Examples
Target RCS Selection for Static Load Balancing
The following is a sample output of the show
cable
load-balance
docsis-group
command:
Router# show cable load-balance docsis-group 1
DOCSIS 2.0 LB Enabled: Yes DOCSIS 3.0 LB Enabled: No
DOCSIS Group Status Interval DCC mask Policy Method Threshold
Group Index /UCC DS/US M/E/U/P/S
1 82 RE 10 0x40(1)/Y 0 m/m 5/10/70/70/50
The following is a sample output of the show cable load-balance docsis-group load command:
Router# show cable load-balance docsis-group 1 load
DOCSIS load-balancing load
Interface State Group Utilization Rsvd NBCM WB/UB Weight
Index Total Total
Cable7/0/0 (333 MHz) up 81 1%(0%/1%) 0% 3 8 37
Cable7/0/0/U0 up 81 1% 0% 21 2 7.6
Cable7/0/0/U1 up 81 1% 0% 19 3 7.6
Cable7/0/0/U2 up 81 1% 0% 20 1 7.6
Cable7/0/0/U3 up 81 1% 0% 21 1 7.6
Mo1/0/0:0 (501 MHz) up 81 1%(0%/1%) 0% 2 48 36
Mo1/0/0:0/U0 up 81 1% 0% 21 2 7.6
Mo1/0/0:0/U1 up 81 1% 0% 19 3 7.6
Mo1/0/0:0/U2 up 81 1% 0% 20 1 7.6
Mo1/0/0:0/U3 up 81 1% 0% 21 1 7.6
Mo1/0/0:1 (507 MHz) up 81 1%(0%/1%) 0% 2 47 36
Mo1/0/0:1/U0 up 81 1% 0% 21 2 7.6
Mo1/0/0:1/U1 up 81 1% 0% 19 3 7.6
Mo1/0/0:1/U2 up 81 1% 0% 20 1 7.6
Mo1/0/0:1/U3 up 81 1% 0% 21 1 7.6
Mo1/0/0:2 (513 MHz) up 81 1%(0%/1%) 0% 3 40 36
Mo1/0/0:2/U0 up 81 1% 0% 21 2 7.6
Mo1/0/0:2/U1 up 81 1% 0% 19 3 7.6
Mo1/0/0:2/U2 up 81 1% 0% 20 1 7.6
Mo1/0/0:2/U3 up 81 1% 0% 21 1 7.6
Mo1/0/0:3 (519 MHz) up 81 1%(0%/1%) 0% 2 47 36
Mo1/0/0:3/U0 up 81 1% 0% 21 2 7.6
Mo1/0/0:3/U1 up 81 1% 0% 19 3 7.6
Mo1/0/0:3/U2 up 81 1% 0% 20 1 7.6
Mo1/0/0:3/U3 up 81 1% 0% 21 1 7.6
The following is a sample output of the show cable load-balance docsis-group load | in ln command displaying the load of all primary channels:
Router# show cable load-balance docsis-group fn 1 md c3/0/1 load | in In
Interface State Group Utilization Rsvd NBCM WB/UB Weight
In3/0/1:0(573 MHz) initial 2147557888 0%(0%/0%) 0% 0 17 37
In3/0/1:4(597 MHz) initial 2147557888 0%(0%/0%) 0% 0 17 37
In3/0/1:8(621 MHz) initial 2147557888 0%(0%/0%) 0% 0 13 37
In3/0/1:12(645 MHz) initial 2147557888 0%(0%/0%) 0% 0 13 37
In3/0/1:16(669 MHz) initial 2147557888 0%(0%/0%) 0% 0 13 37
In3/0/1:20(693 MHz) initial 2147557888 0%(0%/0%) 0% 0 13 37
In3/0/1:24(717 MHz) initial 2147557888 0%(0%/0%) 0% 0 13 37
In3/0/1:28(741 MHz) initial 2147557888 0%(0%/0%) 0% 0 13 37
The following is a sample output of the show
cable
load-balance
docsis-group
load command in Cisco IOS Release 12.2(33)SCF and later releases displaying sample wideband (WB), narrowband (NB), or mixed cable
modem details. The NBCM and WB/upstream bonding (UB) columns display information about DOCSIS 3.0 MRC-only and MTC CMs for
DOCSIS static modem-count based load balancing:
Router# show cable load-balance docsis-group 60 load
DOCSIS load-balancing load
Interface State Group Utilization Rsvd NBCM WB/UB Weight
Index Total Total
Mo1/0/0:0 (423 MHz) initial 81 0%(0%/0%) 0% 0 7 36
Mo1/0/0:0/U0 up 81 0% 0% 2 0 5.1
Mo1/0/0:0/U1 up 81 0% 0% 3 0 5.1
Mo1/0/0:0/U2 up 81 0% 0% 2 0 5.1
Mo1/0/0:0/U3 up 81 0% 0% 3 0 5.1
Mo1/0/0:4 (447 MHz) initial 81 0%(0%/0%) 0% 0 3 36
Mo1/0/0:4/U0 up 81 0% 0% 2 0 5.1
Mo1/0/0:4/U1 up 81 0% 0% 3 0 5.1
Mo1/0/0:4/U2 up 81 0% 0% 2 0 5.1
Mo1/0/0:4/U3 up 81 0% 0% 3 0 5.1
Table 51. DOCSIS 3.0 Load Balancing Counter Definition
Modem Operating Mode
|
NBCM Total
|
WB/UB Total
|
Downstream (DS)
|
Upstream (US)
|
DS
|
US
|
Non-MRC mode (online, NB CM)
|
Count primary
|
Count single US
|
Not counted
|
Not counted
|
MRC mode only (w-online, WB CM)
|
Not counted
|
Count single US
|
Count primary and secondary
|
Count single US
|
MTC mode (UB online, UB CM)
|
Not counted
|
Not counted
|
Count primary and secondary
|
Count all TCS channels
|
The following is a sample output of the show
cable
load-balance
docsis-group
pending
command in Cisco IOS Release 12.2(33)SCE and earlier releases.
Router# show cable load-balance docsis-group 70 pending
Modem Grp Idx Primary RF/RCC MD/TCS Action Active Retries
Src Target Src Target Time
001c.ea37.9bda 81 Mo1/0/0:2/1 Mo1/0/0:3/0 60/4 60/4 REINIT 00:44 0 DOCSIS 3.0 LB
001c.ea37.9ab0 81 Mo1/0/0:1/2 Mo1/0/0:2/0 60/4 60/2 REINIT 00:41 0 DOCSIS 3.0 LB
001c.ea37.9aa6 81 Mo1/0/0:0/1 Mo1/0/0:1/0 60/1 60/4 REINIT 00:50 0 DOCSIS 3.0 LB
001c.ea37.9b1e 81 Mo1/0/0:1/1 Mo1/0/0:0/0 60/2 60/2 REINIT 00:44 0 DOCSIS 3.0 LB
001c.ea37.9a8c 81 Mo1/0/0:3/2 Mo1/0/0:2/0 60/4 60/2 REINIT 00:41 0 DOCSIS 3.0 LB
001c.ea37.9aee 81 Mo1/0/0:3/2 Mo1/0/0:2/0 60/8 60/4 REINIT 00:52 0 DOCSIS 3.0 LB
001c.ea37.9a8a 81 Mo1/0/0:0/1 Mo1/0/0:3/0 60/8 60/1 REINIT 00:55 0 DOCSIS 3.0 LB
The following is a sample output of the show
cable
load-balance
docsis-group
pending
command for DOCSIS 3.0 cable modems with MTC mode in Cisco IOS Release 12.2(33)SCF and later releases:
Router# show cable load-balance docsis-group 81 pending
Modem GrpIdx Primary RF/RCC MD/TCS Action Active Retries
Src Target Src Target Time
0000.cad6.eece 81 In6/0/2:3/0 In6/0/0:0/0 DCC 00:01 0
The following is a sample output of the show
cable
load-balance
docsis-group
statistics
command.
Router# show cable load-balance docsis-group 1 statistics
Target interface State Transfers
Complete Pending Retries Failures
Cable1/0 (453 MHz) up 0 0 0 0
Cable1/0/U2 down 0 0 0 0
Cable1/1 (459 MHz) initial 0 0 0 0
Cable1/1/U0 initial 0 0 0 0
Cable1/1/U1 initial 0 0 0 0
Cable1/1/U2 initial 0 0 0 0
Cable1/1/U3 initial 0 0 0 0
The following is a sample output of the show
cable
load-balance
docsis-group
target
command.
Router# show cable load-balance docsis-group 1 target
Interface State Group Target
Index
Cable1/0 (453 MHz) up 82 Cable1/1 (459 MHz) [enforce]
Cable1/0/U2 down 82
Cable1/1 (459 MHz) initial 82
Cable1/1/U0 initial 82
Cable1/1/U1 initial 82
Cable1/1/U2 initial 82
Cable1/1/U3 initial 82
The following is a sample output of the show
cable
load-balance
docsis-group
modem-list
command on the integrated cable configuration:
Router# show cable load-balance docsis-group 1 modem-list
Primary DS Grp Idx MAC Address RCC-ID Bad RfId Priority
Cable7/0/0/U0 81 (1)
001c.ea37.9b3e 2 0
Cable7/0/0/U1 81 (1)
001c.ea37.9b28 2 0
Cable7/0/0/U2 81 (1)
001c.ea37.9bf4 2 0
Cable7/0/0/U3 81 (1)
001c.ea37.9b5e 2 0
In8/1/0:0/U0 81 (2)
0014.f82f.74f6 !
Note
|
The priority for an excluded modem is displayed as "!".
|
Effective from Cisco IOS Release 12.2(33)SCH, the output of the show
cable
load-balance
docsis-group command is modified to include an additional field MUPFXLR to display more status information.
