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Table Of Contents
cable downstream depi-session timeout
cable downstream frequency (channel)
cable downstream interleaver-depth
cable downstream interleaver-level
cable linecard license max-carriers
cable route linecard load-balance-group
cable video encryption-failover-mode
cable video pre-encrypted-multicast
clear cable midplane ping statistics
clear cable video gqi statistics
clear cable video packet-insertion
clear cable video server-group statistics
linecard-group internal switch
redundancy force-failover main-cpu
redundancy linecard-group switchover from slot
redundancy tcc-group switchover from slot
show cable depi-sessions slot count
show cable depi-sessions offset
show cable image-upgrade bundle
show cable image-upgrade status
show cable image-upgrade version
show cable linecard carrier-id-mapping
show cable linecard load-balancing-group
show cable linecard logical-qamid-mapping
show cable midplane ping statistics
show cable qam-replication-group
show cable video multicast uplink
show cable video statistics packet
show running-config interface qam
Cisco RFGW-10 Commands
This chapter includes a description of all the Cisco RFGW-10 commands in alphabetical order of the command mnemonic.
For each command, this chapter provides:
•
A short description of the purpose of the command
•
•
•
•
•
active
To activate a QAM partition, use the active command in cable video server configuration mode or QAM partition configuration mode. To deactivate, use the no form of this command.
active
no active
Syntax Description
This command has no arguments or keywords.
Command Default
QAM partition is not active.
Command Modes
QAM partition configuration (config-qp)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.0SQ
This command was integrated in to Cisco IOS-XE Release 3.3.0SQ.
Usage Guidelines
Only one video server can be activated. Effective with Cisco IOS-XE Release 3.3.0SQ, the active command activates the QAM partition configuration. A reset indication message is sent to the GQI server for the GQI protocol, when the QAM partition is activated. For the Edge Resource Management Interface (ERMI) protocol, an ERMI-1 connection is established and resources are advertised to the Edge Resource Manager (ERM).
When the QAM partition is deactivated, the Session Resource Manager (SRM) is closed for the GQI protocol. For ERMI protocol, a notification message is sent and the connection is closed.
Examples
This example shows how to activate a QAM partition:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)# protocol gqiRouter(config-qp)# mgmt-ip 1.1.1.1Router(config-qp)# mac-address 1234.abcd.4e4eRouter(config-qp)# server 192.168.0.10Router(config-qp)# activeRelated Commands
asm
To configure an Any Source Multicast (ASM) label definition, use the asm command in cable video label configuration mode. To remove the ASM label, use the no form of this command.
asm label {group group-ip} [cbr | bitrate bps | jitter ms | GigabitEthernet | TenGigabitEthernet interface}
no asm label {group group-ip} [cbr | bitrate bps | jitter ms | GigabitEthernet | TenGigabitEthernet interface}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Cable video label configuration (cfg-video-lbl)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.1SQB1
This command was modified. The bitrate keyword was made optional.
Usage Guidelines
The Cisco RFGW-10 supports Any Source Multicast (ASM). An ASM video label is identified by the group IP address.
An ASM video session can be mapped to multiple QAM channels. All cloned sessions of the same video label share the same attributes.
Note
The following example shows the ASM configuration on the Cisco RFGW-10:
Router# configure terminalRouter(config)# cable video labelsRouter(cfg-video-lbl)# asm asm1 group 226.1.1.1 bitrate 3750000Router(cfg-video-lbl)# exitEffective with Cisco IOS-XE Release 3.3.1SQB1, this example shows the ASM configuration without the bitrate keyword
Router(cfg-video-lbl)# asm asm1 group 226.1.1.1Related Commands
auto-sync
To enable automatic synchronization of the configuration files in NVRAM, use the auto-sync command in the main CPU redundancy configuration mode. To disable automatic synchronization, use the no form of this command.
auto-sync {startup-config | config-register | bootvar | running-config | standard}
no auto-sync {startup-config | config-register | bootvar | standard}
Syntax Description
Command Default
At the Cisco RF Gateway 10 chassis level, all the system files are synchronized by default.
Command Modes
Main CPU redundancy configuration (config-r-mc)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
We recommend that you use the auto-sync standard command to ensure that all system files are synchronized between the two Supervisor modules. The no auto-sync command is not used in production plants.
Examples
The following example shows the synchronization of all system files on the Cisco RFGW-10 chassis:
Router#configure terminalRouter(config)#redundancyRouter(config-red)#main-cpuRouter(config-r-mc)#auto-sync standardRouter(config-r-mc)#exitRouter(config-red)#exitRelated Commands
main-cpu
Enters the main CPU redundancy configuration mode.
redundancy
Enters the redundancy configuration mode.
banner lcd
To configure the string on the front panel display, use the banner lcd command in global configuration mode. To disable the string, use the no form of this command.
banner lcd text
no banner lcd
Syntax Description
Command Default
The platform hostname is displayed by default.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
You can use this command to specify additional information when identifying the chassis or including extra contact information.
Examples
The following example shows the configuration of the banner on the Cisco RFGW-10:
Router#configure terminalRouter(config)#banner lcd This is RFGW-10.block
To configure the block frequency in the lane for a frequency profile on the Cisco RFGW-10 DS-384 line card, use the block command in frequency profile lane configuration mode.
block block-id start-freq frequency
Syntax Description
Command Default
The command has no default behavior or values.
Command Modes
Frequency profile lane configuration mode (config-freq-prof-lane)
Command History
Usage Guidelines
Cisco IOS Release Cisco IOS-XE Release 3.2.0SQ supports global templates or profiles on the Cisco RFGW-10 DS-384 line card. A wider range of frequency spectrum is supported on the upconverter on the line card. The Supervisor card uses two frequency schemes—static frequency scheme and user-defined frequency scheme—to configure the frequency profiles at the port level.
Note
The user-defined frequency scheme allows you to define the frequency at the chassis level, and apply the cable downstream frequency spectrum to any port on any Cisco RFGW-10 DS-384 line card.
A frequency profile has four frequency lanes in the 1 GHz spectrum. Each lane has a frequency of 216 MHz. Each lane has 4 blocks of 54 MHz, and each block has 8 carriers. The start frequency assigned to a carrier must be in the frequency range of 216 MHz.
Note
Note
Examples
The following example creates the blocks in frequency profile lane configuration mode:
Router(config)# cable downstream freq-profile 1Router(config-freq-prof)# lane 1 start-freq 48000000Router(config-freq-prof-lane)# block 1 start-freq 48000000Router(config-freq-prof-lane)# block 2 start-freq 96000000Router(config-freq-prof-lane)# exitRouter(config-freq-prof)#Related Commands
cable downstream freq-profile
Creates the frequency profile for a Cisco RFGW-10 DS-384 line card.
lane
Creates the lane frequency for the frequency profile.
cable clock auto-revert
To set the clock in auto-revert mode, use the cable clock auto-revert command in global configuration mode. To disable the clock auto-revert mode, use the no form of this command.
cable clock auto-revert prefer slot
no cable clock auto-revert prefer
Syntax Description
prefer
Specifies the TCC card that should be made active.
slot
TCC card slot. Valid slots are 13 and 14.
Command Default
The clock is not in auto-revert mode.
Command Modes
Global configuration (config)
Command History
Cisco IOS-XE Release 3.2.0SQ
This command was introduced on the Cisco RF Gateway 10.
Usage Guidelines
Use the cable clock auto-revert prefer command to choose which TCC card should active, when both the TCC cards are connected to DTI servers, and are in the same clock state.
Examples
The following example shows the auto-revert preference set to TCC card in slot 14:
Router(config)# cable clock auto-revert prefer 14Related Commands
cable clock free-run
To set the clock in free-run mode, use the cable clock free-run command in global configuration mode. To disable the clock from free-run mode, use the no form of this command.
cable clock slot free-run
no cable clock slot free-run
Syntax Description
Command Default
The clock is not in free-run mode.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
We recommend to avoid running free-run mode in a Timing, Communication and Control (TCC) card server and client setup.
Examples
The following example shows the configuration of the TCC card in slot 13 in the free-run state:
Router(config)# cable clock 13 free-runRelated Commands
cable depi dest-ip
To configure Downstream External PHY Interface (DEPI) sessions manually on QAM line cards, use the cable depi dest-ip command in the QAM subinterface configuration mode. To remove a session, use the no form of this command.
cable depi dest-ip IP address
no cable depi dest-ip IP address
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
QAM subinterface configuration (config-subif)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.2.0SQ
This command was modified. The session-id keyword was removed from the command.
Usage Guidelines
This command is used to configure DEPI sessions manually instead of signalled remote sessions. When you configure a DEPI session on the QAM channel, a route is established.
Examples
The following example shows DEPI sessions created manually created on a QAM line card 7 on the Cisco RFGW-10:
Router(config)# interface qam-red 7/1.1Router(config-subif)# cable mode depi local lbg 1Router(config-subif)# cable depi dest-ip 10.1.1.1Related Commands
cable depi offset
To set the DOCSIS timing offset on the QAM channel for a line card in a Downstream External PHY Interface (DEPI), use the cable depi offset command in global configuration mode and QAM interface and subinterface configuration mode. To disable the offset, use the no form of this command.
cable depi offset ticks
no cable depi offset ticks
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Global configuration (config)
QAM interface and subinterface configuration (config-if and config-subif)
Command History
Usage Guidelines
This command sets the DOCSIS timing offset (DTI) for a QAM channel in a DEPI mode. The DTI Offset enables DOCSIS timing offset adjustment per QAM channel. The actual timing offset needs to be measured on each QAM channel.
To configure all the QAM ports to the same timing offset, use the cable depi offset command at the port level. However, this sets the offset value on all the QAM channels on that port.
You can also configure the entire chassis with the same timing offset.
Examples
The following example shows how to configure the timing offset adjustment on slot 7 RF port 3:
Router(config)# interface qam 7/3Router(config-if)# cable depi offset 950The following example shows how to configure the timing offset adjustment on line card slots 3 and 5 RF port range 1 - 12. The timing offset value of line card slots 3 and 5 will be adjusted by 150 ticks.
Router(config)# interface range qam 3/1 - 12, qam 5/1 - 12Router(config-if-range)# cable depi offset 150The following example shows the DTI offset being set to 324 ticks on QAM channels:
Router(config)#interface qam-red 3/1.1Router(config-subif)#cable mode depi localRouter(config-subif)#cable depi offset 324Related Commands
cable depi dest-ip
Sets the destination IP address for a DEPI session.
cable mode depi
Sets the mode and usage of a QAM channel on a line card.
cable downstream annex
To set the Moving Picture Experts Group (MPEG) framing format for a downstream port on a cable interface line card to Annex A (Europe), Annex B (North America), or Annex C (Japan), use the cable downstream annex command in RF profile configuration, QAM interface, and subinterface configuration mode.
cable downstream annex {A | B | C}
Syntax Description
Command Default
Annex B is the default for all Cisco cable interface line cards.
Command Modes
RF profile configuration (config-rf-prof)
QAM interface and subinterface configuration (config-if and config-subif)
Command History
Usage Guidelines
The Cisco RFGW-10 supports Annex A, Annex B, and Annex C operation.
Note
Annex is configured at the QAM interface (config-if) or QAM subinterface (config-subif) on the Cisco RFGW-10 DS-48 line card.
Note
Annex is a part of RF profile configuration mode for Cisco RFGW-10 DS-384 line card. You can apply Annex only after you create the RF profiles on Cisco RFGW-10 DS-384 channels.
In Cisco IOS-XE Release 3.2.0SQ, RF profiles can be created globally at the chassis level, and applied to any QAM channel on the Cisco RFGW-10 DS-384 line card. The RF profiles are used for grouping QAM channels with same modulation, Annex mode, symbol rate, and interleaver depth.
The cable downstream rf-profile command creates the RF profile. The modulation, annex mode, symbol-rate, and interleaver depth are configured in the RF profile configuration mode.
Note
The following example is a sample of a RF profile configuration:
Router(config)# cable downstream rf-profile 64qam-BRouter(config-rf-prof)# cable downstream annex BRouter(config-rf-prof)# cable downstream modulation 64Router(config-rf-prof)# cable downstream interleaver-depth option1 I128-J1 option2 I32-J4Router(config-rf-prof)# cable downstream symbol-rate 3500000Router(config-rf-prof)# exitRouter(config)#Examples
The following example shows how to set the MPEG framing format to Annex B on a Cisco RFGW-10 DS-48 line card:
Router# configure terminalRouter(config)# interface qam 3/1Router(config-if)# cable downstream annex BThe following example shows how to set the annex mode for carriers on Cisco RFGW-10 DS-384 line card. On Cisco RFGW-10 DS-384, the annex modes are configurable only via RF profiles. Once an RF profile with the desired annex mode has been created, use the following commands to configure the QAM channel:
Router(config)# interface qam 3/1.1Router(config-subif)# cable downstream rf-profile 64qam-BRouter(config-subif)# exitRelated Commands
cable downstream depi-session timeout
To configure the DEPI reconciliation timeout, use the cable downstream depi-session timeout command in global configuration mode. To set the default value of the command, use the no form of this command.
cable downstream depi-session timeout sec
no cable downstream depi-session timeout sec
Syntax Description
sec
Specifies the DEPI reconciliation timeout in seconds. The range is from 60 to 300. The default is 60.
Command Default
The default DEPI reconciliation timeout is 60 secsonds.
Command Modes
Global configuration (config)
Command History
Examples
The following example shows how to configure the DEPI reconciliation timeout:
Router> enableRouter# configure terminalRouter(config)# cable downstream depi-session timeout 90Router(config)# exitRelated Commands
show controllers qam
Displays cable downstream information configured on the line card.
show depi-sessions
Displays DEPI sessions configured on the line card.
cable downstream frequency
To set the downstream center frequency in the cable interface line card to reflect the digital carrier frequency of the downstream radio frequency carrier (the channel) for that downstream port, use the cable downstream frequency command in QAM interface and subinterface configuration mode. Use the no form of this command on the cable interfaces with an integrated upconverter to unset the downstream frequency and to disable the RF output from the integrated upconverter.
cable downstream frequency down-freq-hz
no cable downstream frequency
Syntax Description
Command Default
The default frequency on the Cisco RF Gateway 10 is 501 Mhz.
Command Modes
QAM interface and subinterface configuration (config-if and config-subif)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
You must set the downstream frequency of the RF output to match the expected input frequency of the upconverter. To do this, you enter the fixed center frequency of the downstream channel for the downstream port. (You can also select a default that does not set a specific fixed value.) The valid range for a fixed center frequency is 57,000,000 to 999,000,000 Hz. To install an IF-to-RF upconverter in the downstream path, you can use the center frequency to configure an IF-to-RF upconverter.
Note
The digital carrier frequency is specified to be the center of a 6.0 MHz channel. For example, EIA channel 95 spans 90.000 to 96.000 MHz. The center frequency is 93.000 MHz, which is the digital carrier frequency that should be configured as the downstream frequency. The typical range for current CATV headends is 88,000,000 to 860,000,000 Hz.
Note
Note
Examples
The following example shows how to set the downstream center frequency display value on a Cisco RFGW-10:
Router(config)# interface qam 3/1.1Router(config-subif)# cable downstream frequency 520000000Related Commands
cable downstream frequency (channel)
To set the center frequency on the QAM channel, use the cable downstream frequency command in QAM subinterface configuration mode. To disable the center frequency, use the no form of this command.
cable downstream frequency qam-center-frequency [lane lane-id block block-id]
no cable downstream frequency qam-center-frequency
Syntax Description
Command Default
By default, QAM channels are not assigned with a default center frequency.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
The cable downstream frequency assigns the lane and block assigned at the QAM interface level to the subinterface on the Cisco RFGW-10 DS-384.
Note
The Cisco RFGW-10 DS0-384 supports a maximum of 8 QAM channels per block. Thus, while configuring the center frequencies on the QAM channels, ensure that only a maximum of 8 carriers belong to a particular block (as defined by the freq-profile applied at the QAM interface).
Note
Examples
The following example shows the frequency configuration assigned to the QAM channel:
Router(config)# interface qam 9/1.1Router(config-subif)# cable downstream frequency 714000000 lane 2 block 4Router(config-if)Related Commands
cable downstream freq-profile
To create the frequency profile at the Cisco RF Gateway 10 chassis level, and apply it to any RF port on the Cisco RFGW-10 DS-384 line card, use the cable downstream freq-profile command in global configuration mode. To disable the frequency profile applied to the RF port, use the no form of this command.
cable downstream freq-profile freq-profile-id
no cable downstream freq-profile line freq-profile-id
Syntax Description
Command Default
Default frequency profile (default-freq-profile) is created.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
Cisco IOS-XE Release 3.2.0SQ supports global templates or profiles on the Cisco RFGW-10 DS-384 line card. Each port on the Cisco RFGW10 DS-384 line card provides a frequency range from 45 MHz to 1003 MHz. The Supervisor card uses two frequency schemes—static frequency scheme and the user-defined frequency scheme—to configure the frequency profile at port level.
The cable downstream freq-profile command configures the frequency spectrum in a user-defined frequency scheme on the Cisco RFGW-10 chassis. The frequency scheme is applied to any port on the Cisco RFGW10 DS-384 line card. In the frequency profile configuration mode, you can set the lane and block frequency.
Note
Tip
Examples
The following example creates a frequency profile on the Cisco RFGW-10:
Router(config)# cable downstream freq-profile freq-profile1Router(config-freq-prof)# ?Frequency Profile subcommands:exit Exit from freq profile config modelane lane configurationsRelated Commands
cable downstream if-output
To activate a downstream port on a cable interface and to generate a standard modulated signal or a test signal, use the cable downstream if-output command in QAM interface and subinterface configuration mode. To disable all signal output on the intermediate frequency (IF) carrier and to shut down the interface, use the no form of this command.
cable downstream if-output [continuous-wave]
no cable downstream if-output
Syntax Description
continuous-wave
Displays an unmodulated carrier signal on the downstream, disabling normal data network operations.
Command Default
The downstream interface is enabled for normal data use.
Command Modes
QAM interface and subinterface configuration (config-if and config-subif)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
You can use the cable downstream if-output command to perform the following actions:
•
•
•
•
cable downstream if-output continuous-wave—Generates an unmodulated, continuous sine wave on the downstream interface. You can use a spectrum analyzer to verify the frequency, amplitude, and power of the wave. You can use the cable downstream if-output command to test the signal continuity on the downstream until you resume normal modulated operations.
no cable downstream if-output—Terminates all signal output and shuts down the downstream interface. The interface is disabled until you reactivate the downstream using the cable downstream if-output command.
Examples
The following example shows how to enable downstream on QAM interface 3 on the Cisco RFGW-10:
Router# configure terminalRouter(config)# interface qam 3/1.1Router(config-subif)# cable downstream if-outputRelated Commands
cable downstream interleaver-depth
To set the downstream interleave depth, use the cable downstream interleaver-depth command in RF profile configuration, QAM interface, and subinterface configuration mode. To restore the default setting, use the no form of this command.
cable downstream interleaver-depth depth-value
no cable downstream interleaver-depth
Syntax Description
Command Default
The default interleave depth value is 5 (I=32, J=4).
Command Modes
RF profile configuration (config-rf-profile)
QAM interface and subinterface configuration (config-subif)
Command History
Usage Guidelines
In Cisco IOS Release 3.2.0SQ, RF profiles can be created globally at the chassis level, and applied to any QAM channel on the Cisco RFGW-10 DS-384 line card. The RF profiles are used for grouping QAM channels with same modulation, annex mode, symbol rate, and interleaver depth.
The cable downstream rf-profile command creates the RF profile. The modulation, annex mode, symbol-rate, and interleaver depth are configured in the RF profile configuration mode.
Note
The syntax for the Cisco RFGW-10 DS-384 line card at the RF profile configuration level is:
cable downstream interleaver-depth option1 depth-value option2 depth-value
no cable downstream interleaver option1
Once the RF profile is created with the FEC I/J values, assign the RF profile to the carrier subinterface. The following example is a sample of a RF profile configuration:
Router(config)# cable downstream rf-profile 1Router(config-rf-prof)# cable downstream interleaver depth option1 I12-J17 option2 I12-J17Router(config-rf-prof)# exitRouter(config)#The FEC I/J values specified in option2 are applied to the carrier, and are available at the QAM subinterface level. The following is an example of interface 3/1.1 with the FEC I/J values on the Cisco RFGW-10 DS-384 line card:
Router(config)# interface qam 3/1.1Router(config-subif)# cable downstream interleave-depth I12-J17Router(config-subif)# exitThis command sets the minimum latency of the system. A higher interleave depth relays the bits of each code word over a great transmission time and protects the noise bursts on the hybrid fiber coaxcial (HFC) network.
Interleave transmissions do not transmit each code word by itself, but instead relay the bits from multiple code words at the same time. This noise burst affects the minimum number of bits per code word and allows the Forward Error Correction (FEC) algorithm a greater chance of detecting and correcting any transmission errors.
A higher interleave depth transmits bits from a greater number of code words, increasing the efficacy of the FEC algorithm. However, a higher depth also increases downstream latency, which might slow TCP/IP throughput for some configurations, so you need to choose an interleave depth appropriate to the plant's noise levels and application needs.
If your cable plant is experiencing high noise levels, increase the default value of 32 to 64. For plants with exceptionally high noise levels, increase the interleave value to 128 to secure the cable network from noise bursts.
Low interleave depth values cause some packet loss on HFC networks, because burst noise lasts beyond the error correction block correctable length. However, on cable plants with exceptionally low noise levels, we recommend you to use the default value of 32, and then try an interleave of either 16 or 8 to confirm an increase in performance without increasing the number of errors that result from noise.
Table 3-1 shows interleave characteristics and their relation to one another.
Note
Note
Examples
The following example shows downstream I/J values to 128/5 on QAM interface 3 on Cisco RFGW-10:
Router# configure terminalRouter(config)# interface qam 3/1.1Router(config-subif)# cable downstream interleave-depth I12-J17Related Commands
cable downstream interleaver-level
To set the downstream interleave level, use the cable downstream interleaver-level command in QAM subinterface configuration mode. To restore the default setting, use the no form of this command.
cable downstream interleaver-level {1 | 2}
no cable downstream interleaver-level
Syntax Description
The following level values are supported on Cisco RF Gateway 10:
Command Default
The default interleaver level is 2.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
This command modifies the interleaver level on the downstream radio frequency carrier on a downstream QAM channel. Interleaver level indicates modifiable FEC I/J values. Level 1 indicates non-modifiable FEC I/J values. The I/J values are set to 128/1. For level 2, there are different FEC I/J values that can be configured.
Examples
The following example shows the interleaver level value set to 2 on QAM subinterface 3:
Router# configure terminalRouter(config)#interface qam 3/1.1Router(config-subif)#cable downstream interleaver-level 1Related Commands
cable downstream lock
To lock a downstream port on the cable interface, use the cable downstream lock command in QAM interface and subinterface configuration mode. To unlock, use the no form of this command.
cable downstream lock
no cable downstream lock
Syntax Description
This command has no arguments or keywords.
Command Default
The lock is not set on QAM interfaces.
Command Modes
QAM interface and subinterface configuration (config-if and config-subif)
Command History
Usage Guidelines
This command is used to set the configuration lock on the downstream QAM interfaces on a Cisco RFGW-10 QAM line card. Setting this lock prohibits the user from modifying any RF parameters on that QAM channel. If the lock is set at the port level, then all the QAM Channels on that port will be locked.
Executing this command at a QAM channel level (subinterface) modifies the only the QAM channel. However, executing the command at a QAM port level (interface) modifies all QAM channels (subinterfaces) on that interface.
Examples
The following example shows how to set the downstream lock on QAM interface 3 on a Cisco RFGW-10:
Router# configure terminalRouter(config)# interface qam 3/1.1Router(config-subif)# cable downstream lockRelated Commands
cable downstream lqam-group
To create logical QAM groups on the QAM channel on the Cisco RFGW-10 DS-384 line card, use the cable downstream lqam-group command in QAM interface and QAM subinterface configuration mode. To remove the logical QAM group configuration, use the no form of this command.
cable downstream lqam-group group_ID
no cable downstream lqam-group group_ID
Syntax Description
Command Default
This command is not enabled by default.
Command Modes
QAM interface configuration (config-if)
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
A logical QAM group is a group of QAMs that share the same RF parameters in an RF profile such as Annex, Modulation format, symbol rate etc. There are 48 groups on Cisco RFGW-10 DS-384 line card.
The logical QAM ID uniquely identifies the channels on the Cisco RFGW-10 DS-384 line card. Logical QAM IDs 0 to 7 are assigned to QAM group 1, logical QAM IDs 8 to 15 are assigned to QAM group 2 and so on.
Note
Associated FeaturesThe cable downstream lqam-group command is used to configure the following:
•
Examples
The following example creates the logical QAM group on the Cisco RFGW-10 DS-384 line card:
Router(config-if)# interface qam-red 4/1.2Router(config-if)# cable downstream lqam-group 2Router(config)#The following example displays the logical QAM groups on QAM interface 4 on the Cisco RFGW-10 DS-384 line card:
Router# show running-config...Interface qam4/2.1cable downstream carrier-id 1cable downstream lqam-group 40cable mode depi remote learncable downstream tsid 42001cable depi depi-tunnel tunnel-1Interface qam4/2.2cable downstream carrier-id 2cable downstream lqam-group 25cable mode depi remote learncable downstream tsid 42002cable depi depi-tunnel tunnel-1Interface qam4/2.3cable downstream carrier-id 3cable downstream lqam-group 40cable mode depi remote learncable downstream tsid 42003cable depi depi-tunnel tunnel-1Interface qam4/5.4cable downstream carrier-id 13cable downstream lqam-group 40cable mode depi remote learncable downstream tsid 42004cable depi depi-tunnel tunnel-1...Related Commands
cable downstream max-carriers
To create specific number of QAM carriers per RF port, use the cable downstream max-carriers on the Cisco RFGW-10 DS-384 command in QAM interface configuration mode. To disable the QAM carriers per port, use the no form of this command.
cable downstream max-carriers carriers
no cable downstream max-carriers carriers
Syntax Description
Command Default
No QAM carriers are created when the line card is inserted in the RFGW-10 chassis.
