband-Cable1/0/0:7 31 123 5/0 YesWideband-Cable1/0/0:8 32 0 5/0 YesWideband-Cable1/0/0:9 33 0 5/0 YesWideband-Cable1/0/0:10 34 0 5/0 YesIn the preceding example, the following information is displayed for each wideband channel when the config keyword is specified.
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The following examples display show hw-module bay command output for RF channel 0 on the Wideband SPA located in slot 1, subslot 0, bay 0:
Router# show hw-module bay 1/0/0 config rf-channel 0SPA RF Freq Mod Annex IP Address MAC Address UDPchannel port1/0/0 0 699000000 64qam B 192.168.200.30 0011.920e.a9ff 49152In the preceding output, these fields provide information on the edge QAM device that is associated with the RF channel:
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Router# show hw-module bay 1/0/0 config rf-channel 0 verboseSPA : Wideband-Cable 1/0/0RF channel number : 0Frequency : 699000000 HzModulation : 64qamAnnex : BIP address of next hop : 192.168.200.30MAC address of EQAM : 000c.3033.2cbfUDP port number : 49152EQAM headroom : 0The following example displays the show hw-module bay counters rf-channel command output for the RF channels of a Cisco Wideband SPA. Activity is seen on channels 1,2, and 3 as the MPEG Mbps field shows they are each transmitting at about 29 Mbps. Channel 1 is primary-capable as it is transmitting SYNC packets.
Router# show hw-module bay 3/3/0 counters rf-channelSPA RF MPEG MPEG MPEG Sync MAPChan Packets Tx bps Mbps Packets Tx Packets Tx3/3/0 0 0 0 0.000 0 03/3/0 1 4612111 29755888 29.755 32042 1514863/3/0 2 4536949 29720243 29.720 0 1543/3/0 3 4542709 29688759 29.688 0 1543/3/0 4 0 0 0.000 0 03/3/0 5 0 0 0.000 0 03/3/0 6 0 0 0.000 0 03/3/0 7 0 0 0.000 0 03/3/0 8 0 0 0.000 0 03/3/0 9 0 0 0.000 0 03/3/0 10 0 0 0.000 0 03/3/0 11 0 0 0.000 0 03/3/0 12 0 0 0.000 0 03/3/0 13 0 0 0.000 0 03/3/0 14 0 0 0.000 0 03/3/0 15 0 0 0.000 0 03/3/0 16 0 0 0.000 0 03/3/0 17 0 0 0.000 0 03/3/0 18 0 0 0.000 0 03/3/0 19 0 0 0.000 0 03/3/0 20 0 0 0.000 0 03/3/0 21 0 0 0.000 0 03/3/0 22 0 0 0.000 0 03/3/0 23 0 0 0.000 0 0Router# show hw-module bay 1/0/0 mapping rf-channel 0SPA RF WB BW %channel channel1/0/0 0 0 100The following example displays show hw-module bay command output for RF channels on the Wideband SPA located at slot 1, subslot 0, bay 0. In the example, the output is for only RF channels 0 to 8 because only those RF channels have been associated with a wideband channel. The BW % column is the percent of the RF channel bandwidth that is assigned to the wideband channel with the cable rf-channel command.
Router# show hw-module bay 1/0/0 mapping rf-channelSPA RF WB BW %channel channel1/0/0 0 0 1001/0/0 1 0 1001/0/0 2 0 1001/0/0 3 0 1001/0/0 4 0 1001/0/0 5 0 1001/0/0 6 0 1001/0/0 7 2 1001/0/0 8 1 100Related Commands
show hw-module bay oir
To display the operational status of a SPA, use the show hw-module bay oir command in privileged EXEC mode.
Cisco IOS Releases 12.3(23)BC and 12.2(33)SCA
show hw-module bay {slot/subslot/bay | all} oir [internal]
Cisco IOS Release 12.2(33)SCB
show hw-module bay {slot/bay/port | all} oir [internal]
Syntax Description
Command Default
If you do not specify the internal keyword, detailed diagnostic information is not displayed.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Use the show hw-module bay oir command to obtain operational status information about a Wideband SPA. To display information for a specific SPA, specify slot/subslot/bay for the SPA. To display information for all SPAs in the router, use the all keyword.
The optional internal keyword displays detailed diagnostic information that is recommended only for use with Cisco technical support personnel.
Table 195 describes the possible values for the Operational Status field in the output.
Examples
The following example shows the operational status of a Wideband SPA:
Router# show hw-module bay 1/0/0 oirModule Model Operational Status------------- -------------------- ------------------------bay 1/0/0 SPA-24XDS-SFP okThe following example shows the operational status of a Wideband SPA when the internal keyword is specified:
Router# show hw-module bay 1/0/0 oir internalWARNING: This command is not intended for production useand should only be used under the supervision ofCisco Systems technical support personnel.sm(spa_oir_tsm bay 1/0/0 TSM), running yes, state readyAdmin Status: admin enabled, Operational Status: ok(1)Last reset Reason: audit failureTSM Context:configured_spa_type 0x4AEsoft remove fail code 0x0(none)last_fail_code 0x0(none)fail_count 0timed_fail_count 0, failed_spa_type 0x0recovery_action 0associated_fail_code 0x0(none)sequence numbers: next from tsm 1, last to tsm 1flags 0x0Subslot:spa type 0x4AE, active spa type 0x4AEsubslot flags 0x0, plugin flags 0x0TSM Parameters:wait_psm_ready_timeout 180000 ms, init_timeout 120000 msshort_recovery_delay 5000 ms, long_recovery_delay 120000 msok_up_time 600000 ms, bad_fail_count 10fail_time_period 600000 ms, max_fail_count 5supports pre-configurationsm(spa_oir_audit bay 1/0/1), running yes, state sleepSPA OIR state machine audit statisticsIn-sync poll-count late-resp resp-fail restarts fail-countbay 1/0/0 yes 2752 0 4 1 0Related Commands
show hw-module bay
Displays information about the wideband channels or RF channels on a Wideband SPA.
show hw-module bay transceiver
To display information about the pluggable transceiver module, use the show hw-module bay transceiver command in privileged EXEC mode.
show hw-module bay slot/subslot/{bay | port} transceiver transceiver-port-number [idprom | status]
Syntax Description
Command Default
None
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example is a sample output of the show hw-module bay transceiver command for wideband channel 0 on the Wideband SPA located in slot 1, subslot 0, bay 0:
Router# show hw-module bay 1/0/0 transceiver 0 idpromIDPROM for transceiver SPA_TYPE_ETHER_1x10GE_V2:Description = XFP optics (type 6)Transceiver Type: = DWDM XFP 1530.33 (138)Product Identifier (PID) = DWDM-XFP-30.33Vendor Revision = 04Serial Number (SN) = FLJ1212G578Vendor Name = CISCOVendor OUI (IEEE company ID) = 00.00.0E (14)CLEI code = IP9IAAZCAACisco part number = 10-2370-01Device State = Enabled.Date code (yy/mm/dd) = 08/03/25Connector type = LC.Encoding = 64B/66BSONET ScrambledNRZMinimum bit rate = 9900 Mbits/sMaximum bit rate = 11100 Mbits/sRelated Commands
show hw-module bay
Displays information about the wideband channels or RF channels on a Wideband SPA.
show hw-module bay oir
Displays the operational status of a Wideband SPA.
show interface bundle
To display information about a specific virtual cable bundle, use the show interface bundle command in privileged EXEC mode.
show interface bundle number [accounting | controller | counters {protocol {status}} | crb | description | fair-queue | intercept | irb | mac-accounting | monitor interval | mpls-exp | precedence | random-detect | stats | summary]
Syntax Description
Command Default
No default behavior or values for this command.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Starting with Cisco IOS Release 12.2(33)SCB, the multicast-sessions keyword does not display any output, although it is available as part of the show interface bundle command.
Examples
The following is an example of the show interface bundle command for bundle 1:
Router# show interface bundle 1Load for five secs: 2%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *06:03:45.483 EDT Wed Oct 12 2011Bundle1 is up, line protocol is upHardware is Cable Virtual-bundle interface, address is 0013.5f03.a4e3 (bia 0000.0000.0000)Internet address is 5.65.0.1/16MTU 1500 bytes, BW 26000 Kbit, DLY 1000 usec,reliability 255/255, txload 1/255, rxload 1/255Encapsulation MCNS, loopback not setKeepalive set (10 sec)ARP type: ARPA, ARP Timeout 04:00:00Last input 00:00:25, output never, output hang neverLast clearing of "show interface" counters neverInput queue: 0/75/0/0 (size/max/drops/flushes); Total output drops: 0Interface Bundle1 queueing strategy: fifo5 minute input rate 0 bits/sec, 0 packets/sec5 minute output rate 0 bits/sec, 0 packets/sec1676 packets input, 283993 bytes, 0 no bufferReceived 601 broadcasts (0 IP multicasts)0 runts, 0 giants, 0 throttles51 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort4163 packets output, 379783 bytes, 0 underruns0 output errors, 0 collisions, 0 interface resets0 output buffer failures, 0 output buffers swapped outThe following is an example of the show interface bundle accounting command for bundle 1:
Router# show interface bundle 1 accountingLoad for five secs: 1%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *06:04:41.271 EDT Wed Oct 12 2011Bundle1Protocol Pkts In Chars In Pkts Out Chars OutOther 1678 0 0 0IP 1406 270933 4209 384390ARP 294 17640 0 0The following is an example of the show interface bundle controller command for bundle 1:
Router# show interface bundle 1 controllerLoad for five secs: 1%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *06:04:58.539 EDT Wed Oct 12 2011Bundle1 is up, line protocol is upHardware is Cable Virtual-bundle interface, address is 0013.5f03.a4e3 (bia 0000.0000.0000)Internet address is 5.65.0.1/16MTU 1500 bytes, BW 26000 Kbit, DLY 1000 usec,reliability 255/255, txload 1/255, rxload 1/255Encapsulation MCNS, loopback not setKeepalive set (10 sec)ARP type: ARPA, ARP Timeout 04:00:00Last input 00:00:17, output never, output hang neverLast clearing of "show interface" counters neverInput queue: 0/75/0/0 (size/max/drops/flushes); Total output drops: 0Interface Bundle1 queueing strategy: fifo5 minute input rate 0 bits/sec, 0 packets/sec5 minute output rate 1000 bits/sec, 1 packets/sec1707 packets input, 289077 bytes, 0 no bufferReceived 613 broadcasts (0 IP multicasts)0 runts, 0 giants, 0 throttles51 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort4224 packets output, 386306 bytes, 0 underruns0 output errors, 0 collisions, 0 interface resets0 output buffer failures, 0 output buffers swapped outThe following is an example of the show interface bundle counter protocol command for bundle 1:
Router# show interface bundle 1 counters protocol statusLoad for five secs: 0%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *06:05:30.695 EDT Wed Oct 12 2011Protocols allocated:Bundle1: Other, IP, ARPThe following is an example of the show interface bundle crb command for bundle 1:
Router# show interface bundle 1 crbLoad for five secs: 2%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *06:05:57.267 EDT Wed Oct 12 2011Bundle1Routed protocols on Bundle1:ipThe following is an example of the show interface bundle description command for bundle 1:
Router# show interface bundle 1 descriptionLoad for five secs: 0%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *06:06:22.243 EDT Wed Oct 12 2011Interface Status Protocol DescriptionBu1 up upThe following is an example of the show interface bundle intercept command for bundle 1:
Router# show interface bundle 1 interceptLoad for five secs: 2%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *06:06:56.763 EDT Wed Oct 12 2011No interception activeThe following is an example of the show interface bundle multicast-sessions command for bundle 1:
Note
Router# show interface bundle 1 multicast-sessionsMulticast Sessions on Bundle1Group Interface GC SAID SFID GQC GEn RefCount GC-Interface State224.1.1.45 Bundle1.1 1 8193 --- 1 5 1 Bundle1 ACTIVE224.1.1.46 Bundle1.1 1 8193 --- 1 5 1 Bundle1 ACTIVE224.1.1.47 Bundle1.1 1 8193 --- 1 5 1 Bundle1 ACTIVEAggregate Multicast Sessions on Bundle1Aggregate Sessions for SAID 8193 GQC 1 CurrSess 3Group Interface GC SAID SFID AggGQC GEn RefCount GC-Interface224.1.1.45 Bundle1.1 1 8193 --- 1 5 1 Bundle1224.1.1.46 Bundle1.1 1 8193 --- 1 5 1 Bundle1224.1.1.47 Bundle1.1 1 8193 --- 1 5 1 Bundle1The following is an example of the show interface bundle stats command for bundle 1:
Router# show interface bundle 1 statsLoad for five secs: 0%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *06:10:18.775 EDT Wed Oct 12 2011Bundle1Switching path Pkts In Chars In Pkts Out Chars OutProcessor 661 179549 0 0Route cache 1175 130728 4512 414497Total 1836 310277 4512 414497The following is an example of the show interface bundle summary command for bundle 1:
Router# show interface bundle 1 summaryLoad for five secs: 1%/0%; one minute: 1%; five minutes: 1%Time source is hardware calendar, *06:10:28.167 EDT Wed Oct 12 2011*: interface is upIHQ: pkts in input hold queue IQD: pkts dropped from input queueOHQ: pkts in output hold queue OQD: pkts dropped from output queueRXBS: rx rate (bits/sec) RXPS: rx rate (pkts/sec)TXBS: tx rate (bits/sec) TXPS: tx rate (pkts/sec)TRTL: throttle countInterface IHQ IQD OHQ OQD RXBS RXPS TXBS TXPS TRTL--------------------------------------------------------------------------------*Bundle1 0 0 0 0 0 0 0 0 0Router#Related Commands
show interface cable
To display the current configuration and status of a cable interface, use the show interface cable command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} [options]
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} [options]
Syntax Description
Note
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is sample output for the show interface cable command:
CMTS01# show interface cable 6/0/0Cable6/0 is up, line protocol is upHardware is BCM3210 ASIC, address is 000a.13e8.1ca8 (bia 000a.13e8.1a60)Internet address is 1.1.1.3/24MTU 1500 bytes, BW 27000 Kbit, DLY 1000 usec, rely 255/255, load 1/255Encapsulation, loopback not set, keepalive not setARP type: ARPA, ARP Timeout 04:00:00Last input 4d07h, output 00:00:00, output hang neverLast clearing of "show interface" counters neverQueueing strategy: fifoOutput queue 0/40, 0 drops; input queue 0/75, 0 drops5 minute input rate 1834000 bits/sec, 2385 packets/sec5 minute output rate 1982000 bits/sec, 2431 packets/sec24461542 packets input, 2348214388 bytes, 0 no bufferReceived 1979 broadcasts, 0 runts, 0 giants, 0 throttles0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort24854257 packets output, 2536222931 bytes, 0 underruns0 output errors, 0 collisions, 0 interface resets0 output buffer failures, 0 output buffers swapped outTable 0-196 describes the fields shown in the show interface cable display.