The following is a sample output of the show cable load-balance docsis-group rfch-util command to verify QAM channel utilization:
Router# show cable load-balance docsis-group 1 rfch-util
Interface Pstate Pending-In Pending-Out Throughput(Kbps) Util
In9/0/0:0 NA No No 0 0
In9/0/0:1 up No No 10886 29
In9/0/0:2 initial No No 10470 27
In9/0/0:3 initial No No 10415 27
In9/0/0:4 initial No No 10791 28
In9/0/0:5 initial No No 12352 32
In9/0/0:6 initial No No 11883 31
In9/0/0:7 up No No 14402 38
In9/0/0:8 up No No 11336 30
In9/0/0:9 up No No 11233 29
In9/0/0:10 up No No 10601 28
In9/0/0:11 up No No 10652 28
In9/0/0:12 up No No 8363 22
In9/0/0:13 up No No 8165 21
In9/0/0:14 up No No 10128 27
In9/0/0:15 up No No 10637 28
Table 52. show cable load-balance docsis-group - Field Description for QAM channel utilization
Field
|
Description
|
Interface
|
Downstream channel interface name.
|
Pstate
|
For primary capable channel downstream, the following Pstate are present:
- initial
- up
- down
- disable
- moving
|
Pending-In
|
The modem is moving in.
|
Pending-Out
|
The modem is moving out.
|
Throughput (Kbps)
|
The channel's current throughput.
|
Util
|
The channel's current utilization in percentage.
|
The following example shows the modified output of the show
cable
load-balance
docsis-group command:
Router#show cable load-balance docsis-group
fn 1 md c6/0/0 modem-list
Load for five secs: 1%/0%; one minute: 2%; five minutes: 1%
Time source is NTP, 13:39:31.300 PDT Thu Mar 28 2013
Codes: M - Multicast, U - UGS, P - PCMM, F - Max-Failures, X - eXcluded
L - L2vpn, R - RSVP
Primary DS Grp Idx MAC Address RCC-ID Bad Rfid Priority MUPFXLR
In6/0/0:0/UB 40448 (6)
e448.c70c.98af 1 2 -------
e448.c70c.9b76 1 2 -------
e448.c70c.9c15 1 2 -------
e448.c70c.9a92 1 2 -------
e448.c70c.99e4 1 2 -------
e448.c70c.9a35 1 2 -------
In6/0/0:0/U0 40448 (0)
In6/0/0:0/U1 40448 (1)
e448.c70c.9915 2 -------
In6/0/0:0/U2 40448 (0)
In6/0/0:0/U3 40448 (0)
In6/0/0:1/UB 40448 (5)
e448.c70c.9abc 1 2 -------
e448.c70c.993f 1 2 -------
e448.c70c.9927 1 2 -------
e448.c70c.9b82 1 2 -------
4458.2945.2cb8 1 2 -------
In6/0/0:1/U0 40448 (0)
In6/0/0:1/U1 40448 (0)
In6/0/0:1/U2 40448 (0)
In6/0/0:1/U3 40448 (0)
In6/0/0:2/UB 40448 (5)
e448.c70c.9759 1 2 -------
e448.c70c.9a0e 1 2 -------
e448.c70c.992d 1 2 -------
e448.c70c.9a38 1 2 -------
0025.2ed9.9984 1 2 -----L-
In6/0/0:2/U0 40448 (0)
In6/0/0:2/U1 40448 (0)
In6/0/0:2/U2 40448 (0)
In6/0/0:2/U3 40448 (0)
In6/0/0:3/UB 40448 (5)
e448.c70c.9c00 1 2 -------
e448.c70c.99a5 1 2 -------
e448.c70c.9a5f 1 2 -------
e448.c70c.9a3b 1 2 -------
e448.c70c.96b1 1 2 -------
In6/0/0:3/U0 40448 (0)
In6/0/0:3/U1 40448 (0)
In6/0/0:3/U2 40448 (0)
In6/0/0:3/U3 40448 (0)
Table 53. show cable load-balance docsis-group - Field Description for MUPFXLR status field
Field
|
Description
|
MUPFXLR field descriptions
|
Multicast (M)
|
Multicast session operating on the modem. It indicates a host behind a cable modem that has joined an IGMP group. Verify
this status using the show cable modem verbose | in Features Bitmask command.
|
UGS (U)
|
Indicates that a cable modem has UGS service flows. This configuration can be verified by show cable modem qos | in UGS
|
Packetcable (P)
|
Indicates that a cable modem has one or more Packetcable gate. This status can be verified by show packetcable gate summary
and show cable modem cpe commands.
|
max-Failures (F)
|
Indicates that a cable modem has reached maximum failure threshold. This status can be verified by the show cable modem internal
load command.
|
eXcluded (X)
|
Indicates that a cable modem is listed in the list of excluded modems. This status can be verified by the show running-config
| begin load-balance exclude command.
|
L2VPN (L)
|
Indicates that a cable modem is provisioned in L2VPN service. This status can be verified by the show cable l2-vpn xconnect
command.
|
RSVP (R)
|
Indicates that a cable modem has RSVP flows. This status can be verified by the show cable modem verbose | in Features Mask
command.
|
The following is a sample output of the show
cable
load-balance
docsis-group
modem-list
command on the modular cable configuration:
Router# show cable load-balance docsis-group 23 modem-list
Primary DS Grp Idx MAC Address RCC-ID Bad RfId Priority
Mo6/1/0:0/U0 81 (0)
Mo6/1/0:0/U8 81 (0)
Mo6/1/0:0/U1 81 (0)
Mo6/1/0:0/U2 81 (0)
Mo6/1/0:0/U3 81 (0)
Mo6/1/0:0/U4 81 (0)
Mo6/1/0:0/U5 81 (0)
Mo6/1/0:0/U6 81 (0)
Mo6/1/0:0/U7 81 (0)
Mo6/1/0:1/U0 81 (0)
Mo6/1/0:1/U8 81 (0)
Mo6/1/0:1/U1 81 (0)
Mo6/1/0:1/U2 81 (1)
001a.c30c.7e9a 5 0
Mo6/1/0:1/U3 81 (0)
Mo6/1/0:1/U4 81 (0)
Mo6/1/0:1/U5 81 (0)
Mo6/1/0:1/U6 81 (0)
Mo6/1/0:1/U7 81 (0)
The following is a sample output of the show
cable
load-balance
docsis-group
modem-list
command on a fiber node topology configuration:
Router# show cable load-balance docsis-group fn 2 md cable 6/0/0 modem-list
CM List - LBG : 40449
Primary DS MAC Address RCC-ID
In6/0/0:2/UB (0)
In6/0/0:3/UB (1)
0025.2e2d.7322 2
In6/0/1:0/UB (2)
0025.2e2d.7326 1
0025.2e2d.7338 1
The following is a sample output for the show
cable
load-balance
docsis-group
modem-list command for the DOCSIS 3.0 GLBG:
Router# show cable load-balance docsis-group fn 2 md cable 7/0/0 modem-list
Primary DS Grp Idx MAC Address RCC-ID Bad RfId Priority
Cable7/0/0/U0 48129 (0)
Cable7/0/0/U1 48129 (0)
Cable7/0/0/U2 48129 (0)
Cable7/0/0/U3 48129 (0)
Mo1/0/0:0/UB 48129 (6)
0025.2eaf.6bbc 1 0
001e.6bfb.000c 1 0
001a.c3ff.d354 1 0
0023.be50.e5aa 1 0
001e.6bfb.1a3a 1 0
Mo1/0/0:0/U0 48129 (0)
Mo1/0/0:0/U1 48129 (0)
Mo1/0/0:0/U2 48129 (0)
Mo1/0/0:0/U3 48129 (0)
Mo1/0/0:1/U0 48129 (0)
Mo1/0/0:1/U1 48129 (0)
Mo1/0/0:1/U2 48129 (0)
Mo1/0/0:1/U3 48129 (0)
Mo1/0/0:2/UB 48129 (2)
001a.c3ff.d87a 1 0
001e.6bfb.71b0 2 0
Mo1/0/0:2/U0 48129 (0)
Mo1/0/0:2/U1 48129 (0)
Mo1/0/0:2/U2 48129 (0)
Mo1/0/0:2/U3 48129 (0)
Mo1/0/0:3/UB 48129 (1)
001e.6bff.8af2 1 0
Mo1/0/0:3/U0 48129 (0)
Mo1/0/0:3/U1 48129 (0)
Mo1/0/0:3/U2 48129 (0)
Mo1/0/0:3/U3 48129 (0)
The following is a sample output for the show
cable
load-balance
docsis-group
pending command:
Router# show cable load-balance docsis-group fn 2 md cable 7/0/0 pending
Modem Grp Idx Primary RF/RCC MD/TCS Action Active Retries
Src Target Src Target Time
001e.6bfb.000c 48129 Mo1/0/0:0/1 Mo1/0/0:3/2 60/12 60/12 REINIT 00:20 0 DOCSIS 3.0 LB
001e.6bfb.71b0 48129 Mo1/0/0:2/2 Mo1/0/0:2/1 60/12 60/5 REINIT 00:22 0 DOCSIS 3.0 LB
001e.6bfc.d030 48129 Mo1/0/0:0/1 Mo1/0/0:3/2 60/3 60/3 REINIT 00:03 0 DOCSIS 3.0 LB
The following is a sample output of the show
cable
load-balance
docsis-group
all
command. This command displays information of all options in this command.