Command Modes
QAM interface configuration (config-if)
Command History
Usage Guidelines
When the Cisco RFGW-10 DS-384 line card is inserted, prior to any configuration, all the physical port interfaces are automatically created in the configuration file, but they are in shutdown mode. The cable downstream max-carriers command creates the carriers under each QAM port interface.
Each QAM port on the Cisco RFGW-10 DS-384 line card can have up to a maximum of 64 carriers configured.
Note
Note
For the Cisco RFGW-10 DS-48 line card, 4 carriers per port are created, and applied to all 12 ports on the line card. To disable QAM interfaces on the Cisco RFGW-10 DS-48 line card, use the cable downstream stacking command.
Examples
The following example configures 64 QAM carriers on QAM interface 3/1 on the Cisco RFGW-10 DS-384 line card:
Router(config)# interface qam 3/1Router(config-if)# cable downstream max-carriers 64Related Commands
cable downstream rf-shutdown
Enables or disables the RF output from the integrated upconverter.
cable downstream modulation
To set the modulation format for a downstream port on a cable interface line card, use the cable downstream modulation command in RF profile configuration, QAM interface, and subinterface configuration mode.
cable downstream modulation {64 | 256}
Syntax Description
64
Modulation rate is 6 bits per downstream symbol.
256
Modulation rate is 8 bits per downstream symbol.
Command Default
The default modulation rate is 64 QAM.
Command Modes
RF profile configuration (config-rf-profile)
QAM interface and subinterface configuration (config-if and config-subif)
Command History
Usage Guidelines
Modulation is configured at the QAM interface (config-if) or QAM subinterface (config-subif) on the Cisco RFGW-10 DS-48 line card.
Note
Modulation is a part of RF profile configuration mode for Cisco RFGW-10 DS-384 line card. You can apply Annex mode only after you create the RF profiles on Cisco RFGW-10 DS-384 channels.
In Cisco IOS-XE Release 3.2.0SQ, RF profiles can be created globally at the chassis level, and applied to any QAM channel on the Cisco RFGW-10 DS-384 line card. The RF profiles are used for grouping QAM channels with same modulation, annex mode, symbol rate, and interleaver depth.
Note
The cable downstream rf-profile command creates the RF profile. The modulation, annex mode, symbol-rate, and interleaver depth are configured in the RF profile configuration mode.
Note
The following example is a sample of a RF profile configuration:
Router(config)# cable downstream rf-profile rf-profile1Router(config-rf-prof)# cable downstream annex BRouter(config-rf-prof)# cable downstream modulation 64Router(config-rf-prof)# cable downstream interleaver depth option1 I128-J1 option2 I32-J4Router(config-rf-prof)# cable downstream symbol-rate 3500000Router(config-rf-prof)# exitRouter(config)#Examples
The following example shows how to set the downstream modulation to 256 QAM on a Cisco RFGW-10 DS-48 line card:
Router# configure terminalRouter(config)# interface qam 3/1.1Router(config-subif)# cable downstream modulation 256The following example applies the modulation that was specified in the global RF profile 1 Cisco RFGW-10 DS-384 line card:
Router# configure terminalRouter(config)# interface qam 3/1.1Router(config-subif)# cable downstream rf-profile 1The following example shows how to set the modulation rate in the RF profile on the Cisco RFGW-10 DS-384 line card:
Router(config)# cable downstream rf-profile 1Router(config-rf-prof)# cable downstream modulation 64Router(config-rf-prof)# exit
Note
Related Commands
cable downstream rf-profile
To create RF profiles at the Cisco RF Gateway 10 chassis level and apply them across any QAM channel on the Cisco RFGW-10 DS-384 line card, use the cable downstream rf-profile command in global configuration mode, and in QAM subinterface configuration mode. To disable the RF profile configuration, use the no form of this command.
cable downstream rf-profile rf-profile-id
no cable downstream rf-profile rf-profile-id
Syntax Description
Command Default
Default RF profile (default-rf-profile) is created.
Command Modes
Global configuration (config)
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
RF profiles can be created globally at the chassis level, and applied to any QAM channel on the Cisco RFGW-10 DS-384 line card. The RF profiles are used for grouping QAM channels with same modulation, annex mode, symbol rate and interleaver depth.
Note
The cable downstream rf-profile command creates the RF profile and enters the RF profile configuration mode. The modulation, annex mode, symbol-rate, and interleaver depth can be configured in the RF profile configuration mode. After the RF profile is created, it can be assigned to any QAM channel on the line card.
Note
Examples
The following example creates the RF profile 1 on the Cisco RFGW-10, and enters the RF profile configuration:
Router(config)# cable downstream rf-profile 1Router(config-rf-prof)# ?RF Profile cable downstream commands:cable cable keyword under rf profile config modeexit Exit from the rfprof config modeThe following example is a sample of a RF profile configuration:
Router(config)# cable downstream rf-profile 1Router(config-rf-prof)# cable downstream annex BRouter(config-rf-prof)# cable downstream modulation 64Router(config-rf-prof)# cable downstream interleaver depth option1 I128-J1 option2 I32-J4Router(config-rf-prof)# cable downstream symbol-rate 3500000Router(config-rf-prof)# exitRouter(config)#Related Commands
cable downstream rf-power
To set the RF power output level on the Cisco RF Gateway 10, use the cable downstream rf-power command in QAM interface and subinterface configuration mode. To reset the RF output power level to its default value, use the no form of this command.
cable downstream rf-power {power-level}
no cable downstream rf-power {power-level}
Syntax Description
Command Default
The default values set are as follows for the different stacking levels:
1:1 stacking—44 dBmV
2:1 stacking—47 dBmV
4:1 stacking—40 dBmV
Command Modes
QAM interface and subinterface configuration (config-if and config-subif)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
The stacking level on Cisco RFGW-10 are as follows:
1:1 stacking—30 dBmV ~ 61 dBmV, default is 44 dBmV
2:1 stacking—30 dBmV ~ 57 dBmV, default is 47 dBmV
4:1 stacking—30 dBmV ~ 53 dBmV, default is 40 dBmV
The official range for acceptable power levels in the DOCSIS standard depends on the stacking level. The DOCSIS levels are as follows:
1:1 stacking—52 dBmV ~ 60 dBmV
2:1 stacking—48 dBmV ~ 56 dBmV
4:1 stacking—44 dBmV ~ 52 dBmV
Note
Note
Examples
The following example shows the integrated upconverter on a Cisco RFGW-10 configured for an RF output power level of 50 dBmV:
Router(config)# interface qam 3/1.1Router(config-subif)# cable downstream rf-power 50Related Commands
cable downstream rf-shutdown
To disable the RF output from an integrated upconverter on a Cisco RF Gateway 10, use the cable downstream rf-shutdown command in QAM interface and subinterface configuration mode. To enable the RF output on the integrated upconverter, use the no form of this command.
cable downstream rf-shutdown
no cable downstream rf-shutdown
Syntax Description
This command has no arguments or keywords.
Command Default
The RF output is disabled on the upconverter.
Command Modes
QAM interface and subinterface configuration (config-if and config-subif)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
Executing this command at the port level command modifies all the QAM channels on that port. However no channel is affected if the command is executed at the channel level.
Examples
The following example enables the integrated upconverter on the Cisco RFGW-10:
Router(config)#configure terminalRouter(config-if)#interface qam 3/1.1Router(config-subif)#cable downstream rf-shutdownRelated Commands
cable downstream stacking
To configure frequency stacking, use the cable downstream stacking command in QAM interface and subinterface configuration mode.
cable downstream stacking stacking
Syntax Description
Command Default
The stacking level is set to 1:4 on all RF ports.
Command Modes
QAM interface and subinterface configuration (config-if and config-subif)
Command History
Usage Guidelines
You can configure the stacking level on the RF port and enable the appropriate QAM channels:
•
•
•
Note
Examples
The following example shows how to configure the downstream channel on the QAM interface for frequency stacking of 4.
Router# configure terminalRouter(config)# interface qam 3/1Router(config-if)# cable downstream stacking 4Router(config-if)# exitRelated Commands
cable downstream start-freq
To set the starting frequency on the QAM interface, use the cable downstream start-freq command in QAM interface configuration mode. To disable the starting frequency, use the no form of this command.
cable downstream start-freq frequency
no cable downstream start-freq
Syntax Description
Command Default
This command is disabled by default.
Command Modes
QAM interface configuration (config-if)
Command History
Usage Guidelines
The cable downstream start-freq command sets the starting frequency for a QAM port on the Cisco RFGW-10 DS-384 card in the static frequency scheme. In this scheme, the lane and block start frequencies are internally configured for the port by the Supervisor. The carrier frequency can be configured at the carrier.
Note
Note
Examples
The following example shows the starting frequency configuration for a QAM port with Annex B:
Router(config)# interface qam 4/1Router(config-if)# cable downstream start-freq 234000000Router(config-if)#Related Commands
cable downstream symbol rate
To set the symbol rate on the line card, use the cable downstream symbol rate command in RF profile configuration mode. To disable the symbol rate, use the no form of this command.
cable downstream symbol rate symbols
no cable downstream symbol rate
Syntax Description
symbols
Symbol rate of the line card in seconds. Valid range is from 3500000 to 7000000 symbols per second.
Command Default
This command has no default behavior or values.
Command Modes
RF profile configuration (config-rf-profile)
Command History
Usage Guidelines
The cable downstream symbol-rate command sets the symbol rate for the Cisco RFGW-10 DS-384 line card.
Note
Examples
The following example shows the symbol rate configured on the Cisco RFGW-10 DS-384 line card:
Router(config)# cable downstream rf-profile 1Router(config-rf-prof)# cable downstream annex ARouter(config-rf-prof)# cable downstream modulation 256Router(config-rf-prof)# cable downstream interleaver depth option1 I12-J17 option2 I12-J17Router(config-rf-prof)# cable downstream symbol-rate 3500000Router(config-rf-prof)# exitRouter(config)#Related Commands
cable downstream rf-profile
Creates the RF profile configuration at the RFGW-10 chassis level, and enters the RF profile configuration mode
cable downstream tsid
To configure the Transport Stream Identifier (TSID) value on the QAM subinterface, use the cable downstream tsid command in QAM subinterface configuration mode. To reset the TSID to 0, use the no form of this command.
cable downstream tsid id [onid onid-id]
no cable downstream tsid
Syntax Description
Command Default
The TSID and ONID values are set to 0 on all QAM interfaces.
Command Modes
QAM subinterface configuration (config-subif)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.0SQ
This command was modifed to include onid keyword.
Usage Guidelines
This command ensures that each downstream QAM channel has a unique ID when there are multiple Cisco Cable Modem Termination System (CMTS) routers at a headend facility. This ID uniquely defines the QAM channel in the cable headend.
For DEPI, the TSID value is overwritten with a new value if there are no sessions established on that QAM channel. However, if a session exists with the specified QAM channel, the new TSID value being configured is rejected.
For video, the TSID value is required only for powerkey encrypted video sessions. The TSID value is overwritten with the new value even when a session exists and the system recovers sessions with the new TSID value.
The no form of the command resets the TSID value of the QAM channel to 0.
Note
Examples
The following example configures the downstream channel on the QAM subinterface with a TSID value of 44:
Router# configure terminalRouter(config)# interface qam 3/1.1Router(config-subif)# cable downstream tsid 44The following example shows how to configure the ONID on the QAM interface on the Cisco RFGW-10 DS-384 line card:
Router(config)# configure terminalRouter(config)# interface qam 7/1.1Router(config)# cable mode video localRouter(config)# cable downstream tsid 1000 onid 65000Router(config)# cable downstream rf-profile rfprofile_videoRouter(config)# cable downstream frequency 325000000Router(config)# no cable downstream rf-shutdownRouter(config)# cable downstream interleaver-depth I128-J1Router(config)# exitThe following example shows the RF profile configuration on the Cisco RFGW-10 DS-384 line card:
Router(config)# show running configcable downstream rf-profile rfprofile_videocable downstream annex Bcable downstream modulation 256cable downstream interleaver-depth option1 I128-J1 option2 I128-J1cable downstream symbol-rate 5360537!Related Commands
cable downstream tsid-base
To configure the Transport Stream Indentifire (TSID) value for all QAM interfaces, use the cable downstream tsid-base command in privileged EXEC mode.
cable downstream tsid-base id
Syntax Description
Command Default
The TSID value is set to 0 on all QAM interfaces.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command ensures that each downstream QAM channel has a unique ID when there are multiple Cisco CMTS routers at a headend facility. This ID uniquely defines the QAM channel in the cable headend.
A QAM channel is assigned a TSID value if it is unique. The TSID value is overwritten with a new value if there are no sessions established on that QAM channel. However, if a session exists with the specified QAM channel, the new configured TSID value is rejected.
Examples
The following example sets the TSID value of 44 on the QAM interfaces:
Router#cable downstream tsid-base 44Related Commands
cable image-upgrade download
To upgrade all device images on a specific line card, use the cable image-upgrade download command in privileged EXEC mode.
cable image-upgrade download slot [forced | background]
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
The line card must be present in the slot for an upgrade. The line card image is upgraded with the image of the Supervisor card.
The upgrade occurs in the background if the background keyword is specified. The control is immediately returned to the CLI prompt.
The line card resets if an image upgrade has occurred. If the latest images are present on the line card, then the line card does not reset.
Examples
The following example upgrades the image on line card in slot 7:
Router# cable image-upgrade download 7The following example forces the upgrade of all images in line card in slot 3:
Router#cable image-upgrade download 3 forcedRelated Commands
cable image-upgrade disable
To disable the automatic image upgrade of the line card, use the cable image-upgrade disable command in global configuration mode. To enable the automatic image upgrade, use the no form of this command.
cable image-upgrade disable
no cable image-upgrade disable
Syntax Description
This command has no arguments or keywords.
Command Default
The no form of the command is enabled by default.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
Use the cable image-upgrade disable command to disable automatic image upgrade.
Examples
The following example disables auto image upgrade of the line card:
Router(config)# cable image-upgrade disableRouter(config)#Associated FeaturesThe cable image-upgrade disable command is used to configure the following features:
Related Commands
cable linecard encryption
To configure the line card encryption scrambling algorithm, use the cable linecard encryption command in global configuration mode. To disable the line card encryption, use the no form of this command.
cable linecard slot encryption {pkey scrambler des | clear scrambler none}
no cable linecard slot encryption pkey scrambler des
Syntax Description
Command Default
None.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
The Cisco RFGW-10 DS-384 DS-384 line card encryption capability is enforced by the software license. At line card insertion, no encryption feature license is available. The Cisco Software Licensing (CSL) and platform CSL layer validate the license present in the line card flash partitions. The line card is licensed for PowerKEY encryption scheme. For more information on Licensing, see Software License Activation for Cisco RF Gateway 10 Line Cards.
The Cisco RFGW-10 DS-384 line card supports two different scrambling algorithms - DES and DVB-CSA. PowerKEY supports the DES algorithm. By default, DES is used for a PowerKEY enabled line card.
To disable line card encrytion use the no cable linecard slot encryption pkey scrambler des or cable linecard slot encryption clear scrambler none command
Examples
This example shows how to configure PowerKEY encryption on the line card:
Router# configure terminalRouter(config)# cable linecard 6 encryption pkey scrambler desRelated Commands
show cable licenses
Displays the licenses configured on the Cisco RFGW-10 line card.
cable linecard license max-carriers
To activate the QAM carrier density on the line card, use the cable linecard license max carriers command in global configuration mode. To deactivate the QAM carrier density on the line card, use the no form of this command.
cable linecard lc-slot license max-carriers carrier_density
no cable linecard lc-slot license max-carriers
Syntax Description
Command Default
Enabled during line card bootup, provided that a valid QAM carrier license exists on the Cisco RFGW-10 DS-384 line card.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
The cable linecard license max-carriers command sets the QAM carrier density of the line card. Valid configurable licenses are required for the maximum carriers densities per line card. The density specifications are validated by the license on the Supervisor when the max-carriers ports are created.
This command defines the maximum carrier density for a downstream QAM line card. The maximum carriers supported on the Cisco RFGW10-DS-48 line card are 48, and the maximum carriers supported on the Cisco RFGW-10 DS-384 line card are 384.
Note
Examples
The following example sets the QAM carrier density for the line card in slot 3.
Router(config)# cable linecard 3 license max-carriers 96Related Commands
cable downstream max-carriers
Creates QAM carriers per RF port on the Cisco RFGW-10.
cable linecard reset
To partially reset the line card, use the cable linecard reset command in privileged EXEC configuration mode.
cable linecard slot reset
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command partially resets the line card and the CPU. The front panel SFP (small form-factor pluggable) module continues to process the data.
Examples
The following example shows a partial reset of the line card in slot 3:
Router#cable linecard 3 resetRelated Commands
cable midplane ping
To enable the midplane failure detection between the line card and the Supervisor on the Cisco RFGW-10, use the cable midplane ping command in global configuration mode. To disable the midplane failure detection, use the no form of this command.
cable midplane ping interval ping-interval retries retry_num wait wait-interval action {log | none}
no cable midplane ping interval ping-interval retries retry_num wait wait-interval action {log | none}
Syntax Description
Command Default
The midplane failure detection is not configured.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
Use the cable midplane ping command to enable midplane pings between the line card and the Supervisor. When this command is enabled, the line card periodically sends ping packets to the Supervisor, and receives responses. However, if no responses are received by the line card, an error message is sent to the Supervisor, and the pings are disabled.
The minimum ping interval is 10000 milliseconds with 10 retries. If a ping fails after the number of retries, the line card waits before restarting the pings. This delay interval is configured as the wait parameter.
Examples
The following example shows how to configure the midplane ping interval for 10000 milliseconds with 10 retry attempts, followed by a wait interval of 10000 milliseconds, and an action to log a message on failure:
Router(config)# cable midplane ping interval 10000 retries 10 wait 10000 action logRelated Commands
cable mode
To set the mode of the QAM channel, use the cable mode command in QAM interface and subinterface configuration mode. To remove this setting, use the no form of this command.
cable mode depi {local lbg lbg-interface | remote [learn]} | video {local | remote encrypt}
no cable mode {depi | video} {local | remote}
Syntax Description
Command Default
No cable mode is set on the QAM channel.
Command Modes
QAM interface and subinterface configuration (config-if and config-subif)
Command History
Usage Guidelines
QAM channels on the Cisco RFGW-10 are characterized based on their usage mode and ownership. QAM channels within a QAM port are configured in DEPI and video mode.
Note
Note
Each QAM channel is configured locally via CLI or remotely through a signaling protocol, such as Modular Cable Modem Termination System (M-CMTS) Downstream External PHY Interface (DEPI), Data Network Control Station (DNCS), Generic QAM Interface (GQI), or Edge Resource Manager Interface (ERMI). The DNCS, GQI and ERMI protocols are used for video only. If a QAM channel is used for remote setup, it cannot be configured locally.
Note
Tip
In Cisco IOS Release Cisco IOS-XE Release 3.2.0SQ, load balancing groups are assigned to QAM channels while configuring local DEPI sessions. Two load balancing groups exist per line card. The QAM channels are equally divided between the two load balancing groups on any line card. Each load balancing group supports 192 carriers or 9.1Gbps.
Effective with Cisco IOS-XE Release 3.3.0SQ, the 24-qam-map keyword is not supported on the Cisco DS-384 line card.
Examples
The following example shows the configuration of QAM subinterface 7/1.1 using DEPI mode locally on a Cisco RFGW-10. Load balancing interface 1 is assigned to the QAM channel:
Router(config)# interface qam-red7/1.1Router(config-subif)# cable mode depi local lbg 1The following is an example at the QAM interface 3/1 level with DEPI in remote learn mode on a Cisco RFGW-10:
Router(config)# interface qam 3/1Router(config-if)# cable mode depi remote learnThe following is an example at the QAM subinterface 6/4.1 level with DEPI in learn mode on a Cisco RFGW-10:
Router(config)# interface qam 6/4.1Router(config-subif)# cable mode depi remote learnThe following is a sample output to show the total number of video sessions:
Router# show cable video session slot 3Session QAM Stream Sess IP UDP Out Input Input Output PSI CtrlID Port Type Type Address Port Pgm Bitrate State State Rdy State---------- ------- ------ ---- ---------------- ----- ----- -------- ------ ------ --- -----201459584 3/1.2 Remap SSM - - 1 2500412 ACTIVE OFF NO -201459585 3/1.2 Remap SSM - - 2 2500415 ACTIVE OFF NO -201459586 3/1.2 Remap SSM - - 3 2500420 ACTIVE OFF NO -201459587 3/1.2 Remap SSM - - 4 2500427 ACTIVE OFF NO -201459588 3/1.2 Remap SSM - - 5 2500427 ACTIVE OFF NO -201459589 3/1.2 Remap SSM - - 6 2500427 ACTIVE OFF NO -201459590 3/1.2 Remap SSM - - 7 2500427 ACTIVE OFF NO -201459591 3/1.2 Remap SSM - - 8 2500433 ACTIVE OFF NO -201459592 3/1.2 Remap SSM - - 9 2500436 ACTIVE OFF NO -RFGW-10#show cable video session slot 3 | inc TotalTotal Sessions = 1920The following example shows the output expected while trying to create the 193rd encrypted video session:
interface Qam-red3/4.48cable carrier-id 192cable mode video remote encryptcable downstream lqam-group 27cable downstream rf-profile default-rf-profilecable downstream frequency 597000000no cable downstream rf-shutdowncable partition 2 external-channel 192Router(config-subif)# cable mode video remote encryptError: Max encrypted carriers on linecard 3 reached, limit is 192%ERROR: Failed to enable encryption for Qam3/5.1 - max encrypted carriers reached, only 192 allowedRelated Commands
cable partition
To manage and assign QAM channels to a QAM partition, use the cable partition command in QAM subinterface configuration mode. To disable, use the no form of this command.
cable partition partition-id {external-channel channel_number}
no cable partition partition-id {external-channel channel_number}
Syntax Description
Command Default
This command is disabled by default.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
Use the cable partition command to assign QAM channels to QAM partitions. Ensure that the QAM channel is configured for cable mode video remote encrypt and the QAM partition is created before assigning the QAM partition to the QAM channel.
Note
Examples
This example shows how to assign the QAM partition 3 to the QAM channel:
Router# configure terminalRouter(config)# interface qam-red 3/1.1Router(config)# cable mode video remote encryptRouter(config-subif)# cable partition 3 external-channel 200Router(config-subif)#Related Commands
cable qam-partition
Creates a QAM partition for video server on the Cisco RFGW-10 DS-384 line card.
cable qam-group
To configure a cable QAM group, use the cable qam-group command in QAM interface configuration mode. To remove the cable QAM group from the QAM interface, use the no form of this command.
cable qam-group qam-group-name
no cable qam-group qam-group-name
Syntax Description
Command Default
This command is enabled by default.
Command Modes
QAM interface configuration (config-subif)
Command History
Usage Guidelines
To configure a cable QAM group, the QAM subinterface must be set to cable mode video remote mode. You cannot change or remove a QAM group from the QAM interface when it is advertised to the ERM.
Examples
This example shows how to create a cable QAM group:
Router# configure terminalRouter(config)# interface qam 3/1.2Router(config-subif)# cable mode video remoteRouter(config-subif)# cable qam-group qg1Related Commands
cable service-group
Configures the QAM service group.
show cable service-group
Displays the service groups configured on the Cisco RFGW-10.
cable qam-partition
To create a user-defined QAM partition for a video server, use the cable qam-partition command in global configuration mode. To remove the QAM partition, use the no form of this command.
cable qam-partition partition-id
no cable qam-partition partition-id
Syntax Description
Command Default
This command is enabled by default.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
QAM partitioning is introduced in on the Cisco RFGW-10 to support the sharing of a Cisco RFGW-10 DS-384 line card or Cisco RFGW-10 chassis among different remote servers such as Digital Network Control System (DNCS), Universal Session Resource Manager (USRM), and Edge Resource Manager (ERM). The line card is partitioned and used by the multiple remote servers. QAM partitioning is used by protocol application such as GQI and ERMI to extend the QAM partition configuration for a given protocol.
QAM partitioning configuration provides the ability to divide QAM carriers into logical groups where each partition manages the QAM carriers without interfering with QAM carriers in different groups.
Fifty user-defined QAM partitions can be created with partition-id 1 to 50. These are used in remote video sessions.
A default QAM partition is a hidden partition (not user-defined) that collects the QAM carriers that are not assigned to any QAM partition. By default, all QAM carriers are in the default QAM partition. Once a QAM carrier is assigned to a partition, the carrier is removed from the default partition. Default partition IDs are used in local video sessions.