Tip
Related Commands
show interface cable admission-control reservation
To display service flows, categorizations, and bandwidth consumption on the Cisco CMTS, for the specified interface, and the specified service flow direction, use the show interface cable admission-control reservation command in privileged EXEC mode.
show interface cable { slot/port | slot/subslot/port } admission-control reservation { downstream | upstream } port-no
Cisco IOS Release 12.2(33)SCE and later
show interface cable { slot/cable-interface-index | slot/subslot/cable-interface-index } admission-control reservation { downstream | upstream } port-no
Syntax Description
Defaults
No default behavior or values for this command. However, Cisco IOS Release 12.3(21)BC supports default operation and non-default configuration for feature on the Cisco CMTS.
Command Modes
Privileged EXEC
Command History
Usage Guidelines
For additional information about using this command, refer to the following documents on Cisco.com:
•
•
Examples
The following example illustrates sample output and status of the Service Flow Admission Control feature, and the show interface cable admission-control reservation { downstream | upstream } port-no command.
Router# show interface cable 5/1/1 admission-control reservation downstream.SfId Mac Address Bucket Bucket Name State Current Reserv4 0000.cad6.f052 8 act 088 0000.cad6.f052 8 act 20006 0000.cad6.eece 8 act 021 0000.cad6.eece 8 act 20008 0000.cad6.eebe 8 act 024 0000.cad6.eebe 8 act 200010 0000.cadb.30a6 8 act 027 0000.cadb.30a6 8 act 2000The following example illustrates further information for the Service Flow Admission Control feature with abbreviated command syntax. This example displays threshold levels and current reservation per bucket, and the oversubscribed bandwidth per bucket. Cisco IOS indicates implicitly calculated threshold with asterisk.
Router# sh cable admission-control interface ca 5/1/1 upstream 0Interface Cable5/1/1Upstream Bit Rate (bits per second) = 4096000Resource - Upstream Bandwidth-----------------------------Bucket Names Minor # of Major # of Excls # of Non-Ex Curr. Curr. Conf # ofNo Level Times Level Times Level Times Level Resv Ovrsb Level Rejec1 5 1312 7 1262 45 0 0 31 0 I 362 0 0 0 0 0 0 6* 0 0 I 03 0 0 0 0 0 0 6* 0 0 I 04 0 0 0 0 0 0 6* 0 0 I 05 0 0 0 0 0 0 6* 0 0 I 06 0 0 0 0 0 0 6* 0 0 I 07 0 0 0 0 0 0 6* 0 0 I 08 5 31 7 29 49 11 5 79 25 I 0Related Commands
show interface cable cable-monitor
To display cable monitor flow information, use the show interface cable cable-monitor command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} cable-monitor
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} cable-monitor [cam | verbose]
Syntax Description
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is a sample output from the show interface cable cable-monitor command:
Router# show interface cable 5/0 cable-monitorUS/ Time Outbound Flow Flow Type Flow Packet MAC MAC EncapDS Stmp Interface Type Identifier Extn. Type Extn. Type Typeus no Et1/2 us-port 0 yes data no - docsisall no Et1/2 acc-list 103 yes data no - docsisall yes Et1/2 mac-addr 0050.0000.0000 yes mac no - -The following is a sample output from the show interface cable cable-monitor cam command:
Router# show interface cable6/0/0 cable-monitor camSniffer Wideband interface = Wi6/0/0:0Sniff points 0x9DS Unconditional sniffing for 0 flows. FlowIndex: Total: 0. Hits 0DS HighPrio Unconditional sniffing for 0 flows. FlowIndex: Total: 0. Hits 0US Packet Unconditional sniffingUS 0, 1 FlowIndex: 2 Total: 1. Hits 1035US 1, 0 FlowIndex: Total: 0. Hits 0US 2, 0 FlowIndex: Total: 0. Hits 0US 3, 0 FlowIndex: Total: 0. Hits 0US Frag Unconditional sniffingUS 0, 0 FlowIndex: Total: 0. Hits 0US 1, 0 FlowIndex: Total: 0. Hits 0US 2, 0 FlowIndex: Total: 0. Hits 0US 3, 0 FlowIndex: Total: 0. Hits 0MAC Address CAM :Entry 0, MAC 7cb2.1b0f.ea7a Refcount 1 FlowIndex: 1 Total: 1 Hits 401Entry 1, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 2, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 3, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 4, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 5, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 6, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 7, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 8, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 9, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 10, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 11, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 12, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 13, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 14, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 15, MAC 0000.0000.0000 Refcount 0 FlowIndex: Total: 0 Hits 0Sid CAM :Entry 0, Sid 1, US 1 Refcount 1 FlowIndex: 1 Total: 1 Hits 825Entry 1, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 2, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 3, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 4, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 5, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 6, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 7, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 8, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 9, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 10, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 11, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 12, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 13, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 14, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0Entry 15, Sid 0, US 0 Refcount 0 FlowIndex: Total: 0 Hits 0The following is a sample output from the show interface cable cable-monitor verbose command:
Router# show interface cable6/0/0 cable-monitor verboseSniffer Wideband interface = Wi6/0/0:0Index 0, Direction allDS CAM Index 0 (MAC 7cb2.1b0f.ea74), Hits 10No US CAM EntryNo US CAM EntryNo US CAM EntryNo US CAM Entry10 packets evaluated, 10 output, 0 No buffer0 NotData, 0 NotMac, 0 Extn not matched, 0 US MacAddress mismatch0 NotMap, 0 No sid in MAP, 0 not REQ, 0 not Grant0 Not DSA, 0 not DSC, 0 Not DSD0 Sid mismatch in DS Pkts, 0 ACL match failedIn VCCI 0x5B, Out VCCI 0xFFFFIndex 1, Direction usNo DS CAM EntryNo US CAM EntryNo US CAM EntryNo US CAM Entry582 packets evaluated, 582 output, 0 No buffer0 NotData, 0 NotMac, 0 Extn not matched, 0 US MacAddress mismatch0 NotMap, 0 No sid in MAP, 0 not REQ, 0 not Grant0 Not DSA, 0 not DSC, 0 Not DSD0 Sid mismatch in DS Pkts, 0 ACL match failedIn VCCI 0x5B, Out VCCI 0x56
Tip
Related Commands
cable monitor
Enables the forwarding of selected packets on the cable interface to an external LAN analyzer.
show interface cable downstream
To display information about the downstreams on a cable interface, use the show interface cable downstream command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} downstream
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} downstream
Syntax Description
Defaults
No default behavior or values
Command Modes
Privileged EXEC
Command History
Examples
The following example is sample output from the show interface cable downstream command for Cisco IOS releases that support only DOCSIS 1.0 or 1.0+ operation:
CMTS01# show interface cable 6/0 downstreamCable6/0: Downstream is up111947771 packets output, 1579682655 bytes, 0 discarded0 output errorsThe following is sample output from the show interface cable downstream command for Cisco IOS releases that support only DOCSIS 1.1 operation:
Router# show interface cable 4/0 downstreamCable4/0:Downstream is up54335436 packets output, 2854290447 bytes, 0 discarded0 output errors1 total active devices, 1 active modemsTotal downstream bandwidth: 27000000 bpsTotal downstream reserved bandwidth: 1000000 bpsWorst case latency for low latency queue: 0 usecsCurrent Upper limit for worst case latency: 0 usecsRouter#Table 0-198 describes the fields shown in the show interface cable downstream display.
Tip
Related Commands
show interface cable dsg downstream
To display interface configuration and status information for Advanced-mode DOCSIS Set-top Gateway (A-DSG) downstreams on a Cisco CMTS router, use the show interface cable dsg downstream command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} dsg downstream [dcd | rule rule-id [cfr | clients | verbose] | tunnel tunnel-id]
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} dsg downstream [dcd | rule rule-id [cfr | clients | verbose] | tunnel tunnel-id]
Syntax Description
cable
Specifies details of a cable interface line card:
•
•
•
•
Table 199 in the Usage Guidelines section lists valid values for these arguments.
dcd
(Optional) Displays downstream channel descriptor (DCD) messages for the A-DSG interface.
rule rule-id
(Optional) Displays interface-level information for A-DSG rules on the Cisco CMTS router, such as rule state, tunnels, classifiers, client information, upstream channel identifier, and the number of vendors associated to a rule on a given downstream.
cfr
(Optional) Displays the list of classifiers associated to the A-DSG rule, such as classifiers associated with the rule-id under the interface.
clients
(Optional) Displays clients associated with the rule-id under the interface.
verbose
(Optional) Displays A-DSG downstream rule detail information.
tunnel tunnel-id
(Optional) Displays interface-level A-DSG downstream tunnel information. The valid range is from 1 to 65535.
Command Default
Displays configuration information for all DSG downstream channels on a cable interface.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
To use the show interface cable dsg downstream command, the tunnel group must be configured globally and also at the cable interface.
Examples
Example: Displaying Information for all A-DSG Downstreams on a Cable Interface
The following example illustrates A-DSG downstream configuration information and the number of DSG tunnels, classifiers, clients and vender specific parameters.
Router# show interface cable 6/0 dsg downstreamchan chFreq chan timer init oper twoWay oneWay num num num num numlist index freq index timeout timeout timer timer rule tunnel cfr client vsp1 2 666 1 1 2 3 4 9 6 4 6 23 500Example: Displaying DCD Information for all A-DSG Downstreams on a Cable Interface
The following example illustrates the DCD statistics for the given downstream channel for A-DSG version 1.1. DCD TLV information displays if the debug cable dsg command is active. This output was changed in Cisco IOS Release 12.3(17a)BC for A-DSG version 1.2.
Router# show interface cable 6/0 dsg downstream dcddcd num of dcd num of dcd num of dcd num ofstate sent fail change cnt fragmenten 282 0 1 1The following example shows the output for A-DSG debugging while running the same command:
Router# debug cable dsgRouter# show interface cable 6/0 dsg downstream dcddcd num of dcd num of dcd num of dcd num ofstate sent fail change cnt fragmenten 2139 0 1 1Router#00:35:58: DCD TLV last sent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outer# 15080312 34561234 56789ABC DEF01234 56789ABC DEF01715 02020001 050101090C0504E6 6F6F6F03 046F6F6F 6F170F02 02000205 01010906 0504E601 0141170F02020003 05010109 060504E6 01012817 0F020200 0A050101 09060504 E601014733230104 27B25A80 01041DCD 65000202 00010302 00020402 00030502 00042B0508030022 22Beginning in Cisco IOS Release 12.3(17a)BC, this output was modified to add the "dcd Tx" field in support of A-DSG version 1.2 as shown below:
Router# show interfaces cable 5/0 dsg downstream dcddcd dcd num of dcd num of dcd num of dcd num ofstate Tx sent fail change cnt fragmenten on 6502 0 28 1The following output displays the DCD statistics on all the cable and modular interfaces. The "IF Name" field displays the interface type:
Router#show interface cable 5/1/0 dsg downstream dcdIF dcd dcd num of dcd num of dcd num of dcd num ofName state Tx sent fail change cnt fragment---------- ----- ----- --------------- -------------- ---------- --------Ca5/1/0 en on 70 0 2 1Mo1/0/0:0 en on 70 0 2 1Example: Displaying Rule Information for all A-DSG Downstreams on a Cable Interface
Note
Router# show interface cable 6/0 dsg downstream rulerule rule rule tunnel tunnel tunnel cfr cfr cfrIn client vspid state pri id state mac-addr id state dcd listId index1 en 2 1 en 0100.5e01.0114 1 en yes 2 15 en no11 en no14 en no2 en 1 2 en 0100.5e01.011e 2 en yes 210 en yes3 en 1 3 en 0100.5e01.0128 3 en yes 34 en 1 4 en 0100.5e01.0132 4 en no 45 en 1 5 en 0100.5e01.013c 9 en no 56 en 1 6 dis 0100.5e01.0146 6 27 en 1 1 en 0100.5e01.0114 1 en no 105 en no11 en no14 en no8 en 1 1 en 0100.5e01.0114 1 en no 25 en no11 en no14 en no20 en 1 1 en 0100.5e01.0114 1 en no 2 15 en no11 en no14 en no65535 dis yesThe following example displays the same information as above for the given rule.