Router# show cable load-balance docsis-group 1 all
DOCSIS LB Enabled: Yes
DOCSIS Group Status Interval DCC mask Policy Method Threshold
Group Index /UCC DS/US M/E/U/P/S
1 82 RE 10 0x40(1)/Y 0 m/m 5/10/70/70/50
Current load:
Interface State Group Utilization Reserved Modems Weight
Index
Cable1/0 (453 MHz) up 82 0%(0%/0%) 0% 13 26
Cable1/0/U2 down 82 0% 0% 0 0.0
Cable1/1 (459 MHz) initial 82 0%(0%/0%) 0% 0 26
Cable1/1/U0 initial 82 0% 0% 0 2.5
Cable1/1/U1 initial 82 0% 0% 0 2.5
Cable1/1/U2 initial 82 0% 0% 0 2.5
Cable1/1/U3 initial 82 0% 0% 0 2.5
Target assignments:
Interface State Group Target
Index
Cable1/0 (453 MHz) up 82 Cable1/1 (459 MHz) [enforce]
Cable1/0/U2 down 82
Cable1/1 (459 MHz) initial 82
Cable1/1/U0 initial 82
Cable1/1/U1 initial 82
Cable1/1/U2 initial 82
Cable1/1/U3 initial 82
Statistics:
Target interface State Transfers
Complete Pending Retries Failures
Cable1/0 (453 MHz) up 0 0 0 0
Cable1/0/U2 down 0 0 0 0
Cable1/1 (459 MHz) initial 0 0 0 0
Cable1/1/U0 initial 0 0 0 0
Cable1/1/U1 initial 0 0 0 0
Cable1/1/U2 initial 0 0 0 0
Cable1/1/U3 initial 0 0 0 0
Pending:
Modem Grp Idx Source interface Target interface Retries
The following is a sample output of the show
cable
load-balance
docsis-group
all
command in Cisco IOS Release 12.2(33)SCF and later releases:
Router# show cable load balance docsis-group 70 all
DOCSIS LB Enabled: Yes
DOCSIS Group Status Interval DCC mask Policy Method Threshold
Group Index /UCC DS/US M/E/U/P/S
1 81 RE 30 0x78(1)/N 0 m/m 1/1/70/70/50
Current load:
DOCSIS load-balancing load
Interface State Group Utilization Rsvd NBCM WB/UB Weight
Index Total Total
Cable7/0/0 (333 MHz) up 81 0%(0%/0%) 0% 3 8 37
Cable7/0/0/U0 up 81 0% 0% 22 10 7.6
Cable7/0/0/U1 up 81 0% 0% 19 13 7.6
Cable7/0/0/U2 up 81 0% 0% 22 8 7.6
Cable7/0/0/U3 up 81 0% 0% 22 7 7.6
Mo1/0/0:0 (501 MHz) up 81 0%(0%/0%) 0% 3 61 36
Mo1/0/0:0/U0 up 81 0% 0% 22 10 7.6
Mo1/0/0:0/U1 up 81 0% 0% 19 13 7.6
Mo1/0/0:0/U2 up 81 0% 0% 22 8 7.6
Mo1/0/0:0/U3 up 81 0% 0% 22 7 7.6
Mo1/0/0:1 (507 MHz) up 81 0%(0%/0%) 0% 1 59 36
Mo1/0/0:1/U0 up 81 0% 0% 22 10 7.6
Mo1/0/0:1/U1 up 81 0% 0% 19 13 7.6
Mo1/0/0:1/U2 up 81 0% 0% 22 8 7.6
Mo1/0/0:1/U3 up 81 0% 0% 22 7 7.6
Mo1/0/0:2 (513 MHz) up 81 0%(0%/0%) 0% 2 57 36
Mo1/0/0:2/U0 up 81 0% 0% 22 10 7.6
Mo1/0/0:2/U1 up 81 0% 0% 19 13 7.6
Mo1/0/0:2/U2 up 81 0% 0% 22 8 7.6
Mo1/0/0:2/U3 up 81 0% 0% 22 7 7.6
Mo1/0/0:3 (519 MHz) up 81 0%(0%/0%) 0% 1 60 36
Mo1/0/0:3/U0 up 81 0% 0% 22 10 7.6
Mo1/0/0:3/U1 up 81 0% 0% 19 13 7.6
Mo1/0/0:3/U2 up 81 0% 0% 22 8 7.6
Mo1/0/0:3/U3 up 81 0% 0% 22 7 7.6
Target assignments:
Interface State Group Target
Index
Cable7/0/0 (333 MHz) up 81 Mo1/0/0:1 (507 MHz) [enforce]
Cable7/0/0/U0 up 81 Cable7/0/0/U1 [enforce]
Cable7/0/0/U1 up 81
Cable7/0/0/U2 up 81 Cable7/0/0/U1 [enforce]
Cable7/0/0/U3 up 81 Cable7/0/0/U1 [enforce]
Mo1/0/0:0 (501 MHz) up 81 Mo1/0/0:1 (507 MHz) [enforce]
Mo1/0/0:0/U0 up 81 Mo1/0/0:0/U1 [enforce]
Mo1/0/0:0/U1 up 81
Mo1/0/0:0/U2 up 81 Mo1/0/0:0/U1 [enforce]
Mo1/0/0:0/U3 up 81 Mo1/0/0:0/U1 [enforce]
Mo1/0/0:1 (507 MHz) up 81
Mo1/0/0:1/U0 up 81 Mo1/0/0:1/U1 [enforce]
Mo1/0/0:1/U1 up 81
Mo1/0/0:1/U2 up 81 Mo1/0/0:1/U1 [enforce]
Mo1/0/0:1/U3 up 81 Mo1/0/0:1/U1 [enforce]
Mo1/0/0:2 (513 MHz) up 81
Mo1/0/0:2/U0 up 81 Mo1/0/0:2/U1 [enforce]
Mo1/0/0:2/U1 up 81
Mo1/0/0:2/U2 up 81 Mo1/0/0:2/U1 [enforce]
Mo1/0/0:2/U3 up 81 Mo1/0/0:2/U1 [enforce]
Mo1/0/0:3 (519 MHz) up 81
Mo1/0/0:3/U0 up 81 Mo1/0/0:3/U1 [enforce]
Mo1/0/0:3/U1 up 81
Mo1/0/0:3/U2 up 81 Mo1/0/0:3/U1 [enforce]
Mo1/0/0:3/U3 up 81 Mo1/0/0:3/U1 [enforce]
Statistics:
Target interface State Transfers
Complete Pending Retries Failures
Cable7/0/0 (333 MHz) up 6 0 0 0
Cable7/0/0/U0 up 29 0 0 0
Cable7/0/0/U1 up 76 0 0 0
Cable7/0/0/U2 up 43 0 0 0
Cable7/0/0/U3 up 31 0 0 0
Mo1/0/0:0 (501 MHz) up 18 0 0 0
Mo1/0/0:0/U0 up 30 0 0 0
Mo1/0/0:0/U1 up 42 0 0 0
Mo1/0/0:0/U2 up 21 0 0 0
Mo1/0/0:0/U3 up 21 0 0 0
Mo1/0/0:1 (507 MHz) up 17 0 0 0
Mo1/0/0:1/U0 up 9 0 0 0
Mo1/0/0:1/U1 up 18 0 0 0
Mo1/0/0:1/U2 up 15 0 0 0
Mo1/0/0:1/U3 up 20 0 0 0
Mo1/0/0:2 (513 MHz) up 19 0 0 0
Mo1/0/0:2/U0 up 4 0 0 0
Mo1/0/0:2/U1 up 3 0 0 0
Mo1/0/0:2/U2 up 6 0 0 0
Mo1/0/0:2/U3 up 6 0 0 0
Mo1/0/0:3 (519 MHz) up 9 0 0 0
Mo1/0/0:3/U0 up 1 0 0 0
Mo1/0/0:3/U1 up 2 0 0 0
Mo1/0/0:3/U2 up 4 0 0 0
Mo1/0/0:3/U3 up 4 0 0 0
Pending:
Modem Grp Idx Primary RF/RCC MD/TCS Action Active Retries
Src Target Src Target Time
The following is a sample output of the show
cable
load-balance
all command for load balancing groups that belong to different cable line cards:
Router# show cable load-balance all
Group Interval Method DCC Init Threshold
Technique Minimum Static Enforce Ugs PCMM
1 30 modems 0 5 10% --- --- ---
41 30 utilization 4 --- 10% 20% --- ---
DOCSIS 2.0 LB Enabled: Yes DOCSIS 3.0 LB Enabled: No
DOCSIS Group Status Interval DCC mask Policy Method Threshold
Group Index /UCC DS/US M/E/U/P/S
1 81 RE 30 0x78(1)/N 0 m/m 1/1/70/70/50
3 82 RE 30 0x78(1)/N 0 m/m 1/1/70/70/50
5 83 RE 30 0x78(1)/N 0 m/m 1/1/70/70/50
23 84 GE 30 0xF8(0)/N 0 m/m 5/10/70/70/50
DOCSIS 2.0 LB Enabled: Yes DOCSIS 3.0 LB Enabled: No
MD FN Group S Intv DCC mask Policy Mtd MD-CM-SG Threshold
Index /UCC D/U M/E/U/P/S
Ca6/1/0 3 44290 E 30 0xF8(0)/N 0 m/m 0x2D0101 5/10/70/70/50
Ca7/0/0 2 48129 E 20 0xF8(0)/N 0 m/m 0x3C0101 5/10/70/70/50
Ca8/0/0 1 55808 E 30 0xF8(0)/N 0 m/m 0x5A0101 5/10/70/70/50
Current load:
DOCSIS load-balancing load
Interface State Group Utilization Rsvd NBCM WB/UB Weight
Index Total Total
Mo6/1/0:0 (405 MHz) initial 82 0%(0%/0%) 0% 0 0 36
Mo6/1/0:0 (405 MHz) initial 44290 0%(0%/0%) 0% 0 0 36
Mo6/1/0:0/U0 initial 82 0% 0% 0 0 7.6
Mo6/1/0:0/U0 initial 44290 0% 0% 0 0 7.6
Mo6/1/0:0/U1 initial 82 0% 0% 0 0 7.6
Mo6/1/0:0/U1 initial 44290 0% 0% 0 0 7.6
Mo6/1/0:0/U2 initial 82 0% 0% 0 0 7.6
Mo6/1/0:0/U2 initial 44290 0% 0% 0 0 7.6
Mo6/1/0:0/U3 initial 82 0% 0% 0 0 7.6
Mo6/1/0:0/U3 initial 44290 0% 0% 0 0 7.6
Mo6/1/0:1 (411 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/0:1 (411 MHz) down 44290 0%(0%/0%) 0% 0 0
Mo6/1/0:2 (417 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/0:2 (417 MHz) down 44290 0%(0%/0%) 0% 0 0