Examples
This example shows how to create a QAM partition:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)#Related Commands
cable qam-replication-group
To configure the QAM replication group, use the cable qam-replication-group command in global configuration mode. To remove the qam replication group, use the no form of this command.
cable qam-replication-group {group-id | new}
no cable qam-replication-group {group-id}
Syntax Description
groupd-id
QAM replication group ID. The valid range is from 1 to 3840.
new
Creates a new group and assigns a group number automatically.
Command Default
This command is enabled by default.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
Cisco IOS-XE Release 3.3.0SQ introduces the QAM replication group feature to replicate any single QAM output from one port to another port on the same Cisco RFGW-10 DS-384 line card.
A QAM Replication Group (QRG) contains information about a single source QAM and its corresponding replicated copy or copies. A QRG contains only one pilot and a minimum of one and maximum of seven replicate QAMs. Each group is numbered with an identifier and contains the slot, port and channel number for both the source QAM (pilot-qam) and the destination QAM or QAMs (replicate-qam).
The cable qam-replication-group group-id command does one of the following:
•
•
Note
Examples
This example shows how to create a user-defined QAM replication group:
Router# configure terminalRouter(config)# cable qam-replication-group 1Router(config)#Related Commands
pilot-qam
Configures the pilot QAM in the QAM replication group.
replicate-qam
Configures the replicate QAM in the QAM replication group.
cable route linecard load-balance-group
To configure a video route on the cable load balancing group and to enter the load balancing group configuration mode, use the cable route linecard load-balance-group command in global configuration mode. To disable a video route, use the no form of this command.
cable route linecard lc-slot load-balance-group group-id
no cable route linecard lc-slot load-balance-group group-id
Syntax Description
lc-slot
Specifies the line card slot. The valid slot numbers are 3 to 12.
group-id
Specifies the load balancing group number. The valid group IDs are 1 and 2.
Command Default
This command is enabled on default.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
A load balancing group is used to identify a group of QAM traffic that uses the mid-plane 10 Gigabit Ethernet ports to forward traffic to the QAM carriers. Only 9.1Gbps traffic is allowed on the Cisco DS-384 line card.
On the Cisco RFGW-10, the Cisco RFGW-10 DS-384 line card has internal mid-plane interfaces to forward data traffic between the Supervisor and line card. Two load balancing groups represents this mid-plane— first mid-plane is LBG1, and second mid-plane is LBG2.
Examples
This example shows how to configure a load balancing group:
Router# configure terminalRouter(config)# cable route linecard 3 load-balance-group 1Router(config-lbg)#?Cable Load balance Group Configuration Commands:exit Exit from route configuration for load balanceno Unconfigure Load Balance Group parametersqam-partition QAM PartitionRelated Commands
cable service-group
To create a cable service group and enter the QAM service group configuration mode, use the cable service-group command in global configuration mode. To remove the service group, use the no form of this command.
cable service-group group-name
no cable service-group group-name
Syntax Description
Command Default
This command is enabled by default.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
A cable service group contains one or multiple QAM groups. A QAM group contains one or more channels.
Examples
This example shows how to create a user-defined cable service group:
Router# configure terminalRouter(config)# cable service-group 1Router(config-qsg)#Related Commands
cable qam-group
Configures the cable QAM group.
qam-group
Configures the QAM group in a cable service group.
show cable service-group
Displays the service group information.
cable video encryption-failover-mode
To enable video encryption failover, use the cable video encryption-failover-mode command in QAM subinterface configuration mode. To disable video encryption failover, use the no form of this command.
cable video encryption-failover-mode {blackout | clear}
no cable video encryption-failover-mode {blackout | clear}
Syntax Description
Command Default
This command is enabled by default. The default failover mode is blackout.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
Each encrypted session can be configured as either a blackout or clear encryption failover.
Examples
This example shows how to configure blackout encryption failover:
Router# configure terminalRouter(config)# interface qam 3/1.1Router(config-subif)# cable video encryption-failover-mode blackoutRouter(config-subif)#Related Commands
cable linecard encryption
Configures the line card encryption scrambling algorithm.
cable video group
To create a group of unicast video sessions, use the cable video group command in QAM subinterface configuration mode. To remove the group, use the no form of this command.
cable video group sessions ip IP-address udp port [increment increment] {data bitrate bps | passthru [bitrate bps | cbr [bitrate bps | jitter ms] | jitter ms] | program program[increment increment][bitrate bps | jitter ms]}
no cable video group group ip ip-address udp port [increment increment] {data bitrate bps | passthru [bitrate bps | cbr [bitrate bps | jitter ms] | jitter ms] | program program[increment increment][bitrate bps | jitter ms]}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
This command allows you to configure a group of video unicast sessions within a QAM channel and over a range of QAM channels.
Note
Note
The bitrate keyword is mandatory for data-piping sessions and optional for passthru and remap sessions.
Examples
The following example shows a configuration of a video group for three video sessions with an increment of one:
Router# configure terminalRouter(config)# interface qam 3/3.1Router(config-subif)# cable video group 2 ip 198.162.11.254 udp 49152 program 1This example shows configuration of passthru video sessions:
Router(config-subif)# cable video group 2 ip 198.162.11.254 udp 49156 passthruThis example shows configuration of unicast video sessions with data-piping:Router (config-subif)# cable video group 2 ip 198.162.11.254 udp 49154 data bitrate 50000This example shows the configurations in the output of the show run interface command
Router# show run interface qam 3/3.1Current configuration : 603 bytes!interface Qam3/3.1cable carrier-id 1cable mode video localcable downstream lqam-group 1cable downstream tsid 331cable downstream rf-profile rf-videocable downstream frequency 255000000no cable downstream rf-shutdowncable downstream interleaver-depth I128-J1cable video ip 192.168.11.254 udp 49152 program 1cable video ip 192.168.11.254 udp 49153 program 2cable video ip 192.168.11.254 udp 49154 data bitrate 50000cable video ip 192.168.11.254 udp 49155 data bitrate 50000cable video ip 192.168.11.254 udp 49156 passthrucable video ip 192.168.11.254 udp 49157 passthruendRelated Commands
cable video ip multicast
To configure the multicast video sessions on a load balancing group, use the cable video ip multicast command in QAM subinterface configuration mode. To disable the multicast sessions, use the no form of this command.
cable video ip dest-IP-address multicast label {data | passthru | program prog-num}
no cable video ip dest-IP-address multicast label {data | passthru | program prog-num}
Syntax Description
Command Default
The load balancing group is configured.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
Video servers use multiple network paths to reach the Cisco RFGW-10. Traffic enters through one of the multiple ingress ports to the Cisco RFGW-10.
Multiple ports also exist on the Cisco RFGW-10 between the ingress port to the output QAM channel. Each line card receives traffic from the internal ports. Using QAM partitioning, a mapping is specified using QAM partitions input route and the internal port. For example, a QAM partition with 10Gbps of maximum throughput may use one mid-plane 10 Gigabit Ethernet port exclusively or divide the throughput using 5 Gbps to two 10 Gigabit Ethernet port.
When a QAM model has more than one input port, the server determines which input port to use for a video session. For the ERMI QAM model, the input IP address is used to signal which input port should be used for a video session. For GQI model, the input port ID is used. This input port determines the route of the QAM partition. For multicast traffic, the internal port and the ingress port are used to join the multicast traffic.
Video routes are organized according to the mid-plane ports. The load balancing group ID indicates which midplane port is used for the sessions.
The input route is configured using the cable route linecard load-balane-group command at the global configuration level. For multicast sessions, the input route consists of destination IP address, maximum reserved bandwidth on the mid-plane and source and group IP address of the label using the cable video label command.
Note
Note
A video session contains input attributes, processing type, and output attributes.
The input attributes include:
•
•
•
•
The output processing types are as described as follows:
•
•
•
The output attributes include the output QAM channel and output program number for remapped sessions.
Examples
This example shows how to configure local multicast video sessions:
Router# configure terminalRouter(config)# cable route linecard 3 load-balance-group 1Router(config-lbg)# qam-partition default ip 192.168.10.10 udp 49201 49250 bitrate 250000Router(config)# interface Qam3/3.48Router(config-subif)# cable mode video localRouter(config-subif)# cable vÃdeo ip 192.168.10.10 multicast ssm0 program 100Router(config-subif)#This example shows how to configure remote multicast video sessions:
Router# configure terminalRouter(config)# cable route linecard 3 load-balance-group 2Router(config-lbg)# qam-partition 3 ip 192.168.10.10 udp 49201 49250 bitrate 250000Router(config)# interface Qam3/3.40Router(config-subif)# cable mode video remoteRouter(config-subif)# cable vÃdeo ip 172.168.10.10 udp 23 multicast ssm0 program 100Router(config-subif)#Related Commands
cable video ip udp
To configure unicast video sessions, use the cable video ip udp command in QAM subinterface configuration mode. To remove the sessions, use the no form of this command.
cable video ip ip-address {udp {port | port - Max port} | [udp port ] multicast label } {{data bitrate bps | data} | {passthru [bitrate bps | cbr [bitrate bps | jitter ms] | jitter ms] | passthru} | {{program program number | program program number [increment increment]} | [bitrate bps | jitter ms] | program program numbe}
no cable video ip ip-address {udp {port | port - Max port} | [udp port ] multicast label } {{data bitrate bps | data} | {passthru [bitrate bps | cbr [bitrate bps | jitter ms] | jitter ms] | passthru} | {{program program number | program program number [increment increment]} | [bitrate bps | jitter ms] | program program numbe}
Syntax Description
Command Default
None.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
Note
The video route is configured in the cable route linecard load-balance-group configuration mode. While configuring the video session, the destination IP adress must be the same as the one configured on the cable route linecard load-balance-group mode. For a unicast session, the UDP port number must be one of the UDPs defined in the UDP range.
Note
Note
Note
Note
Examples
This example shows how to configure local unicast video sessions:
Router# configure terminalRouter(config)# cable route linecard 3 load-balancing-group 1Router(config-lbg)# qam-partition default ip 192.168.10.10 udp 49201 49255 bitrate 250000Router(config-lbg)# exitRouter(config)#Router(config)# interface qam3/3.1Router(config-subif)# cable mode video localRouter(config-subif)# cable vÃdeo ip 192.168.10.10 udp 49211 program 10 bitrate 3750000Router(config-subif)# exitThis example shows how to configure remote unicast video sessions:
Router(config)# cable route linecard 3 load-balancing-group 2Router(config-lbg)# qam-partition 2 ip 192.168.10.10 udp 49256 49356 bitrate 250000Router(config-lbg)# exitRouter(config)#Router(config)# interface Qam3/3.48Router(config-subif)# cable mode video remote [encrypt]Router(config-subif)# cable partition 2 external-channel 23Router(config-subif)#Effective from Cisco IOS-XE Release 3.3.1SQB1, this example shows how to configure a remap session using the udp port - Max port option
Router# configure terminalRouter(config)#Router(config)# interface qam3/3.1Router(config-subif)# cable video ip 192.168.10.10 udp 49253 - 49255 program 2 increment 1Router(config-subif)#This example shows how to configure a Passthru session using the
Router> enableRouter# configure terminalRouter(config)#Router(config)# interface qam 3/3.1Router(config-subif)# cable video ip 192.168.10.10 udp 49240 - 49245 passthruRouter(config-subif)# exitThis example shows how to configure a Data-piping session:
Router> enableRouter# configure terminalRouter(config)#Router(config)# interface qam 3/3.1Router(config-subif)# cable video ip 192.168.10.10 udp 49246 - 49250 data bitrate 64000Router(config-subif)# exitRelated Commands
cable video labels
To configure video session labels, use the cable video labels command in global configuration mode.
cable video labels
Syntax Description
This command has no arguments or keywords.
Command Default
This command has no default behavior or values.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
This command is used to set video session configuration labels. Cisco RFGW-10 supports both Any Source Multicast (ASM) and Source Specific Multicast (SSM) video sessions. An ASM session is identified by the destination IP address. An SSM session is identified by the source or group IP address pairs. You can specify a maximum of three multicast address pairs in an SSM multicast session.
Examples
The following example shows an ASM label on the Cisco RFGW-10:
Router#configure terminalRouter(config)#cable video labelsRouter(cfg-video-lbl)#asm asm1 group 1.2.2.2The following example configures an SSM label on the Cisco RFGW-10:
Router# configure terminalRouter(config)#cable video labelsRouter(cfg-video-lbl)#ssm ssm1 source 2.2.22.2 group 1.1.11.1 bitrate 34Related Commands
cable video multicast
To configure video multicast sessions on a QAM interface, use the cable video multicast command in QAM subinterface configuration mode. To deconfigure the multicast session, use the no form of this command.
cable video multicast label {data | passthru | program prog-num}
no cable video multicast label {data | passthru | program prog-num}
Syntax Description
Command Default
ASM and SSM labels are configured on the chassis.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
A video session contains input attributes, processing type, and output attributes.
The input attributes include:
•
•
•
•
The output processing types are as described as follows:
•
•
•
The output attributes include the output QAM channel and output program number for remapped sessions.
For unicast sessions, all attributes are configured at the QAM channel level. For multicast sessions, the input attributes are configured at the video session label level.
Examples
The following example shows the ASM video session configuration on a QAM interface:
Router# configure terminalRouter(config)#interface qam 3/1.1Router(config-subif)#cable video multicast asm1 dataRouter(config-subif)# exitRelated Commands
cable video multicast uplink
To set an uplink port for multicast traffic, use the cable video multicast uplink command in global configuration mode. To remove the configuration, use the no form of this command.
cable video multicast uplink {GigabitEthernet | TenGigabitEthernet interface/port} [backup GigabitEthernet | TenGigabitEthernet interface/port] [bandwidth kbps]
no cable video multicast uplink {GigabitEthernet | TenGigabitEthernet interface/port} [backup GigabitEthernet | TenGigabitEthernet interface/port] [bandwidth kbps]
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Global configuration (config)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.0SQ
This command was integrated in Cisco IOS-XE Release 3.3.0SQ.
Usage Guidelines
This command is used to set the Gigabit or Ten Gigabit Ethernet port for multicast routing. The backup interface takes over the primary interface in case of failure.
Note
Note
*Jun 14 11:54:22.211 IST: %RFGW-4-WARNING: Slot 4 removal with primary uplink GigabitEthernet 4/13 will cause loss of backup uplink TenGigabitEthernet 3/10 in running con
Examples
The following example configures video multicast on GigabitEthernet interface 1/3 and backup interface 2/3 with 20 kbps bandwidth:
Router# configure terminalRouter(config)# ip multicast-routingRouter(config)# cable video multicast uplink GigabitEthernet 1/3 backup GigabitEthernet 2/3 bandwidth 20Related Commands
ip multicast-routing
Enables multicast routing on the Cisco RFGW-10.
show cable video multicast uplink
Displays video multicast uplink interfaces.
cable video pre-encrypted-multicast
To configure pre-encrypted Switched Digital Video (SDV) multicast video sessions, use the cable video pre-encrypted-multicast command in QAM subinterface configuration mode. To disable, use the no form of this command.
cable video pre-encrypted-multicast
no cable video pre-encrypted-multicast
Syntax Description
This command has no arguments or keywords.
Command Default
Encryption must be enabled on QAM partition.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
The cable video pre-encrypted-multicast command is configured for the QAM carrier configured with video remote mode and assigned to a GQI QAM partition.
When this CLI is configured on the QAM carriers, all session creation requests received from GQI, which has the encrypted flag set, is ignored.
Note
Examples
This example shows how to configure the cable video pre-encrypted-multicast command:
Router# configure terminalRouter(config)# interface Qam-red3/1.1Router(config-subif)# cable carrier-id 1Router(config-subif)# cable mode video remote encryptRouter(config-subif)# cable downstream lqam-group 1Router(config-subif)# cable downstream tsid 1Router(config-subif)# cable downstream frequency 125000000Router(config-subif)# cable downstream rf-shutdownRouter(config-subif)# cable partition 1 external-channel 1Router(config-subif)# cable video pre-encrypted-multicastRouter(config-subif)# exitRelated Commands
cable video psi-interval
To configure the Program Specific Information (PSI) interval, use the cable video psi-interval command in QAM subinterface configuration mode. To restore the default value, use the no form of this command.
cable video psi-interval ms
no cable video psi-interval ms
Syntax Description
Command Default
The default PSI interval value is 100 ms.
Command Modes
QAM subinterface configuration (config-subif)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.0SQ
This command was integrated in Cisco IOS-XE Release 3.3.0SQ.
Usage Guidelines
The PSI interval is a timer configured on the QAM subinterface.
Reconfiguring the PSI interval value reschedules all existing and new sessions in the same QAM channel with the new value.
The no form of this command resets the value to the default value.
Examples
The following example shows the configuration of the PSI timer:
Router# configure terminalRouter(config)# interface qam 3/1.1Router(config-subif)# cable video psi-interval 40Router(config-subif)# exitRelated Commands
cable video timeout
Configures the video session time-out intervals on the QAM interface.
cable video servers
To configure server groups for video sessions using external servers, use the cable video servers command in global configuration mode. To deconfigure server groups for video sessions, use the no form of this command.
cable video servers server-groupname
no cable video servers server-groupname
Syntax Description
Command Default
None
Command Modes
Global configuration (config)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
12.2(50)SQ
This command was modified. The cable video server group configuration commands were modified.
Usage Guidelines
Server groups are required to set up video sessions when external servers such as the Data Network Control Station (DNCS) are used.
A server group specifies the properties of protocols used, time-out and reconnect time intervals, IP address of the server, and the management IP address for communication between the server and the Cisco RFGW-10.
Any number of server groups can be created, but only one of each type can be activated at any point of time.
Examples
The following example shows how to create a server group and lists the properties:
Router(config)#cable video servers servergroup1Router(config-video-servers)#?Cable Video Server Group Configuration Commands:active Start using the server-groupexit Exit from the Video Server Group modemgmt-ip-address Management IP addressno Unconfigure Video Server Group parametersprotocol Configure protocols supported by servers in the groupreset Configure GQI Reset parametersserver IP address of video serverskeepalive Configure keepalive parametersRelated Commands
cable video table
To configure video sessions on a QAM channel using the pre-defined UDP map, use the cable video table command in QAM subinterface configuration mode. To remove the configuration, use the no form of this command.
cable video table 24-qam-map
no cable video table 24-qam-map
Syntax Description
Command Default
This command has no default values or behavior.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
Local video sessions offer two methods of mapping UDP ports to QAM ports:
•
•
Examples
The following example configures 30 (input sessions per QAM channel) re-mapped sessions in a QAM interface channel:
Router# configure terminalRouter(config)#interface qam 3/1.1Router(config-subif)#cable video table 24-qam-mapRouter(config-subif)# exitRelated Commands
cable video udp
Configures a unicast video session on QAM interface.
show cable video session
Displays all cable video sessions configured on the Cisco RFGW-10.
cable video timeout
To configure the video session time-out thresholds, use the cable video timeout command in global configuration mode. To restore the default value, use the no form of this command.
cable video timeout {init-session ms | idle-session ms | off-session sec | low-bitrate-idle-session sec}
no cable video timeout {init-session ms | idle-session ms | off-session sec | low-bitrate-idle-session sec}
Syntax Description
Command Default
Newly created sessions are in the init state. The default value is 5000 ms.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
A video session is created in the init state. The session enters the idle state when no traffic flows over a time duration specified by the init timer. The state transition is used to trigger a source switchover if a backup source is provided for the session.
When traffic stops in an active video session for a time period longer than the idle timer, the session moves to the idle state.
Similar to the idle state sessions are the off state sessions. Idle video sessions enter the off state when the time period of the idle session is longer than the off timer. The default off timer value is 60 seconds.
Use the cable video timeout low-bitrate-idle-session command to separate low bitrate idle sessions for SDV mini-carousel with 64Kbps.
The no form of the command resets the timer to the default value.
Reconfiguration of the init timer, idle timer, and the off timer affects only the new video sessions. The existing video sessions remain unchanged.
Note
Examples
The following example shows the configuration of the idle session timer to 200 ms and the off session timer to 2 seconds:
Router#configure terminalRouter(config)#cable video timeout idle-session 200Router(config)#cable video timeout off-session 2Router(config)#exitRelated Commands
cable video udp
Note
To configure a unicast video session, use the cable video udp command in QAM subinterface configuration mode. To unconfigure the session, use the no form of this command.
cable video udp port {data | filter pid pid-list | passthru [cbr] | program prog-num} [bitrate bps | jitter ms]
no cable video udp port {data | filter pid {all | pid-list}| passthru [cbr] | program prog-num} [bitrate bps | jitter ms]
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
QAM subinterface configuration (config-subif)
Command History
Usage Guidelines
A unicast session is identified by its destination IP address and destination UDP port number. The destination IP address of the QAM block is configured in the video route command at the global configuration level. The destination UDP port is specified per unicast session. The UDP port value should be within the specified range and the corresponding configured video policy route.
Filtering of PIDs is applicable for pass-through video sessions. It is intended for filtering of unreferenced PIDs. No PMT regeneration will be performed even if PIDs referenced in the PMT are filtered. Upto 32 PIDs can be filtered per session. Up to eight PIDs or PID ranges can be specified in one CLI line. Multiple commands lines can be used to specify the PID filter.
Note
Note
Examples
The following example configures a VoD session on QAM interface 3:
Router# configure terminalRouter(config)# interface qam 3/1.1Router(config-subif)# cable mode video localRouter(config-subif)# cable video udp 1000 program 2 bitrate 3750000Router(config-subif)# exitThe following example shows filtering being configured for unicast sessions. PID 23, 45 and PID range between 40 to 50 are filtered:
Router# configure terminalRouter(config)# interface qam-red 3/1.1Router(config-subif)# cable video udp 10000 passthru 3500000Router(config-subif)# cable video udp 10000 filter pid 23 , 34 , 40 - 50Router(config-subif)# exitRelated Commands
cable video multicast
Configures video multicast session on QAM interface.
show cable video session
Displays the video sessions configured on the chassis.
class
To select the redundancy class for a line card group, use the class command in line card redundancy configuration mode. To disable, use the no form of this command.
class {1:1 | 1:n}
no class
Syntax Description
1:1 | 1:n
Specifies the redundancy class of the line card.
•
•
Command Default
This command has no default behaviour or values.
Command Modes
Line card redundancy configuration (config-red-lc)
Command History
Usage Guidelines
This command configures the redundancy class for the line card. The transmission switching between an active line card and a switchover line card is done by setting the class. Classes 1:1 and 1:n imply transmission switching from the active line card to the standby line card on switchover.
1:n redundancy refers to "n" active line cards being protected by one standby line card. The standby can take over for any active that fails, but cannot protect the others until the failed unit is restored and the standby is back in standby mode. 1:1 redundancy is treated as a special case of 1:n with a dedicated standby unit for a single active line card.
Examples
The following example assigns class 1: 1 on redundancy line card group 2 on the Cisco RFGW-10:
Router(config-red)#linecard-group 2 internal-switchRouter(config-red-lc)#class 1:1Related Commands
clear cable clock counters
To clear information about Timing, Communication and Control (TCC) DOCSIS Timing Interface (DTI) client and server counts and path traceability information, use the clear cable clock counters command in privileged EXEC mode.
clear cable clock slot counters
Syntax Descriptionn
Command Default
This command has no default values or behavior.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command clears the TCC DTI client and server statistic counts and path traceability information.
Examples
The following example shows the counters on the TCC 13 card on the Cisco RF Gateway 10:
Router#show cable clock 13 countersTCC Card 13 DTI counters:-------------------------Client Normal time : 0x1EB6Client Holdover time : 0x0000Client Phase Correction : 0Client Freq Correction : 63213Client EFC Correction : 61039Client transition count t3 : 0Client transition count t4 : 1Client transition count t6 : 0Client transition count t7 : 0Client port switch count : 1The following command clears the counters on the TCC 13 card on the Cisco RF Gateway 10:
Router#clear cable clock 13 countersThe following is a sample output of the TCC 13 card counters after execution of the clear cable clock counters command on the Cisco RF Gateway 10:
Router#show cable clock 13 countersTCC Card 13 DTI counters:-------------------------Client Normal time : 0x01B5Client Holdover time : 0x0000Client Phase Correction : 65535Client Freq Correction : 63210Client EFC Correction : 60649Client transition count t3 : 0Client transition count t4 : 0Client transition count t6 : 0Client transition count t7 : 0Client port switch count : 0Related Commands
clear cable depi counters
To clear all Downstream Exernal PHY Interface (DEPI) counters, use the clear cable depi counters command in privileged EXEC mode.
clear cable depi counters {all | session-id id | slot slot}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command clears all the counters on an existing DEPI sessions on the Cisco RFGW-10.
Examples
The following example shows the clearance of the counters in all the DEPI sessions:
Router#clear cable depi counters allRelated Commands
clear cable ermi statistics
To clear the ERMI protocol connection stastistics information, use the clear cable ermi statistics command in privileged EXEC mode.
clear cable ermi {errp | rtsp } statistics
Syntax Description
errp
Clears the Edge Resource and Registration protocol (ERRP) connection sessions.
rtsp
Clears Real-time Streaming Protocol (RTSP) connections session.
Command Default
This command is enabled by default.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command clears the ERMI protocol connection information of ERRP and RTSP configured on the QAM partition.