Router# show interface cable 6/0 dsg downstream rule 1rule rule rule tunnel tunnel tunnel cfr cfr cfrIn client vspid state pri id state mac-addr id state dcd listId index1 en 2 1 en 0100.5e01.0114 1 en yes 2 15 en no11 en no14 en noRouter# show interface cable 6/0 dsg downstream rule 1 cfrrule cfr cfr cfrIn cfr destination ip source ip srcPre d_port d_portid id state dcd pri address address length start end1 1 en yes 1 230.111.111.111 111.111.111.111 32 0 655355 en no 1 230.1.1.60 0.0.0.0 32 0 6553511 en no 1 224.25.25.134 0.0.0.0 32 0 6553514 en no 0 230.1.1.20 0.0.0.0 32 1000 2000Router# show interface cable 6/0 dsg downstream rule 1 clientsrule rule rule client client client clientid state pri listId id id type address1 en 2 2 1 CA System ID 09513 Broadcast8 MAC Addr 1111.1111.111Router# show interface cable 6/0 dsg downstream rule 1 verboseRule ID : 1State : enablePriority : 2Tunnel ID : 1State : enableMAC Addr : 0100.5e01.0114Cfr Id : 1State : enablePriority : 1Dest IP : 230.111.111.111Src IP : 111.111.111.111Src Prefix Length : 32Dest Port Start : 0Dest Port End : 65535Forwarded : 0Received : 0Cfr Id : 5State : enablePriority : 1Dest IP : 230.1.1.60Src IP : 0.0.0.0Src Prefix Length : 32Dest Port Start : 0Dest Port End : 65535Forwarded : 0Received : 0Cfr Id : 11State : enablePriority : 1Dest IP : 224.25.25.134Src IP : 0.0.0.0Src Prefix Length : 32Dest Port Start : 0Dest Port End : 65535Forwarded : 0Received : 0Cfr Id : 14State : enablePriority : 0Dest IP : 230.1.1.20Src IP : 0.0.0.0Src Prefix Length : 32Dest Port Start : 1000Dest Port End : 2000Forwarded : 0Received : 0Client List Id : 2Client Id : 1Client Id Type : CA System ID 0951Client Id : 3Client Id Type : BroadcastClient Id : 8Client Id Type : MAC Addr 1111.1111.111vsif index : 1vsif oui : 0X123456vsif value : 0X123456789ABCDEF0123456789ABCDEF0Example: Displaying Tunnel Information for all A-DSG Downstream s on a Cable Interface
The following examples shows output for tunnels on A-DSG version 1.1 downstreams. This output was changed in Cisco IOS Release 12.3(17a)BC for A-DSG version 1.2.
Router# show interface cable 6/0 dsg downstream tunneltunnel tunnel tunnel cfr cfr rule rule client serviceid state mac-addr id state id state listId class1 en 0100.5e01.0114 1 en 1 en 2 SI5 en 7 en 1011 en 8 en 214 en 20 en 22 en 0100.5e01.011e 2 en 2 en 2 NDS-CA10 en3 en 0100.5e01.0128 3 en 3 en 3 NDS-APP4 en 0100.5e01.0132 4 en 4 en 4 MOTO-CA5 en 0100.5e01.013c 9 en 5 en 5 MOTO-APP6 dis 0100.5e01.0146 6 en 6 SA-CABeginning in Cisco IOS Release 12.3(17a)BC, this output was modified to add the "TG id" field in support of A-DSG version 1.2, and modifies the output column headings as shown below:
Router# show interfaces cable 5/0 dsg downstream tunneltunnel TG cfr rule client serviceid state mac-addr id id state id state listId class1 en 0100.5e01.0001 1 1 en 1 en 1 DSG-Rate16 en7 en8 en2 en 0100.5e01.0002 1 2 en 2 en 23 en 0100.5e01.0003 1 3 en 3 en 34 en 0002.0002.0001 2 4 en 4 en 15 en 0002.0002.0002 2 5 en 5 en 2 DSG-Rate26 en 0002.0002.0003 2 9 en 6 en 21Example: Displaying Information for a Specified Tunnel on A-DSG Downstream s on a Cable Interface
The following examples shows output for a specified tunnel on A-DSG version 1.1 downstreams. This output was changed in Cisco IOS Release 12.3(17a)BC for A-DSG version 1.2.
Router# show interface cable 6/0 dsg downstream tunnel 1tunnel tunnel tunnel cfr cfr rule rule client serviceid state mac-addr id state id state listId class1 en 0100.5e01.0114 1 en 1 en 2 SI5 en 7 en 1011 en 8 en 214 en 20 en 2Beginning in Cisco IOS Release 12.3(17a)BC, this output was modified to add the "TG id" field in support of A-DSG version 1.2, and modifies the output column headings as shown below:
Router# show interfaces cable 5/0 dsg downstream tunnel 1tunnel TG cfr rule client serviceid state mac-addr id id state id state listId class1 en 0100.5e01.0001 1 1 en 1 en 1 DSG-Rate16 en7 en8 enRelated Commands
show interface cable dsg downstream tg
To display information for Advanced-mode DOCSIS Set-top Gateway (A-DSG) downstream tunnel groups on a Cisco CMTS router, use the show interface cable dsg downstream tg command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} dsg downstream tg [channel channel-id]
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} dsg downstream tg [channel channel-id]
Syntax Description
Command Default
No default behaviors or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
To use the show interface cable dsg downstream tg command, the tunnel group must be configured globally and also at the cable interface.
Examples
Example: Displaying Information for all A-DSG Downstream Tunnel Groups on a Cable Interface
The following example shows output for all A-DSG downstream tunnel groups:
Router# show interfaces cable 5/0 dsg downstream tgTG: 1 Chan: 1 state: en pri: 16 Vendor: 1 UCID: 1 2 3 4rule tunnel cfr clientI/F id state id state mac-addr id state dest-ip In-DCD listIdC5/0 1 en 1 en 0101.5e01.0001 1 en 230.1.0.1 yes 16 en 231.1.1.6 no7 en 231.1.1.7 no8 en 231.1.1.8 no2 en 2 en 0101.5e01.0002 2 en 230.1.0.2 yes 23 en 3 en 0101.5e01.0003 3 en 230.1.0.3 yes 3TG: 2 Chan: 1 state: en pri: 11 Vendor: 2 UCID:rule tunnel cfr clientI/F id state id state mac-addr id state dest-ip In-DCD listIdC5/0 4 en 4 en 0002.0002.0001 4 en 230.2.2.1 no 15 en 5 en 0002.0002.0002 5 en 230.2.2.2 no 26 en 6 en 0002.0002.0003 9 en 231.1.1.9 no 21Example: Displaying Information for a Specified A-DSG Downstream Tunnel Group on a Cable Interface
The following example shows output for a specified A-DSG downstream tunnel group:
Router# show interfaces cable 5/0 dsg downstream tg 1 channel 1TG: 1 Chan: 1 state: en pri: 16 Vendor: 1 UCID: 1 2 3 4rule tunnel cfr clientI/F id state id state mac-addr id state dest-ip In-DCD listIdC5/0 1 en 1 en 0101.5e01.0001 1 en 230.1.0.1 yes 16 en 231.1.1.6 no7 en 231.1.1.7 no8 en 231.1.1.8 no2 en 2 en 0101.5e01.0002 2 en 230.1.0.2 yes 23 en 3 en 0101.5e01.0003 3 en 230.1.0.3 yes 3Example: Displaying Information for a Specified A-DSG Downstream Tunnel Group on a Cable Interface for Cisco IOS Release 12.2(33)SCD5
The following example shows the output of the show interfaces cable dsg downstream tg command that displays the ignore option, introduced in Cisco IOS Release 12.2(33)SCD5, under the `In DCD' column.
Router# show interfaces cable 7/0/0 dsg downstream tgTG: 1 Chan: 1 State: en Pri: 0 Vendor: UCID:rule tunnel cfr In clientsid state id state mac-addr id state dest-ip DCD listId-------- ------------------------ ------------------------- --- -------1 en 1 en 0100.5e01.0101 1 en 230.1.1.1 ign 1Related Commands
show interface cable dynamic-service statistics
To display dynamic service statistics based on the cable interface, use the show interface cable dynamic-service statistics command in privileged EXEC mode.
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} dynamic-service statistics
Syntax Description
Command Default
None
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is a sample output of the show interface cable dynamic-service statistics command that shows dynamic service statistics based on the cable interface specified on the Cisco uBR10012 router in Cisco IOS Release 12.2(33)SCF:
Router# show interface cable 7/1/0 dynamic-service statisticsUpstream DownstreamDSA REQ 0 5DSA RSP 5 0DSA ACK 0 5DSC REQ 0 5DSC RSP 5 0DSC ACK 0 5DSD REQ 0 0DSD RSP 0 0Retransmission countsUpstream DownstreamDSA REQ 0 0DSA RSP 0 0DSA ACK 0 0DSC REQ 0 5DSC RSP 5 0DSC ACK 0 0DSD REQ 0 0DSD RSP 0 0Table 200 describes the significant fields shown in the show interface cable dynamic-service statistics command display.
Related Commands
show interface cable packetcable statistics
Displays PacketCable interprocess communication (IPC) statistics based on the specified cable interface.
show interface cable intercept
To display the cable modems for which traffic is currently being intercepted and forwarded to a data collector, use the show interface cable intercept command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port | bundle} intercept
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index | bundle} intercept
Syntax Description
Command Modes
Privileged EXEC (#)
Command History
Examples
The following shows a display after a CM has been added to the intercept list:
router# configure terminalrouter#(config) interface c6/0router(config-if)# cable intercept 0080.fcaa.aabb 10.12.13.8 512router(config-if)# exitrouter(config)# exitrouter# show interface c6/0 interceptDestination DestinationMAC Address IP Address UDP Port0080.fcaa.aabb 3.12.13.8 512The following shows a display when no CMs have been added to the intercept list:
router# show interface c6/0 interceptNo interception active
Tip
Related Commands
cable intercept
Specifies that a copy of all traffic for a particular CM should be forwarded to a data collector.
show interface cable mac-scheduler
To display the current time-slot scheduling state, statistics, and weighted fair queuing (WFQ) parameters, use the show interface cable mac-scheduler command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} mac-scheduler [n]
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} mac-scheduler [n]
Syntax Description
Command Default
If no upstream port is identified, the command displays information for all upstreams on the specified cable interface. If no logical-index is identified, the command displays all the logical channels under the physical port.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
In releases prior to Cisco IOS Release 12.2 BC, information for the MAC scheduler was displayed using the show interface cable and show interface cable upstream commands. In Cisco IOS Release 12.2 BC, the MAC scheduler information is moved to this command.