Mo6/1/0:3 (423 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/0:3 (423 MHz) down 44290 0%(0%/0%) 0% 0 0
Mo6/1/0:4 (429 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/0:4 (429 MHz) down 44290 0%(0%/0%) 0% 0 0
Mo6/1/0:5 (435 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/0:5 (435 MHz) down 44290 0%(0%/0%) 0% 0 0
Mo6/1/0:6 (441 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/0:6 (441 MHz) down 44290 0%(0%/0%) 0% 0 0
Mo6/1/0:7 (447 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/0:7 (447 MHz) down 44290 0%(0%/0%) 0% 0 0
Mo6/1/1:0 (453 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/1:0 (453 MHz) down 83 0%(0%/0%) 0% 0 0
Mo6/1/1:1 (459 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/1:1 (459 MHz) down 83 0%(0%/0%) 0% 0 0
Mo6/1/1:2 (465 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/1:2 (465 MHz) down 83 0%(0%/0%) 0% 0 0
Mo6/1/1:3 (471 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/1:3 (471 MHz) down 83 0%(0%/0%) 0% 0 0
Mo6/1/1:4 (477 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/1:4 (477 MHz) down 83 0%(0%/0%) 0% 0 0
Mo6/1/1:5 (483 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/1:5 (483 MHz) down 83 0%(0%/0%) 0% 0 0
Mo6/1/1:6 (489 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/1:6 (489 MHz) down 83 0%(0%/0%) 0% 0 0
Mo6/1/1:7 (495 MHz) down 82 0%(0%/0%) 0% 0 0
Mo6/1/1:7 (495 MHz) down 83 0%(0%/0%) 0% 0 0
DOCSIS load-balancing load
Interface State Group Utilization Rsvd NBCM WB/UB Weight
Index Total Total
Cable7/0/0 (333 MHz) up 81 0%(0%/0%) 0% 2 6 37
Cable7/0/0 (333 MHz) up 48129 0%(0%/0%) 0% 2 6 37
Cable7/0/0/U0 up 81 0% 0% 21 12 7.6
Cable7/0/0/U0 up 48129 0% 0% 21 12 7.6
Cable7/0/0/U1 up 81 0% 0% 21 11 7.6
Cable7/0/0/U1 up 48129 0% 0% 21 11 7.6
Cable7/0/0/U2 up 81 0% 0% 21 10 7.6
Cable7/0/0/U2 up 48129 0% 0% 21 10 7.6
Cable7/0/0/U3 up 81 0% 0% 21 9 7.6
Cable7/0/0/U3 up 48129 0% 0% 21 9 7.6
Mo1/0/0:0 (501 MHz) up 81 0%(0%/0%) 0% 2 62 36
Mo1/0/0:0 (501 MHz) up 48129 0%(0%/0%) 0% 2 62 36
Mo1/0/0:0/U0 up 81 0% 0% 21 12 7.6
Mo1/0/0:0/U0 up 48129 0% 0% 21 12 7.6
Mo1/0/0:0/U1 up 81 0% 0% 21 11 7.6
Mo1/0/0:0/U1 up 48129 0% 0% 21 11 7.6
Mo1/0/0:0/U2 up 81 0% 0% 21 10 7.6
Mo1/0/0:0/U2 up 48129 0% 0% 21 10 7.6
Mo1/0/0:0/U3 up 81 0% 0% 21 9 7.6
Mo1/0/0:0/U3 up 48129 0% 0% 21 9 7.6
Mo1/0/0:1 (507 MHz) up 81 0%(0%/0%) 0% 1 57 36
Mo1/0/0:1 (507 MHz) up 48129 0%(0%/0%) 0% 1 57 36
Mo1/0/0:1/U0 up 81 0% 0% 21 12 7.6
Mo1/0/0:1/U0 up 48129 0% 0% 21 12 7.6
Mo1/0/0:1/U1 up 81 0% 0% 21 11 7.6
Mo1/0/0:1/U1 up 48129 0% 0% 21 11 7.6
Mo1/0/0:1/U2 up 81 0% 0% 21 10 7.6
Mo1/0/0:1/U2 up 48129 0% 0% 21 10 7.6
Mo1/0/0:1/U3 up 81 0% 0% 21 9 7.6
Mo1/0/0:1/U3 up 48129 0% 0% 21 9 7.6
Mo1/0/0:2 (513 MHz) up 81 0%(0%/0%) 0% 1 56 36
Mo1/0/0:2 (513 MHz) up 48129 0%(0%/0%) 0% 1 56 36
Mo1/0/0:2/U0 up 81 0% 0% 21 12 7.6
Mo1/0/0:2/U0 up 48129 0% 0% 21 12 7.6
Mo1/0/0:2/U1 up 81 0% 0% 21 11 7.6
Mo1/0/0:2/U1 up 48129 0% 0% 21 11 7.6
Mo1/0/0:2/U2 up 81 0% 0% 21 10 7.6
Mo1/0/0:2/U2 up 48129 0% 0% 21 10 7.6
Mo1/0/0:2/U3 up 81 0% 0% 21 9 7.6
Mo1/0/0:2/U3 up 48129 0% 0% 21 9 7.6
Mo1/0/0:3 (519 MHz) up 81 0%(0%/0%) 0% 2 62 36
Mo1/0/0:3 (519 MHz) up 48129 0%(0%/0%) 0% 2 62 36
Mo1/0/0:3/U0 up 81 0% 0% 21 12 7.6
Mo1/0/0:3/U0 up 48129 0% 0% 21 12 7.6
Mo1/0/0:3/U1 up 81 0% 0% 21 11 7.6
Mo1/0/0:3/U1 up 48129 0% 0% 21 11 7.6
Mo1/0/0:3/U2 up 81 0% 0% 21 10 7.6
Mo1/0/0:3/U2 up 48129 0% 0% 21 10 7.6
Mo1/0/0:3/U3 up 81 0% 0% 21 9 7.6
Mo1/0/0:3/U3 up 48129 0% 0% 21 9 7.6
DOCSIS load-balancing load
Interface State Group Utilization Rsvd NBCM WB/UB Weight
Index Total Total
In8/0/0:0 (555 MHz) initial 55808 0%(0%/0%) 0% 0 0 37
In8/0/0:0/U0 initial 55808 0% 0% 0 0 7.6
In8/0/0:0/U1 initial 55808 0% 0% 0 0 7.6
In8/0/0:0/U2 initial 55808 0% 0% 0 0 7.6
In8/0/0:0/U3 initial 55808 0% 0% 0 0 7.6
In8/0/0:1 (561 MHz) initial 55808 0%(0%/0%) 0% 0 0 37
In8/0/0:1/U0 initial 55808 0% 0% 0 0 7.6
In8/0/0:1/U1 initial 55808 0% 0% 0 0 7.6
In8/0/0:1/U2 initial 55808 0% 0% 0 0 7.6
In8/0/0:1/U3 initial 55808 0% 0% 0 0 7.6
In8/0/0:2 (567 MHz) initial 55808 0%(0%/0%) 0% 0 0 37
In8/0/0:2/U0 initial 55808 0% 0% 0 0 7.6
In8/0/0:2/U1 initial 55808 0% 0% 0 0 7.6
In8/0/0:2/U2 initial 55808 0% 0% 0 0 7.6
In8/0/0:2/U3 initial 55808 0% 0% 0 0 7.6
In8/0/0:3 (573 MHz) initial 55808 0%(0%/0%) 0% 0 0 37
In8/0/0:3/U0 initial 55808 0% 0% 0 0 7.6
In8/0/0:3/U1 initial 55808 0% 0% 0 0 7.6
In8/0/0:3/U2 initial 55808 0% 0% 0 0 7.6
In8/0/0:3/U3 initial 55808 0% 0% 0 0 7.6
In8/0/1:0 (579 MHz) initial 55808 0%(0%/0%) 0% 0 0 37
In8/0/1:0/U0 initial 55808 0% 0% 0 0 7.6
In8/0/1:0/U1 initial 55808 0% 0% 0 0 7.6
In8/0/1:0/U2 initial 55808 0% 0% 0 0 7.6
In8/0/1:0/U3 initial 55808 0% 0% 0 0 7.6
In8/0/1:1 (585 MHz) initial 55808 0%(0%/0%) 0% 0 0 37
In8/0/1:1/U0 initial 55808 0% 0% 0 0 7.6
In8/0/1:1/U1 initial 55808 0% 0% 0 0 7.6
In8/0/1:1/U2 initial 55808 0% 0% 0 0 7.6
In8/0/1:1/U3 initial 55808 0% 0% 0 0 7.6
In8/0/1:2 (591 MHz) initial 55808 0%(0%/0%) 0% 0 0 37
In8/0/1:2/U0 initial 55808 0% 0% 0 0 7.6
In8/0/1:2/U1 initial 55808 0% 0% 0 0 7.6
In8/0/1:2/U2 initial 55808 0% 0% 0 0 7.6
In8/0/1:2/U3 initial 55808 0% 0% 0 0 7.6
In8/0/1:3 (597 MHz) initial 55808 0%(0%/0%) 0% 0 0 37
In8/0/1:3/U0 initial 55808 0% 0% 0 0 7.6
In8/0/1:3/U1 initial 55808 0% 0% 0 0 7.6
In8/0/1:3/U2 initial 55808 0% 0% 0 0 7.6
In8/0/1:3/U3 initial 55808 0% 0% 0 0 7.6
Mo1/0/0:4 (525 MHz) up 55808 0%(0%/0%) 0% 2 0 36
Mo1/0/0:4/U4 up 55808 0% 0% 1 0 7.6
Mo1/0/0:4/U5 up 55808 0% 0% 2 0 7.6
Mo1/0/0:4/U6 up 55808 0% 0% 1 0 7.6
Mo1/0/0:4/U7 initial 55808 0% 0% 0 0 7.6
Mo1/0/0:5 (531 MHz) initial 55808 0%(0%/0%) 0% 0 0 36
Mo1/0/0:5/U4 up 55808 0% 0% 1 0 7.6
Mo1/0/0:5/U5 up 55808 0% 0% 2 0 7.6
Mo1/0/0:5/U6 up 55808 0% 0% 1 0 7.6
Mo1/0/0:5/U7 initial 55808 0% 0% 0 0 7.6
Mo1/0/0:6 (537 MHz) up 55808 0%(0%/0%) 0% 1 0 36
Mo1/0/0:6/U4 up 55808 0% 0% 1 0 7.6
Mo1/0/0:6/U5 up 55808 0% 0% 2 0 7.6
Mo1/0/0:6/U6 up 55808 0% 0% 1 0 7.6
Mo1/0/0:6/U7 initial 55808 0% 0% 0 0 7.6
Mo1/0/0:7 (543 MHz) up 55808 0%(0%/0%) 0% 1 0 36
Mo1/0/0:7/U4 up 55808 0% 0% 1 0 7.6
Mo1/0/0:7/U5 up 55808 0% 0% 2 0 7.6
Mo1/0/0:7/U6 up 55808 0% 0% 1 0 7.6
Mo1/0/0:7/U7 initial 55808 0% 0% 0 0 7.6
Target assignments:
Interface State Group Target
Index
Mo6/1/0:0 (405 MHz) initial 82
Mo6/1/0:0 (405 MHz) initial 44290
Mo6/1/0:0/U0 initial 82
Mo6/1/0:0/U0 initial 44290
Mo6/1/0:0/U1 initial 82
Mo6/1/0:0/U1 initial 44290
Mo6/1/0:0/U2 initial 82
Mo6/1/0:0/U2 initial 44290
Mo6/1/0:0/U3 initial 82
Mo6/1/0:0/U3 initial 44290
Mo6/1/0:1 (411 MHz) down 82
Mo6/1/0:1 (411 MHz) down 44290
Mo6/1/0:2 (417 MHz) down 82
Mo6/1/0:2 (417 MHz) down 44290
Mo6/1/0:3 (423 MHz) down 82
Mo6/1/0:3 (423 MHz) down 44290
Mo6/1/0:4 (429 MHz) down 82
Mo6/1/0:4 (429 MHz) down 44290
Mo6/1/0:5 (435 MHz) down 82
Mo6/1/0:5 (435 MHz) down 44290
Mo6/1/0:6 (441 MHz) down 82
Mo6/1/0:6 (441 MHz) down 44290
Mo6/1/0:7 (447 MHz) down 82
Mo6/1/0:7 (447 MHz) down 44290
Mo6/1/1:0 (453 MHz) down 82
Mo6/1/1:0 (453 MHz) down 83
Mo6/1/1:1 (459 MHz) down 82
Mo6/1/1:1 (459 MHz) down 83
Mo6/1/1:2 (465 MHz) down 82
Mo6/1/1:2 (465 MHz) down 83
Mo6/1/1:3 (471 MHz) down 82
Mo6/1/1:3 (471 MHz) down 83
Mo6/1/1:4 (477 MHz) down 82
Mo6/1/1:4 (477 MHz) down 83
Mo6/1/1:5 (483 MHz) down 82
Mo6/1/1:5 (483 MHz) down 83
Mo6/1/1:6 (489 MHz) down 82
Mo6/1/1:6 (489 MHz) down 83
Mo6/1/1:7 (495 MHz) down 82
Mo6/1/1:7 (495 MHz) down 83
Cable7/0/0 (333 MHz) up 81 Mo1/0/0:1 (507 MHz) [enforce]
Cable7/0/0 (333 MHz) up 48129 Mo1/0/0:1 (507 MHz)
Cable7/0/0/U0 up 81
Cable7/0/0/U0 up 48129
Cable7/0/0/U1 up 81 Cable7/0/0/U0
Cable7/0/0/U1 up 48129
Cable7/0/0/U2 up 81
Cable7/0/0/U2 up 48129
Cable7/0/0/U3 up 81
Cable7/0/0/U3 up 48129
Mo1/0/0:0 (501 MHz) up 81
Mo1/0/0:0 (501 MHz) up 48129
Mo1/0/0:0/U0 up 81
Mo1/0/0:0/U0 up 48129
Mo1/0/0:0/U1 up 81 Mo1/0/0:0/U0
Mo1/0/0:0/U1 up 48129
Mo1/0/0:0/U2 up 81
Mo1/0/0:0/U2 up 48129
Mo1/0/0:0/U3 up 81
Mo1/0/0:0/U3 up 48129
Mo1/0/0:1 (507 MHz) up 81
Mo1/0/0:1 (507 MHz) up 48129
Mo1/0/0:1/U0 up 81
Mo1/0/0:1/U0 up 48129
Mo1/0/0:1/U1 up 81 Mo1/0/0:1/U0
Mo1/0/0:1/U1 up 48129
Mo1/0/0:1/U2 up 81
Mo1/0/0:1/U2 up 48129
Mo1/0/0:1/U3 up 81
Mo1/0/0:1/U3 up 48129
Mo1/0/0:2 (513 MHz) up 81
Mo1/0/0:2 (513 MHz) up 48129
Mo1/0/0:2/U0 up 81
Mo1/0/0:2/U0 up 48129
Mo1/0/0:2/U1 up 81 Mo1/0/0:2/U0
Mo1/0/0:2/U1 up 48129
Mo1/0/0:2/U2 up 81
Mo1/0/0:2/U2 up 48129
Mo1/0/0:2/U3 up 81
Mo1/0/0:2/U3 up 48129
Mo1/0/0:3 (519 MHz) up 81
Mo1/0/0:3 (519 MHz) up 48129
Mo1/0/0:3/U0 up 81
Mo1/0/0:3/U0 up 48129
Mo1/0/0:3/U1 up 81 Mo1/0/0:3/U0
Mo1/0/0:3/U1 up 48129
Mo1/0/0:3/U2 up 81
Mo1/0/0:3/U2 up 48129
Mo1/0/0:3/U3 up 81
Mo1/0/0:3/U3 up 48129
In8/0/0:0 (555 MHz) initial 55808
In8/0/0:0/U0 initial 55808
In8/0/0:0/U1 initial 55808
In8/0/0:0/U2 initial 55808
In8/0/0:0/U3 initial 55808
In8/0/0:1 (561 MHz) initial 55808
In8/0/0:1/U0 initial 55808
In8/0/0:1/U1 initial 55808
In8/0/0:1/U2 initial 55808
In8/0/0:1/U3 initial 55808
In8/0/0:2 (567 MHz) initial 55808
In8/0/0:2/U0 initial 55808
In8/0/0:2/U1 initial 55808
In8/0/0:2/U2 initial 55808
In8/0/0:2/U3 initial 55808
In8/0/0:3 (573 MHz) initial 55808
In8/0/0:3/U0 initial 55808
In8/0/0:3/U1 initial 55808
In8/0/0:3/U2 initial 55808
In8/0/0:3/U3 initial 55808
In8/0/1:0 (579 MHz) initial 55808
In8/0/1:0/U0 initial 55808
In8/0/1:0/U1 initial 55808
In8/0/1:0/U2 initial 55808
In8/0/1:0/U3 initial 55808
In8/0/1:1 (585 MHz) initial 55808
In8/0/1:1/U0 initial 55808
In8/0/1:1/U1 initial 55808
In8/0/1:1/U2 initial 55808
In8/0/1:1/U3 initial 55808
In8/0/1:2 (591 MHz) initial 55808
In8/0/1:2/U0 initial 55808
In8/0/1:2/U1 initial 55808
In8/0/1:2/U2 initial 55808
In8/0/1:2/U3 initial 55808
In8/0/1:3 (597 MHz) initial 55808
In8/0/1:3/U0 initial 55808
In8/0/1:3/U1 initial 55808
In8/0/1:3/U2 initial 55808
In8/0/1:3/U3 initial 55808
Mo1/0/0:4 (525 MHz) up 55808
Mo1/0/0:4/U4 up 55808
Mo1/0/0:4/U5 up 55808
Mo1/0/0:4/U6 up 55808
Mo1/0/0:4/U7 initial 55808
Mo1/0/0:5 (531 MHz) initial 55808
Mo1/0/0:5/U4 up 55808
Mo1/0/0:5/U5 up 55808
Mo1/0/0:5/U6 up 55808
Mo1/0/0:5/U7 initial 55808
Mo1/0/0:6 (537 MHz) up 55808
Mo1/0/0:6/U4 up 55808
Mo1/0/0:6/U5 up 55808
Mo1/0/0:6/U6 up 55808
Mo1/0/0:6/U7 initial 55808
Mo1/0/0:7 (543 MHz) up 55808
Mo1/0/0:7/U4 up 55808
Mo1/0/0:7/U5 up 55808
Mo1/0/0:7/U6 up 55808
Mo1/0/0:7/U7 initial 55808
Statistics:
Target interface State Transfers
Complete Pending Retries Failures
Mo6/1/0:0 (405 MHz) initial 0 0 0 0
Mo6/1/0:0/U0 initial 0 0 0 0
Mo6/1/0:0/U1 initial 0 0 0 0
Mo6/1/0:0/U2 initial 0 0 0 0
Mo6/1/0:0/U3 initial 0 0 0 0
Mo6/1/0:1 (411 MHz) down 0 0 0 0
Mo6/1/0:2 (417 MHz) down 0 0 0 0
Mo6/1/0:3 (423 MHz) down 0 0 0 0
Mo6/1/0:4 (429 MHz) down 0 0 0 0
Mo6/1/0:5 (435 MHz) down 0 0 0 0
Mo6/1/0:6 (441 MHz) down 0 0 0 0
Mo6/1/0:7 (447 MHz) down 0 0 0 0
Mo6/1/1:0 (453 MHz) down 0 0 0 0
Mo6/1/1:1 (459 MHz) down 0 0 0 0
Mo6/1/1:2 (465 MHz) down 0 0 0 0
Mo6/1/1:3 (471 MHz) down 0 0 0 0
Mo6/1/1:4 (477 MHz) down 0 0 0 0
Mo6/1/1:5 (483 MHz) down 0 0 0 0
Mo6/1/1:6 (489 MHz) down 0 0 0 0
Mo6/1/1:7 (495 MHz) down 0 0 0 0
Cable7/0/0 (333 MHz) up 10 0 0 0
Cable7/0/0/U0 up 33 0 0 0
Cable7/0/0/U1 up 84 0 0 0
Cable7/0/0/U2 up 48 0 0 0
Cable7/0/0/U3 up 34 0 0 0
Mo1/0/0:0 (501 MHz) up 19 0 0 0
Mo1/0/0:0/U0 up 34 0 0 0
Mo1/0/0:0/U1 up 49 0 0 0
Mo1/0/0:0/U2 up 23 0 0 0
Mo1/0/0:0/U3 up 22 0 0 0
Mo1/0/0:1 (507 MHz) up 23 0 0 0
Mo1/0/0:1/U0 up 10 0 0 0
Mo1/0/0:1/U1 up 21 0 0 0
Mo1/0/0:1/U2 up 16 0 0 0
Mo1/0/0:1/U3 up 21 0 0 0
Mo1/0/0:2 (513 MHz) up 21 0 0 0
Mo1/0/0:2/U0 up 4 0 0 0
Mo1/0/0:2/U1 up 3 0 0 0
Mo1/0/0:2/U2 up 7 0 0 0
Mo1/0/0:2/U3 up 8 0 0 0
Mo1/0/0:3 (519 MHz) up 10 0 0 0
Mo1/0/0:3/U0 up 1 0 0 0
Mo1/0/0:3/U1 up 2 0 0 0
Mo1/0/0:3/U2 up 4 0 0 0
Mo1/0/0:3/U3 up 4 0 0 0
In8/0/0:0 (555 MHz) initial 0 0 0 0
In8/0/0:0/U0 initial 0 0 0 0
In8/0/0:0/U1 initial 0 0 0 0
In8/0/0:0/U2 initial 0 0 0 0
In8/0/0:0/U3 up 0 0 0 0
In8/0/0:0/U4 down 0 0 0 0
In8/0/0:0/U5 down 0 0 0 0
In8/0/0:0/U6 down 0 0 0 0
In8/0/0:0/U7 down 0 0 0 0
In8/0/0:1 (561 MHz) initial 0 0 0 0
In8/0/0:1/U0 initial 0 0 0 0
In8/0/0:1/U1 initial 0 0 0 0
In8/0/0:1/U2 initial 0 0 0 0
In8/0/0:1/U3 up 0 0 0 0
In8/0/0:1/U4 down 0 0 0 0
In8/0/0:1/U5 down 0 0 0 0
In8/0/0:1/U6 down 0 0 0 0
In8/0/0:1/U7 down 0 0 0 0
In8/0/0:2 (567 MHz) up 0 0 0 0
In8/0/0:2/U0 initial 0 0 0 0
In8/0/0:2/U1 initial 0 0 0 0
In8/0/0:2/U2 initial 0 0 0 0
In8/0/0:2/U3 up 0 0 0 0
In8/0/0:2/U4 down 0 0 0 0