Examples
This example shows how to clear the ERRP statistics:
Router# clear ermi errp statisticsRelated Commands
errp
Configures Edge Resource and Registration protocol (ERRP) on the QAM partition.
rtsp
Configures Real-time Streaming Protocol (RTSP) on the QAM partition.
clear cable midplane ping statistics
To clear the midplane ping statistics on the Cisco RFGW-10, use the clear cable midplane ping statistics command in privileged EXEC mode.
clear cable midplane ping statistics {all | slot lc_slot}
Syntax Description
all
Clears the midplane ping statistics of all line cards.
slot
Clears the midplane ping statistics of a line card slot.
lc_slot
Line card slot. The valid range is from 3 to 12.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command clears the midplane ping statistics on the Cisco RFGW-10.
Examples
The following shows how to clear the midplane ping information from all line cards:
Router# clear cable midplane ping statistics allRelated Commands
clear cable video gqi statistics
To clear all video GQI sessions, use the clear cable video gqi statistics command in privileged EXEC mode.
clear cable video gqi statistics{all | qam-partition partition-id}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
12.2(50)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.0SQ
This command was integrated into Cisco IOS-XE Release 3.3.0SQ.
Usage Guidelines
This command clears all the GQI statistics information on the Cisco RFGW-10.
Examples
The following example shows the GQI statistics information on the QAM partition 3:
Router# show cable video gqi statistic qam 3Qam Partition 3 Statistics:Create Delete Create Delete Insert Cancel Switch Bind Unbind Reset Encryption EventShell Shell Session Session Packet Packet Source Session Session Indication Discovery Notification------------------------------------------------------------------------------------------ ---------------------------------------------------Success: 3 4 3 2 2 2 1 1 0 3 1 1Error: 4 5 2 3 4 2 2 1 2 0 2 2Total: 7 9 5 5 6 4 3 2 2 3 3 3The following example shows how to clear GQI statistics on the QAM partition 3:
Router# clear cable video gqi statistics qam-partition 3The following example shows the output for the GQI sessions on QAM interface 3 after executing the clear cable video gqi statistics command:
Router# show cable video gqi statistic qam 3Qam Partition 3 Statistics:Create Delete Create Delete Insert Cancel Switch Bind Unbind Reset Encryption EventShell Shell Session Session Packet Packet Source Session Session Indication Discovery Notification------------------------------------------------------------------------------------------ ---------------------------------------------------Success: 0 0 0 0 0 0 0 0 0 0 0 0Error: 0 0 0 0 0 0 0 0 0 0 0 0Total: 0 0 0 0 0 0 0 0 0 0 0 0Related Commands
clear cable video packet-insertion
To clear all video packet insertions, use the clear cable video packet-insertion command in privileged EXEC mode.
clear cable video packet-insertion {qam | qam-red slot/port.channel [stream stream-id] | all | slot slot}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command clears all the video packet insertions on the Cisco RFGW-10.
Examples
The following example shows the video packets on QAM interface 3:
Router# show cable video packets qam-red 3/1.1Packet Times Actual Insert Num PktsStream ID Interface Version Repeat Repeated Rate (bps) Inserted State------------------------------------------------------------------------------------------1 Qam3/1.1 1 Continuos 14460 1000 1 ONThe following example shows how to clear the video packet insertions on QAM interface 3:
Router#clear cable video packet qam-red 3/1.1 stream 1The following example shows the output for the video packets on QAM interface 3 after executing the clear cable video packet command:
Router# show cable video packet qam-red 3/1.1Packet Times Actual Insert Num PktsStream ID Interface Version Repeat Repeated Rate (bps) Inserted State------------------------------------------------------------------------------------------Total Packets = 0Related Commands
clear cable video server-group statistics
To clear all video server-group statistics, use the clear cable video server-group statistics command in privileged EXEC mode.
clear cable video server-group group-name statistics
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command clears all the video server-group statistics on the Cisco RFGW-10.
Examples
The following example displays information on all server groups configured on the line card:
Router# show cable video server-group allServer-Group : gqi1State : ACTIVEProtocol : GQI EmulationEmulation Type : 24-qamKeepalive Timeout Period : 5 secondsNumber of Retry : 3Reset Timeout Period : 5 secondsNumber of Retry : 0Server[0] : 1.9.87.2Management IP: 1.43.24.61 Port: 938 Mac-Addr: 001d.e5e8.66c0QAM Interfaces : 3/1.1-3/6.4Reset PendingServer State Indication Requests---------------------------------------------------------------------1.9.87.2 Connected In-progress 0The following example shows how to clear the video server-group statistics:
Router# clear cable video server-group gqi1 statisticsThe following example displays information of the server groups configured on the line card, after executing the clear cable video server-group statistics command:
Router# show cable video server-group allServer-Group : gqi1State : ACTIVEProtocol : GQI EmulationEmulation Type : 24-qamKeepalive Timeout Period : 5 secondsNumber of Retry : 3Reset Timeout Period : 5 secondsNumber of Retry : 0Server[0] : 1.9.87.2Management IP: 1.43.24.61 Port: 938 Mac-Addr: 001d.e5e8.66c0QAM Interfaces : 3/1.1-3/6.4Reset PendingServer State Indication Requests---------------------------------------------------------------------1.9.87.2 Not Connected Not Completed 0Connection Statistics:Create Delete Create Delete Insert Cancel SendShell Shell Session Session Packet Packet Message---------- ---------- ---------- ---------- ---------- ---------- ----------Total: 0 0 0 0 0 0 26455Success: 0 0 0 0 0 0 0Error: 0 0 0 0 0 0 26455Management IP: 1.43.24.62 Port: 938 Mac-Addr: 001d.e5e8.66c1QAM Interfaces : 3/7.1-3/12.4Reset PendingServer State Indication Requests---------------------------------------------------------------------1.9.87.2 Not Connected Not Completed 0Connection Statistics:Create Delete Create Delete Insert Cancel SendShell Shell Session Session Packet Packet Message---------- ---------- ---------- ---------- ---------- ---------- ----------Total: 0 0 0 0 0 0 26453Success: 0 0 0 0 0 0 0Error: 0 0 0 0 0 0 26453Related Commands
show cable video server-group
Displays information of the server groups configured on a line card.
clear cable video session
To clear all video session information, use the clear cable video session command in privileged EXEC mode.
clear cable video session {qam | qam-red slot/port.channel | all | id session ID | local | remote | slot slot | statistics slot slot}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command clears all the video session information on the Cisco RFGW-10.
Examples
The following example shows the video sessions on QAM interface 3:
Router# show cable video sessions qam 3/1.1Session QAM Stream Sess UDP Out Input Input Output PSI CtrlID Port Type Type Port Pgm Bitrate State State Rdy State---------- ------- ------ ---- ----- ----- -------- ------ ------ --- -----1 3/1.1 Remap UDP 500 10 0 OFF ON NO -2 3/1.1 Remap UDP 50000 20 0 OFF ON NO -3 3/1.1 Remap UDP 7000 30 0 OFF ON NO -Total Sessions = 3The following example shows how to clear the video sessions on QAM interface 3:
Router# clear cable video sessions 3/1.1The following example shows the output for the video sessions on QAM interface 3 after executing the clear cable video session command:
Router# show cable video sessions qam 3/1.1Session QAM Stream Sess UDP Out Input Input Output PSI CtrlID Port Type Type Port Pgm Bitrate State State Rdy State---------- ------- ------ ---- ----- ----- -------- ------ ------ --- -----Total Sessions = 0Related Commands
cluster run
To enable clustering on the Cisco RFGW-10, use the cluster run command in global configuration mode. To disable clustering, use the no form of this command.
cluster run
no cluster run
Syntax Description
This command has no arguments and keywords.
Command Default
This command is disabled by default.
Command Modes
Global Configuration (Config)
Command History
12.2(50)SQ4
This command was introduced
Cisco IOS-XE Release 3.2.0SQ
This command was integrated into Cisco IOS-XE Release 3.2.0SQ.
Usage Guidelines
The cluster run command must be configured to:
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•
Associated FeaturesThe cluster run command is enabled to handle DLM traffic and DEPI midplane pings. For more information, see:
Examples
The following example shows how to enable cluster run on the Cisco RFGW-10:
Router# configure terminalRouter(config)# cluster runRelated Commands
cable midplane ping
Configures the midplane pings between the line card and the Supervisor on the Cisco RFGW-10.
debug cable clock
To enable the DOCSIS Timing Interface (DTI) debugging, use the debug cable clock command in privileged EXEC mode. To disable debugging, use the no form of this command.
debug cable clock slot
no debug cable clock slot
Syntax Description
Command Default
Debugging of the cable clock is not enabled.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command enables or disables debugging on the DOSCIS Timing Interface (DTI) for the Cisco RF Gateway 10.
Examples
The following example shows the sample output for debug cable clock command on TCC slot 13 on the Cisco RF Gateway 10:
Router# debug cable clock 1300:05:53: rfgw_dti_process_polling_dti_state:268 -> Current active TCC slot = 13, state = 0x22000:05:53: rfgw_dti_get_tcc:52 -> a given slot 14 is not a TCC card type00:05:53: rfgw_tcc_find_best_slot:191 -> TCC on slot 14 is not in service00:05:53: rfgw_dti_process_polling_dti_state:278 -> Unable to find the state forslot 1400:05:53: rfgw_dti_process_polling_dti_state:317 -> Current Slot 13, Best Clockis on slot 1300:05:54: DTI_MGMT Trace rfgw_dti_mgmt_process:39900:05:54: rfgw_dti_process_polling_dti_state -> Current Slot = 1300:05:54: DTI_MGMT Trace rfgw_dti_is_tcc_connected:68500:05:54: rfgw_dti_is_tcc_connected:695 -> TCC state for slot 13 = 0x700:05:54: STATE REPLY: 1800:05:54: 0x0000: 00 02 00 0D 00 00 00 00 00 02 00 20 02 20 00 0100:05:54: 0x0010: 01 0000:05:54:Related Commands
depi eqam-stats
To enable debugging information for Downstream External PHY Interface (DEPI) EQAM statistics on the Cisco RF Gateway 10 (RFGW-10), use the depi eqam-stats command in global configuration mode. To disable debugging information, use the no form of this command.
depi eqam-stats
no depi eqam-stats
Syntax Description
This command has no arguments or keywords.
Command Default
The DEPI EQAM statistics configuration is enabled by default.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
Cisco RFGW-10 sends EQAM statistics to the Cisco CMTS router. No other EQAM supports the EQAM statistics feature.
Examples
The following example shows how to configure DEPI EQAM statistics on a Cisco RFGW-10:
Router# configure terminalRouter(config)# depi eqam-statsRelated Commands
depi-class
To create a template of Downstream External PHY Interface (DEPI) control plane configuration settings, which different pseudowire classes can inherit, and to enter the DEPI class configuration mode, use the depi-class command in global configuration mode. To remove a specific DEPI class configuration, use the no form of this command.
depi-class depi-class-name
no depi-class depi-class-name
Syntax Description
depi-class-name
Name of the DEPI class. The depi-class-name argument must be specified to configure multiple sets of DEPI control parameters.
Command Default
No DEPI classes are defined.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
The depi-class depi-class-name command allows you to configure a DEPI class template that consists of configuration settings used by different pseudowire classes. The depi-class command enters DEPI class configuration mode, where DEPI control plane parameters are configured.
You must use the same DEPI class in the pseudowire configuration at both ends of a Layer 2 control channel.
Examples
The following example shows how to enter DEPI class configuration mode to create a DEPI class configuration template for the class named SPA0:
Router# configure terminalRouter(config)# depi-class SPA0
Router(config-depi-ctrl SPA0)#Related Commands
depi-tunnel
To create a template of Downstream External PHY Interface (DEPI) tunnel configuration settings, which different pseudowire classes can inherit, and to enter the DEPI data session configuration mode, use the depi-tunnel command in the global configuration mode or subinterface configuration mode. To remove a configured DEPI tunnel, use the no form of this command.
depi-tunnel depi-tunnel-name
no depi-tunnel depi-tunnel-name
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Global configuration (config)
Subinterface configuration (config-subif)
Command History
Usage Guidelines
The depi-tunnel creates a template of DEPI tunnel configuration settings. The DEPI data session inherits the control plane configuration settings of a depi-control template.
The following depi data session configuration options are available in this mode:
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•
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•
Examples
The following example shows how to create a template of DEPI tunnel configuration settings in the global configuration mode and enter the DEPI data session configuration mode:
Router# configure terminalRouter(config)# depi-tunnel rf6Router(config-depi-tunnel)#The following example shows how to create a template of DEPI tunnel configuration settings in the subinterface configuration mode:
Router(config)# interface qam 6/4.1Router(config-subif)# depi-tunnel 0Related Commands
description
To add a description to the line card group, use the description command in line card redundancy configuration mode. To remove the description, use the no form of this command.
description string
no description string
Syntax Description
string
Specifies a description for the line card group. The maximum length of the string is 127 characters.
Command Default
Default is LC-GROUP followed by the line card group ID.
Command Modes
Line card redundancy configuration (config-red-lc)
Command History
Usage Guidelines
The description string has a maximum limit of 127 characters.
Examples
The following example assigns a description to the redundancy line card group 2 on the Cisco RF Gateway 10:
Router(config-red)#linecard-group 2 internal-switchRouter(config-red-lc)#description line card group 2 created.Related Commands
dest-ip
To assign an IP address to the edge quadrature amplitude modulation (EQAM), use the dest-ip command in DEPI tunnel configuration mode. To remove a specific destination IP address, use the no form of this command.
dest-ip dest-ip-address
no dest-ip dest-ip-address
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
DEPI tunnel configuration
Command History
Usage Guidelines
The dest-ip dest-ip-address command allows you to configure the IP address of the EQAM.
Examples
The following example shows how to assign 1.3.4.155 as the destination IP address:
Router# configure terminalRouter(config)# depi-tunnel rf6Router(config-depi-tunnel)# dest-ip 1.3.4.155Related Commands
errp
To configure Edge Resource and Registration protocol (ERRP), use the errp command in the QAM partition configuration mode. To disable ERRP registration, use the no form of this command.
errp {component-name comp-name | connect-retry retry-interval | connect-time connect-seconds | hold-time hold-seconds | streaming-zone zone-name}
no errp {component-name com-name | connect-retry retry-interval | connect-time connect-seconds | hold-time hold-seconds | streaming-zone zone-name}
Syntax Description
Command Default
This command is disabled by default.
Command Modes
QAM partition configuration mode (config-qp)
Command History
Usage Guidelines
ERMI is a protocol for managing EQAM resources both for DOCSIS and video services. It provides video edge device discovery, resource provisioning and signaling protocols for setup and control of video on demand (VOD) and switched digital video (SDV) type video sessions.
Note
ERMI-1 is a discovery and registration protocol which allows edge resource manager (ERM) to discover and ascertain capacity, operation state, and signaling mechanism for Cisco RFGW-10. On the Cisco RFGW-10, ERMI-1 acts as a client to provide protocol messages.
ERMI-2 is a control protocol which uses the Supervisor card to perform video session setup and session management requested by the ERM server. On the Cisco RFGW-10, ERMI-2 acts as a server to handle the message types.
Examples
This example shows how to configure errp on the QAM partition:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)# protocol ermiRouter(config-qp)# errp component-name c1Router(config-qp)# connect-retry 5Router(config-qp)# connect-time 10Router(config-qp)# hold-time 200Router(config-qp)# streaming-zone zone1Related Commands
hw-module module power
To manually power on a cable interface line card, use the hw-module module power command in global configuration mode. To power off the cable line card, use the no form of this command.
hw-module module slot power
no hw-module module slot power
Syntax Description
Command Default
The cable line cards are always powered on when inserted into the chassis slot.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
This command is applicable to one line card at a time. This command is not applicable for TCC cards.
This command is not used during normal operations, but it can be used for lab, diagnostic, and troubleshooting purposes. For example, use this command to power off and then power on a card, which is equivalent to inserting or removing a line card online.
Examples
The following example shows the line card 3 powered on:
Router(config)#hw-module module 3 powerRelated Commands
show interface qam
Displays the configuration and hardware present on the line card.
interface qam
To configure a QAM interface, use the interface qam command in global configuration mode.
interface {qam | qam-red} slot/port.[channel]
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
Redundancy-configured interfaces (QAM-red) imply that line card redundancy (LCRED) is configured on the chassis.
All downstream commands are configured in the interface and subinterface configuration modes.
Examples
The following example shows how to configure a QAM interface:
Router#configure terminalRouter(config)#interface qam 3/1Related Commands
show running-config interface qam
Displays downstream configuration on the QAM interface.
ip
To configure a destination IP address for video sessions on a QAM domain, use the ip command in QAM domain configuration mode. To remove the assigned IP address, use the no form of this command.
ip IP address [local | remote]
no ip IP address [local | remote]
Syntax Description
Command Default
If local or remote destinations are not specified, then the IP address is used for both local and remote sessions.
Command Modes
QAM domain configuration (QAM-domain)
Command History
Usage Guidelines
A QAM domain has a local IP address and a remote IP address. The IP address is assigned to destination local or remote video sessions on the QAM domain. You can configure two sets of IP addresses for each session. You can also use the same IP address for both local and remote sessions.
Note
Examples
The following example shows the IP address assigned to a video session on the QAM domain in slot 3:
Router#configure terminalRouter(config)#cable qam-domain 3Router(qam-domain)#ip 10.10.10.1 localRouter(qam-domain)#ip 10.10.10.1 remoteRouter(qam-domain)#exitRouter(config)#exitRelated Commands
cable qam-domain
Configures the QAM domain.
video route
Specifies the route for a video session.
ip multicast-routing
To enable video multicast routing, use the ip multicast-routing command in global configuration mode. To disable video multicast routing, use the no form of this command.
ip multicast-routing
no ip multicast-routing
Syntax Description
This command has no arguments or keywords.
Command Default
This command has no default behavior or values.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
This command enables multicast forwarding on the chassis. To enable video multicast routing, set the interfaces in multicast mode and assign the specific bandwidth.
Examples
The following example enables video multicast routing on the Cisco RFGW-10:
Router#configure terminalRouter(config)#ip multicast-routingRelated Commands
ip rpc portmapper
To establish a remote procedure call (RPC) connection between an external server and an EQAM, use the ip rpc portmapper command in global configuration mode.
ip rpc portmapper
Syntax Description
This command has no arguments or keywords.
Command Default
None
Command Modes
Global configuration (config)
Command History
Usage Guidelines
The ip rpc portmapper command establishes an RPC connection to enable the DNCS (client) to invoke a program to be executed on the Cisco RFGW-10 EQAM (server).
Examples
The following example shows how to establish an RPC connection:
Router# configure terminalRouter(config)# ip rpc portmapperRelated Commands
keepalive retry
To send keepalive message to a remote client with a specified retry interval, use the keepalive retry command in QAM partition configuration mode. To remove the setting, use the no form of this command.
keepalive retry seconds
no keepalive retry seconds
Syntax Description
seconds
Retry interval value. A maximum of three retry attempts are allowed. The valid retry range is from 0 to 10. The default keepalive is 5 seconds.
Command Default
This command is not enabled by default.
Command Modes
QAM partition configuration (config-qp)
Command History
12.2(50)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.0SQ
This command is integrated into Cisco IOS-XE Release 3.3.0SQ.
Usage Guidelines
Use the keepalive retry command in QAM partition configuration to set the keepalive retry time interval.
Examples
The following example shows how to configure a keepalive retry interval value of 4 seconds in a QAM partition configuration:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)# keepalive retry 4Related Commands
l2tp-class
To create a template of Layer 2 Tunnel Protocol (L2TP) control plane configuration settings, which different pseudowire classes can inherit and to enter L2TP class configuration mode, use the l2tp-class command in global configuration mode. To remove a specific L2TP class configuration, use the no form of this command.
l2tp-class l2tp-class-name
no l2tp-class l2tp-class-name
Syntax Description
l2tp-class-name
Name of the L2TP class. The l2tp-class-name argument must be specified if you want to configure multiple sets of L2TP control parameters.
Command Default
No L2TP classes are defined.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
The l2tp-class l2tp-class-name command allows you to configure an L2TP class template that consists of configuration settings used by different pseudowire classes. An L2TP class includes the following configuration settings:
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•
•
•
•
•
•
The l2tp-class command enters L2TP class configuration mode, where L2TP control plane parameters are configured.
You must use the same L2TP class in the pseudowire configuration at both ends of a Layer 2 control channel.
Examples
The following example shows how to enter L2TP class configuration mode to create an L2TP class configuration template for the class named ether-pw:
Router(config)# l2tp-class ether-pwRouter(config-l2tp-class)#Related Commands
lane
To configure the lane frequency in the frequency profile, use the lane command in frequency profile configuration mode.
lane lane_id start-freq frequency
Syntax Description
Command Default
The command is disabled by default.
Command Modes
Frequency profile configuration mode (config-freq-prof)
Command History
Usage Guidelines
The Supervisor card uses two frequency schemes—static frequency scheme and the user-defined frequency scheme—to configure the frequency profile at port level. Cisco IOS-XE Release 3.2.0SQ supports global templates or profiles on the Cisco RFGW-10 DS-384 line card. A wider range of frequency spectrum is supported on the UPX on the line card.
Note
In the user-defined frequency layout scheme allows you to define the frequency on a global chassis level, and apply the cable downstream frequency scheme spectrum for any port on any Cisco RFGW-10 DS-384 line card.
A frequency profile has four frequency lanes in the 1GHz spectrum. Each lane has a frequency of 216 MHz. Each lane has 4 blocks of 54 MHz, and each block has 8 carriers. The start frequency assigned to a carrier must be in the frequency range of 216 MHz.
Note
Note
Examples
The following example creates the lane in frequency profile, and enters the frequency profile lane configuration mode:
Router(config)# cable downstream freq-profile freq-profile-1Router(config-freq-prof)# lane 1 start-freq 48000000Router(config-freq-prof-lane)# exitRouter(config-freq-prof)#Related Commands
cable downstream freq-profile
Creates the frequency profile for a Cisco RFGW-10 DS-384 line card.
block
Creates the block frequency in the lane for the frequency profile.
linecard-group internal switch
To add a group ID for a line card group and configure line card redundancy, use the linecard-group internal switch command in redundancy configuration mode. To remove the line card group, use the no form of this command.
linecard-group group-id internal switch
no linecard-group group-id internal switch
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Redundancy configuration (config-red)
Command History
Usage Guidelines
Before you remove the group, ensure that the configured slot members on the line card are removed.
Examples
The following example creates a redundancy line card group 2 on the Cisco RFGW-10:
Router(config-red)#linecard-group 2 internal-switchRelated Commands
main-cpu
To configure the synchronization of the active and standby Supervisor cards, use the main-cpu command in redundancy configuration mode,.
main-cpu
Syntax Description
This command has no keywords or arguments.
Command Default
This command has no default behavior or values.
Command Modes
Redundancy configuration (config-red)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
When you enter the main-CPU redundancy configuration mode, the command prompt changes to:
Router(config-r-mc)#After you enter the main-CPU redundancy configuration mode, use the auto-sync command to specify which files are synchronized between the active and standby Supervisor cards.
To exit main-CPU redundancy configuration mode and return to the redundancy configuration mode, use the exit command.
Examples
The following example shows how to enter main-CPU redundancy mode, and its associated commands:
Router# configure terminalRouter(config)# redundancyRouter(config-red)# main-cpuRouter(config-r-mc)# ?Main CPU redundancy configuration commands:auto-sync Sync elementsdefault Set a command to its defaultsexit Exit from main-cpu configuration modeno Negate a command or set its defaultsRelated Commands
auto-sync
Configures which files are synchronized between the active and standby Supervisor cards.
redundancy
Enters redundancy configuration mode.
mac-address
To configure the MAC address for the QAM partition, use the mac-address command in QAM partition configuration mode. To disable the MAC address, use the no form of this command.
mac-address mac_address
no mac-address mac_address
Syntax Description
Command Default
None.
Command Modes
QAM partition configuration (config-qp)
Command History
Cisco IOS-XE Release 3.3.0SQ
This command was integrated into the Cisco IOS-XE Release 3.3.0SQ.
Usage Guidelines
The GQI protocol uses the Cisco RFGW-10 MAC address in a GQI specific QAM partition configurtion.
Examples
This example configures the MAC address on the QAM parttion:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)# mac-address 192.168.20.20Router)config-qp)Related Commands
cable qam-partition
Configures the QAM partition for a video server.
protocol
Configures the protocols supported by the server.
member slot
To configure the redundancy role of a line card, use the member slot command in line card redundancy configuration mode. To remove the role, use the no form of this command.
member slot slot {primary | secondary}
no member slot slot {primary | secondary}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Line card redundancy configuration (config-red-lc)
Command History
Usage Guidelines
Ensure that the following criteria are met prior to configuring the member slots:
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Examples
The following example assigns member slots 7 and 12 as the primary and secondary line cards in the redundancy line card group 2 in the Cisco RFGW-10:
Router(config-red)#linecard-group 2 internal-switchRouter(config-red-lc)#class 1:1Router(config-red-lc)#member slot 7 primaryRouter(config-red-lc)#member slot 12 secondaryRelated Commands
mgmt-ip
To configure the IP address of the QAM partition, use the mgmt-ip command in QAM partition configuration mode. To disable the IP adddress on the QAM partition, use the no form of this command.
mgmt-ip IP_address
no mgmt-ip IP_address
Syntax Description
Command Default
This command is disabled by default.
Command Modes
QAM partition configuration (config-qp)
Command History
Usage Guidelines
The mgmt-ip command sets the IP address of QAM partition. The management IP address of the QAM partition must be unique.