Examples
Example of the show interface cable mac-scheduler Command Output for the Cisco uBR7246VXR and Cisco uBR7225VXR Routers
The following is a sample output of the show interface cable mac-scheduler command for the upstream port 0 on the indicated cable interface:
Router# show interface cable 3/0 mac-scheduler 0DOCSIS 1.1 MAC scheduler for Cable3/0/U0Queue[Rng Polls] 0/64, 0 dropsQueue[CIR Grants] 0/64, 0 dropsQueue[BE(7) Grants] 0/64, 0 dropsQueue[BE(6) Grants] 0/64, 0 dropsQueue[BE(5) Grants] 0/64, 0 dropsQueue[BE(4) Grants] 0/64, 0 dropsQueue[BE(3) Grants] 0/64, 2 dropsQueue[BE(2) Grants] 0/64, 0 dropsQueue[BE(1) Grants] 0/64, 0 dropsQueue[BE(0) Grants] 0/64, 0 dropsReq Slots 21992195, Req/Data Slots 0Init Mtn Slots 313764, Stn Mtn Slots 37638Short Grant Slots 3739132, Long Grant Slots 512Fragmentation count 5Fragmentation test disabledAvg upstream channel utilization : 2%Avg percent contention slots : 96%Avg percent initial ranging slots : 1%Avg percent minislots lost on late MAPs : 0%Sched Table Adm-State: Grants 1, Reqpolls 0, Util 2%UGS : 1 SIDs, Reservation-level in bps 80000UGS-AD : 0 SIDs, Reservation-level in bps 0RTPS : 0 SIDs, Reservation-level in bps 0NRTPS : Not SupportedBE : 4 SIDs, Reservation-level in bps 0Example of the show interface cable mac-scheduler Command Output When Multiple Logical Channels are Configured for the Cisco uBR10012 RoutersThe following is a sample output of the show interface cable mac-scheduler command when multiple logical channels are configured on the indicated cable interface:
Router# show interface cable 7/1/0 mac-scheduler 0DOCSIS 1.1 MAC scheduler for Cable7/1/0/U0: rate 2560000wfq:None Fairness: OffQueue[Rng Polls] 0/128, 0 drops, flows 0 fs_demand_ms 0, max 1Queue[CIR Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(7) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(6) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(5) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(4) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(3) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(2) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(1) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(0) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Req Slots 10348117, Req/Data Slots 10072546Init Mtn Slots 298967, Stn Mtn Slots 21926Short Grant Slots 24, Long Grant Slots 16Adv Phy Short Grant Slots 0, Adv Phy Long Grant Slots 0Adv Phy UGS Grant Slots 0Awacs Slots 0Fragmentation count 0Fragmentation test disabledAvg upstream channel utilization : 0%Avg percent contention slots : 97%Avg percent initial ranging slots : 3%Avg percent minislots lost on late MAPs : 0%Sched Table Rsv-state: Grants 0, Reqpolls 0Sched Table Adm-State: Grants 0, Reqpolls 0, Util 0%UGS : 0 SIDs, Reservation-level in bps 0UGS-AD : 0 SIDs, Reservation-level in bps 0RTPS : 0 SIDs, Reservation-level in bps 0NRTPS : 0 SIDs, Reservation-level in bps 0BE : 4 SIDs, Reservation-level in bps 0MAP TSS: lch_state 11, init_retries 0late_initial_maps 0, late_ucd_maps 0mac-phy tss errors 0DOCSIS 1.1 MAC scheduler for Cable7/1/0/U8: rate 2560000wfq:None Fairness: OffQueue[Rng Polls] 0/128, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[CIR Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(7) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(6) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(5) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(4) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(3) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(2) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(1) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Queue[BE(0) Grants] 0/256, 0 drops, flows 0 fs_demand_ms 0, max 0Req Slots 0, Req/Data Slots 0Init Mtn Slots 0, Stn Mtn Slots 0Short Grant Slots 0, Long Grant Slots 0Adv Phy Short Grant Slots 0, Adv Phy Long Grant Slots 0Adv Phy UGS Grant Slots 0Awacs Slots 0Fragmentation count 0Fragmentation test disabledAvg upstream channel utilization : 0%Avg percent contention slots : 0%Avg percent initial ranging slots : 0%Avg percent minislots lost on late MAPs : 0%Sched Table Rsv-state: Grants 0, Reqpolls 0Sched Table Adm-State: Grants 0, Reqpolls 0, Util 0%UGS : 0 SIDs, Reservation-level in bps 0UGS-AD : 0 SIDs, Reservation-level in bps 0RTPS : 0 SIDs, Reservation-level in bps 0NRTPS : 0 SIDs, Reservation-level in bps 0BE : 0 SIDs, Reservation-level in bps 0MAP TSS: lch_state 1, init_retries 0late_initial_maps 0, late_ucd_maps 0mac-phy tss errors 0Example of the show interface cable mac-scheduler Command Output That Displays WFQ Parameters in the Cisco uBR10012 RouterThe following is a sample output of the show interface cable mac-scheduler command that displays WFQ parameters configured for upstream service flows in slot 5, subslot 0, and port 1 on a Cisco uBR10012 router:
Router# show interface cable 5/0/2 mac-scheduler 0DOCSIS 1.1 MAC scheduler for Cable5/0/2/U0: rate 10240000wfq:Class, weights: 1 2 3 4 5 6 7 8Queue[Rng Polls] 0/128, 0 drops, flows 0 max 0Queue[CIR Grants] 0/256, 0 drops, flows 0 max 0Queue[BE(7) Grants] 0/32, 0 drops, flows 0 max 0Queue[BE(6) Grants] 0/32, 0 drops, flows 0 max 0Queue[BE(5) Grants] 0/32, 0 drops, flows 0 max 0Queue[BE(4) Grants] 0/32, 0 drops, flows 0 max 0Queue[BE(3) Grants] 0/32, 0 drops, flows 0 max 0Queue[BE(2) Grants] 0/32, 0 drops, flows 0 max 0Queue[BE(1) Grants] 0/32, 0 drops, flows 0 max 0Queue[BE(0) Grants] 0/32, 0 drops, flows 0 max 0Queue[LLQ Grants] 0/64, 0 drops, flows 0 max 0BG pending grant list entries: 0BG delay list entries: 0Req Slots 265389868, Req/Data Slots 4Init Mtn Slots 3798558, Stn Mtn Slots 0Short Grant Slots 0, Long Grant Slots 0Adv Phy Short Grant Slots 0, Adv Phy Long Grant Slots 0Adv Phy UGS Grant Slots 0Awacs Slots 0Fragmentation count 0Fragmentation test disabledAvg upstream channel utilization : 0%Avg percent contention slots : 97%Avg percent initial ranging slots : 3%Avg percent minislots lost on late MAPs : 0%Sched Table Rsv-state: Grants 0, Reqpolls 0Sched Table Adm-State: Grants 0, Reqpolls 0, Util 0%UGS : 0 SIDs, Reservation-level in bps 0UGS-AD : 0 SIDs, Reservation-level in bps 0RTPS : 0 SIDs, Reservation-level in bps 0NRTPS : 0 SIDs, Reservation-level in bps 0BE : 0 SIDs, Reservation-level in bps 0MAP TSS: lch_state 11, init_retries 0late_initial_maps 0, late_ucd_maps 0mac-phy tss errors 0r4k ticks in 1ms 800000Total scheduling events 0No search was needed 0Previous entry free 0Next entry free 0Could not schedule 0Recovery failed 0Curr time 251 entry 251Example of the show interface cable mac-scheduler Command Output That Displays Upstream Scheduler Information for a MAC Domain Configured with D-PONThe following is a sample output of the show interface cable mac-scheduler command that displays upstream scheduler related information for a MAC domain configured with D-PON:
Router# show interface cable 7/0/2 mac-scheduler 1DOCSIS 1.1 MAC scheduler for Cable7/0/2/U1: rate 15360000wfq:NoneReq Slots 124, Req/Data Slots 13Init Mtn Slots 2243, Stn Mtn Slots 5Short Grant Slots 0, Long Grant Slots 0Adv Phy Short Grant Slots 1, Adv Phy Long Grant Slots 0Adv Phy UGS Grant Slots 0Awacs Slots 0Fragmentation count 0Fragmentation test disabledAvg upstream channel utilization : 0%Avg percent contention slots : 97%Avg percent initial ranging slots : 3%Avg percent minislots lost on late MAPs : 0%Sched Table Rsv-state: Grants 0, Reqpolls 0Sched Table Adm-State: Grants 0, Reqpolls 0, Util 0%UGS : 0 SIDs, Reservation-level in bps 0UGS-AD : 0 SIDs, Reservation-level in bps 0RTPS : 0 SIDs, Reservation-level in bps 0NRTPS : 0 SIDs, Reservation-level in bps 0BE : 0 SIDs, Reservation-level in bps 0MAP TSS: lch_state 13, init_retries 0late_initial_maps 0, late_ucd_maps 0mac-phy tss errors 0! Only the DPON reference channel will display the followingQueue[Rng Polls] 0/128, 0 drops, flows 0 max 3Queue[CIR Grants] 0/256, 0 drops, flows 0 max 1Queue[BE(7) Grants] 0/64, 0 drops, flows 0 max 0Queue[BE(6) Grants] 0/64, 0 drops, flows 0 max 0Queue[BE(5) Grants] 0/64, 0 drops, flows 0 max 0Queue[BE(4) Grants] 0/64, 0 drops, flows 0 max 0Queue[BE(3) Grants] 0/64, 0 drops, flows 0 max 0Queue[BE(2) Grants] 0/64, 0 drops, flows 0 max 2Queue[BE(1) Grants] 0/64, 0 drops, flows 0 max 0Queue[BE(0) Grants] 0/64, 0 drops, flows 0 max 1BG pending grant list entries: 0BG delay list entries: 0Table 201 describes the significant fields shown in the display.
Table 201 show interface cable mac-scheduler Field Descriptions
wfq
WFQ parameters: class, activity, and custom weights for service flow priorities.
Queue...
State of the first-in, first-out (FIFO) priority queues for each scheduler. For each queue, the command displays the following:
•
–
–
–
•
•
Req Slots
Counter showing the number of slots advertised on this upstream port for bandwidth request opportunities since the last reset of the router or the counter.
Req/Data
Counter showing the number of slots advertised on this upstream port for request and data transmission opportunities since the last reset of the router or the counter.
Init Mtn Slots
Number of slots granted on this upstream port for initial maintenance requests (initial ranging) since the last reset of the router or the counter.
Stn Mtn Slots
Number of slots granted on this upstream port for station maintenance requests (unicast ranging) since the last reset of the router or the counter.
Short Grant Slots
Number of slots granted on this upstream port for short data requests since the last reset of the router or the counter.
Long Grant Slots
Number of slots granted on this upstream port for long data requests since the last reset of the router or the counter.
Adv Phy Short Grant Slots
Number of slots granted on this upstream port for short advanced physical data requests.
Adv Phy Long Grant Slots
Number of slots granted on this upstream port for long advanced physical data requests.
Adv Phy UGS Grant Slots
Number of UGS slots granted on this upstream port.
Awacs Slots
Number of awacs slots granted on this upstream port.
Fragmentation count
Number of frames received on this upstream port fragmented according to the DOCSIS 1.1 fragmentation technique.
Fragmentation test
Fragmentation statistics. If fragmentation is disabled, no statistics are available. If fragmentation is enabled, the fragmentation mode is displayed (multiple grant mode or piggyback mode), and the display shows the fragmentation threshold in the number of bytes and minislots.
Avg upstream channel utilization
Total upstream bandwidth currently used for upstream data traffic and DOCSIS management traffic, expressed as a short-term average percentage of total minislots used.
Note
Avg percent contention slots
Approximate average unused capacity in the network. This field shows the total upstream bandwidth that is currently dedicated to providing bandwidth request opportunities, expressed as an average percentage of total minislots used. This value is calculated by dividing the number of scheduled contention slots by the total number of minislots.
Note
Avg percent initial ranging slots
Total upstream bandwidth currently used on an average for initial ranging requests for cable modems coming online, expressed as an average percentage of total minislots used.
Avg percent minislots lost on late MAPs
Total upstream bandwidth currently lost and unused because the bandwidth allocation MAP message was sent late. This field shows how often allocation gaps occur in the MAP scheduler, where the Cisco CMTS allows significant amounts of time to pass before it schedules a new MAP.
Ideally, the CMTS should schedule MAPs consecutively, so that no gaps occur between the MAPs. However, when a large number of cable modems are using different service flow schedules, gaps can appear in the MAP scheduler, resulting in wasted scheduling time.
TipSched Table Rsv-State
Current status of reserved service flows (which typically indicates the number of voice grants):
•
•
Sched Table Adm-State
Current status of admitted service flows (which typically indicates the number of voice grants):
•
•
•
UGS
Number of service IDs (SIDs) used for UGS service flows, and the current bandwidth reserved by these SIDs, in bits per second.
UGS-AD
Number of SIDs used for UGS with Activity Detection (UGS-AD) service flows, and the current bandwidth reserved by these SIDs, in bits per second.
RTPS
Number of SIDs used for RTPS service flows, and the current bandwidth reserved by these SIDs, in bits per second.
NRTPS
Number of SIDs used for non-RTPS (NRTPS) service flows, and the current bandwidth reserved by these SIDs, in bits per second.
BE
Number of SIDs used for best-effort (BE) service flows, and the current bandwidth reserved by these SIDs, in bits per second.
MAP TSS
MAP timestamp snapshot.
Note
Table 202 shows the maximum usable bandwidth (total bandwidth minus header and MAC-layer overhead) for an upstream that is using a specific channel width and modulation scheme combination.
For example, if the upstream is configured for a 3.2 MHz channel width and is using 16 QAM modulation, its maximum usable bandwidth is 8.9 Mbps. If the average channel utilization field shows that the upstream is at 50 percent, it indicates that cable modems on that upstream are currently using 0.5 * 8.9 Mbps or 4.45 Mbps.
Tip
Related Commands
show interface cable modem
To display information about cable modems (CMs) and customer premise equipment (CPE) behind a CM on a specified cable interface, use the show interface cable modem command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} modem [sid | ipv6]
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} modem [sid | ipv6]
Syntax Description
cable
Specifies details of a cable interface line card:
•
•
•
•
Table 203 in the Usage Guidelines section lists valid values for these arguments.
sid
(Optional) Specifies the service ID (SID) to be displayed. The valid range is from 0 to 8176.
ipv6
(Optional) Specifies an IPv6 cable modem and connected host state.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
The show interface cable modem command displays the cable modems that are known to be using or were last using the specified cable interface. When a cable modem goes offline, it remains associated with its last known cable interface and is shown as "offline" in the command's display for 24 hours.