In8/0/0:2/U5 down 0 0 0 0
In8/0/0:2/U6 down 0 0 0 0
In8/0/0:2/U7 down 0 0 0 0
In8/0/0:3 (573 MHz) initial 0 0 0 0
In8/0/0:3/U0 initial 0 0 0 0
In8/0/0:3/U1 initial 0 0 0 0
In8/0/0:3/U2 initial 0 0 0 0
In8/0/0:3/U3 up 0 0 0 0
In8/0/0:3/U4 down 0 0 0 0
In8/0/0:3/U5 down 0 0 0 0
In8/0/0:3/U6 down 0 0 0 0
In8/0/0:3/U7 down 0 0 0 0
In8/0/1:0 (579 MHz) initial 0 0 0 0
In8/0/1:0/U0 initial 0 0 0 0
In8/0/1:0/U1 initial 0 0 0 0
In8/0/1:0/U2 initial 0 0 0 0
In8/0/1:0/U3 up 0 0 0 0
In8/0/1:0/U4 down 0 0 0 0
In8/0/1:0/U5 down 0 0 0 0
In8/0/1:0/U6 down 0 0 0 0
In8/0/1:0/U7 down 0 0 0 0
In8/0/1:1 (585 MHz) initial 0 0 0 0
In8/0/1:1/U0 initial 0 0 0 0
In8/0/1:1/U1 initial 0 0 0 0
In8/0/1:1/U2 initial 0 0 0 0
In8/0/1:1/U3 up 0 0 0 0
In8/0/1:1/U4 down 0 0 0 0
In8/0/1:1/U5 down 0 0 0 0
In8/0/1:1/U6 down 0 0 0 0
In8/0/1:1/U7 down 0 0 0 0
In8/0/1:2 (591 MHz) initial 0 0 0 0
In8/0/1:2/U0 initial 0 0 0 0
In8/0/1:2/U1 initial 0 0 0 0
In8/0/1:2/U2 initial 0 0 0 0
In8/0/1:2/U3 up 0 0 0 0
In8/0/1:2/U4 down 0 0 0 0
In8/0/1:2/U5 down 0 0 0 0
In8/0/1:2/U6 down 0 0 0 0
In8/0/1:2/U7 down 0 0 0 0
In8/0/1:3 (597 MHz) initial 0 0 0 0
In8/0/1:3/U0 initial 0 0 0 0
In8/0/1:3/U1 initial 0 0 0 0
In8/0/1:3/U2 initial 0 0 0 0
In8/0/1:3/U3 up 0 0 0 0
In8/0/1:3/U4 down 0 0 0 0
In8/0/1:3/U5 down 0 0 0 0
In8/0/1:3/U6 down 0 0 0 0
In8/0/1:3/U7 down 0 0 0 0
Mo1/0/0:4 (525 MHz) up 0 0 0 0
Mo1/0/0:4/U0 down 0 0 0 0
Mo1/0/0:4/U1 down 0 0 0 0
Mo1/0/0:4/U2 down 0 0 0 0
Mo1/0/0:4/U3 down 0 0 0 0
Mo1/0/0:4/U4 up 0 0 0 0
Mo1/0/0:4/U5 up 0 0 0 0
Mo1/0/0:4/U6 up 0 0 0 0
Mo1/0/0:4/U7 initial 0 0 0 0
Mo1/0/0:5 (531 MHz) initial 0 0 0 0
Mo1/0/0:5/U0 down 0 0 0 0
Mo1/0/0:5/U1 down 0 0 0 0
Mo1/0/0:5/U2 down 0 0 0 0
Mo1/0/0:5/U3 down 0 0 0 0
Mo1/0/0:5/U4 up 0 0 0 0
Mo1/0/0:5/U5 up 0 0 0 0
Mo1/0/0:5/U6 up 0 0 0 0
Mo1/0/0:5/U7 initial 0 0 0 0
Mo1/0/0:6 (537 MHz) up 0 0 0 0
Mo1/0/0:6/U0 down 0 0 0 0
Mo1/0/0:6/U1 down 0 0 0 0
Mo1/0/0:6/U2 down 0 0 0 0
Mo1/0/0:6/U3 down 0 0 0 0
Mo1/0/0:6/U4 up 0 0 0 0
Mo1/0/0:6/U5 up 0 0 0 0
Mo1/0/0:6/U6 up 0 0 0 0
Mo1/0/0:6/U7 initial 0 0 0 0
Mo1/0/0:7 (543 MHz) initial 0 0 0 0
Mo1/0/0:7/U0 down 0 0 0 0
Mo1/0/0:7/U1 down 0 0 0 0
Mo1/0/0:7/U2 down 0 0 0 0
Mo1/0/0:7/U3 down 0 0 0 0
Mo1/0/0:7/U4 up 0 0 0 0
Mo1/0/0:7/U5 up 0 0 0 0
Mo1/0/0:7/U6 up 0 0 0 0
Mo1/0/0:7/U7 initial 0 0 0 0
Pending:
Modem Grp Idx Primary RF/RCC MD/TCS Action Active Retries
Src Target Src Target Time
001c.ea37.9aa0 81 Mo1/0/0:2/1 Mo1/0/0:1/0 60/1 60/1 REINIT 02:05 0 DOCSIS 3.0 LB
001c.ea37.9b5e 81 Cable7/0/0/1 Mo1/0/0:1/0 60/4 60/8 REINIT 02:12 0 DOCSIS 3.0 LB
001c.ea37.9bb0 81 Cable7/0/0/2 Mo1/0/0:2/0 60/2 60/2 REINIT 02:17 0 DOCSIS 3.0 LB
The following is a sample output of the show
cable
load-balance
docsis-group
vdoc
command:
Router# show cable load-balance docsis-group 1 vdoc
Target interface State Group Util Total IGMP CIR High Low
Index Targeted Rep Init Util CIR
Cable7/0/0 (531 MHz) down 81 0 0(0) 0(0) 0(0) 0 0
Mo3/0/0:0 (453 MHz) up 81 0 9(5) 7(5) 2(0) 0 0
Mo3/0/0:1 (459 MHz) initi 81 0 0(0) 0(0) 0(0) 0 0
Mo3/0/0:10 (513 MHz) initi 81 0 0(0) 0(0) 0(0) 0 0
Mo3/0/0:11 (519 MHz) initi 81 0 0(0) 0(0) 0(0) 0 0
Mo3/0/0:2 (465 MHz) initi 81 0 0(0) 0(0) 0(0) 0 0
Mo3/0/0:3 (471 MHz) initi 81 0 0(0) 0(0) 0(0) 0 0
Mo3/0/0:4 (477 MHz) initi 81 0 5(0) 0(0) 5(0) 0 0
Mo3/0/0:5 (483 MHz) up 81 0 7(7) 7(7) 0(0) 0 0
Mo3/0/0:6 (489 MHz) initi 81 0 0(0) 0(0) 0(0) 0 0
Mo3/0/0:7 (495 MHz) initi 81 0 0(0) 0(0) 0(0) 0 0
Mo3/0/0:8 (501 MHz) initi 81 0 0(0) 0(0) 0(0) 0 0
Mo3/0/0:9 (507 MHz) initi 81 0 0(0) 0(0) 0(0) 0 0
The following example shows the output of the show
cable
load-balance
docsis-group
docsis-group-id
with the primary-load
command:
Router#show cable load-balance docsis-group fn
2 md
c7/0/0 primary-load
MD RCC-ID Interface In-RCC State Pending NBCM WBCM Weight
Ca7/0/0 1 Mo7/0/0:0 Y up 0 0 0 24.9
Ca7/0/0 1 Mo7/0/0:1 Y initial 0 0 0 24.9
Ca7/0/0 1 Mo7/0/0:2 Y up 0 0 0 24.9
Ca7/0/0 1 Mo7/0/0:3 Y initial 0 0 0 24.9
Table 54. show cable load-balance docsis-group – Field Description
Field
|
Description
|
Fields for the Default Display and all Option
|
DOCSIS Group
|
Current number of DOCSIS groups created on the CMTS.
|
Group Index
|
Number of the load balancing group to which the cable interface has been assigned.
|
Status
|
Information about the DOCSIS LBG:
- R—Restricted load balancing group (RLBG).
- G—General load balancing group (GLBG).
- E—The DOCSIS LBG is enabled.
- D—The DOCSIS LBG is disabled.
|
Interval
|
Minimum time period configured when cable modems can be moved to load balance the interfaces.
In Cisco IOS Release 12.2(33)SCE and earlier releases, the valid range is 1 to 1000 seconds, with a default value of 10.
In Cisco IOS Release 12.2(33)SCE1 and later releases, the default value of interval is 30.
|
DCC mask/UCC
|
Downstream and upstream channel change masks associated with the DOCSIS group.
For example, in the output ‘0x40(1)/Y’, ‘0x40’ indicates that the user configured the dynamic channel change (DCC) technique
1 for the DOCSIS LBG. Similarly, '0x80' indicates configured DCC technique 0 and '0x20' indicates configured DCC technique
2. '(1)' indicates the DCC technique 1 is used to move the cable modem (CM). '/Y' indicates that load balancing sends upstream
channel change (UCC) for movement of US channel only.
|
Policy
|
DOCSIS policy associated with the load balancing group.
|
Method
|
Load balancing method used for the load balancing group. The following indicates what method is used for DS and US modems:
Uses the number of active cable modems on an interface.
Uses the number of active Service Flow IDs (SFIDs) on an interface.
Uses the current percent of utilization of an interface.
|
Threshold
|
Thresholds configured for this load balancing group:
Minimum difference in the number of cable modems or service flows that can exist on two interfaces in the group before cable
modems are moved between the interfaces. If the imbalance between interfaces is below this value, cable modems are not moved.
This field contains a value only when the group is configured for the modems or service flows method of load balancing. (This