Examples
This example configures the management IP address of the QAM partition:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)# protocol gqiRouter(config-qp)# mgmt-ip 1.1.1.1Router(config-qp)# endRelated Commands
cable qam-partition
Configures the QAM partition for a video server.
protocol
Assigns the protocol used by the external server.
mgmt-ip-address mac-address
To configure the management port IP address and MAC address, use the mgmt-ip-address mac address command in cable video server configuration mode. To remove the configuration, use the no form of this command.
mgmt-ip-address IP address mac-address MAC address
no mgmt-ip-address IP address mac-address MAC address
Syntax Description
IP address
Specifies the IP address of the management port on the external server.
MAC address
Specifies the MAC address of the external server.
Command Default
This command has no default behavior or values.
Command Modes
Cable video server configuration (config-video-servers)
Command History
Usage Guidelines
Ensure that you configure the protocol used by the external server prior to configuring the IP address and MAC address.
Examples
The following example shows the configuration of the management port:
Router#configure terminalRouter(config)#cable video servers group2Router(config-video-servers)#protocol gqiRouter(config-video-servers)#mgmt-ip-address 172.16.22.1 mac-address 1234.abcd.4e4eRouter(config-video-servers)#exitRelated Commands
mode
To configure the redundancy mode of operation, use the mode command in redundancy configuration mode.
mode {rpr | sso}
Syntax Description
rpr
Sets Route Processor Redundancy (RPR) mode on the Supervisor card.
sso
Sets Stateful Switchover (SSO) redundancy mode on the Supervisor card.
Command Default
The default mode is SSO.
Command Modes
Redundancy configuration (config-red)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
12.2(50)SQ
Support for SSO was added.
Usage Guidelines
The IOS software image on both the active and standby Supervisor cards must be the same.
Examples
The following example shows how to enter RPR mode on the Cisco RFGW-10:
Router# configure terminalRouter(config)# redundancyRouter(config-red)# mode rprRouter(config-red)# main-cpuRouter(config-red-mc)# auto-sync standardRouter(config-red-mc)# exitRouter# write memoryThe following example shows how to enter SSO redundancy mode:
Router# configure terminalRouter(config)# redundancyRouter(config-red)# mode ssoRouter(config-red)# exitRouter# write memoryRelated Commands
pilot-qam
To configure the pilot (source) QAM, use the pilot-qam command in QAM replication group configuration mode. To remove the pilot QAM, use the no form of this command.
pilot-qam {Qam | Qam-red} {qam-interface-number}
no pilot-qam {Qam | Qam-red} {qam-interface-number}
Syntax Description
Command Default
This command is enabled by default.
Command Modes
QAM replication group configuration (config-qrg)
Command History
Usage Guidelines
Cisco IOS-XE Release 3.3.0SQ introduces the QAM replication group feature to replicate any single QAM output from one port to another port on the same Cisco RFGW-10 DS-384 line card.
A QAM replication group contains information about a single source QAM and its corresponding replicated copy or copies. Each group is numbered with a group-id and contains the slot, port and channel number for both the source QAM (pilot-qam) and the destination QAM (replicate-qam).
Note
Examples
This example shows how to create a pilot QAM:
Router# configure terminalRouter(config)# cable qam-replication-group 1Router(config-qrg)# pilot-qam qam-red 3/1.1Related Commands
cable qam-replication-group
Configures the QAM replication group.
replicate-qam
Configures the replicate QAM in the QAM replication group.
protect-tunnel
To configure a Downstream External PHY Interface (DEPI) tunnel on the Cisco RF Gateway 10 (RFGW-10), use the protect-tunnel command in global configuration mode. To disable this configuration, use the no form of this command.
protect-tunnel protect-depi-tunnel-name
no protect-tunnel protect-depi-tunnel-name
Syntax Description
Command Default
The N+1 DEPI redundancy feature is disabled.
Command Modes
Global configuration (config)
Command History
Usage Guidelines
The protect tunnel must be explicitly configured. The protect tunnel inherits L2TP class and DEPI class parameters from the working tunnel. When you configure the protect tunnel and specify the destination IP address for the protect tunnel, the protect tunnel inherits the QAM channel parameters specified for the working tunnel.
Examples
The following example shows how to configure a DEPI tunnel for the protect cable interface line card on the Cisco RFGW-10.
Destination IP address of the M-CMTS router must be specified as the endpoint for the protect tunnel:
Router> enableRouter# configure terminalRouter(config)# depi-tunnel protect1Router(config-depi-tunnel)# dest-ip 192.0.2.103Router(config-depi-tunnel)# exitThe protect tunnel is then configured on an existing working DEPI tunnel:
Router(config)# depi-tunnel working1Router(config-depi-tunnel)# protect-tunnel protect1Router(config-depi-tunnel)# endRelated Commands
protocol
To set the protocol used by the server, use the protocol command in cable qam-partition configuration mode QAM partition configuration mode. To remove the protocol configuration, use the no form of this command.
protocol {ermi | gqi}
no protocol {ermi | gqi }
Syntax Description
ermi
Supports Edge Resource Management Interface (ERMI) protocol for video sessions.
gqi
Supports Generic QAM Interface (GQI) protocol sent to the Data Network Control Station (DNCS) server.
Command Default
This command has no default behavior or values.
Command Modes
QAM partition configuration (config-qp)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.0SQ
This command was integrated into Cisco IOS-XE Release 3.3.0SQ.
Usage Guidelines
Use the protocol command in QAM partition configuration to set the interface used between DNCS/USRM and RFGW-10.
QAM partitioning is used by protocol applications such as GQI and ERMI to extend the QAM partition configuration for a given protocol.
The GQI protocol supports the latest GQI protocol. The QAM partition must be configured before any protocol configuration.
Examples
The following example shows the configuration of a QAM in emulation mode:
Router(config-video-servers)# protocol gqi emulation 24-qamRouter(config-video-servers)# mgmt-ip-address 10.10.1.1 mac-address 1223/.e03f.fffeRouter(config-video-servers)# exitThe following example shows the GQI protocol configuration on the cable qam partition:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-video-servers)# protocol gqiRouter(config-video-servers)# server 10.10.10.1Router(config-video-servers)# exitThe following example sets the QAM partition with the ERMI protocol:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)# protocol ermiRelated Commands
qam-group
To configure a QAM group, use the qam-group command in the cable service group configuration mode. To remove the QAM group, use the no form of this command.
qam-group qam-group-name
no qam-group qam-group-name
Syntax Description
Command Default
This command is enabled by default.
Command Modes
Cable service group configuration (config-qsg)
Command History
Usage Guidelines
A QAM group can contain one or more QAM channels.
Examples
This example shows how to create a QAM group:
Router# configure terminalRouter(config)# cable service-group 1Router(config-qsg)# qam-group group1Related Commands
cable service-group
Configures the QAM service group.
show cable service-group
Displays the service groups configured on the Cisco RFGW-10.
qam-partition
To assign a QAM partition to the load balancing group, use the qam-partition command in load balancing group configuration mode. To disable the QAM partition, use the no form of this command.
qam-partition {partition-id | default dest-IP-address}bitrate bit-value udp low-udp high-udp {bitrate bit-value}
no qam-partition {partition-id | default dest-IP-address}bitrate bit-value udp low-udp high-udp {bitrate bit-value}
Generic QAM Interface (GQI)
qam-partition {partition-id} [ip IP-address udp low-udp high-udp] [gqi-ingress-port input-port bitrate bit-value]
no qam-partition {partition-id} [ip dest-IP-address udp low-udp high-udp] [gqi-ingress-port input-port bitrate bit-value]
Syntax Description
Command Default
This command is enabled by default.
Command Modes
Load balancing group configuration (config-lbg)
Command History
Usage Guidelines
Use the qam-partition command to assign a QAM partition to the load balancing group.
Note
Note
Examples
This example shows how to configure the QAM partition on the load balancing group:
Router# configure terminalRouter(config)# cable route linecard 3 load-balance-group 1Router(config-lbg)# qam-partition default 30.0.3.10 udp 1 49260 bitrate 3300Router(config-lbg)#This example shows how to configure the GQI QAM partition on the load balancing group:
Router# configure terminalRouter(config)# cable route linecard 3 load-balance-group 1Router(config-lbg)# qam-partition 3 ip 10.1.1.1 gqi 10 bitrate 21Router(config-lbg)#Related Commands
redundancy
To configure redundancy configuration mode, use the redundancy command in global configuration mode.
redundancy
Syntax Description
This command has no arguments or keywords.
Command Default
This command has no default behavior or values.
Command Modes
Global configuration (config)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
At the redundancy configuration mode, you can do the following:
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•
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Examples
The following example shows how to enter redundancy configuration mode and its associated commands on the Cisco RFGW-10 chassis:
Router# configure terminalRouter(config)# redundancyRouter(config-red)#?Redundancy configuration commands:default Set a command to its defaultsexit Exit from redundancy configuration modelinecard-group Enter linecard redundancy submodemain-cpu Enter main-cpu modemode redundancy mode for this chassisno Negate a command or set its defaultspolicy redundancy policy enforcementRelated Commands
redundancy force-failover main-cpu
To force a switchover so that a standby Supervisor card becomes an active Supervisor card, use the redundancy force-failover main-cpu command in privileged EXEC mode.
redundancy force-failover main-cpu
Syntax Description
This command has no keywords or arguments.
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
The redundancy force-failover main-cpu command initiates a manual switchover so that the standby Supervisor card becomes the active Supervisor card and assumes full responsibilities for router operations. When using this command, ensure that both Supervisor cards have the Cisco IOS software image that supports the Route Processor Redundancy (RPR) feature.
Note
A manual switchover is performed for the following reasons:
•
•
•
A switchover can also be manually initiated by removing the active Supervisor card from the chassis, by using the redundancy force-failover main-cpu command to provide a more graceful switchover, without generating hardware alarms.
Tip
Examples
The following example shows a manually initiated switchover on a Supervisor card on a Cisco RFGW-10 chassis:
Router# redundancy force-failover main-cpuProceed with switchover to standby Supervisor? [confirm] y
Note
The following example shows a switchover attempt that has failed, because the standby Supervisor card is either not ready, not available, or not installed on a Cisco RFGW-10 chassis:
Switch# redundancy force-failover main-cpuProceed with switchover to standby Supervisor? [confirm]Standby Supervisor not ready, switchover aborted.Related Commands
redundancy force-switchover
To force the standby Route Processor (RP) or standby Supervisor card to assume the role of an active RP or Supervisor card, use the redundancy force-switchover command in privileged EXEC mode.
redundancy force-switchover
Syntax Description
This command has no arguments or keywords.
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
Use the redundancy force-switchover command to switch control of a router from the active Supervisor card to the standby Supervisor card. Install the Cisco IOS image on both the active and standby Supervisor cards to ensure high availability. Configure the Route Processor Redundancy (RPR) mode on both the Supervisor cards before the redundancy force-switchover command is used. This command verifies if the standby Supervisor card is ready for system switchover.
When you use the redundancy force-switchover command and the current running configuration is different from the startup configuration, the system prompts you to save the running configuration before the switchover is performed.
Note
Examples
The following example shows how to perform a manual switchover from the active to the standby RP when the running configuration is different from the startup configuration:
Router# redundancy force-switchoverSystem configuration has been modified. Save? [yes/no]:yBuilding configuration.........[OK]Proceed with switchover to standby NSE? [confirm]y00:07:35:%SYS-5-SWITCHOVER:Switchover requestedThe following example shows how to perform a manual switchover from the active to the standby RP when the running configuration is the same as the startup configuration:
Router# redundancy force-switchoverProceed with switchover to standby NSE? [confirm]00:07:35:%SYS-5-SWITCHOVER:Switchover requestedRelated Commands
redundancy
Enters the redundancy configuration mode.
show redundancy
Displays the current active and standby Supervisor card redundancy status.
redundancy linecard-group switchover from slot
To initiate a line card switchover, use the redundancy linecard-group switchover from slot command in privileged EXEC mode.
redundancy linecard-group switchover from slot slot
Syntax Description
Command Default
The switchover of the line card takes place.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command is used for the line card switchover. Switchover occurs from the current active line card to the standby line card.
Examples
The following example shows the switchover of a line card in slot 3:
Router#redundancy linecard-group switchover from slot 3Related Commands
show redundancy linecard
Displays information on a line card or line card group redundancy status.
redundancy reload
To reset the standby Supervisor card to reset both the active and standby Supervisor cards, use the redundancy reload command in privileged EXEC mode.
redundancy reload {peer | shelf}
Syntax Description
peer
Reloads only the standby Supervisor card.
shelf
Reloads both the active and standby r Supervisor card.
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
The redundancy reload peer command reloads the Cisco IOS software on the standby Supervisor card which does not have an impact on router operations, assuming a switchover is not required while the standby module is resetting. The redundancy reload shelf command reloads the Cisco IOS software on both the active and standby Supervisor cards, which will interrupt services on the router until all the Supervisor cards and line cards initialize and come back online.
Examples
The following example shows the system response when a standby Supervisor card is not installed in the Cisco RFGW-10:
Switch# redundancy reload peerSystem is running in SIMPLEX mode, reload anyway? [confirm] nPeer reload not performed.
The following example shows how to reload both Supervisor cards on the Cisco RFGW-10:
Switch# redundancy reload shelfReload the entire shelf [confirm] yPreparing to reload entire shelf
Note
Related Commands
redundancy tcc-group switchover from slot
To initiate a Timing, Communication and Control (TCC) card switchover, use the redundancy tcc-group switchover from slot command in privileged EXEC mode.
redundancy tcc-group switchover from slot slot
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command is used for TCC card switchover. Switchover occurs from the current active card to the standby TCC card.
Examples
The following example shows the switchover of a TCC card in slot 13:
Router#redundancy tcc-group switchover from slot 13Related Commands
replicate-qam
To configure the replicate (destination) QAM, use the replicate-qam command in the QAM replication group configuration mode. To remove the replicate QAM, use the no form of this command.
replicate-qam {qam | qam-red} {qam-interface-number}
no replicate-qam {qam | qam-red} {qam-interface-number}
Syntax Description
Command Default
This command is enabled by default.
Command Modes
QAM replication group configuration (config-qrg)
Command History
Usage Guidelines
Cisco IOS-XE Release 3.3.0SQ introduces the QAM replication group feature to replicate any single QAM output from one port to another port on the same Cisco RFGW-10 DS-384 line card.
A QAM replication group contains information about a single source QAM and its corresponding replicated copy or copies. Each group is numbered with a group-id and contains the slot, port and channel number for both the source QAM (pilot-qam) and the destination QAM (replicate-qam).
Note
Examples
This example shows how to create a replicate QAM:
Router# configure terminalRouter(config)# cable qam-replication-group 1Router(config-qrg)# replicate-qam qam-red3/2.1Related Commands
cable qam replication-group
Configures the QAM replication group.
pilot-qam
Configures the pilot QAM in the QAM replication group.
reserve cardtype
To configure the reserve line card type in line card redundancy, use the reserve cardtype command in line card redundancy configuration mode. To disable the line card type, use the no form of this command.
reserve cardtype type
no reserve cardtype type
Syntax Description
Command Default
This command is auto-generated when the first primary line card is configured.
Command Modes
Line card redundancy configuration (config-red-lc)
Command History
Usage Guidelines
The Cisco RFGW-10 DS-48 line card and the Cisco RFGW-10 DS-384 line card have 12 and 8 ports respectively. Thus, these cards cannot exist in the same redundancy group.
Each protection group has a reserve cardtype configuration which can be manually configured before configuring the first primary line card in the group. However, if the reserve cardtype is not configured, it is automatically generated when the first primary line card is configured.
Additional redundancy line cards in a redundancy group are configured only if the card types are compatible with the reserve cardtype. The line card will not be allowed to fully initialize, if the line card is removed from a redundancy group and replaced with a non-compatible line cardtype.
For information on the redundancy group cardtype compatibility, see 1:1 and 1:N Line Card Redundancy.
Note
Associated FeaturesThe reserve cardtype command is used to configure the reserve cardtype in a redundancy line card configuration on the Cisco RFGW-10 router.For information on configuring line card redundancy, see
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Examples
The following example shows the configuration and the output of the automatic generation of the reserve cardtype for a Cisco RFGW-10 line card:
Router# configure terminalRouter(config)# redundancyRouter(config-red)# linecard-group 0 internal-switchRouter(config-red-lc)# class 1:nClass set to 1:N for Redundancy group (0)Router(config-red-lc)# member slot 3 primaryAuto generate reserve card type commandRouter(config-red-lc)# endRouter# show run | beg redundancy...redundancylinecard-group 0 internal-switchclass 1:Nreserve cardtype 0x6011member slot 3 primaryrevertive 300mode ssoThe following example manually configures the reserve cardtype for a Cisco RFGW-10 DS-384 line card, and attempts to configure the Cisco RFGW-10 DS-48 line card as a primary line card.
Router# configure terminalRouter(config)# redundancyRouter(config-red)# linecard-group 0 internal-switchRouter(config-red-lc)# class 1:nClass set to 1:N for Redundancy group (0)Router(config-red-lc)# reserve cardtype ?<0-4294967295> Enter reserve cardtype in Hex or DecimalRouter(config-red-lc)# reserve cardtype 0x6015Router(config-red-lc)# member slot 3 primaryReject: Configuration of slot 3 as Primary failed for the above reasonRouter(config-red-lc)#*Apr 20 11:36:13.690: %RFGW-3-CARDTYPE_MISMATCH: Primary card type (ElbCardTypeMossbeach) in slot (3) is not compatible with Reserve card type (ElbCardTypeBlackbriar)The following example manually configures the reserve cardtype for a Cisco RFGW-10 DS-48 line card, and configure the Cisco RFGW-10 DS-48 line card as a primary line card.Router# configure terminalRouter(config)# redundancyRouter(config-red)# linecard-group 0 internal-switchRouter(config-red-lc)# class 1:nClass set to 1:N for Redundancy group (0)Router(config-red-lc)# reserve cardtype 0x6011Router(config-red-lc)# member slot 3 primaryRouter(config-red-lc)# endRouter#*Apr 20 11:38:27.161: %SYS-5-CONFIG_I: Configured from console by consoleRouter# show run | beg redundancy...redundancylinecard-group 0 internal-switchclass 1:Nreserve cardtype 0x6011member slot 3 primaryrevertive 300mode sso!The following example shows an attempt to configure an invalid reserve cardtype for the Cisco RFGW-10 line card:
Router# configure terminalRouter(config)# redundancyRouter(config-red)# linecard-group 0 internal-switchRouter(config-red-lc)# class 1:nClass set to 1:N for Redundancy group (0)Router(config-red-lc)# reserve cardtype 0x6000Router#Cardtype is not valid, enter valid card type and try this command againThe following example shows an attempt to configure a different reserve cardtype that does not match the existing redundancy members.
Router# configure terminalRouter(config)# redundancyRouter(config-red)# linecard-group 0 internal-switchRouter(config-red-lc)# class 1:nClass set to 1:N for Redundancy group (0)Router(config-red-lc)# reserve cardtype 0x6011Router(config-red-lc)# member slot 3 primaryRouter(config-red-lc)# reserve cardtype 0x6015Reserve cardtype cannot be changed while this grouphas members. Reserved card type (0x6011 24593)Router(config-red-lc)#Related Commands
reset interval
Note
To set the reset interval, use the reset interval command in video server configuration mode and QAM partition configuration mode. To remove the setting, use the no form of this command.
reset interval seconds
no reset interval seconds
Syntax Description
Command Default
This command is not enabled by default.
Command Modes
Video server configuration (config-video-servers)QAM partition configuration (config-qp)
Command History
Usage Guidelines
Use the reset interval command in QAM partition configuration to reset the reset interval value.
Note
Examples
The following example shows how to configure the reset interval value of 10 seconds in QAM partition configuration:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)# reset interval 10The following example shows how to configure the reset interval value of 1 second on a Cisco RFGW-10:
Router(config)# cable video servers servergroup1Router(config-video-servers)# reset interval 1Related Commands
retry interval
To configure the retry time and interval time on the external server, use the retry interval command in cable video server configuration mode. To remove the configuration, use the no form of this command.
retry seconds interval seconds
no retry seconds interval seconds
Syntax Description
seconds
Specifies the time interval. The default retry time is 3 seconfds and the default interval time is 5 seconds.
Command Default
This command has no default behavior or values.
Command Modes
Cable video server configuration (config-video-servers)
Command History
Usage Guidelines
Retry and interval time are optionally configured in the server group for communication between the Cisco RFGW-10 and the external servers.
Examples
The following example shows 10 seconds configured as the retry and interval value on the video server:
Router#configure terminalRouter(config)#cable video server servergroup1Router(config-video-servers)#protocol gqiRouter(config-video-servers)#server 10.10.10.1Router(config-video-servers)#retry 10 interval 10Router(config-video-servers)#exitRelated Commands
rtsp
To configure the ERMI Real-time Streaming Protocol (RTSP) on the QAM partition, use the rtsp command in global configuration mode. To disable the protocol, use the no form of this command.
rtsp {connect-retry retry-interval | connect-time connect-seconds | keepalive connection-timeout-interval | session-timeout session-timeout-interval}
no rtsp {connect-retry retry-interval | connect-time connect-seconds | keepalive connection-timeout | session-timeout session-timeout}
Syntax Description
Command Default
This command is disabled by default.
Command Modes
QAM partition configuration mode (config-qp)
Command History
Usage Guidelines
ERMI is a protocol for managing EQAM resources both for DOCSIS and video services. It provides video edge device discovery, resource provisioning and signaling protocols for setup and control of video on demand (VOD) and switched digital video (SDV) type video sessions.
Note
RTSP protocol is designed to support the setup of multimedia sessions over IP networks. RTSP operates on TCP port and provides primitives for session setup and session management protocol. RTSP is a client server protocol that enables a client application to request streaming media services from a media server.
Examples
This example shows how to configure ERMI rtsp protocol on the QAM partition 1:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)# protocol ermiRouter(config-qp)# rtsp connect-retry 5Router(config-qp)# rtsp connect-time 10Router(config-qp)# rtsp keepalive 5Router(config-qp)# rtsp session-timeout 10800
Related Commands
server
To configure the external server IP address, use the server command in cable video server configuration mode and QAM partition configuration mode. To remove the configuration, use the no form of this command.
server IP address
no server IP address
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
QAM partition configuration (config-qp)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.0SQ
This command is integrated Cisco IOS-XE Release 3.3.0SQ.
Usage Guidelines
Data Network Control Station (DNCS) servers use Generic QAM interface (GQI) protocol. The IP address of the DNCS server must be provided. SDV servers use Switched Digital Video (SDV) protocol and do not require an IP address.
Starting with Cisco IOS-XE Release 3.3.0SQ, the server command configures the IP address of the external server that uses the QAM partition.
Examples
The following example sets the external server IP address in a QAM partition:
Router# configure terminalRouter(config)# cable qam-partition 1Router(config-qp)# protocol gqiRouter(config-qp)# mgmt-ip 1.1.1.1Router (config-qp)# server 192.168.0.10Related Commands
cable qam-partition
Configures the QAM partition for a video server.
protocol
Assigns the protocol used by the external server.
show cable clock
To display information about displaying Timing, Communicaton and Control (TCC) card DOCSIS Timimg Interface (DTI) client and server statistic counts, use the show cable clock command in privileged EXEC mode.
show cable clock [slot] {client port id | server port id | counters}
Syntax Description
Command Default
Information on the TCC DTI client and server is displayed. Counters are not displayed.
Command Modes
Privileged EXEC (#)
Command History
12.2(44)SQ
This command was modified in Cisco IOS Release 12.2(44)SQ to support the Cisco RF Gateway 10. The slot, client, server, and counters options were added.
Examples
The following example shows the TCC DTI client and server statistic counts information:
Router# show cable clockDTI Client status: TCC 13-----------------Client status : normalClient clock type : ITU type 1Client firmware version : 7Client dti version : 0Client timestamp : 657519453Client phase correction : 65535Client normal time : 65535Client holdover time : 0Client transition t3 count : 0Client transition t4 count : 1Client transition t6 count : 0Client transition t7 count : 0Client port switch count : 1Client Integral Frequency Term : 64518Client EFC Value : 63282DTI Client Port 1 Status:-------------------------Port Status : ActiveSignal detected : yesCRC error count : 2Frame error rate : < 2%Cable advance : 2560-- Connected server information ---Server status : Active free-runRoot Server clock type : ITU type 3Root Server source : noneServer Type : RootClient Performance Stable : yesClient Cable advance Valid : yesDTI Client Port 2 Status:-------------------------Port Status : InactiveSignal detected : noCRC error count : 66Frame error rate : > 5%Cable advance : 0DTI Client status: TCC 14-----------------Client status : normalClient clock type : ITU type 1Client firmware version : 7Client dti version : 0Client timestamp : 672169320Client phase correction : 65535Client normal time : 65535Client holdover time : 0Client transition t3 count : 0Client transition t4 count : 1Client transition t6 count : 0Client transition t7 count : 0Client port switch count : 1Client Integral Frequency Term : 64760Client EFC Value : 63832DTI Client Port 1 Status:-------------------------Port Status : InactiveSignal detected : noCRC error count : 26Frame error rate : > 5%Cable advance : 0DTI Client Port 2 Status:-------------------------Port Status : ActiveSignal detected : yesCRC error count : 2Frame error rate : < 2%Cable advance : 1792-- Connected server information ---Server status : Active free-runRoot Server clock type : ITU type 3Root Server source : noneServer Type : RootClient Performance Stable : yesClient Cable advance Valid : yesThe following is sample output of a TCC card in slot 13 on a Cisco RF Gateway 10:
Router#show cable clock 13 client 1DTI Client Port 1 Status:-------------------------Port Status : InactiveSignal detected : noCRC error count : 63006Frame error rate : > 5%Cable advance : 0x0000Table 3-2 describes the significant fields shown in the display.