The CPE devices associated with offline cable modems remain in the command's display either until their cable modem has been offline for 24 hours or until the device's Address Resolution Protocol (ARP) entry times out (the default value is 4 hours), whichever comes first.
The show interface cable modem command shows similar information to the show cable modem command, but adds information about the privacy bits and IP addressing method.
The show interface cable modem command with the ipv6 keyword also displays the IPv4 CM in the output if an IPv6 or dual stack CPE is behind the IPv4-only cable modem. In all other cases, only IPv6 data of a CM or CPE is displayed.
The IPv6 output of the show interface cable modem command differs from the IPv4 command. The privacy bits and the dual IP flag of the IPv4 command output are not present in the output of the show interface cable modem command.
Examples
The following example shows output from the show interface cable modem command for all SIDs on a particular cable interface on a Cisco 7200 series router.
Router# show interface cable 6/0 modemSID Priv bits Type State IP address method MAC address1 11 modem online(pt) 1.2.3.2 dhcp 0050.7366.18372 11 modem online(pt) 1.2.3.3 dhcp 0010.7b6b.71fd3 11 modem online(pt) 1.2.3.4 dhcp 0010.7bb3.fc3d4 00 modem init(r1) 1.2.3.238 dhcp 0010.7b6b.71a95 11 modem online(pt) 1.2.3.5 dhcp 0010.7bed.a7316 11 modem online(pt) 1.2.3.20 dhcp 0010.7bed.ab4b7 11 modem online(pt) 1.2.3.18 dhcp 0010.7b6b.71e38 11 modem online(pt) 1.2.3.13 dhcp 0010.7bed.ab6f9 11 modem online(pt) 1.2.3.21 dhcp 0010.7bed.a52f10 11 modem online(pt) 1.2.3.14 dhcp 0010.7b6b.719111 11 modem online(pt) 1.2.3.6 dhcp 0010.7bed.ab57The following example shows output from the show interface cable modem command for an individual SID on a particular cable interface on a Cisco 7200 series router.
Router# show interface cable 6/0 modem 9SID Priv bits Type State IP address method MAC address9 11 modem online(pt) 1.2.3.21 dhcp 0010.7bed.a52fThe following example shows output from the show interface cable modem command in Cisco IOS release 12.2(33)SCA on a particular cable interface on a Cisco uBR10012 router. None of the CMs or CPEs are supporting both IPv4 and IPv6 addressing, which is indicated by the "N" in the Dual IP output field.
Router# show interface cable 8/0/0 modem 0SID Priv Type State IP address method MAC address Dualbits IP1 11 modem online(pt) 10.3.134.12 dhcp 0008.0da6.1c47 N1 11 host unknown 10.3.134.74 static 000b.bf95.f555 N2 00 modem init(o) 10.3.225.26 dhcp 0007.0e07.27d7 N3 00 modem init(i) 10.3.225.19 dhcp 0007.0e06.c769 N4 11 modem online(pt) 10.3.134.3 dhcp 0008.0da6.3447 N5 11 modem online(pt) 10.3.134.38 dhcp 0011.8065.e78e N6 00 modem init6(i) unavailable 0018.6835.27dd N7 11 modem online(pt) 10.3.134.10 dhcp 0011.8065.e7a6 N8 00 modem init(i) 10.3.134.9 dhcp 0006.53b6.57f5 N9 11 modem online(pt) 10.3.134.27 dhcp 0006.53b6.581d N10 11 modem online(pt) 10.3.134.5 dhcp 0007.0e04.ebfd NThe following is a sample output from the show interface cable modem command that shows multicast information:
Router# show interface cable 6/1/0 modemSID Priv Type State IP address method MAC address Dualbits IP9 11 modem online(pt) 101.1.0.6 dhcp 0006.28f9.8c79 N9 11 host unknown 111.1.1.45 dhcp 0018.1952.a859 N10 10 modem online(pt) 101.1.0.5 dhcp 0006.5305.ac19 N10 10 host unknown 111.1.0.3 dhcp 0018.1952.a85a N13 10 modem online(pt) 101.1.0.3 dhcp 0014.f8c1.fd1c N8195 10 multicast unknown 224.1.1.51 static 0000.0000.0000 N8195 10 multicast unknown 224.1.1.49 static 0000.0000.0000 N8195 10 multicast unknown 224.1.1.50 static 0000.0000.0000 NThe following is a sample output of the show interface cable modem command with the ipv6 keyword in Cisco IOS Release 12.2(33)SCG:
Router# show interface cable 7/0/0 modem ipv6SID Type State IPv6 Address M MAC address11 CM online 2001:420:3800:809:3519:5F9C:B96A:D31 D 0025.2e2d.743a11 CPE unknown 2001:420:3800:809:3DB2:8A6C:115F:41D8 D 0011.2544.f33b
Table 204 show interface cable modem Field Descriptions
SID
Identifies a SID currently defined and in use on this particular cable interface.
Priv bits
Identifies the current settings of the two privacy bits in the Extended Header (EH) that is used for BPI-encrypted packets.
•
•
For example, a value of "00" indicates that BPI is not enabled. A value of "10" indicates that BPI is enabled and that the KSN is an even number. A value of "11" indicates that BPI is enabled and that the KSN is an odd number.
Note
Type
Identifies the use for this SID:
•
•
•
State
The current state of the MAC layer for this SID and CM (see Table 205 for descriptions of the possible states). For hosts or multicast broadcasts, the state will always be unknown.
IP address
IP address for the CM using this SID.
IPv6 Address
IPv6 address of the CM or CPE.
method or m
Identifies the way that the IP address was assigned:
•
•
•
Note
MAC address
Identifies the hardware (MAC) address for the CM using this SID.
Dual IP
Identifies whether or not ("Y" or "N") the CM or CPE supports both IPv4 and IPv6 addressing.
Table 205 shows the possible values for the MAC state field:
Table 205 Descriptions for the MAC State Field 1
init(r1)
The CM sent initial ranging.
init(r2)
The CM is ranging. The CMTS received initial ranging from the Cm and has sent RF power, timing offset, and frequency adjustments to the CM.
init(rc)
Ranging has completed.
Note
init(d)
The DHCP request was received, as DHCPDISCOVER. This also indicates that the first IP broadcast packet has been received from the CM.
init(dr)
The DHCP request has been sent to the cable modem.
init(i)
The cable modem has received the DHCPOFFER reply (DHCPACK) from the DHCP server that has assigned an IP address to the modem, but the modem has not yet replied with a DHCPREQUEST message requesting that particular IP address, nor has it sent an IP packet with that IP address.
Note
init(io)
The Cisco CMTS has seen the DHCP offer as sent to the cable modem from the DHCP server that has assigned an IP address to the modem.
init(o)
The CM has begun to download the option file (DOCSIS configuration file) using the Trivial File Transfer Protocol (TFTP), as specified in the DHCP response. If the CM remains in this state, it indicates that the download has failed.
init(t)
Time-of-day (TOD) exchange has started.
resetting
The CM is being reset and will shortly restart the registration process.
init6(s)
The Cisco CMTS router has seen the DHCPv6 SOLICIT message from the CM.
init6(a)
The Cisco CMTS router has seen the ADVERTISE message from the DHCPv6 server to the CM.
init6(r)
The Cisco CMTS router has seen the REQUEST response from the CM to the DHCPv6 server.
init6(i)
The Cisco CMTS router has seen the REPLY message from the DHCPv6 server to the CM.
init6(o)
The Cisco CMTS router has seen the REQEST message from the CM to the TFTP server.
init6(t)
The Cisco CMTS router has seen the REQUEST message from the CM to the TOD server.
cc(r1)
The CM had registered and was online, but has received a Downstream Channel Change (DCC) or Upstream Channel Change (UCC) request message from the CMTS. The CM has begun moving to the new channel, and the CMTS has received the CM's initial ranging on the new downstream or upstream channel. At the MAC layer, the CM is considered offline because it is not yet passing traffic on the new channel, but this state does not trigger the flap-list counters.
cc(r2)
This state should normally follow cc(r1) and indicates that the CM has finished its initial ranging on the new channel, and is currently performing continuous ranging on the new channel. At the MAC layer, the CM is considered offline because it is not yet passing traffic on the new channel, but this state does not trigger the flap-list counters.
offline
The CM is considered offline (disconnected or powered down).
online
The CM has registered and is enabled to pass data on the network.
online(d)
The CM registered, but network access for CPE devices using this CM has been disabled through the DOCSIS configuration file. The CM does not forward traffic to or from the CPE devices, but the CMTS can continue to communicate with the CM using DOCSIS messages and IP traffic (such as SNMP commands).
Note
online(pkd)
The CM registered, but network access for CPE devices using this CM has been disabled through the DOCSIS configuration file. In addition, BPI is enabled and KEK is assigned.
Note
online(ptd)
The CM registered, but network access for CPE devices using this CM has been disabled through the DOCSIS configuration file. In addition, BPI is enabled and TEK is assigned. BPI encryption is now being performed.
Note
online(pk)
The CM registered, BPI is enabled and KEK is assigned.
online(pt)
The CM registered, BPI is enabled and TEK is assigned. BPI encryption is now being performed.
Note
Note
expire(pk)
The CM registered, BPI is enabled, KEK was assigned, but the current KEK expired before the CM could successfully renew a new KEK value.
expire(pkd)
The CM registered, but network access for CPE devices using this CM has been disabled through the DOCSIS configuration file. In addition, BPI is enabled, KEK was assigned, but the current KEK expired before the CM could successfully renew a new KEK value.
Note
expire(pt)
The CM registered, BPI is enabled, TEK was assigned, but the current TEK expired before the CM could successfully renew a new KEK value.
expire(ptd)
The CM registered, but network access for CPE devices using this CM has been disabled through the DOCSIS configuration file. In addition, BPI is enabled, TEK was assigned, but the current TEK expired before the CM could successfully renew a new KEK value.
Note
reject(m)
The CM attempted to register but registration was refused due to a bad Message Integrity Check (MIC) value. This also could indicate that the shared secret in the DOCSIS configuration file does not match the value configured on the CMTS with the cable shared-secret command.
In Cisco IOS Release 12.1(11b)EC1 and Cisco IOS Release 12.2(8)BC2 or later releases, this could also indicate that the cable tftp-enforce command has been used to require that a CM attempt a TFTP download of the DOCSIS configuration file before registering, but the CM did not do so.
reject(c)
The CM attempted to register, but registration was refused due to a a number of possible errors:
•
•
•
•
•
reject(pk)
KEK key assignment is rejected, BPI encryption has not been established.
reject(pkd)
The CM registered, but network access for CPE devices using this CM has been disabled through the DOCSIS configuration file. In addition, BPI encryption was not established because KEK key assignment was rejected.
Note
reject(pt)
TEK key assignment is rejected, BPI encryption has not been established.
reject(ptd)
The CM registered, but network access for CPE devices using this CM has been disabled through the DOCSIS configuration file. In addition, BPI encryption was not established because TEK key assignment was rejected.
Note
Note
reject(ts)
The CM attempted to register, but registration failed because the TFTP server timestamp in the CM registration request did not match the timestamp maintained by the CMTS. This might indicate that the CM attempted to register by replaying an old DOCSIS configuration file used during a prior registration attempt.
reject(ip)
The CM attempted to register, but registration failed because the IP address in the CM request did not match the IP address that the TFTP server recorded when it sent the DOCSIS configuration file to the CM. IP spoofing could be occurring.
reject(na)
The CM attempted to register, but registration failed because the CM did not send a Registration-Acknowledgement (REG-ACK) message in reply to the Registration-Response (REG-RSP) message sent by the CMTS. A Registration-NonAcknowledgement (REG-NACK) is assumed.
1 The CM MAC state field can also be retrieved using SNMP by getting the value of the cdxCmtsCmStatusValue object in the CISCO-DOCS-EXT-MIB.