value is configured using the load
minimum
option of the cable
load-balance
group
threshold command.)
Minimum allowable percentage of good periodic ranging requests that is acceptable. When the channel has a lower percent of
modems responding to the ranging requests in a one minute period, the Cisco CMTS begins moving modems. The valid range is
0 to 100 percent, with a default of 50 percent.
Minimum difference in the percentage of total load that must exist between interfaces in a load balancing group before the
Cisco CMTS performs dynamic load balancing and begins moving cable modems that are currently online. When the difference in
load between two interfaces falls below this value, the CMTS stops dynamic load balancing and performs static load balancing.
(This value is configured using the enforce
option of the cable
load-balance
group
threshold
command.)
Percentage of the bandwidth that is allocated for Unsolicited Grant Services (UGS) traffic, such as Voice-over-IP (VoIP),
that is in use on an interface because the CMTS moves cable modems that are online with active UGS service flows. (This value
is configured using the ugs
option of the cable
load-balance
group
threshold command.)
- P = PacketCable MultiMedia (PCMM)
Percentage of the reserved bandwidth threshold. Above this level, cable modems with active PCMM service flows participate
in load balancing. The default threshold is 70%.
|
Interface
|
Cable interface (downstream or upstream) that belongs to a load balancing group.
|
Utilization
|
Long-term average of the upstream utilization. Displays the current load usage of the cable interface expressed as a percentage
of the total bandwidth. For upstreams, this field shows a single percentage value, which is the average percentage of bandwidth
being used on the upstream.
For downstreams, this field shows a set of three percentage values:
- The percentage shows the load usage for the entire interface.
- The first percentage, within the parentheses, shows the load for the downstream.
- The second percentage, within the parentheses, shows the average load for all upstreams on the downstream.
For example, if this field shows “ 18%(18%/12%) ”, it indicates that downstream and upstream channels on the interface are
running on an average load of 18 percent. The downstream is running on an average load of 18 percent and all upstreams for
this downstream are running on an average load of 12 percent.
Note
|
To view the short-term average of the utilization, use the show
interface
cable
mac-scheduler command.
|
|
State
|
Current state of the cable interface.
The following states indicate normal operational states, depending on the configuration:
- down—Interface is shut down. The CMTS cannot use the interface for load balancing in this state.
- initial—Interface is currently in the initialization phase. The CMTS uses the interface for load balancing after the initialization
completes.
- up—Interface is up and passing traffic. The CMTS actively uses the interface for load balancing.
- testing—Interface is currently under a load balancing test. The CMTS is unable to use the interface for normal load balancing
operations until the test completes.
The following states indicate abnormal states. The CMTS does not use interfaces in these states for load balancing operations,
but continues to monitor and update the status every time the CMTS polls the interfaces for their current load usage:
- suspicious—Interface is in an unknown state. The interface might be up and passing traffic, but is not consistent enough
to support load balancing operations. The CMTS attempts to reinitialize the interface after a time-out period. If the interface
has failed initialization more than 10 times, the CMTS moves the interface to the disabled state.
- disabled—Interface has been disabled because a load balancing test is in-progress or because the interface reinitialization
failed after 10 attempts.
- unstable—Interface has failed repeated initialization attempts. The CMTS will attempt to reinitialize the interface after
a time-out period. If a load balance test is not in-progress and if reinitialization fails, the CMTS moves it to the unstable
state.
|
Reserved
|
Percentage of bandwidth that is currently reserved by unsolicited grant service (UGS) service flows.
|
Modems
|
Number of cable modems currently online on this cable interface.
|
Weight
|
Interface bandwidth, in megabits per second (mbps), for the downstream or upstream. The system uses this value in calculating
whether the loads on the interfaces are balanced. Changing a channel parameter, such as modulation profile or channel width,
affects the channel bandwidth and weight value.
|
|
Additional Fields for the target Option
|
Interface
|
Source downstream or upstream interface that is part of a cable load balancing group. If the target field contains a value,
it indicates that the source interface is currently oversubscribed.
To reduce the cable load, the CMTS moves cable modems from the source interface to the target interface.
|
Target
|
Downstream or upstream interface to which cable modems on the source interface are being moved as part of load balancing
operations. This field indicates the following:
- If it is a downstream interface, the display shows the center frequency of the downstream within parentheses.
- If only a frequency is shown, it indicates that the CMTS is moving cable modems to a different center frequency on the same
downstream interface.
- When the display includes the words “enforce”, it indicates that the CMTS is performing dynamic load balancing on the interfaces.
- If this field is blank, it indicates that the source interface is not oversubscribed.
|
Additional Fields for the statistics Option
|
Target interface
|
Downstream or upstream interface. If this is a downstream interface, the display shows the center frequency of the downstream
within parentheses.
|
Transfers
|
The following information is tracked for the indicated target interface:
- complete—Number of cable modems successfully moved to the target interface.