The following example shows the server status of the TCC card in slot 13 on a Cisco RFGW-10:
Router#show cable clock 13 server 2TCC Card 13 port 2 DTI Server status:--------------------------------------Server signal detected : yesServer status : free-runRoot Server clock type : ITU type 3Root Server source : noneServer Type : RootClient Performance Stable : yesClient Cable advance Valid : yesTOD Setting Mode : ShortTOD gpssec : 902825745TOD leap seconds : 14Table 3-3 describes the significant fields shown in the display.
The following is a sample output showing the counters on TCC card 13 on Cisco RFGW-10:
Router#show cable clock 13 countersTCC Card 13 DTI counters:-------------------------Client Normal time : 0x1EB6Client Holdover time : 0x0000Client Phase Correction : 0Client Freq Correction : 63213Client EFC Correction : 61039Client transition count t3 : 0Client transition count t4 : 1Client transition count t6 : 0Client transition count t7 : 0Client port switch count : 1Related Commands
cable clock free-run
Allows the clock to be in free-run mode.
clear cable clock counters
Clears DTI client transition counters of a TCC DTI client and server.
show cable depi-sessions
To display Downstream External PHY Interface (DEPI) sessions configured on the line card, use the show cable depi-sessions command in privileged EXEC mode.
show cable depi-sessions mode {session-id | summary}
Syntax Description
Command Default
Information on configured DEPI sessions is displayed.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is sample output for manual DEPI session 1 on the Cisco RF Gateway 10:
Router#show cable depi-sessions manual 1Detailed Info about Session with id# 1:Type : MANUAL_DEPI_OVER_IPName :State : IDLERemote id : 0DestIP addr : 1.1.1.1Qam slotid : 3Qam portid : 1Qam ch id : 1Payload type : DEPI_PW_TYPE_D_MPTSync Mode : ENABLESync Intl : 100Up time : 01:58:34<< Session Statistic >>Session is off : 0Broken seq num : 0Bad depi header : 0Bad MPEG sync byte : 0In packet rate : 0 ppsIn bit rate : 0 bpsOut bit rate : 0 bps<< Flow Statistic >>Total packet : 0Total byte : 0Total segment : 0Discards : 0Errors : 0Bad pyld size : 0Cmnd buf ovfw : 0Table 3-4 describes the significant fields shown in the display.
The following example shows a summary of the manual DEPI sessions configured on a Cisco RF Gateway 10:
Router#show cable depi-sessions manual summaryList of the Configured Depi SessionsID Type State Qam-info PWtypex-----------x-------------------x----------x----------x--------1 MANUAL_DEPI_OVER_IP IDLE Qam3/01.1 DMPT11012 MANUAL_DEPI_OVER_IP ACTIVE Qam3/01.2 DMPT11013 MANUAL_DEPI_OVER_IP ACTIVE Qam3/01.3 DMPT30011 MANUAL_DEPI_OVER_IP ACTIVE Qam5/01.1 DMPT30012 MANUAL_DEPI_OVER_IP ACTIVE Qam5/01.2 DMPT30013 MANUAL_DEPI_OVER_IP ACTIVE Qam5/01.3 DMPTTable 3-5 describes the significant fields shown in the display.
Related Commands
show cable depi-sessions slot count
To display the Downstream External PHY Interface (DEPI) session count on all QAMs on a line card, use the show cable depi-sessions slot count command in privileged EXEC mode.
show cable depi-sessions slot slot count
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is sample output for DEPI session count on the Cisco RF Gateway 10:
Router#show cable depi-sessions slot 3 countQAM Port Sessionsx-----------------x---------Channel 3/1.1 1Channel 3/1.2 1Channel 3/1.3 1Channel 3/1.4 1Table 3-4 describes the significant fields shown in the display.
Table 3-6 show cable depi-sessions slot count Field Descriptions
QAM Port
Port on the QAM slot.
Sessions
Count of the DEPI sessions on the QAM port.
Related Commands
show cable depi-sessions offset
To display the DOCSIS Timing Interface (DTI) timing value on the QAM channels, use the show cable depi-sessions offset command in privileged EXEC mode.
show cable depi-sessions offset [port slot/port | slot slot]
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is sample output for DTI offset values configured on the chassis:
Router# show cable depi-sessions offsetQam-info Offsetx-----------x-------------------Qam3/01.1 639Qam3/01.2 640Qam3/01.3 641Qam3/01.4 642Qam3/02.1 639Qam3/02.2 640Qam3/02.3 641Qam3/02.4 642Table 3-7 describes the significant fields shown in the display.
Table 3-7 show cable depi-sessions offset Field Descriptions
Qam-info
Displays information about the QAM interface.
Offset
Displays the offset value configured.
Related Commands
cable depi offset
Sets the offset value on the QAM channel for a line card in DEPI mode.
show cable ermi errp
To display information on the ERMI Edge Resource and Registration protocol (ERRP) protocol, use the show cable ermi errp command in privileged EXEC mode.
show cable ermi errp server {server-IP-address | all | resources {res-IP-address | all} | statistics
Syntax Description
Command Default
This command is enabled by default.
Command Modes
Privileged EXEC (#)
Command History
Examples
This example displays the ERRP server information:
Router# show cable ermi errp server allERRP Details:Socket : 1Local : 10.78.179.167:22350Remote : 10.78.179.170:6069Timers : Hold 90, Keepalive 0, ConnectRetry 10FSM state : CONNECTQAM Parition : 1Number of QAMs reachable : 0Table 3-8 describes the significant fields shown in the display.
The following example displays the ERRP server statistics:
Router# show cable ermi errp statisticsERRP Protocol Statistics:Packet Received Received Received Sent Sent SentType Packets Failed Success Packets Failed Success------------- -------- -------- -------- -------- -------- --------OPEN 0 0 0 0 0 0UPDATE 0 0 0 0 0 0NOTIFICATION 0 0 0 0 0 0KEEPALIVE 0 0 0 0 0 0SOCKET 0 0 0 0 0 0UNKNOWN 0 0 0 0 0 0The following example displays the resources used by ERRP server:
Router# show cable ermi errp server resources allERRP Connection ID 1QAM CarrierInterface ID-----------------------------------------------------------------Total Resource: 0Related Commands
clear cable ermi statistics
Clears ERMI protocol connection stastistics information.
errp
Configures Edge Resource and Registration protocol (ERRP) on the QAM partition.
show cable ermi rtsp
To display information on the ERMI Real-time Streaming Protocol (RTSP) protocol, use the show cable ermi rtsp command in privileged EXEC mode.
show cable ermi errp server {server-IP-address | all} | session {session-id | all} | statistics
Syntax Description
Command Default
This command is enabled by default.
Command Modes
Privileged EXEC (#)
Command History
Examples
This example displays all the server information:
Router# show cable ermi rtsp server allSocket Mgmt Server QP RTSP RTSP Conn CoID Info Info ID Session Req Timeout Rey------ --------------------- --------------------- --- ------- ---- ------- ---Table 3-8 describes the significant fields shown in the display.
This example displays the RTSP server statistics:
Router# show cable ermi errp statisticsRTSP Protocol Statistics:Packet Received Received Received Sent Sent SentType Packets Failed Success Packets Failed Success------------- -------- -------- -------- -------- -------- --------SETUP 0 0 0 0 0 0TEARDOWN 0 0 0 0 0 0SET PARAMETER 0 0 0 0 0 0GET PARAMETER 0 0 0 0 0 0ANNOUNCE 0 0 0 0 0 0SOCKET 0 0 0 0 0 0UNKNOWN 0 0 0 0 0 0The following example displays the RTSP session information:
Router# show cable ermi rtsp session allSession Session QP QAM QAM RTSP Server Socket Session Seson ClientID Type ID Port TSID State Addr(Socket) Id Index GroSession ID---------- ------- --- ------- ----- ------ --------------- ------ ------- ----- -----------Total Sessions: 0Table 3-10 describes the significant fields shown in the display.
Related Commands
clear cable ermi statistics
Clears the ERMI protocol connection statistics information.
rtsp
Configures RTSP on the QAM partition.
show cable freq-profile
To display frequency profiles created on the Cisco RFGW-10, use the show cable freq-profile command in privileged EXEC mode.
show cable freq-profile [all | freq-profile-id]
Syntax Description
all
Displays detailed information of all the frequency profiles on the Cisco RFGW-10.
freq-profile-id
Displays detailed information of a specific frequency profile.
Command Default
Information on configured frequency profiles are displayed.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Use the show cable freq-profile command find out which frequency segment is occupied by the carriers, which part are not being used, and which portions cannot be used.
Examples
The following example displays the frequency profiles configured on the Cisco RFGW-10:
Router# show cable freq-profileFrequency Profile ID default-freq-profile:Lane 1 start-freq 88000000hzBlock 1 start-freq 88000000hzBlock 2 start-freq 136000000hzBlock 3 start-freq 184000000hzBlock 4 start-freq 232000000hzLane 2 start-freq 280000000hzBlock 1 start-freq 280000000hzBlock 2 start-freq 328000000hzBlock 3 start-freq 376000000hzBlock 4 start-freq 424000000hzLane 3 start-freq 472000000hzBlock 1 start-freq 472000000hzBlock 2 start-freq 520000000hzBlock 3 start-freq 568000000hzBlock 4 start-freq 616000000hzLane 4 start-freq 664000000hzBlock 1 start-freq 664000000hzBlock 2 start-freq 712000000hzBlock 3 start-freq 760000000hzBlock 4 start-freq 808000000hzFrequency Profile ID 20:Lane 1 start-freq 680000000hzBlock 1 start-freq 680000000hzBlock 2 start-freq 680000000hzBlock 3 start-freq 680000000hzBlock 4 start-freq 680000000hzLane 2 start-freq 780000000hzBlock 1 start-freq 780000000hzBlock 2 start-freq 780500000hzBlock 3 start-freq 780500000hzBlock 4 start-freq 780099000hzLane 3 start-freq 99000000hzBlock 1 start-freq 99400000hzBlock 2 start-freq 99300000hzBlock 3 start-freq 99340000hzBlock 4 start-freq 99540000hzLane 4 start-freq 580000000hzBlock 1 start-freq 679000000hzBlock 2 start-freq 678000000hzBlock 3 start-freq 678500000hzBlock 4 start-freq 679500000hzTable 3-11describes the significant fields shown in the display.
Related Commands
cable downstream freq-profile
Configures the frequency profiles on the Cisco RFGW-10.
show cable heartbeat
To display the number of heartbeats received from the line cards, use the show cable heartbeat command in privileged EXEC mode.
show cable heartbeat
Syntax Description
This command has no arguments or keywords.
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows the heartbeat of the line cards:
Router#show cable heartbeatHeartbeatHeartbeat Received CardSlot Enabled Count State------------------------------------3 enabled 6183 ready4 enabled 733519 ready5 enabled 562516 ready6 enabled 1423983 ready7 enabled 1423001 ready8 enabled 1423984 ready9 enabled 1424010 ready10 enabled 1423989 ready11 enabled 197795 ready12 enabled 562139 ready13 enabled 1423949 ready14 enabled 1423900 readyTable 3-12 describes the significant fields shown in the display.
Related Commands
show cable image-upgrade bundle
To display the upgraded images of all the devices on the Supervisor card, use the show cable image-upgrade bundle command in user EXEC or privileged EXEC mode.
show cable image-upgrade bundle
Syntax Description
This command has no arguments or keywords.
Command Default
This command has no default behavior or values.
Command Modes
User EXEC (>)
Privileged EXEC (#)
Command History
Examples
The following example shows the sample output using the show cable image-upgrade bundle command on the Cisco RF Gateway 10:
Router# show cable image-upgrade bundleImage Name Id Date Time================================== == ==================TCC_APP_00000000_20080811-00144654 00 20080811 00144654TCC_ROM_00000001_20080317-00170141 01 20080317 00170141TCC_GEN_00000002_20080612-00140709 02 20080612 00140709TCC_DTI_00000003_20080428-00094708 03 20080428 00094708TCC_RST_00000004_20080612-00140712 04 20080612 00140712RFS_CPL_00000005_20080428-00105357 05 20080428 00105357MV_APP_00000011_20080811-00144650 11 20080811 00144650MV_ROM_00000012_20080605-00074654 12 20080605 00074654MV_DIS_00000013_20080603-00151016 13 20080603 00151016MV_COB_00000014_20080609-00205712 14 20080609 00205712MV_YEL_00000015_20080609-00205659 15 20080609 00205659MV_GWT_00000016_20080717-00162446 16 20080717 00162446RFGW_GUI_00000017_20080603-00114822 17 20080603 00114822Table 3-13 describes the significant fields shown in the display.
Related Commands
show cable image-upgrade status
To display the upgrade status for a line card, use the show cable image-upgrade status command in user EXEC or privileged EXEC mode.
show cable image-upgrade status slot
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
User EXEC (>)
Privileged EXEC (#)
Command History
Examples
The following example displays the upgrade status for the line card:
Router# show cable image-upgrade status 12No current image upgrade is occurring on slot 12Related Commands
show cable image-upgrade version
To display the upgraded images on the line card, use the show cable image-upgrade version command in privileged EXEC and user EXEC mode.
show cable image-upgrade version slot
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
User EXEC (>)
Privileged EXEC (#)
Command History
Examples
The following example shows the output from the show cable image-upgrade version command:
Router# show cable image-upgrade version 3Image Name Id Date Time================================== == ==================MV_APP_00000011_20080811-00144650 11 20080811 00144650MV_ROM_00000012_20080605-00074654 12 20080605 00074654MV_DIS_00000013_20080603-00151016 13 20080603 00151016MV_COB_00000014_20080609-00205712 14 20080609 00205712MV_YEL_00000015_20080609-00205659 15 20080609 00205659MV_GWT_00000016_20080717-00162446 16 20080717 00162446Table 3-14 describes the significant fields shown in the display.
Related Commands
show cable licenses
To view license information applied to QAM channels on the Cisco RFGW-10, use the show cable licenses command in the privileged EXEC mode.
show cable licenses [all | lc-slot]
Syntax Description
all
Displays detailed information of all licenses Cisco RFGW-10.
lc-slot
Displays detailed information of a specific slot on the line card. Valid line cards are from 3 to 12.
Command Default
Information on licenses are displayed.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Use the show cable license command to view the licenses on the line cards on the Cisco RFGW-10 DS-384 line card.
The license on the Cisco RFGW-10 DS-384 line card is a count based license for available QAM channels. The Supervisor enforces the license after ensuring the number of unshut QAM channels in the running configuration does not exceed the license. If there are more QAM channels unshut, then the system shuts down the extra QAM channels. Depending on the running configuration, the first N licensed channels remain unshut, and the rest are shutdown.
Note
Examples
The following example displays the license information of all line cards on the Cisco RFGW-10:
Router# show cable licenses allSlot 3 : License Configuration : DS384_384_CLEAR---------------------------------------------------Feature: Downstream LicensesInstalled: 384 Consumed: 0 Available: 384 Forced-Shut: 0Router#Table 3-11describes the significant fields shown in the display.
show cable linecard carrier-id-mapping
To display the carrier-id mapped to the line card, use the show cable linecard carrier-id-mapping command in privileged EXEC mode.
show cable linecard carrier-id-mapping slot
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
QAM block information, QAM carrier mapped to line card, and maximum carriers assigned to the slot are displayed.
Examples
The following example shows the carrier ID, and the QAM carriers on slot 9 on the Cisco RFGW-10 DS-48 line card:
Router# show cable linecard carrier-id-mapping 9QAM Block 1 Slot: 9 Maximum Carriers per Block: 24ID QAM Carrier-------------------------------------------------------1 9/1.12 9/1.23 9/1.34 9/1.45 9/2.16 9/2.27 9/2.38 9/2.49 9/3.110 9/3.211 9/3.312 9/3.413 9/4.114 9/4.215 9/4.316 9/4.417 9/5.118 9/5.219 9/5.320 9/5.421 9/6.122 9/6.223 9/6.324 9/6.4QAM Block 2 Slot: 9 Maximum Carriers per Block: 24ID QAM Carrier-------------------------------------------------------25 9/7.126 9/7.227 9/7.328 9/7.429 9/8.130 9/8.231 9/8.332 9/8.433 9/9.134 9/9.235 9/9.336 9/9.437 9/10.138 9/10.239 9/10.340 9/10.441 9/11.142 9/11.243 9/11.344 9/11.445 9/12.146 9/12.247 9/12.348 9/12.4The following example shows the carrier ID , and the QAM carriers on slot 3 on the Cisco RFGW-10 DS-384 line card:Router# show cable linecard carrier-id-mapping 3QAM Block 1 Slot: 3 Maximum Carriers per Block: 16ID QAM Carrier-------------------------------------------------------1 3/1.12 3/1.23 3/1.34 3/1.45 3/1.56 3/1.67 3/1.78 3/1.89 3/1.910 3/1.1011 3/1.1112 3/1.1213 3/1.1314 3/1.1415 3/1.1516 3/1.1617 --18 --19 --20 --21 --22 --23 --24 --25 --26 --27 --28 --29 --30 --31 --32 --33 --34 --35 --36 --37 --38 --39 --40 --41 --42 --43 --44 --45 --46 --47 --48 --49 --50 --51 --52 --53 --54 --55 --56 --57 --58 --59 --60 --61 --62 --63 --64 --65 --66 --67 --68 --69 --70 --71 --72 --73 --74 --75 --76 --77 --78 --79 --80 --81 --82 --83 --84 --85 --86 --87 --88 --89 --90 --91 --92 --93 --94 --95 --96 --97 --98 --99 --100 --101 --102 --103 --104 --105 --106 --107 --108 --109 --110 --111 --112 --113 --114 --115 --116 --117 --118 --119 --120 --121 --122 --123 --124 --125 --126 --127 --128 --129 --130 --131 --132 --133 --134 --135 --136 --137 --138 --139 --140 --141 --142 --143 --144 --145 --146 --147 --148 --149 --150 --151 --152 --153 --154 --155 --156 --157 --158 --159 --160 --161 --162 --163 --164 --165 --166 --167 --168 --169 --170 --171 --172 --173 --174 --175 --176 --177 --178 --179 --180 --181 --182 --183 --184 --185 --186 --187 --188 --189 --190 --191 --192 --QAM Block 2 Slot: 3 Maximum Carriers per Block: 0ID QAM Carrier-------------------------------------------------------193 --194 --195 --196 --197 --198 --199 --200 --201 --202 --203 --204 --205 --206 --207 --208 --209 --210 --211 --212 --213 --214 --215 --216 --217 --218 --219 --220 --221 --222 --223 --224 --225 --226 --227 --228 --229 --230 --231 --232 --233 --234 --235 --236 --237 --238 --239 --240 --241 --242 --243 --244 --245 --246 --247 --248 --249 --250 --251 --252 --253 --254 --255 --256 --257 --258 --259 --260 --261 --262 --Table 3-16 describes the significant fields shown in the display.
Related Commands
show cable linecard coreinfo
To copy the core file information from line card flash directory to the bootflash, use the show cable linecard coreinfo command in privileged EXEC mode.
show cable linecard coreinfo slot
Syntax Description
slot
Specifies the line card and TCC card slots. Valid line card range is from 3 to 12 and valid TCC card slots are 13 and 14.
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command copies the core files from line card flash directories to the bootflash with the line card identifier appended as a prefix and file creation time appended as a suffix to the core file information.
Examples
The following example shows the core files from slot 3 being copied onto the bootflash:
Router#dir bootflash:Directory of bootflash:/1 -rwx 12535060 Apr 12 2007 19:10:18 +00:00 cat4000-i9s-mz.122-25.EWA8.bin3 -rw- 5737 Sep 13 2007 12:54:26 +00:00 np_rfgw_run_913.cfg6 -rwx 26904132 Oct 23 2007 05:27:07 +00:00 cat4500-entservices-mz7 -rw- 6576 Mar 11 2008 02:48:36 +00:00 temp-1.cfg8 -rw- 8070 Oct 5 2008 04:28:25 +00:00 np-startup1.cfg9 -rw- 236964 Oct 21 2008 23:54:48 +00:00 slogs161341696 bytes total (9444684 bytes free)Router#dir linecard-3-flash:Directory of linecard-3-flash:/720958 -rw- 4047732 Sep 29 2008 12:40:49 +00:00 mv_app.lc720986 -rwx 74 Sep 29 2008 12:48:37 +00:00 update1704275 -rw- 65536 Jan 1 1970 00:03:00 +00:00 mv_iu.core2031738 -rw- 232833 Oct 24 2008 19:31:32 +00:00 slog_latest1245266 -rw- 327881 Nov 3 2008 18:30:16 +00:00 AA1573181 -rw- 77824 Nov 6 2008 01:29:35 +00:00 mv_video.core1442197 -rw- 147603 Nov 7 2008 20:57:23 +00:00 AAA131273 -rw- 385309 Nov 10 2008 20:54:58 +00:00 slogs1.text1048865 -rw- 63617 Nov 10 2008 20:57:18 +00:00 slogs2.text327848 -rw- 385309 Nov 10 2008 20:54:58 +00:00 slogs1_boot.text458769 -rw- 63617 Nov 10 2008 20:57:18 +00:00 slogs2_boot.text196793 -rw- 20036 Jan 1 1970 00:00:14 +00:00 slogs1_boot.txt524465 -rw- 114208 Dec 9 2008 20:33:25 +00:00 slogs18126464 bytes total (1719532 bytes free)Router#show cable linecard coreinfo 3Copying core file linecard-3-flash:mv_video.core to bootflash:LC_3_mv_video.core_012935_6_Nov_2008Copying core file linecard-3-flash:mv_iu.core to bootflash:LC_3_mv_iu.core_000300_1_Jan_1970Router#dir bootflash:Directory of bootflash:/1 -rwx 12535060 Apr 12 2007 19:10:18 +00:00 cat4000-i9s-mz.122-25.EWA8.bin3 -rw- 5737 Sep 13 2007 12:54:26 +00:00 np_rfgw_run_913.cfg6 -rwx 26904132 Oct 23 2007 05:27:07 +00:00 cat4500-entservices-mz7 -rw- 6576 Mar 11 2008 02:48:36 +00:00 temp-1.cfg8 -rw- 8070 Oct 5 2008 04:28:25 +00:00 np-startup1.cfg9 -rw- 236964 Oct 21 2008 23:54:48 +00:00 slogs121 -rw- 77824 Dec 9 2008 20:33:51 +00:00 LC_3_mv_video.core_012935_6_Nov_200822 -rw- 65536 Dec 9 2008 20:33:51 +00:00 LC_3_mv_iu.core_000300_1_Jan_197061341696 bytes total (9301068 bytes free)Table 3-17 describes the significant fields shown in the display.
Table 3-17 show cable linecard coreinfo Field Descriptions
Copying core file line card
Shows the copying of the files to the bootflash directory.
Related Commands
show cable linecard cpuload
To display the CPU utilization information of the line card, use the show cable linecard cpuload command in privileged EXEC mode.
show cable linecard cpuload slot
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows the CPU information on line card 3:
Router#show cable linecard cpuload 344444444444444444444444444444444444444444444444444444444441009080706050403020100....5....1....1....2....2....3....3....4....4....5....5....0 5 0 5 0 5 0 5 0 5CPU% per second (last 60 seconds)104444444444444444444444444444444440100 *90 *80 *70 *60 *50 #40 #30 #20 #10 #0....5....1....1....2....2....3....3....4....4....5....5....0 5 0 5 0 5 0 5 0 5CPU% per minute (last 60 minutes)* = maximum CPU% # = average CPU%1009080706050403020100....5....1....1....2....2....3....3....4....4....5....5....6....6....7.0 5 0 5 0 5 0 5 0 5 0 5 0CPU% per hour (last 72 hours)* = maximum CPU% # = average CPU%CPU utilization for five seconds: 4%; one minute: 4%; five minutes: 4%Table 3-18 describes the significant fields shown in the display.
Table 3-18 show cable linecard cpuload Field Descriptions
CPU utilization
Displays the utilization of CPU in per second, per minute and per hour.
Related Commands
show cable linecard load-balancing-group
To display the load balancing groups created on the Cisco RFGW-10, use the show cable line card load-balancing-group command in privileged EXEC mode.
show cable linecard slot load-balancing-group
Syntax Description
Command Default
This command is disabled by default.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Use the show cable linecard load-balancing group command to view the load balanced groups on the Cisco RFGW-10.
Examples
The following example displays the load balancing groups on line card slot 3 on the Cisco RFGW-10:
Router# show cable linecard 3 load-balancing-group allSlot : 3 Load-balancing Group : 1Total Bandwidth : 10000000 KBpsAvailable Bandwidth : 10000000 KBpsReserved Bandwidth for QAM Based Sessions : 0 KBpsReserved Bandwidth for IP Based Sessions : 0 KBpsSlot : 3 Load-balancing Group : 2Total Bandwidth : 10000000 KBpsAvailable Bandwidth : 10000000 KBpsReserved Bandwidth for QAM Based Sessions : 0 KBpsReserved Bandwidth for IP Based Sessions : 0 KBpsTable 3-11describes the significant fields shown in the display.