Related Commands
show interface cable monitor
Note
To display cable monitor information, use the show interface cable monitor command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} monitor
Syntax Description
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is sample output from the show interface cable monitor command:
Router# show interface cable 5/0 monitorUS/ Time Outbound Flow Flow Type Flow Packet MAC MAC EncapDS Stmp Interface Type Identifier Extn. Type Extn. Type Typeus no Et1/2 us-port 0 yes data no - docsisall no Et1/2 acc-list 103 yes data no - docsisall yes Et1/2 mac-addr 0050.0000.0000 yes mac no - -
Tip
Related Commands
cable monitor
Enables the forwarding of selected packets on the cable interface to an external LAN analyzer.
show interface cable multicast-sessions
To display information about the multicast sessions on a specific cable interface, use the show interface cable multicast-sessions command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} multicast-sessions
Cisco IOS Release 12.2(33)SCE and later releases
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} multicast-sessions [group [ipv4-MQoS-group | ipv6-MQoS-group] | latency | sid [MQoS-sid]]
Syntax Description
Command Default
None
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example is a sample output from the show interface cable multicast-sessions command:
Router# show interface cable 7/0/0 multicast-sessionsDefault Multicast Service Flow 3 on Cable7/0/0Multicast Sessions on Cable7/0/0Group Interface GC SAID SFID GQC GEn RefCount GC-Interface State224.1.1.45 Bundle1.1 1 8193 24 1 5 1 Bundle1 ACTIVE224.1.1.46 Bundle1.1 1 8193 24 1 5 1 Bundle1 ACTIVE224.1.1.47 Bundle1.1 1 8193 24 1 5 1 Bundle1 ACTIVEAggregate Multicast Sessions on Cable7/0/0Aggregate Sessions for SAID 8193 SFID 24 GQC 1 CurrSess 3Group Interface GC SAID SFID AggGQC GEn RefCount GC-Interface224.1.1.45 Bundle1.1 1 8193 24 1 5 1 Bundle1224.1.1.46 Bundle1.1 1 8193 24 1 5 1 Bundle1224.1.1.47 Bundle1.1 1 8193 24 1 5 1 Bundle1The following example is a sample output from the show interface cable multicast-sessions latency command:
Router# show interface cable 5/0/0 multicast-sessions latencySession (S,G) : (*,230.1.2.4)Fwd Intfc : Ca5/0/0MQoS Entered at MQoS Exit atMar 6 23:13:14.387 Mar 6 23:13:14.387GC SAID SFID SF req SF rsp1 8197 17 Mar 6 23:13:14.387 Mar 6 23:13:14.391The following example is a sample output from the show interface cable multicast-sessions group command:
Router# show interface cable 5/0/0 multicast-sessions group 230.1.2.4Multicast Group : 230.1.2.4Source : N/AAct GCRs : 1Interface : Bu1 State: A GI: Bu1 RC: 0GCR : GC SAID SFID Key GQC GEn1 8197 17 0 1 0The following example is a sample output from the show interface cable multicast-sessions sid command:
Router# show interface cable 5/0/0 multicast-sessions sid 8197Multicast Group : 230.1.2.4Source : N/AAct GCRs : 1Interface : Bu1 State: A GI: Bu1 RC: 0GCR : GC SAID SFID Key GQC GEn1 8197 17 0 1 0Related Commands
show interface cable packetcable statistics
To display PacketCable interprocess communication (IPC) statistics based on the cable interface, use the show interface cable packetcable statistics command in privileged EXEC mode.
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} packetcable statistics
Syntax Description
Command Default
None
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
The show interface cable packetcable statistics command provides IPC statistics for the PacketCable module for debugging purpose.
Examples
The following is a sample output of the show interface cable packetcable statistics command that shows PacketCable IPC statistics based on the cable interface specified on the Cisco uBR10012 router in Cisco IOS Release 12.2(33)SCF:
Router# show interface cable 7/1/0 packetcable statisticsPacketcable IPC Statistics on RPMsg create gate gate gate set dsdgie set del notify notifySent 0 10 0 0 0Rcvd 0 0 0 10 0Packetcable IPC Statistics on LCMsg create gate gate gate set dsdgie set del notify notifySent 0 0 0 10 0Rcvd 0 10 0 0 0Table 200 describes the significant fields shown in the show interface cable packetcable statistics command display.
Related Commands
show interface cable dynamic-qos statistics
Displays dynamic service statistics based on the specified cable interface.
show interface cable privacy
To display the baseline privacy information, use the show interface cable privacy command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} privacy {all | eae-policy | tek | kek | hotlist}
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} privacy {all | eae-policy | tek | kek}
Syntax Description
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
The show interface cable privacy command is available only in IOS images that support Baseline Privacy Interface (BPI) and BPI+ encryption.
Examples
The following is a sample output of the show interface cable privacy command with the tek keyword:
Router#show interface cable 3/0 privacy tekConfigured TEK life-time value = 56000The following is a sample output of the show interface cable privacy command with the kek keyword:Router#show interface cable 3/0 privacy kekConfigured KEK life-time value = 750000The following is a sample output of the show interface cable privacy command with the hotlist keyword:
Router#show interface cable 5/1/0 privacy hotlistLastMAC Address Ranged On Type00a0.73b0.4c43 Oct 27 21:57:39 Permanent001a.c3ff.d2d4 Oct 27 21:57:40 Permanent0018.6852.7746 Never Permanent000e.9bb3.b946 Never PermanentThe following is a sample output of the show interface cable privacy command with the eae-policy keyword:
Router#show interface cable 5/1/0 privacy eae-policyEAE ConfigurationPolicy: EAE Ranging EnforcementThe following is a sample output of the show interface cable privacy command with the all keyword:
Router#show interface cable 5/1/0 privacy allEAE ConfigurationPolicy: EAE Ranging EnforcementKEK ConfigurationKEK lifetime: 604800Auth Infos: 0Auth Requests: 0, Auth Replies: 0Auth Rejects: 0, Auth Invalids: 0Packet Buffer Failures: 0Unrecoverable SPA Key Failures: 0TEK ConfigurationTEK lifetime: 43200TEK Requests: 0, TEK Replies: 0TEK Rejects: 0, TEK Invalids: 0SAMap Requests: 0, SAMap Replies: 0SAMap Rejects: 0Interface ConfigurationSelfSigned Trust: UntrustedCheck Cert Validity Periods: TrueTable 208 describes the significant fields shown in the show interface cable privacy command display:
Related Commands
show interface cable qos paramset
To display the attributes of the service flow quality of service (QoS) parameter set, use the show interface cable qos paramset command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} qos paramset [paramset-index ] [verbose]
Cisco IOS Release 12.2(33)SCE and later releases
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} qos paramset [ paramset-index | total ] [verbose]
Syntax Description
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
The show interface cable qos paramset command displays the QoS parameter set for all the service flows on a particular cable interface.
Note
Note
Examples
Example of the show interface cable qos paramset Command Output
The following is a sample output of the show interface cable qos paramset command:
Router# show interface c6/0 qos paramsetIndex Name Dir Sched Prio MaxSusRate MaxBurst MinRsvRate1 US BE 0 64000 0 02 DS BE 0 1000000 0 03 US BE 7 1000000 1522 04 DS BE 0 10000000 3044 0128 US BE 7 1000000 1522 0129 DS BE 0 10000000 3044 0
Note
Example of the show interface cable qos paramset verbose Command Output
The following is a sample output for the verbose form of the show interface cable qos paramset command:
Router# show interface c6/0 qos paramset 1 verboseIndex: 1Name:Direction: UpstreamTraffic Priority: 0Maximum Sustained Rate: 64000 bits/secMax Burst: 0 bytesMinimum Reserved Rate: 0 bits/secMinimum Packet Size 0 bytesMaximum Concatenated Burst: 1522Scheduling Type: Best EffortRequest/Transmission Policy: 0x0Nominal Polling Interval: 0Tolerated Poll Jitter: 0Unsolicited Grant Size: 0 bytesNominal Grant Interval: 0 usecsTolerated Grant Jitter: 0 usecsGrants per Interval: 0IP ToS Overwrite [AND-mask,OR-mask]: 0x0,0x0Example of the show interface cable qos paramset total Command in Cisco IOS Release 12.2(33)SCF
The following is a sample output for the total option of the show interface cable qos paramset command:
Router# show interfaces cable 6/1/0 qos paramset totalIndex SrvClassName Dir Sched MaxSusRate MaxBurst MinRsvRate Total1 US BE 64000 0 0 506692 DS BE 1000000 0 0 506693 def_sclass DS BE 10000000 3044 0 64 us_srvclass_ts1 US BE 0 3044 0 45 us_srvclass_ts1 US BE 0 3044 0 86 us_srvclass_ts2 US BE 0 3044 0 47 us_srvclass_ts2 US BE 0 3044 0 88 ds_srvclass_ts1 DS BE 0 3044 0 129 ds_srvclass_ts2 DS BE 0 3044 0 12
Tip
Table 209 describes the significant fields shown in the display.
Related Commands
show interface cable service-flow
To display the attributes of DOCSIS service flows on a cable interface, use the show interface cable service-flow command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} service-flow [sfid [queue | classifiers | counters | phs | qos [ds | us]] [verbose]]
Cisco IOS Release 12.2(33)SCE and later releases
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} service-flow [sfid [queue | classifiers | counters | phs | qos [ds | service-class | us]] [verbose]]
Syntax Description
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
In Cisco IOS Release 12.2(4)BC1 and later, the optional keywords classifiers, counters, phs, qos, and verbose can be used only when requesting information for a specific service flow ID. When a service flow ID is specified, the verbose keyword can be used by itself or by any of the other optional keywords.
Note
Note
The following two show command examples illustrate counter information, with null value for the number of matches for the upstream service flow, when the show interface cable service-flow command is used with verbose keyword:
Router# show interface cable 6/0 service-flow 30191 verboseSfid : 30191Mac Address : 000a.739e.140aType : Secondary(Dynamic)Direction : UpstreamCurrent State : ActiveCurrent QoS Indexes [Prov, Adm, Act] : [0, 24, 24]Active Time : 00:55Sid : 7140Admitted QoS Timeout : 200 secondsActive QoS Timeout : 0 secondsPackets : 1824Bytes : 466944Rate Limit Delayed Grants : 0Rate Limit Dropped Grants : 0Current Throughput : 68356 bits/sec, 32 packets/secClassifiers:Classifier Id : 41Service Flow Id : 30191CM Mac Address : 000a.739e.140aDirection : upstreamActivation State : activeClassifier Matching Priority : 128PHSI : 1Number of matches : -IP Classification Parameters:IP Source Address : 10.8.230.3Source IP Address Mask : 255.255.255.255Destination IP Address : 172.16.2.35Destination IP Address Mask : 255.255.255.255IP Protocol Type : 17Source Port Low : 53456Source Port High : 53456Destination Port Low : 7052Destination Port High : 7052Router# show interface c6/0 service-flow 30191 phs verboseSfid : 30191PHSI : 1PHSS : 42PHSV : OffPHSM : FF FF FF FF FF C0PHSF : 00 03 E3 31 65 A8 00 0A 73 9E 14 0C 08 00 45 A0 01 18 BE EF00 00 40 11 1C 07 0A 08 E6 03 AC 10 02 23 D0 D0 1B 8C 01 0400 00Packet : 1844Examples
The following examples show a sample output of the show interface cable service-flow command.
Router# show interface c3/0 service-flowSfid Sid Mac Address QoS Param Index Type Dir Curr Active BG / CHProv Adm Act State Time12 N/A 0014.0496.3f9e 4 4 4 prim DS act 3h17m CH 111 5 0014.0496.3f9e 3 3 3 prim US act 3h17m14 N/A 0014.0496.3f76 4 4 4 prim DS act 3h17m BG 10213 6 0014.0496.3f76 3 3 3 prim US act 3h17m16 N/A 0007.0e07.24af 4 4 4 prim DS act 3h17m CH 115 7 0007.0e07.24af 3 3 3 prim US act 3h17m18 N/A 0007.0e06.e1b5 4 4 4 prim DS act 3h17m CH 317 8 0007.0e06.e1b5 3 3 3 prim US act 3h17mPer normal operation, the counter in the Number of Matches field is not initialized for working dynamic service flows. For upstream service flows, the classifier match count is not updated for upstream packet classifiers, and displays no results.