- pending—Number of cable modems in the process of being moved to the target interface.
- retries—Number of times that the CMTS unsuccessfully tried to move the same cable modem to the target interface. This occurs
when one or more MAC layer messages to the cable modem are dropped due to radio frequency (RF) noise or because the modem
is not DOCSIS-compliant. If the number of retries exceeds five for a particular cable modem, the CMTS counts this as a failure.
- failures—Number of times that the CMTS exceeded the maximum number of allowable retries (5) when trying to move a particular
cable modem to the target interface. A large number of failures could indicate one or more possible problems:
- The specific cable modems are not DOCSIS-compliant.
- One or both interfaces are having problems passing traffic.
- One or both interfaces are having persistent RF noise problems.
- The source and target interfaces are not combined in the same node and do not share the same physical connectivity (which
is required when interfaces are part the same load balancing group).
|
Additional Fields for the pending Option
|
Modem
|
Hardware (MAC) address of the cable modem that is moved as part of load balancing operations.
|
Source interface
|
Downstream or upstream cable interface on which the cable modem is currently online.
|
Target interface
|
Downstream or upstream cable interface to which the CMTS is trying to move the cable modem to load balance the interfaces
in this load balancing group. If the CMTS is moving the cable modem to a different frequency on the same downstream interface,
this field shows only the new center frequency.
|
Retries
|
Number of times that the CMTS has attempted to move this cable modem to the target interface. The CMTS attempts to move the
cable modem 5 times before counting this load balancing move as a failure.
|
Additional Fields for the modem-list option
|
US
|
Upstream channels in the DOCSIS LBG.
|
MAC Address
|
Total number (in parentheses) and MAC addresses of the modems connected to the upstream channels.
|
Additional fields for the primary-load option
|
MD
|
MAC Domain.
|
RCC-ID
|
RCC index per MAC domain.
|
Pending
|
Number of pending modems on the channel.
|
Additional Fields for the move-history option
|
Modem
|
The mac address of the moved cable modem
|
Host Interface
|
The mac-domain of the cable modem.
|
Group ID
|
The load balance group ID of cable modem.
|
Primary RF/RCC Source
|
Old downstream information of the cable modem, including the primary downstream channel, RCC ID before moving.
|
Primary RF/RCC Target
|
New downstream information of the cable modem, including the new primary downstream channel, RCC ID after moving.
|
MD/TCS Source
|
Old upstream information of the cable modem including the index of mac-domain, the bitmap of the upstream channel before moving.
|
MD/TCS Target
|
New upstream information of the cable modem including the index of mac-domain, the bitmap of the upstream channel after moving.
|
Action
|
The action of the cable modem movement, such as DBC, DCC, UCC, REINIT(DCC with init-tech 0).
|
Trans-Start Time
|
The trigger of the cable modem movement, such as D2.0 LB, D3.0 static LB, D3.0 dynamic LB.
|
Elapse Time (ms)
|
The start time of the cable modem movement.
|
Client
|
The elapsed time - how long the cable modem movement spent.
|
Result
|
The result of the action on modem movement - success, faiure, and the internal confirmation code.
|
The following is a sample output of the show
cable
load-balance
docsis-group
rcs-cm-list command in Cisco IOS Release 12.2(33)SCI and later releases:
Router# show cable load-balance docsis-group fn 11 md c7/0/0 rcs-cm-list
WB/RCC-TMPL(PRIM-IN) Size Util MAC Domain MAC Address Primary DS
Wi3/0/0:0 (Y) 4 96% Ca7/0/0 (13)
602a.d001.f9c0 Mo3/0/0:2
0025.2ed9.993e Mo3/0/0:3
0025.2eaf.7052 Mo3/0/0:2
7cb2.1b9c.8c60 Mo3/0/0:2
0025.2ed0.9288 Mo3/0/0:2
0025.2ed9.93ca Mo3/0/0:1
4458.2945.2d98 Mo3/0/0:3
7cb2.1b9c.8454 Mo3/0/0:2
0023.be77.ecfe Mo3/0/0:2
0025.2eaf.6e50 Mo3/0/0:0
0025.2eaf.6e98 Mo3/0/0:1
4458.2945.1e60 Mo3/0/0:0
7cb2.1b9c.8342 Mo3/0/0:0
The following is a sample output of the show
cable
load-balance
docsis-group
staticstics command in Cisco IOS Release 12.2(33)SCI and later releases:
Router# show cable load-balance docsis-group fn 11 md c7/0/0 statistics
Target interface State Trans Fail Fail Total Max-
Cmple Pend Retry (NB) (WB) Attem Fail
Mo3/0/0:0 (351 MHz) initial 0 0 0 0 - 0 0
Mo3/0/0:0/U0 up 0 0 0 0 - 0 0
Mo3/0/0:0/U1 initial 0 0 0 0 - 0 0
Mo3/0/0:0/U2 initial 0 0 0 0 - 0 0
Mo3/0/0:0/U3 up 0 0 0 0 - 0 0
Mo3/0/0:1 (357 MHz) initial 0 0 0 0 - 0 0
Mo3/0/0:1/U0 up 0 0 0 0 - 0 0
Mo3/0/0:1/U1 initial 0 0 0 0 - 0 0
Mo3/0/0:1/U2 initial 0 0 0 0 - 0 0
Mo3/0/0:1/U3 up 0 0 0 0 - 0 0
Mo3/0/0:2 (363 MHz) up 0 0 0 0 - 0 0
Mo3/0/0:2/U0 up 0 0 0 0 - 0 0
Mo3/0/0:2/U1 initial 0 0 0 0 - 0 0
Mo3/0/0:2/U2 initial 0 0 0 0 - 0 0
Mo3/0/0:2/U3 up 0 0 0 0 - 0 0
Mo3/0/0:3 (369 MHz) up 0 0 0 0 - 0 0
Mo3/0/0:3/U0 up 0 0 0 0 - 0 0
Mo3/0/0:3/U1 initial 0 0 0 0 - 0 0
Mo3/0/0:3/U2 initial 0 0 0 0 - 0 0
Mo3/0/0:3/U3 up 0 0 0 0 - 0 0
Wi3/0/0:0 up 0 0 - - 0 0 0
The following example shows the output of the show
cable
load-balance
docsis-group
target
dbg command:
Router# show cable load-balance docsis-group fn 320 md c3/0/0 target dbg
Interface Bg-Id Size Group Target
Wi3/0/0:0 24577 4 2147557695
Wi3/0/0:3 24580 4 2147557695
Wi3/0/0:4 24581 8 2147557695
Wi3/0/0:5 24582 8 2147557695
Wi3/0/0:6 24583 24 2147557695 33% [24576, 24584-24587, 24589-24607]
Wi3/0/0:7 24584 16 2147557695 30% [24576, 24586-24587, 24595-24607]
Wi3/0/0:8 24585 16 2147557695
Wi3/0/0:9 24586 32 2147557695
Wi3/0/0:10 24587 24 2147557695 33% [24576, 24584-24587, 24589-24607]
Wi3/0/0:11 24588 8 2147557695
Wi3/0/0:12 24589 8 2147557695 27% [24596-24603]
Wi3/0/0:13 24590 8 2147557695
Wi3/0/0:14 24591 4 2147557695
The following example shows the output of the show
cable
load-balance
docsis-group
target
wide command:
Router# show cable load-balance docsis-group fn 5 md c1/0/4 target wide
Interface Bg-Id State Group Target
Wi1/0/4:2 9219 up 2147510276 Wi1/0/4:4
Wi1/0/4:3 9220 up 2147510276
Wi1/0/4:4 9221 up 2147510276
The following example shows the output of the show
cable
load-balance
docsis-group
move-history
cable slot/subslot/controller-interface
command:
Router# show cable load-balance docsis-group fn 1 md c3/0/1 move-history
Modem Host Grp Id Primary RF/RCC MD/TCS Action Trans-Start Elapse Client Result
Interface Src Target Src Target Time Time(ms)
C8fb.26a6.c612 Ca3/0/1 2147557888 Do3/0/0:0/1 Do3/0/0:4/2 145/0xF 145/0xF DBC Aug 10 16:04:38 13295 D3.0 STATIC LB Success(1)
C8fb.26a6.bf68 Ca3/0/1 2147557888 Do3/0/0:0/1 Do3/0/0:5/2 145/0xF 145/0xF DBC Aug 10 16:04:23 21941 D3.0 STATIC LB Success(1)
C8fb.26a6.c5c8 Ca3/0/1 2147557888 Do3/0/0:1/1 Do3/0/0:5/2 145/0xF 145/0xF DBC Aug 10 16:04:10 25330 D3.0 STATIC LB Success(1)
The following example shows the output of the show
cable
load-balance
docsis-group
fn
n
mdcable slot/subslot/controller-interfacestatisticswideband command:
Router# show cable load-balance docsis-group fn 1 md c3/0/1 statistics wideband
Target interface State Transfers
Complete Pending Total Failure Disabled
Wi3/0/0:0 up 0 0 0 0 0
Wi3/0/0:1 up 3 0 3 0 0
Note
|
-
The show cable load-balance docsis-group target wide and show cable load-balance docsis-group fn n md cable slot/subslot/controller-interface statistics wideband CLIs does not support LCHA and LCPR.
-
For the show cable load-balance docsis-group target wide and show cable load-balance docsis-group fn n md cable slot/subslot/controller-interface statistics wideband CLIs, the maximum number of modem movement entries per line card is 16000.
|
The following example shows the output of the show
cable
modem x.x.x
verbose command in DCC|DBC:
Router# show cable modem c8fb.26a6.bf68 verbose |in DCC|DBC
DBC req/rsp/ack : 1/1/1
DCC req/rsp/ack : 0/0/0