Related Commands
cable downstream freq-profile
Configures the frequency profiles on the Cisco RFGW-10.
show cable linecard logical-qamid-mapping
To display the logical QAM group IDs and QAM carriers mapped to the RF profiles on the Cisco RFGW-10, use the show cable linecard logical-qamid-mapping command in privileged EXEC mode.
show cable linecard logical-qamid-mapping lc-slot
Syntax Description
Command Default
Information on mapped QAM group IDs and QAM carriers are displayed.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Use the show cable linecard logical-qamid-mapping command to view the associated logical QAM groups and QAM carrier information.
Logical QAM groups are internally associated to RF profiles when the RF profile configuration is assigned to the QAM interface.
Examples
The following example displays the logical QAM IDs and carriers assigned to QAM interface 3 on the Cisco RFGW-10:
Router# show cable linecard logical-qamid-mapping 4Slot: 4, Logical QAM Group ID 1:RF Profile ID : Remote-RF-Profile-14First Port : Qam-red4/1Associated Qam Carrier ids:offset 0 - carrier-id 1 - Qam-red4/1.1offset 1 - carrier-id 2 - Qam-red4/1.2Second Port : Qam-red4/2offset 4 - carrier-id 49 - Qam-red4/2.1offset 5 - carrier-id 50 - Qam-red4/2.2Slot: 4, Logical QAM Group ID 2:RF Profile ID : Remote-RF-Profile-14First Port : Qam-red4/3Associated Qam Carrier ids:offset 0 - carrier-id 97 - Qam-red4/3.1offset 1 - carrier-id 98 - Qam-red4/3.2Second Port : Qam-red4/4offset 4 - carrier-id 145 - Qam-red4/4.1offset 5 - carrier-id 146 - Qam-red4/4.2Slot: 4, Logical QAM Group ID 33:RF Profile ID : Remote-RF-Profile-14First Port : Qam-red4/5Associated Qam Carrier ids:offset 0 - carrier-id 193 - Qam-red4/5.1Table 3-11describes the significant fields shown in the display.
Related Commands
cable downstream rf-profile
Configures the RF profiles on the Cisco RFGW-10.
cable downstream lqam-group
Creates a logical qam group on the Cisco RFGW-10.
show cable linecard logs
To display the system log information of the line card at bootup, use the show cable linecard logs command in privileged EXEC mode.
show cable linecard logs slot {all | slogs1 | slogs1-boot | slogs2 | slogs2-boot}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
The command may result in a lengthy output, if all option is used.
Examples
The following example shows the log information for all line cards on the chassis:
Router#show cable linecard logs 3 allMore linecard-3-flash:slogs1.txt ...Time Sev Major Minor ArgsJan 01 00:00:11 6 10000 0 root >> process is up (restart max 3 times)Jan 01 00:00:11 6 10000 0 root >> guardian 94217 waiting on source 94216Jan 01 00:00:11 6 10000 0 root >> thread [tid: 2] child_monitor awaitingsignalJan 01 00:00:11 6 10000 0 root >> thread [tid: 3] daemon_monitor awaitingeventJan 01 00:00:11 6 10000 0 Active SUP: slot 1, mac 020000000100Jan 01 00:00:11 5 14 0 tcpip startingJan 01 00:00:11 3 14 0 Using pseudo random generator. See "random" optionJan 01 00:00:13 6 10000 0 NPM: initJan 01 00:00:13 6 10000 0 NPM: options seat_id=0x02030000Jan 01 00:00:13 6 10000 0 NPM: Seat ID 2030000Jan 01 00:00:13 6 10000 0 NPM: Cell 2, EndPt 0Jan 01 00:00:13 6 10000 0 NPM: Start resmgr: No errorJan 01 00:00:13 6 10000 0 NCM: initJan 01 00:00:13 6 10000 0 NCM: Cell 1, EndPt 0Jan 01 00:00:13 6 10000 0 NPM: Advert: en0, mac 02:00:00:00:03:00, mtu 1514, cell 1, endPt 0, iface 0Jan 01 00:00:13 6 10000 0 NCM: Module startedJan 01 00:00:13 6 10000 0 NCM: Start resmgr: No errorJan 01 00:00:13 6 10000 0 NCM: ncm_cipc_en: IPC master mac 02:00:00:00:01:00More linecard-3-flash:slogs2.txt ...%Error opening linecard-3-flash:slogs2.txt (No such file or directory)More linecard-3-flash:slogs1_boot.txt ...Time Sev Major Minor ArgsJan 01 00:00:11 6 10000 0 root >> process is up (restart max 3 times)Jan 01 00:00:11 6 10000 0 root >> guardian 94217 waiting on source 94216Jan 01 00:00:11 6 10000 0 root >> thread [tid: 2] child_monitor awaitingsignalJan 01 00:00:11 6 10000 0 root >> thread [tid: 3] daemon_monitor awaitingeventJan 01 00:00:11 6 10000 0 Active SUP: slot 1, mac 020000000100Jan 01 00:00:11 5 14 0 tcpip startingJan 01 00:00:11 3 14 0 Using pseudo random generator. See "random" optionJan 01 00:00:11 6 10000 0 NPM: initJan 01 00:00:11 6 10000 0 NPM: options seat_id=0x02030000Jan 01 00:00:11 6 10000 0 NPM: Seat ID 2030000Jan 01 00:00:11 6 10000 0 NPM: Cell 2, EndPt 0Jan 01 00:00:11 6 10000 0 NPM: Start resmgr: No errorJan 01 00:00:13 6 10000 0 NCM: initJan 01 00:00:13 6 10000 0 NCM: Cell 1, EndPt 0Jan 01 00:00:13 6 10000 0 NPM: Advert: en0, mac 02:00:00:00:03:00, mtu 1514, cell 1, endPt 0, iface 0Jan 01 00:00:13 6 10000 0 NCM: Module startedJan 01 00:00:13 6 10000 0 NCM: Start resmgr: No errorJan 01 00:00:13 6 10000 0 NCM: ncm_cipc_en: IPC master mac 02:00:00:00:01:00More linecard-3-flash:slogs2_boot.txt ...Table 3-21 describes the significant fields shown in the display.
Related Commands
show cable linecard process
To display all the processes running on the line card, use the show cable linecard process command in privileged EXEC mode.
show cable linecard process slot
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows the processes running on line card 3:
Router#show cable linecard process 3startpid name counter state===== ================== ======= =====45066 io-net 1 Registered,Launched81934 mv_iu 1 Registered,Launched81935 ipc_ping_server 1 Registered,Launched81936 rfs 1 Registered,Launched81937 mv_cpuload 1 Registered,Launched81938 mv_lcinfo 1 Registered,Launched81939 mv_lcred 1 Registered,Launched81940 mv_hw_ctrl 1 Registered,Launched81941 mv_tsec_ctrl 1 Registered,Launched81942 mv_depi 1 Registered,Launched81943 mv_video 1 Registered,LaunchedTotal number of processes: 11Table 3-22 describes the significant fields shown in the display.
Related Commands
show cable linecard cpuload
Displays the CPU utilization information on the line card.
show cable linecard version
To display image version information of the line card, use the show cable linecard version command in privileged EXEC mode.
show cable linecard version slot
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Usage Guidelines
Software, hardware version information, and programmed flash image information are displayed for the line card.
Command History
Examples
The following example shows the sample output of the show cable line card version command on a Cisco RF Gateway 10:
Router#show cable linecard version 4Application Upgrade Version: 12.2(20100116.00032134): MV_APP_00000011_20100116-00032645Application Permanent Version: MV_APP_00000011_20081112-00144210Rommon Version: 12.2(12.2.394): MV_ROM_00000012_20081111-00141240Board rev ID: 0x0000000ADiscus Image version: MV_DIS_00000013_20080603-00151016Discus FPGA 1st rev ID: 0x00420042Discus FPGA 2nd rev ID: 0x00420042Cobia Image version: MV_COB_00000014_20080807-00112745Cobia FPGA 1st rev ID: 0x02560029Cobia FPGA 2nd rev ID: 0x00230276Yellowfin Image version: MV_YEL_00000015_20090319-00124021Yellowfin FPGA 1st rev ID: 0x02260025Yellowfin FPGA 2nd rev ID: 0x00240277UPX Image version: MV_ZMR_00000018_20091217-00145848Zimmer module: 0Cisco S/N:Cisco Part Number:Cisco PN Number:Cisco Mfg Dev:OEM Name: Vecima Networks IncOEM Serial Number: 2469876OEM Part Number: 00020000OEM HW Rev: 2Mfg Test Software Version: S1.0.94.0Production Status:UI Version 3885Zimmer module: 1Cisco S/N:Cisco Part Number:Cisco PN Number:Cisco Mfg Dev:OEM Name: Vecima Networks IncOEM Serial Number: 2469846OEM Part Number: 00020000OEM HW Rev: 2Mfg Test Software Version: S1.0.81.0Production Status:UI Version 3885Zimmer module: 2Cisco S/N:Cisco Part Number:Cisco PN Number:Cisco Mfg Dev:OEM Name: Vecima Networks IncOEM Serial Number: 2469854OEM Part Number: 00020000OEM HW Rev: 2Mfg Test Software Version: S1.0.84.0Production Status:UI Version 3885Table 3-23 describes the significant fields shown in the display.
Table 3-23 show cable linecard version Field Descriptions
Rommon version
Displays the ROMMON version.
Related Commands
show cable linecard cpuload
Displays the CPU utilization information.
show cable linecard process
Displays the processes running on the line card.
show cable midplane ping statistics
To display the midplane ping statistics on the Cisco RFGW-10, use the show cable midplane ping statistics command in privileged EXEC mode.
show cable midplane ping statistics {all | slot lc_slot}
Syntax Description
all
Displays the midplane ping statistics of all line cards.
slot
Displays the midplane ping statistics of a line card slot.
lc_slot
Line card slot. The valid range is from 3 to 12.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Midplane pings sent and pings received counters are cumulative. The downstream traffic functions normally as the ping received counter increments,
It might also be possible that the ping failed counter may display a non-zero value, though the downstream traffic functions normally.
Examples
The following example is a sample output of the show cable midplane ping statistics all command that displays the midplane ping information on all line cards:
Router# show cable midplane ping statistics allSlot: 3Port : 0Pings sent : 36841Pings received : 661Pings failed : 36179Port : 1Pings sent : 36841Pings received : 36841Pings failed : 0Slot: 11Port : 0Pings sent : 0Pings received : 0Pings failed : 0Port : 1Pings sent : 0Pings received : 0Pings failed : 0Table 3-24 describes the significant fields shown in the display.
Related Commands
show cable qam-partition
To display the QAM partition information on the line card, use the show cable qam-partition command in privileged EXEC mode.
show cable qam-partition {all | {partition-id | default} {qam | route | sessions} | protocol {ermi | gqi}
Syntax Description
Command Default
This command is enabled by default.
Command Modes
Privileged EXEC (#)
Command History
Examples
This example displays the QAM partition information for partition ID 3 on the line card:
Router# show cable qam-partition 3QAM Partition : 3Management IP address: 10.78.179.187State : activeProtocol : gqiKeepalive Timeout Period : 5 secondsNumber of Retry : 3SDV Bindings Service : Not AvailableMAC Address : 30e4.db04.8dc0Reset Timeout Period : 5 secondsServer State--------------------------------10.78.179.150 disconnectedTotal QAM carriers : 34QAM Carrier Logical ExternalInterface ID QAM ID Channel ID-----------------------------------------------------------------3/1.1 1 0 13/1.2 2 1 23/1.3 3 2 33/1.4 4 3 43/1.5 5 4 53/1.6 6 5 63/1.7 7 6 73/1.8 8 7 83/1.9 9 8 93/1.10 10 9 103/1.11 11 10 113/1.12 12 11 123/1.13 13 12 133/1.14 14 13 143/1.15 15 14 153/1.16 16 15 163/1.17 17 16 173/1.18 18 17 183/1.19 19 18 193/1.20 20 19 203/1.21 21 20 213/1.22 22 21 223/1.23 23 22 233/1.24 24 23 243/1.25 25 24 25!Table 3-25describes the significant fields shown in the display.
This example displays the default QAM partition information for QAM channels on the line card:
Router# show cable qam-partition default qamQAM Partition : 0Total QAM carriers : 34QAM Carrier LogicalInterface ID QAM ID-----------------------------------------------------------------3/3.1 65 643/3.2 66 653/3.3 67 663/3.4 68 673/3.5 69 683/3.6 70 693/3.7 71 703/3.8 72 713/3.9 73 723/3.10 74 733/3.11 75 743/3.12 76 753/3.13 77 763/3.14 78 773/3.15 79 783/3.16 80 793/3.17 81 803/3.18 82 81This example displays the default QAM partition information for input routes used by the QAM partition:
Router# show cable qam-partition default routeQAM Partition : 0Total Routes : 4Slot LBG Destination Low High Reserved Bandwidth Ingress NumbeId Id IP UDP UDP Bandwdith In-Use Port Sessis--------------------------------------------------------------------------------3 1 30.0.3.10 1 49260 1000000 3300 0 23 2 1.21.1.2 1 49260 1000000 0 0 03 2 40.0.1.10 1 65535 1000000 3300 0 27 1 192.168.11.2 1 65535 112500 0 0 0Table 3-26 describes the significant fields shown in the display.
This example displays the default QAM partition information for video sessions used by the QAM partition:
Router# show cable qam-partition default sessionsQAM Partition : defaultTotal QAM carriers : 34Slot Carrier QAM Session SessionId Id Port Id Type----------------------------------------------------------------3 65 3/3.1 205586432 VIDEO3 65 3/3.1 205586433 VIDEO3 66 3/3.2 205651971 VIDEO3 66 3/3.2 205651972 VIDEOThis example displays the default QAM partition information for ERMI protocol used by the QAM partition:
Router# show cable qam-partition protocol ermiQAM Partition : 1Management IP address: 10.78.179.167State : activeProtocol : ermiKeepalive Timeout Period : 5 secondsNumber of Retry : 3ERRP Addr Domain : 0ERRP Hold Time : 90 SecondsERRP Connect Time : 10 SecondsERRP Connect Retry : 0ERRP Keepalive Time : 0 SecondsERRP Keepalive Retry : 0RTSP Connect Time : 200 SecondsRTSP Connect Retry : 0RTSP Keepalive Time : 10 SecondsRTSP Keepalive Retry : 0RTSP Session Timeout : 10800 SecondsServer State--------------------------------10.78.179.170 disconnectedTotal QAM carriers : 0Table 3-27 describes the significant fields shown in the display.
This example displays the default QAM partition information for GQI protocol used by the QAM partition:
Router# show cable qam-partition protocol gqiQAM Partition : 2Management IP address: 10.78.179.185State : activeProtocol : gqiKeepalive Timeout Period : 5 secondsNumber of Retry : 3SDV Bindings Service : Not AvailableMAC Address : 30e4.db04.8dc1Reset Timeout Period : 5 secondsServer State--------------------------------10.78.179.170 connectedTotal QAM carriers : 32QAM Carrier Logical ExternalInterface ID QAM ID Channel ID-----------------------------------------------------------------3/2.1 33 32 13/2.2 34 33 23/2.3 35 34 33/2.4 36 35 43/2.5 37 36 5This example displays the default QAM partition information for all QAM partitions:
Router# show cable qam-partition allQAM Partition : 1Management IP address: 10.78.179.167State : activeProtocol : ermiKeepalive Timeout Period : 5 secondsNumber of Retry : 3ERRP Addr Domain : 0ERRP Hold Time : 90 SecondsERRP Connect Time : 10 SecondsERRP Connect Retry : 0ERRP Keepalive Time : 0 SecondsERRP Keepalive Retry : 0RTSP Connect Time : 200 SecondsRTSP Connect Retry : 0RTSP Keepalive Time : 10 SecondsRTSP Keepalive Retry : 0RTSP Session Timeout : 10800 SecondsServer State--------------------------------10.78.179.170 disconnectedTotal QAM carriers : 0Total Routes: 1Slot LBG Destination Low High Reserved Bandwidth Ingress NumbId Id IP UDP UDP Bandwdith In-Use Port Sesss-------------------------------------------------------------------------------3 1 1.1.1.1 1 65535 21 0 0 0QAM Partition : 2Management IP address: 10.78.179.185State : activeProtocol : gqiKeepalive Timeout Period : 5 secondsNumber of Retry : 3SDV Bindings Service : Not AvailableMAC Address : 30e4.db04.8dc1Reset Timeout Period : 5 secondsServer State--------------------------------10.78.179.170 connectedTotal QAM carriers : 32QAM Carrier Logical ExternalInterface ID QAM ID Channel ID-----------------------------------------------------------------3/2.1 33 32 13/2.2 34 33 23/2.3 35 34 33/2.4 36 35 43/2.5 37 36 53/2.6 38 37 63/2.7 39 38 73/2.8 40 39 83/2.9 41 40 93/2.10 42 41 103/2.11 43 42 113/2.12 44 43 123/2.13 45 44 133/2.14 46 45 143/2.15 47 46 153/2.16 48 47 163/2.17 49 48 173/2.18 50 49 183/2.19 51 50 193/2.20 52 51 203/2.21 53 52 213/2.22 54 53 223/2.23 55 54 233/2.24 56 55 243/2.25 57 56 253/2.26 58 57 263/2.27 59 58 273/2.28 60 59 283/2.29 61 60 293/2.30 62 61 303/2.31 63 62 313/2.32 64 63 32Total Routes: 0QAM Partition : 3Management IP address: 10.78.179.187State : activeProtocol : gqiKeepalive Timeout Period : 5 secondsNumber of Retry : 3SDV Bindings Service : Not AvailableMAC Address : 30e4.db04.8dc0Reset Timeout Period : 5 secondsServer State--------------------------------10.78.179.150 disconnectedTotal QAM carriers : 34QAM Carrier Logical ExternalInterface ID QAM ID Channel ID-----------------------------------------------------------------3/1.1 1 0 13/1.2 2 1 23/1.3 3 2 33/1.4 4 3 43/1.5 5 4 53/1.6 6 5 63/1.7 7 6 73/1.8 8 7 83/1.9 9 8 93/1.10 10 9 103/1.11 11 10 113/1.12 12 11 123/1.13 13 12 133/1.14 14 13 143/1.15 15 14 153/1.16 16 15 163/1.17 17 16 173/1.18 18 17 183/1.19 19 18 193/1.20 20 19 203/1.21 21 20 213/1.22 22 21 223/1.23 23 22 233/1.24 24 23 243/1.25 25 24 253/1.26 26 25 263/1.27 27 26 273/1.28 28 27 283/1.29 29 28 293/1.30 30 29 303/1.31 31 30 313/1.32 32 31 323/5.1 129 128 333/5.2 130 129 34Total Routes: 3Slot LBG Destination Low High Reserved Bandwidth Ingress NumbId Id IP UDP UDP Bandwdith In-Use Port Sesss-------------------------------------------------------------------------------3 1 0.0.0.0 0 0 34 0 20 03 1 10.1.1.1 1 65535 21 0 10 03 1 30.0.3.10 49261 65535 1000000 0 1 0QAM Partition : 4Management IP address: 10.78.179.184State : activeProtocol : gqiKeepalive Timeout Period : 5 secondsNumber of Retry : 3SDV Bindings Service : Not AvailableMAC Address : 30e4.db04.8dc2Reset Timeout Period : 5 secondsServer State--------------------------------10.78.179.150 disconnectedRelated Commands
cable partition
Associates the QAM partition to the QAM interface.
cable qam-partition
Creates a QAM partition for the video server on the Cisco RFGW-10 DS-384 line card.
show cable qam-replication-group
To display the QAM Replication Group (QRG) information on the line card, use the show cable qam-replication-group command in privileged EXEC mode.
show cable qam-replication-group {qam-replication-group-id | all | slot slot-id}
Syntax Description
qam-replication-group-id
Specifies the QRG group ID. The valid range is from 1 to 3840.
all
Displays all QRGs configured on the line card.
slot slot-id
Specifies a slot on the line card.
Command Default
This command is enabled by default.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example displays QRG information for group ID 3 on the line card:
Router# show cable qam-replication-group 10QRG Pilot Qam Replicate Qams---------------------------------------------------10 3/1.2 3/6.2, 3/8.2, 3/7.2The following example displays QRG information for slot 8:
Router# show cable qam-replication-group slot 8QRG Pilot Qam Replicate Qams-------------------------------------------------3 8/1.1 8/2.1, 8/3.14 8/1.2 8/2.2, 8/3.2The following example displays QRG information for all line cards:
Router# show cable qam-replication-group allQRG Pilot Qam Replicate Qams-------------------------------------------------------1 3/1.1 3/6.1, 3/7.1, 3/8.13 8/1.1 8/2.1, 8/3.14 8/1.2 8/2.2, 8/3.210 3/1.2 3/6.2, 3/8.2, 3/7.211 3/1.3 3/6.3, 3/7.3, 3/8.3Table 3-25describes the significant fields shown in the display.
Table 3-28 show cable qam-replication-group Field Descriptions
QRG
QAM replication group number.
Pilot Qam
Pilot Qam information.
Replicate Qams
Replicate Qam information.
Related Commands
show cable rf-profile
To display RF profiles created on the Cisco RFGW-10, use the show cable rf-profile command in privileged EXEC mode.
show cable rf-profile [all | profile-id]
Syntax Description
all
Displays information of all the RF profiles on the Cisco RFGW-10.
profile-id
RF profile ID applied to the QAM channel on the line card.
Command Default
Information on configured RF profiles are displayed.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
Use the show cable rf-profile command to view the mapping of the RF profiles with the QAM channels.
Examples
The following example displays the RF profiles configured on the Cisco RFGW-10:
Router# show cable rf-profileRF Profile ID default-rf-profile is configuredannex: Bmodulation: 64interleaver-depth options: I32-J4, I32-J4srate: 5056941remote: 0RF Profile ID line 1 is configuredannex: Amodulation: 64interleaver-depth options: I12-J17, I12-J17srate: 3500000remote: 0RF Profile ID line 10 is configuredannex: Amodulation: 256interleaver-depth options: I12-J17, I12-J17srate: 3500000remote: 0Table 3-11 describes the significant fields shown in the display.
Related Commands
show cable service group
To display the service group information, use the show cable service-group command in privileged EXEC mode.
show cable service-group {brief | detail} {all | name}
Syntax Description
Command Default
This command has no default behavior or defaults.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows a summary of all the cable service groups configured on the Cisco RFGW-10:
Router# show cable service-group brief allService Group : servicegroup1QAM Group QAM Carriers---------------------------------------------qamgroup1 4qamgroup2 3Service Group : servicegroup2QAM Group QAM Carriers---------------------------------------------qamgroup3 0qamgroup4 0Total Qam Service Groups: 2The following example shows output of the show cable service-group brief name command:
Router# show cable service-group brief name servicegroup1QAM Service Group : servicegroup1QAM Group QAM Carriers-----------------------------------------------qamgroup1 4qamgroup2 3The following example shows output of the show cable service-group detail name command:
Router# show cable service-group detail name servicegroup1Service Group : servicegroup1Qam Group : qamgroup1Slot Carrier ID Qam Group---- ---------- ---------3 1 qamgroup13 2 qamgroup13 3 qamgroup13 4 qamgroup1Total QAM carriers : 4Qam Group : qamgroup2Slot Carrier ID Qam Group---- ---------- ---------3 5 qamgroup23 6 qamgroup23 7 qamgroup2Total QAM carriers : 3The following example shows output of the show cable service-group detail all command:
Router# show cable service-group detail allService Group : servicegroup1Qam Group : qamgroup1Slot Carrier ID Qam Group---- ---------- ---------3 1 qamgroup13 2 qamgroup13 3 qamgroup13 4 qamgroup1Total QAM carriers : 4Qam Group : qamgroup2Slot Carrier ID Qam Group---- ---------- ---------3 5 qamgroup23 6 qamgroup23 7 qamgroup2Total QAM carriers : 3Service Group : servicegroup2Qam Group : qamgroup3Slot Carrier ID Qam Group---- ---------- ---------Total QAM carriers : 0Qam Group : qamgroup4Slot Carrier ID Qam Group---- ---------- ---------Total QAM carriers : 0Router#Table 3-30 describes the significant fields shown in the display.
Related Commands
cable service-group
Configures a cable service group on the Cisco RFGW-10.
qam-group
Configures the QAM group in a cable service group.
show cable video gqi
To display all the GQI video sessions information, use the show cable video gqi command in privileged EXEC mode.
show cable video gqi {connection | sessions | statistics} {all | qam-partition partition-id }
Syntax Description
Command Default
This command has no default behavior or defaults.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows all the GQI connection information on the line card:
Router# show cable video gqi connections allManagement Server Protocol QP Connection RPC Resp Event Reset EncryptionIP IP Type ID State Version Pending Pending Indication Discovery------------------------------------------------------------------------------------------ -------------10.78.179.185 10.78.179.170 GQI 2 Connected 2 0 0 Acked -10.78.179.187 10.78.179.150 GQI 3 Disconnect 0 0 0 - -10.78.179.184 10.78.179.150 GQI 4 Disconnect 0 0 0 - -Table 3-30 describes the significant fields shown in the display.