Router# show interface c6/0 service-flow 30191 verboseSfid : 30191Mac Address : 000a.739e.140aType : Secondary(Dynamic)Direction : UpstreamCurrent State : ActiveCurrent QoS Indexes [Prov, Adm, Act] : [0, 24, 24]Active Time : 00:55Sid : 7140Admitted QoS Timeout : 200 secondsActive QoS Timeout : 0 secondsPackets : 1824Bytes : 466944Rate Limit Delayed Grants : 0Rate Limit Dropped Grants : 0Current Throughput : 68356 bits/sec, 32 packets/secClassifiers:Classifier Id : 41Service Flow Id : 30191CM Mac Address : 000a.739e.140aDirection : upstreamActivation State : activeClassifier Matching Priority : 128PHSI : 1Number of matches : -IP Classification Parameters:IP Source Address : 10.8.230.3Source IP Address Mask : 255.255.255.255Destination IP Address : 172.16.2.35Destination IP Address Mask : 255.255.255.255IP Protocol Type : 17Source Port Low : 53456Source Port High : 53456Destination Port Low : 7052Destination Port High : 7052
Note
Sample Downstream Flow
Router# show interface c4/0 service-flow 12 qos verboseSfid : 12Current State : ActiveSid : N/ATraffic Priority : 0Maximum Sustained rate : 1000000 bits/secMaximum Burst : 0 bytesMimimum Reserved rate : 0 bits/secMinimum Packet Size : 0 bytesMaximum Latency : 0 usecsCurrent Throughput : 0 bits/sec, 0 packets/secSample Upstream Flow
Router# show interface c4/0 service-flow 11 qos verboseSfid : 11Current State : ActiveSid : 5Traffic Priority : 0Maximum Sustained rate : 64000 bits/secMaximum Burst : 0 bytesMimimum Reserved rate : 0 bits/secMinimum Packet Size : 0 bytesMaximum Concatenated Burst : 1522Scheduling Type : Best EffortUnsolicited Grant Size : 0 bytesNominal Grant Interval : 20000 usecsGrants per interval : 0Tolerated Grant Jitter : 0 usecsNominal Polling Interval : 0 usecsTolerated Polling Jitter : 0 usecsRequest/Transmission policy : 0x0IP ToS Overwrite[AND-mask, OR-mask] : 0x0, 0x0Current Throughput : 0 bits/sec, 0 packets/sec
Tip
Router# show interface c4/0 service-flow countersSfid Packets Bytes PacketDrops Bits/Sec Packets/Sec12 0 0 0 0 011 8 128 0 0 014 0 0 0 0 013 2 128 0 0 016 0 0 0 0 015 2 128 0 0 018 5 128 0 0 017 2 128 0 0 0Router# show interface c4/0 service-flow 12 counters verboseSfid : 12Packets : 154Octets : 51656RateLimit Delayed Pkts : 0RateLimit Dropped Pkts : 0Bits/sec : 0Packets/Sec : 0Router# show interface c4/0 service-flow 14 classifiersCfrId SFID cable modem Mac Address Direction State Priority Matches2 14 00d0.bad3.c46b upstream active 8 01 14 00d0.bad3.c46b upstream inactive 5 0Router# show interface c4/0 service-flow 14 classifiers verboseSfid : 14Classifier Id : 2Service Flow Id : 14cable modem Mac Address : 00d0.bad3.c46bDirection : upstreamActivation State : activeClassifier Matching Priority : 8PHSI : 0Number of matches : 0IP Classification Parameters:Destination Port Low : 1024Destination Port High : 65535Router# show interface cable 3/0 service-flow 9 phsSfid PHSI PHSS PHSM PHSF PHSV Packet20 1 22 00 00 FF 08 00 45 00 00 56 00 00 On N/ARouter# show interface cable 3/0 service-flow 9 phs verboseSfid : 20PHSI : 1PHSS : 22PHSV : OnPHSM : 00 00 FFPHSF : 08 00 45 00 00 56 00 00 00 00 3C 00 67 A7 0B 00 00 01 0C 0000 01Packet : N/ARouter# show interface c6/0 service-flow 30191 phs verboseSfid : 30191PHSI : 1PHSS : 42PHSV : OffPHSM : FF FF FF FF FF C0PHSF : 00 03 E3 31 65 A8 00 0A 73 9E 14 0C 08 00 45 A0 01 18 BE EF00 00 40 11 1C 07 0A 08 E6 03 AC 10 02 23 D0 D0 1B 8C 01 0400 00Packet : 1844Example of the show interface cable service-flow Command Output in Cisco IOS Release 12.2(33)SCD
The following example shows sample output for the show interface cable service-flow command.
Router# show interface c3/0 service-flowSfid Sid Mac Address QoS Param Index Type Dir Curr Active DS-ForwIf/Prov Adm Act State Time US-BG/CH17 4 001c.ea37.9aac 3 3 3 P US act 13h21m CH 318 N/A 001c.ea37.9aac 4 4 4 P DS act 13h21m Wi3/0:021 6 001c.ea37.9b5a 3 3 3 P US act 13h21m CH 422 N/A 001c.ea37.9b5a 4 4 4 P DS act 13h21m Wi3/0:023 7 0016.925e.654c 3 3 3 P US act 13h21m CH 324 N/A 0016.925e.654c 4 4 4 P DS act 13h21m In3/0:0Example of the show interface cable service-flow queue Command Output That Shows Downstream HQF Queue Information in Cisco IOS Release 12.2(33)SCD
The following example shows a sample output of the show interface cable service-flow queue command displaying downstream HQF queue information for an interface:Router# show interface cable 3/0 service-flow 8 queue* idx/gqid Len/Limit Deqs Drops CIR MIR/PRpkts pkts pkts kbps kbps0/53 0/128 0 0 100 15000/0I: Cable Interface Queue$: Low Latency Queue~: Low Latency Policing QueueExample of the show interface cable service flow queue verbose Command Output That Shows Detailed Downstream HQF Queue Information in Cisco IOS Release 12.2(33)SCD
The following example shows a sample output of the show interface cable service-flow queue verbose command displaying detailed downstream HQF queue information for an interface:Router# show interfaces c3/0 service-flow 8 queue verboseblt (0x19FA93C0, index 6, qid 53, fast_if_number 20) layer CLASS_HIER0scheduling policy: FIFO (110)classification policy: NONE (120)drop policy: TAIL (141)packet size fixup policy: NONE (0) no of global policers: 0D/Traffic Shaping enabledblt flags: 0x22A208C scheduler: 0x1A015D80total guarantee percent 0 total remaining perc 0 total bandwidth guarantee 9500 total active 1D/Traffic Shaping enabledtxcount 0 txqbytes 0 drops 0 qdrops 0 nobuffers 0 flowdrops 0qsize 0 aggregate limit/bytes 128/375000 availbuffers 128holdqueue_out 0 perc 0.00 remaining_ratio/perc 20visible_bw 100 max_rate 15000 allocated_bw 100 vc_encap 0 ecn_threshold NONEweight A 1 quantum A 1500 credit A 1500weight B 1 quantum B 1500 credit B 1500min-rate tokens: 1500, credit: 0, depth: 1500backpressure_policy 0 scheduler_flags C03Flast_sortq[A/B] 0/0, remaining pak/particles 0/0leaf_blt[P1] 0x1A015D80 burst packets/bytes[P1] 0/0leaf_blt[P2] 0x1A015D80 burst packets/bytes[P2] 0/0leaf_blt[NOTP] 0x1A015D80 burst packets/bytes[NOTP] 0/0OUTPUT ShapingBc internal 0 Be internal 0 Time interval 4increment 15000 increment_lower 0 increment_limit 15000last visit 0 credit 0 outstanding_tokens 0 maxtokens 32000000system timer delayed 0 restart timer 0timer set 0 hqf_shape_running 562nextexpire_system_time 0 nextexpire_time_qindex -1Example of the show interface cable service-flow qos Command
The following is a sample output of the show interface cable service-flow qos command:
Router# show interfaces cable 6/1/0 service-flow qosSfid Dir Curr Sid Sched Prio MaxSusRate MaxBrst MinRsvRate ThroughputState Type5 DS act N/A BE 0 10000000 3044 0 030 DS act N/A BE 0 10000000 3044 0 031 US act 12 BE 0 64000 0 0 032 DS act N/A BE 0 1000000 0 0 033 US act 13 BE 0 0 3044 0 035 US act 14 BE 0 0 3044 0 034 DS act N/A BE 0 0 3044 0 036 DS act N/A BE 0 0 3044 0 037 US act 15 BE 0 0 3044 0 045 US act 19 BE 0 0 3044 0 038 DS act N/A BE 0 0 3044 0 046 DS act N/A BE 0 0 3044 0 039 US act 16 BE 0 0 3044 0 047 US act 20 BE 0 0 3044 0 040 DS act N/A BE 0 0 3044 0 048 DS act N/A BE 0 0 3044 0 041 US act 17 BE 0 0 3044 0 043 US act 18 BE 0 0 3044 0 042 DS act N/A BE 0 0 3044 0 044 DS act N/A BE 0 0 3044 0 0Example of the show interface cable service-flow qos us Command Output
The following is a sample output for the us option of the show interface cable service-flow qos command:
Router# show interfaces cable 6/1/0 service-flow qos usSfid Dir Curr Sid Sched Prio MaxSusRate MaxBrst MinRsvRate ThroughputState Type31 US act 12 BE 0 64000 0 0 033 US act 13 BE 0 0 3044 0 035 US act 14 BE 0 0 3044 0 037 US act 15 BE 0 0 3044 0 045 US act 19 BE 0 0 3044 0 039 US act 16 BE 0 0 3044 0 047 US act 20 BE 0 0 3044 0 041 US act 17 BE 0 0 3044 0 043 US act 18 BE 0 0 3044 0 0Example of the show interface cable service-flow qos service-class Command in Cisco IOS Release 12.2(33)SCF
The following is a sample output for the service-class option of the show interface cable service-flow qos command:
Router# show interfaces cable 6/1/0 service-flow qos service-classSfid Dir Sched MaxSusRate MaxBrst MinRsvRate SrvClassNameType5 DS BE 10000000 3044 0 def_sclass30 DS BE 10000000 3044 0 def_sclass31 US BE 64000 0 032 DS BE 1000000 0 033 US BE 0 3044 0 us_srvclass_ts135 US BE 0 3044 0 us_srvclass_ts234 DS BE 0 3044 0 ds_srvclass_ts136 DS BE 0 3044 0 ds_srvclass_ts237 US BE 0 3044 0 us_srvclass_ts145 US BE 0 3044 0 us_srvclass_ts238 DS BE 0 3044 0 ds_srvclass_ts146 DS BE 0 3044 0 ds_srvclass_ts239 US BE 0 3044 0 us_srvclass_ts147 US BE 0 3044 0 us_srvclass_ts240 DS BE 0 3044 0 ds_srvclass_ts148 DS BE 0 3044 0 ds_srvclass_ts241 US BE 0 3044 0 us_srvclass_ts143 US BE 0 3044 0 us_srvclass_ts242 DS BE 0 3044 0 ds_srvclass_ts144 DS BE 0 3044 0 ds_srvclass_ts2Table 210 shows the descriptions for the significant fields shown in the display:
Note
The following example shows upstream bonding information on a cable interface line card in Cisco IOS Release 12.2(33)SCC:Routeru# show interface cable 5/0/1 service-flow 3070 verboseSfid : 3070Mac Address : 001a.c3ff.d59cType : Secondary(Static)Direction : UpstreamCurrent State : ActiveCurrent QoS Indexes [Prov, Adm, Act] : [6, 6, 6]Active Time : 07:48Required Attributes : 0x00000000Forbidden Attributes : 0x00000000Aggregate Attributes : 0x00000000Sid : 720Traffic Priority : 0Maximum Sustained rate : 1000000 bits/secMaximum Burst : 1522 bytesMinimum Reserved Rate : 0 bits/secMinimum Packet Size : 0 bytesAdmitted QoS Timeout : 200 secondsActive QoS Timeout : 0 secondsPackets : 58381Bytes : 29891072Rate Limit Delayed Grants : 63Rate Limit Dropped Grants : 29058Current Throughput : 1108314 bits/sec, 270 packets/secApplication Priority : 0US Bonded : YESUpstream Bonding Group : UBG-1Transmit Channel Set : 0xFSid Cluster : SC-0, Sid [ 720 720 720 720 ]Segments Valid : 24201Segments Discarded : 0Segments Lost : 0SID Cluster Switching InformationTotal Bytes Requested : 0Total Time : 0Outstanding Bytes : 0Max Requests : 1Classifiers:Classifier Id : 1Service Flow Id : 3070CM Mac Address : 001a.c3ff.d59cDirection : upstreamActivation State : activeClassifier Matching Priority : 1PHSI : 0Number of matches : 58381IP Classification Parameters:Destination IP Address : 192.168.24.0Destination IP Address Mask : 255.255.255.0 Chicago10k#The following example shows the output of the show interface cable service-flow counters command displaying the service flow counters on the cable interface at slot/subslot/port 7/1/0:
Router# show interface cable 7/1/0 service-flow 7 countersSfid Packets Bytes PacketDrop Bits/Sec Packet/Sec7 16 8384 0 0 0Table 211 shows the significant fields shown in the display for the phs option:
Related Commands
show interface cable sid
To display the service identifier (SID) information for a cable modem (CM), use the show interface cable sid command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} sid id [association | connectivity | counters | qos | secondary-ip | rate-adapt] [verbose]
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} sid id [association | connectivity | counters | qos | secondary-ip | rate-adapt] [verbose]
Syntax Description
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Data transport over the radio frequency (RF) link uses the registered SID address rather than the Ethernet address. This allows multiple hosts to access the network via a single CM.
The verbose keyword can be used with any of the other options or by itself, but it displays additional information only when used with the counters, qos, and rate-adapt options.
Note
Tip
Examples
This section shows the output from the different forms of the show interface cable sid command.
The following example shows the error message that is displayed when you attempt to use this command on a subinterface:
Router# show interface cable 6/0.1 sidCommand not allowed on sub-interfacePlease use main interface C6/0show interface cable sid Examples
Router# show interface cable 4/0 sidSid Prim MAC Address IP Address Type Age Admin Sched SfidState Type5 0010.7b6b.58c1 10.20.114.34 stat 2d1h36m enable BE 16 0010.7bed.9dc9 10.20.114.37 stat 2d1h36m enable BE 137 0010.7bed.9dbb 10.20.114.38 stat 2d1h36m enable BE 158 0010.7b6b.58bb 10.20.114.112 stat 2d1h34m enable BE 179 0010.7b6b.58bb 10.20.114.112 dyna 2d1h34m enable BE 19The following example shows output from the show interface cable modem command in Cisco IOS Release 12.2(33)SCA for all SIDs on a particular cable interface on a Cisco uBR10012 router. None of the CMs or CPEs are supporting both IPv4 and IPv6 addressing, which is indicated by the "N" in the Dual IP output field.:
Router# show interface cable 8/0/0 sidSid Prim MAC Address IP Address Type Age Admin Sched Sfid DualState Type IP1 0008.0da6.1c47 50.3.134.12 stat 41:58 enable BE 3 N2 0008.0da5.6e48 50.3.134.2 stat 41:58 enable BE 5 N3 0008.0da6.0447 50.3.134.13 stat 41:55 enable BE 7 N4 0008.0da6.3447 50.3.134.3 stat 41:56 enable BE 9 N5 0011.8065.e78e 50.3.134.38 stat 40:52 enable BE 11 N6 0000.cab7.8620 50.3.134.8 stat 41:25 enable BE 13 N7 0011.8065.e7a6 50.3.134.10 stat 40:52 enable BE 15 N8 0006.53b6.57f5 50.3.134.9 stat 41:34 enable BE 17 N9 0006.53b6.581d 50.3.134.27 stat 41:08 enable BE 19 N10 0007.0e04.ebfd 50.3.134.5 stat 41:04 enable BE 21 NTable 214 describes the fields displayed by the show interface cable sid command.
show interface cable sid qos Examples
Router# show interface cable 4/0 sid qosSid Pr MaxSusRate MinRsvRate Sched Grant Grant GPI Poll ThrputType Size Intvl Intvl5 0 64000 0 BE 0 0 0 0 06 0 64000 0 BE 0 0 0 0 07 0 64000 0 BE 0 0 0 0 08 0 64000 0 BE 0 0 0 0 0Router# show interface cable 4/0 sid 5 qosSid Pr MaxSusRate MinRsvRate Sched Grant Grant GPI Poll ThrputType Size Intvl Intvl5 0 64000 0 BE 0 0 0 0 0show interface cable sid qos verbose Examples
Router# show interface cable 4/0 sid 5 qos verboseSid : 5Traffic Priority : 0Maximum Sustained Rate : 64000Maximum Burst : 0Minimum Reserved Rate : 0Minimum Packet Size : 0Maximum Concatenated Burst : 1522Scheduling Type : Best EffortNominal Grant Interval : 0Tolerated Grant Jitter : 0Nominal Polling Interval : 0Tolerated Polling Jitter : 0Unsolicited Grant Size : 0Grants per Interval : 0Request/Transmission Policy : 0x0IP ToS Overwrite [AND-mask, OR-mask] : 0x0, 0x0Current Throughput : 0 bits/sec, 0 packets/secshow interface cable sid counter Examples
When using DOCSIS 1.1 software, such as Cisco IOS Release 12.2 BC, the show interface sid counter command provides the following display:
Router# show interface cable 5/0 sid counterSid Req-polls BW-reqs Grants Packets Frag Concatpktsissued received issued received complete received1 0 22 22 22 0 02 0 3 3 2 0 03 0 0 0 0 0 0When using DOCSIS 1.0 software, such as Cisco IOS Release 12.1 EC, the show interface sid counter command provides the following display:
Router# show interface cable 5/0 sid counterSid Inpackets Inoctets Outpackets Outoctets Ratelimit RatelimitBWReqDrop DSPktDrop6 51 6559 42 3580 0 07 47 5993 40 3428 0 08 47 6136 36 3122 0 09 0 0 0 0 0 0show interface cable sid counter verbose Examples
The following example shows typical verbose output for the SID counters on a Cisco uBR-MCxxC cable interface line card:
Router# show interface cable 4/0 sid 3 counter verboseSid : 3Request polls issued : 0BW requests received : 1No grant buf BW request drops : 0Rate exceeded BW request drops : 0Grants issued : 1Packets received : 0Bytes received : 0Fragment reassembly completed : 0Fragment reassembly incomplete : 0Concatenated packets received : 0Queue-indicator bit statistics : 0 set, 0 grantedGood Codewords rx : 0Corrected Codewords rx : 0Uncorrectable Codewords rx : 0Concatenated headers received : 0Fragmentation headers received : 0Fragmentation headers discarded: 0The following example shows typical verbose output for the SID counters on the Cisco uBR10-MC5X20S cable interface line card:
Router# show interface cable 4/0 sid 3 counters verboseSid : 1Request polls issued : 0BWReqs {Cont,Pigg,RPoll,Other} : 0, 1052, 1052, 0No grant buf BW request drops : 0Rate exceeded BW request drops : 0Grants issued : 1052Packets received : 0Bytes received : 0Fragment reassembly completed : N/AFragment reassembly incomplete : N/AConcatenated packets received : N/AQueue-indicator bit statistics : 0 set, 0 grantedGood Codewords rx : 53Corrected Codewords rx : 6110Uncorrectable Codewords rx : 8540896Concatenated headers received : 235Fragmentation headers received : 0Fragmentation headers discarded: 0
Note
show interface cable sid association Example
The following example shows typical output for the association keyword:
Router# show interface cable 5/0 sid associationSid Prim Online IP Address MAC Address Interface VRF Name1 online 192.168.129.20 0003.e38f.e993 Ca5/0.50 green2 online 192.168.129.17 0003.e38f.e89d Ca5/0.50 green3 init(t) 192.168.129.12 00d0.baa2.fb93 Ca5/0.50 green
Note
The following example shows sample output for the secondary-ip keyword:
Router# show interface cable 5/0 sid secondary-ipFor sid 1 secondary ip list contains 2 address(es)192.168.129.20192.168.81.123For sid 2 secondary ip list contains 2 address(es)192.168.129.1710.10.11.3
Tip
Table 215 describes the fields displayed by the show interface cable sid command.
Related Commands
show interface cable sid
To display the service identifier (SID) information for a cable modem (CM), use the show interface cable sid command in privileged EXEC mode.
show interface cable {slot/port | slot/subslot/port} sid id [association | connectivity | counters | qos | secondary-ip | rate-adapt] [verbose]
Cisco IOS Release 12.2(33)SCE and later
show interface cable {slot/cable-interface-index | slot/subslot/cable-interface-index} sid id [association | connectivity | counters | qos | secondary-ip | rate-adapt] [verbose]
Syntax Description
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Data transport over the radio frequency (RF) link uses the registered SID address rather than the Ethernet address. This allows multiple hosts to access the network via a single CM.
The verbose keyword can be used with any of the other options or by itself, but it displays additional information only when used with the counters, qos, and rate-adapt options.
Note
Tip
Examples
This section shows the output from the different forms of the show interface cable sid command.
The following example shows the error message that is displayed when you attempt to use this command on a subinterface:
Router# show interface cable 6/0.1 sidCommand not allowed on sub-interfacePlease use main interface C6/0show interface cable sid Examples
Router# show interface cable 4/0 sidSid Prim MAC Address IP Address Type Age Admin Sched SfidState Type5 0010.7b6b.58c1 10.20.114.34 stat 2d1h36m enable BE 16 0010.7bed.9dc9 10.20.114.37 stat 2d1h36m enable BE 137 0010.7bed.9dbb 10.20.114.38 stat 2d1h36m enable BE 158 0010.7b6b.58bb 10.20.114.112 stat 2d1h34m enable BE 179 0010.7b6b.58bb 10.20.114.112 dyna 2d1h34m enable BE 19The following example shows output from the show interface cable modem command in Cisco IOS Release 12.2(33)SCA for all SIDs on a particular cable interface on a Cisco uBR10012 router. None of the CMs or CPEs are supporting both IPv4 and IPv6 addressing, which is indicated by the "N" in the Dual IP output field.:
Router# show interface cable 8/0/0 sidSid Prim MAC Address IP Address Type Age Admin Sched Sfid DualState Type IP1 0008.0da6.1c47 50.3.134.12 stat 41:58 enable BE 3 N2 0008.0da5.6e48 50.3.134.2 stat 41:58 enable BE 5 N3 0008.0da6.0447 50.3.134.13 stat 41:55 enable BE 7 N4 0008.0da6.3447 50.3.134.3 stat 41:56 enable BE 9 N5 0011.8065.e78e 50.3.134.38 stat 40:52 enable BE 11 N6 0000.cab7.8620 50.3.134.8 stat 41:25 enable BE 13 N7 0011.8065.e7a6 50.3.134.10 stat 40:52 enable BE 15 N8 0006.53b6.57f5 50.3.134.9 stat 41:34 enable BE 17 N9 0006.53b6.581d 50.3.134.27 stat 41:08 enable BE 19 N10 0007.0e04.ebfd 50.3.134.5 stat 41:04 enable BE 21 NTable 214 describes the fields displayed by the show interface cable sid command.
show interface cable sid qos Examples
Router# show interface cable 4/0 sid qosSid Pr MaxSusRate MinRsvRate Sched Grant Grant GPI Poll ThrputType Size Intvl Intvl5 0 64000 0 BE 0 0 0 0 06 0 64000 0 BE 0 0 0 0 07 0 64000 0 BE 0 0 0 0 08 0 64000 0 BE 0 0 0 0 0Router# show interface cable 4/0 sid 5 qosSid Pr MaxSusRate MinRsvRate Sched Grant Grant GPI Poll ThrputType Size Intvl Intvl5 0 64000 0 BE 0 0 0 0 0show interface cable sid qos verbose Examples
Router# show interface cable 4/0 sid 5 qos verboseSid : 5Traffic Priority : 0Maximum Sustained Rate : 64000Maximum Burst : 0Minimum Reserved Rate : 0Minimum Packet Size : 0Maximum Concatenated Burst : 1522Scheduling Type : Best EffortNominal Grant Interval : 0Tolerated Grant Jitter : 0Nominal Polling Interval : 0Tolerated Polling Jitter : 0Unsolicited Grant Size : 0Grants per Interval : 0Request/Transmission Policy : 0x0IP ToS Overwrite [AND-mask, OR-mask] : 0x0, 0x0Current Throughput : 0 bits/sec, 0 packets/secshow interface cable sid counter Examples
When using DOCSIS 1.1 software, such as Cisco IOS Release 12.2 BC, the show interface sid counter command provides the following display:
Router# show interface cable 5/0 sid counterSid Req-polls BW-reqs Grants Packets Frag Concatpktsissued received issued received complete received1 0 22 22 22 0 02 0 3 3 2 0 03 0 0 0 0 0 0When using DOCSIS 1.0 software, such as Cisco IOS Release 12.1 EC, the show interface sid counter command provides the following display:
Router# show interface cable 5/0 sid counterSid Inpackets Inoctets Outpackets Outoctets Ratelimit RatelimitBWReqDrop DSPktDrop6 51 6559 42 3580 0 07 47 5993 40 3428 0 08 47 6136 36 3122 0 09 0 0 0 0 0 0show interface cable sid counter verbose Examples
The following example shows typical verbose output for the SID counters on a Cisco uBR-MCxxC cable interface line card:
Router# show interface cable 4/0 sid 3 counter verboseSid : 3Request polls issued : 0BW requests received : 1No grant buf BW request drops : 0Rate exceeded BW request drops : 0Grants issued : 1Packets received : 0Bytes received : 0Fragment reassembly completed : 0Fragment reassembly incomplete : 0Concatenated packets received : 0Queue-indicator bit statistics : 0 set, 0 grantedGood Codewords rx : 0Corrected Codewords rx : 0Uncorrectable Codewords rx : 0Concatenated headers received : 0Fragmentation headers received : 0Fragmentation headers discarded: 0The following example shows typical verbose output for the SID counters on the Cisco uBR10-MC5X20S cable interface line card:
Router# show interface cable 4/0 sid 3 counters verboseSid : 1Request polls issued : 0BWReqs {Cont,Pigg,RPoll,Other} : 0, 1052, 1052, 0No grant buf BW request drops : 0Rate exceeded BW request drops : 0Grants issued : 1052Packets received : 0Bytes received : 0Fragment reassembly completed : N/AFragment reassembly incomplete : N/AConcatenated packets received : N/AQueue-indicator bit statistics : 0 set, 0 grantedGood Codewords rx : 53Corrected Codewords rx : 6110Uncorrectable Codewords rx : 8540896Concatenated headers received : 235Fragmentation headers received : 0Fragmentation headers discarded: 0
Note
show interface cable sid association Example
The following example shows typical output for the association keyword:
Router# show interface cable 5/0 sid associationSid Prim Online IP Address MAC Address Interface VRF Name1 online 192.168.129.20 0003.e38f.e993 Ca5/0.50 green2 online 192.168.129.17 0003.e38f.e89d Ca5/0.50 green3 init(t) 192.168.129.12 00d0.baa2.fb93 Ca5/0.50 greenThe following example shows sample output for the secondary-ip keyword:
Router# show interface cable 5/0 sid secondary-ipFor sid 1 secondary ip list contains 2 address(es)192.168.129.20192.168.81.123For sid 2 secondary ip list contains 2 address(es)192.168.129.1710.10.11.3
Tip
Table 215 describes the fields displayed by the show interface cable sid command.