The following example shows the GQI session information for all QAM partitions on the line card:
Router# show cable video gqi sessions allQP GQI SCM Session Encryption CurrentId Id Id Type Type State------------------------------------------------------------------------------------------3 00 00 00 00 00 00 00 00 00 03 201785344 VOD None Clear Mode3 00 00 00 00 00 00 00 00 00 08 201457668 VOD PowerKey Encrypted2 D0 67 E5 F3 6E E7 00 5D 32 95 203489281 SDV None Clear ModeTotal Sessions for All QAM Partitions: 3The following example shows how to create an encrypted session with no CA blob and verify that the session is created, but the gqi state is set to 'Waiting CA':
Router# show cable video gqi sessions allQP GQI SCM Session Encryption CurrentId Id Id Type Type State------------------------------------------------------------------------------------------1 00 00 00 00 00 00 00 00 00 01 201457664 SDV PowerKey Waiting CATotal Sessions: 1The following example shows how to create a session with override and verify that the session is updated and session is active:
Router# show cable video session aSlot:11 Lic-Enforcement module sent Simultaneous PKEY_N_DVB encryption to GQIllSession QAM Stream Sess IP UDP Out Input Input Output PSI CtrlID Port Type Type Address Port Pgm Bitrate State State Rdy State---------- ------- ------ ---- ---------------- ----- ----- -------- ------ ------ --- --201457664 3/1.2 Remap SSM - - 1 2500320 ACTIVE OFF NO -Total Sessions = 1Router# show cable video gqi sessions allQP GQI SCM Session Encryption CurrentId Id Id Type Type State------------------------------------------------------------------------------------------1 00 00 00 00 00 00 00 00 00 01 201457664 SDV PowerKey EncryptedTotal Sessions: 1The following example shows the GQI session information on QAM partition ID 3 of the line card:
Router# show cable video gqi sessions qam-partition 3QP GQI SCM Session Encryption CurrentId Id Id Type Type State-----------------------------------------------------------------------------------------3 00 00 00 00 00 00 00 00 00 03 201785344 VOD None Clear Mode3 00 00 00 00 00 00 00 00 00 08 201457668 VOD PowerKey EncryptedTotal Sessions for QAM Partition 3: 2Table 3-32 describes the significant fields shown in the display.
The following example shows the GQI statistics on QAM partition 3 on the line card:
Router# show cable video gqi statistic qam 3Qam Partition 3 Statistics:Create Delete Create Delete Insert Cancel Switch Bind Unbind Reset Encryption EventShell Shell Session Session Packet Packet Source Session Session Indication Discovery Notification-------------------------------------------------------------------------------------Success: 0 0 0 0 0 0 0 0 0 0 0 0Error: 0 0 0 0 0 0 0 0 0 0 0 0Total: 0 0 0 0 0 0 0 0 0 0 0 0Related Commands
cable qam-partition
Creates a QAM partition for video server on the Cisco RFGW-10 DS-384 line card.
protocol
Sets the control plane protocol of the QAM partition.
show cable video label
To display the active video labels, use the show cable video label command in privileged EXEC mode.
show cable video label [label]
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Usage Guidelines
The command displays all the labels configured on the chassis.
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
12.2(50)SQ1
The output of the command is modified to display the filtered PIDs for pass-through video sessions.
Examples
The following example shows the video labels configured on the Cisco RFGW-10:
Router#show cable video labelMulticast Label: s1Label Type: SSMLabel Sources: [1]SRC ADDR DST ADDR BITRATE JITTER--------------- --------------- --------- ------162.0.0.10 232.3.1.1 3750000 200Current Active Src: 0Label Output Streams: [2]QAM Program ID--------- ----------10/1.1 110/7.1 1Multicast Label: s2Label Type: SSMLabel Sources: [1]SRC ADDR DST ADDR BITRATE JITTER--------------- --------------- --------- ------162.0.0.10 232.3.1.2 15000000 200Current Active Src: 0Label Output Streams: [2]QAM Program ID--------- ----------10/1.1 210/7.1 2The following example shows the PIDs filtered when filtering is configured for pass-through video sessions:
Router#show cable video labelMulticast Label ID: 2Label Name: ssm0Label Type: SSMLabel Sources: [3]SRC ADDR DST ADDR BITRATE JITTER--------------- --------------- --------- ------111.17.1.101 232.2.1.0 25000000 200SRC ADDR DST ADDR BITRATE JITTER--------------- --------------- --------- ------111.17.1.102 232.2.1.0 25000000 200SRC ADDR DST ADDR BITRATE JITTER--------------- --------------- --------- ------111.17.1.103 232.2.1.0 25000000 200Filtered PIDs: [25]00000101 00000102 00000103 00000104 00000105 00000106 00000107 0000010800000109 00000110 00000111 00000112 00000113 00000114 00000115 0000011600000117 00000118 00000119 00000120 00000200 00000201 00000202 0000020300000800MAP: 1Current Active Src: 0Label Output Streams: [1]QAM Program ID--------- ----------3/7.1 -1Table 3-33 describes the significant fields shown in the display.
Related Commands
show cable video multicast uplink
To display the multicast uplink interfaces, use the show cable video multicast uplink command in privileged EXEC mode.
show cable video multicast uplink [GigabitEthernet | TenGigabitEthernet interface/port]
Syntax Description
Command Default
This command has no defalut behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows all uplink interfaces configured on the Cisco RFGW-10:
Router#show cable video multicast uplinkUplink Interface Status Allocated Maximum Allocated Backup InterfaceBackupStreams Bandwidth BandwidthActivated-------------------------------------------------------------------------------------------------TenGigabitEthernet1/1 UP 240 10000000 30240Table 3-34 describes the significant fields shown in the display.
Related Commands
cable video multicast uplink
Configures an uplink port for multicast traffic.
ip multicast-routing
Enables multicast routing on the Cisco RFGW-10.
show cable video packet
To display the video insertion packet information, use the show cable video packet command in privileged EXEC mode.
show cable video packet {qam | qam-red slot/port.channel [stream stream-id] | all | slot slot}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows the video packets on a QAM interface 3:
Router#show cable video packet qam-red 3/1.1Packet Times Actual Insert Num PktsStream ID Interface Version Repeat Repeated Rate (bps) Inserted State------------------------------------------------------------------------------------------1 Qam3/1.1 1 Continuos 14460 1000 1 ONTable 3-35 describes the significant fields shown in the display.
show cable video route
To display video route information, use the show cable video route command in privileged EXEC mode.
show cable video route {multicast | unicast} {all | slot slot }
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example displays all the multicast routes configured on the chassis:
Router#show cable video route multicast allSource Group rx-interface tx-qamblock Sessions-------------------------------------------------------------------------------162.0.0.10 232.3.1.1 TenGigabitEthernet1/1 qam 10/1-6 1162.0.0.10 232.3.1.2 TenGigabitEthernet1/1 qam 10/1-6 1162.0.0.10 232.3.1.3 TenGigabitEthernet1/1 qam 10/1-6 1162.0.0.10 232.3.1.4 TenGigabitEthernet1/1 qam 10/1-6 1162.0.0.10 232.3.1.5 TenGigabitEthernet1/1 qam 10/1-6 1Table 3-36 describes the significant fields shown in the display.
Related Commands
show cable video server-group
To display information on a video server group, use the show cable video server-group command in privileged EXEC mode.
show cable video server-group {all | mapping | name group_name}
Syntax Description
Command Default
This command has no default values or behavior.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command is used to view all the server groups configured on a line card.
Examples
The following example displays information on all server groups configured on the line card:
Router#show cable video server-group allServer-Group : gqi1State : ACTIVEProtocol : GQITimeout Period : 5 secondsNumber of Retry : 3Server[0] : 172.22.23.161Management IP : 172.22.22.181 Port : 844 Mac Id : 0017.94fe.a9c0Reset PendingServer State Indication Requests---------------------------------------------------------------------172.22.23.161 Connected In-progress 0Server-Group : GQIState : NON-ACTIVEProtocol : GQI EmulationEmulation Type : 24-qamTimeout Period : 5 secondsNumber of Retry : 3Server[0] : 56.1.1.11Management IP : 56.1.1.101 Port : 0 Mac Id : 001a.a2ff.0d03QAM Interfaces : 5/1.1-5/6.4Table 3-37 describes the significant fields shown in the display.
Related Commands
show cable video session
To display the video session information, use the show cable video session command in privileged EXEC mode.
show cable video session [{Qam qam-interface-number | Qam-red qam-interface-number | all} [brief [filter] | summary]] | id session-id-number [in | out] [psi | stats] | local {Qam qam-interface-number | Qam-red qam-interface-number | all | slot slot} | remote {Qam qam-interface-number | Qam-red qam-interface-number | all | ermi | gqi | slot slot} | slot [brief [filter] | count | summary]
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows the video sessions configured on 3/1.1 QAM interface:
Router# show cable video session qam 3/1.1Session QAM Stream Sess UDP Out Input Input Output PSI CtrlID Port Type Type Port Pgm Bitrate State State Rdy State---------- ------- ------ ---- ----- ----- -------- ------ ------ --- -----1 3/1.1 Remap UDP 500 10 0 OFF ON NO -2 3/1.1 Remap UDP 50000 20 0 OFF ON NO -3 3/1.1 Remap UDP 7000 30 0 OFF ON NO -Total Sessions = 3The following example shows the video sessions configured on the chassis:
Router# show cable video session allSession QAM Stream Sess IP UDP Out Input Input Output PSI CtrlID Port Type Type Address Port Pgm Bitrate State State Rdy State---------- ------- ------ ---- ---------------- ----- ----- -------- ------ ------ --- -----201392176 3/3.1 Remap UDP 192.168.11.254 49152 1 2652807 ACTIVE ONYES -201392177 3/3.1 Remap UDP 192.168.11.254 49153 2 2652777 ACTIVE ONYES -201392178 3/3.1 Remap UDP 192.168.11.254 49154 3 2652761 ACTIVE ONYES -201392179 3/3.1 Remap UDP 192.168.11.254 49155 4 2652756 ACTIVE ONYES -201392180 3/3.1 Remap UDP 192.168.11.254 49156 5 2650350 ACTIVE ONYES -201457717 3/3.2 Remap UDP 192.168.11.254 49158 7 2650349 ACTIVE ONYES -201457718 3/3.2 Remap UDP 192.168.11.254 49159 8 2650291 ACTIVE ONYES -201457719 3/3.2 Remap UDP 192.168.11.254 49160 9 2648961 ACTIVE ONYES -201457720 3/3.2 Remap UDP 192.168.11.254 49161 10 2648889 ACTIVE ONYES -Total Sessions = 8The following example shows the detailed summary of video sessions configured on the chassis:
Router#show cable video session all summaryVideo Session Summary for Chassis:Active : 0 Init : 0 Idle : 0Off : 3 Blocked : 0 PSI-Ready : 0UDP : 3 ASM : 0 SSM : 0Remap : 3 Data : 0 Passthru : 0Shell : 0 Bound : 0Total Sessions: 3Total Measured Bitrate : 0 bpsThe following example shows information about video sessions configured on the chassis:
Router# show cable video session all briefSession QAM Stream Sess UDP Out Input Input Output PSI CtrlID Port Type Type Port Pgm Bitrate State State Rdy State---------- ------- ------ ---- ----- ----- -------- ------ ------ --- -----1 3/1.1 Remap UDP 500 10 0 OFF ON NO -2 3/1.1 Remap UDP 50000 20 0 OFF ON NO -3 3/1.1 Remap UDP 7000 30 0 OFF ON NO -Total Sessions = 3Table 3-38 describes the significant fields shown in the display.
The following example shows the detailed video session configuration on the line card:
Router# show cable video session id 201392130INPUT Source : 201392130Created On : 04:41:10 AMUptime [SUP] : 04:41:10 AMData State : ACTIVE, PSI,Config Bitrate : 3000000 bpsJitter : 200 msStream Type : SPTSStream Rate : VBRPID Remap : ENABLEDSource IP : 0.0.0.0Source UDP : 0Destination IP : 30.0.3.10Destination UDP : 49261Idle Timeout : 250 msecsInit Timeout : 1000 msecsOff Timeout : 60 secondsPID Filter [0] :Input PSI Info:PAT Info:Ver 2, TSID 1, len 16, section 0/0Prog 1: pmt 16PMT Info:Ver 2, program 1, pcr pid 17, len 32Type 2, PID 17, len 0Type 129, PID 20, len 6 (desc 10, len 4)Elapsed time [LC]: 0 days 17 hours 48 min 52 secsIP Packets: In: 17879939, Drop: 0TP Packets: In: 125159573, PCR: 1782371, Non-PCR: 117297535, PSI: 264196, NU: 5682013, Filtered: 0, Unreferenced: 133458Sync-Loss: 0, Dis-continous: 0, CC Errors: 18, PCR Jump: 826, Id: 0Measured Bitrate 2998635 (0 min 3159570 max) bps, stay 169 ms, jitter 34 msPCR Bitrate 3000092 (600014 min 0 max) bps, stay 169 ms, jitter 34 msIdle Count: 0, Total Idle Time: 0 secOutput Session: 201392130:SPTS PGM Number: 3111Data State : PSI,Control State : ACTIVEQAM : 3/1.1QAM-partition : 3Output PSI Info (Carrier ID 1):PAT Info for Pgm Num 3111:Ver 1, TSID 311, len 16, section 0/0Prog 3111: pmt 352PMT Info for Pgm Num 3111:Ver 0, program 3111, pcr pid 353, len 32Type 2, PID 353, len 0Type 129, PID 354, len 6 (desc 10, len 4)Elapsed time [LC]: 0 days 17 hours 48 min 53 secsTP Packets: PCR: 4, Non-PCR: 215, PSI: 2, New PAT: 1, New PMT: 1Drop: 0, Info-Err: 0, Inv-Rate: 0, Output Adjust: 0Overruns: 0, Overdue Drop 0, Under-Flow: 0, Over-Flow: 0The following example shows the cable video session information for session ID 2:
Router# show cable video session id 2 in psiSession PAT: Ver 0, TSID 1, len 16, section 0/0Prog 1: pmt 500Session PMT: Ver 0, program 1, pcr pid 481, len 43Type 3, PID 482, len 6 (desc 10, len 4)Type 129, PID 483, len 6 (desc 10, len 4)Type 2, PID 481, len 0The following example shows detailed video session statistics:
Router# show cable video session id 2 in statsElapsed time [LC]: 14142 days 22 hours 52 min 41 secsIP Packets: In: 0, Drop: 0TP Packets: In: 0, PCR: 0, Non-PCR: 0, PSI: 0, NULL: 0, Unreferenced: 0Sync-Loss: 0, Dis-continous: 0, CC Errors: 0, PCR Jump: 0, Idle: 0Measured Bitrate 0 (0 min 0 max) bps, stay 0 ms, jitter 0 msPCR Bitrate 0 (0 min 0 max) bps, stay 0 ms, jitter 0 msIdle Count: 0, Total Idle Time: 0 secThe following example shows the session count on all QAMs on the line card in slot 9:
Router# show cable video session slot 9 countQAM Port Sessionsx------------------x-----------Channel 9/1.1 2Channel 9/1.2 10Table 3-39 describes the significant fields shown in the display.
The following example shows the video sessions configured on QAM domain 1:
Router# show cable video session qam-domain 1 brief remapSession QAM Stream Sess UDP Out Input Input Output PSI CtrlID Port Type Type Port Pgm Bitrate State State Rdy State---------- ------- ------ ---- ----- ----- -------- ------ ------ --- -----1 3/1.1 Remap UDP 500 10 0 OFF ON NO -2 3/1.1 Remap UDP 50000 20 0 OFF ON NO -3 3/1.1 Remap UDP 7000 30 0 OFF ON NO -The following example displays the local sessions on the line card:
Router# show cable video session local allSession QAM Stream Sess IP UDP Out Input Input Outut PSI CtrlID Port Type Type Address Port Pgm Bitrate State Stae Rdy State---------- ------- ------ ---- ---------------- ----- ----- -------- ------ ----- --- -----201392176 3/3.1 Remap UDP 192.168.11.254 49152 1 2643442 ACTIVE ONYES -201392177 3/3.1 Remap UDP 192.168.11.254 49153 2 2643398 ACTIVE ONYES -201392178 3/3.1 Remap UDP 192.168.11.254 49154 3 2643343 ACTIVE ONYES -201392179 3/3.1 Remap UDP 192.168.11.254 49155 4 2643320 ACTIVE ONYES -201392180 3/3.1 Remap UDP 192.168.11.254 49156 5 2643286 ACTIVE ONYES -201457717 3/3.2 Remap UDP 192.168.11.254 49158 7 2643265 ACTIVE ONYES -201457718 3/3.2 Remap UDP 192.168.11.254 49159 8 2643263 ACTIVE ONYES -201457719 3/3.2 Remap UDP 192.168.11.254 49160 9 2643254 ACTIVE ONYES -201457720 3/3.2 Remap UDP 192.168.11.254 49161 10 2642829 ACTIVE ONYES -Related Commands
show cable video statistics packet
To display unicast and multicast video packets, use the show cable video statistics packet command in privileged EXEC mode.
show cable video statistics packet {all | slot slot-num} {brief | detail}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows the information of all packets on a chassis:
Router# show cable video statistics packet all briefSlot LBG Multicast Multicast Unicast Mcast DS Unicast DSId Id Groups Sessions Sessions Packets Packets--------------------------------------------------------------------------3 1 0 0 40 17 8588517413 2 6 48 0 1735875 06 1 0 0 0 29 06 2 0 0 0 29 0The following example shows the detailed summary information of all packets on a chassis:
Router#show cable video statistics packet slot 3 detailSlot: 3LBG ID: 1QAM Range: qam3/1-6Multicast Groups: 0Multicast Sessions: 0Unicast Sessions: 3DS BYTES: 135146944MCAST DS PACKETS: 48 UCAST DS PACKETS: 563833CRC ALIGN ERROR: 0 DROPPED BAD PKTS: 0COLLISIONS: 0 SYMBOL ERROR: 255UNDERSIZE PKTS: 0 OVERSIZE PKTS: 0FRAGMENTS PKTS: 0 JABBERS: 0SINGLE COL: 0 MULTI COL: 0LATE COL: 0 ACCESSIVE COL: 0DEFERRED COL: 0 FALSE CARRIER: 0CARRIER SENSE: 0 SEQUENCE ERROR: 255QAM Range: qam3/7-12Multicast Groups: 0Multicast Sessions: 0Unicast Sessions: 0DS BYTES: 20160MCAST DS PACKETS: 48 UCAST DS PACKETS: 0CRC ALIGN ERROR: 0 DROPPED BAD PKTS: 0COLLISIONS: 0 SYMBOL ERROR: 255UNDERSIZE PKTS: 0 OVERSIZE PKTS: 0FRAGMENTS PKTS: 0 JABBERS: 0SINGLE COL: 0 MULTI COL: 0LATE COL: 0 ACCESSIVE COL: 0DEFERRED COL: 0 FALSE CARRIER: 0CARRIER SENSE: 0 SEQUENCE ERROR: 255Table 3-40 describes the significant fields shown in the display.
Related Commands
cable video group
Creates a group of video sessions.
cable video multicast
Configures multicast sessions on a QAM interface.
show controllers linecard
To display information about used bandwidth and total bandwidth on all QAMs on a line card interface, use the show controllers linecard command in user EXEC or privileged EXEC mode.
show controllers linecard number bandwidth
Syntax Description
linecard
Specifies the slot location of the line card. The valid range is from 3 to 12.
bandwidth
Displays the used bandwidth and total bandwidth on all QAMs on a line card interface.
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is sample output for the show controllers linecard command for a line card in slot 3:
Router#show controllers linecard 3 bandwidthQAM Port Bandwidth Used(bps) Bandwidth Total(bps)x----------------x--------------------x-------------------------Channel 3/1.1 0 38810000Channel 3/1.2 0 38810000Channel 3/1.3 0 38810000Channel 3/1.4 0 38810000Table 3-41 describes the fields shown in the show controllers linecard command display.
Related Commands
show running-config interface qam
Displays the running configuration of the QAM interface.
show controllers qam
To display information about downstream configuration on a line card, use the show controllers qam command in privileged EXEC mode.
show controllers qam | qam-red slot/port.channel downstream
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command displays the downstream information for a QAM interface. If line card redundancy (LCRED) is configured on the QAM interface, the interface is denoted by qam-red.
Examples
The following example shows the downstream configuration on a redundancy line card:
Router#show controllers qam 3/1.1 downstreamQam3/1.1 Downstream is upAnnex B, Stacking set to 4Frequency: 279000000 Hz, Power: 50.0 dBmVModulation: 256QAM, TSID: 0, QAM IDB_State: UPBandwidth Reserved for Video: 0 bpsBandwidth Used: 8223776 bpsBandwidth Total: 38810000 bpsTransport Mode: QAM_MODE_MPT Qam Owner: LOCALInterleave Level: 2, FEC I: 32 FEC J: 4Table 3-42 describes the significant fields shown in the display.
Related Commands
show running-config interface qam
Displays the running configuration of the QAM interface.
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 RF Gateway 10:
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 3-43 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 verbose | configured | name session-name [verbose] | primary | secondary | tsid ts-id]
Syntax Description
Command Default
None
Command Modes
Privileged EXEC (#)
Command History
12.2(50)SQ
This command was introduced.
12.2(50)SQ2
This command was modified. The following keywords were added to this command:
•
•
•
•
•
Examples
The following example shows sample output of the show depi session command for all the established DEPI data sessions in Cisco IOS Release 12.2(50)SQ:
Router# show depi sessionLocID RemID TunID Tsid State Last Chg Uniq ID Type1074004031 1252011014 641420592 514 est 04:19:46 4 P1074003980 1252043972 641420592 511 est 04:19:46 1 P1074266112 1252009847 641420592 7711 est 04:19:46 5 P1074266158 1252028749 641420592 7713 est 04:19:45 7 P1074004011 1252053945 641420592 513 est 04:19:46 3 P1074266138 1252065065 641420592 7712 est 04:19:46 6 P1074003990 1252034268 641420592 512 est 04:19:46 2 P1074266170 1252049135 641420592 7714 est 04:19:45 8 P1074332283 1252057764 1102797124 549 est 04:19:46 16 S1074332237 1252023871 1102797124 531 est 04:19:46 10 S1074332269 1252060064 1102797124 543 est 04:19:46 14 S1074332247 1252030448 1102797124 537 est 04:19:46 12 S1074332254 1252061912 2073848961 537 est 04:19:47 11 P1074332258 1252020223 2073848961 543 est 04:19:47 13 P1074332275 1252030759 2073848961 549 est 04:19:47 15 PThe following is sample output of the show depi session command for a specific established DEPI data session identified by the session-id in Cisco IOS Release 12.2(50)SQ:
Router# show depi session 1074528558 verboseSession id 1074528558 is up, tunnel id 3574340018Remote session id is 1252003902, remote tunnel id 3815831337Remotely initiated sessionSession Type: SecondaryQam Channel ParametersTsid is 953Group Tsid is 76Frequency is 435000000Modulation is 256qamAnnex is BInterleaver Depth I=32 J=4Power is 480Qam channel status is 0Unique ID is 58Call serial number is 2504300043Remote tunnel name is romeoInternet address is 1.30.54.1Local tunnel name is RFGW-10-1Internet address is 1.30.54.100IP protocol 115Session is L2TP signaledSession state is established, time since change 00:22:480 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: 0out-of-order: 0total: 0Send packets dropped:exceeded session MTU: 0exceeded session MTU: 0total: 0DF bit on, ToS reflect enabled, ToS value 0, TTL value 255UDP checksums are disabledSession PMTU enabled, path MTU is 1518 bytesNo session cookie information availableFS cached header information:encap size = 28 bytes45000014 00004000 FF730CD6 011E3664011E3601 4AA0103E 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 : 1073808091Peer Qam ID : Qam3/12.2Peer Qam State : ACTIVEPeer Qam Type : SecondaryPeer Qam StatisticsTotal Pkts : 35177Total Octets : 6613276Total Discards : 0Total Errors : 0Total In Pkt Rate : 0Bad Sequence Num : 0Total In DLM Pkts : 0Conditional debugging is disabledThe following is sample output of the show depi session command for all the configured DEPI data sessions:
Router# show depi session configuredSession Name State Reason TimeQam5/1.1:0 ACTIVE -Qam5/1.2:0 ACTIVE -Qam5/1.3:0 ACTIVE -Qam5/1.4:0 ACTIVE -Qam7/1.1:0 ACTIVE -Qam7/1.2:0 ACTIVE -Qam7/1.3:0 ACTIVE -Qam7/1.4:0 ACTIVE -Qam7/10.1:0 ACTIVE -Qam7/10.1:1 ACTIVE -Qam7/10.2:0 ACTIVE -Qam7/10.2:1 ACTIVE -Qam7/10.3:0 ACTIVE -Qam7/10.3:1 ACTIVE -Qam7/10.4:0 ACTIVE -Qam7/10.4:1 ACTIVE -Qam7/11.1:0 IDLE 0 00:00:00Qam7/11.2:0 IDLE 0 00:00:00Qam7/11.3:0 IDLE 0 00:00:00Qam7/11.4:0 IDLE 0 00:00:00Qam9/1.1:0 ACTIVE -Qam12/4.1:0 IDLE 0 00:00:00The following is a sample output of the show depi session command that displays all primary data sessions on the Cisco RFGW-10:
Router# show depi session primaryLocID 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 RFGW-10:
Router# show depi session secondaryLocID 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 all secondary data sessions on the Cisco RFGW-10:
Router# show depi session tsid 549LocID RemID TunID Tsid State Last Chg Uniq ID Type1074332275 1252030759 2073848961 549 est 04:30:38 15 PLocID RemID TunID Tsid State Last Chg Uniq ID Type1074332283 1252057764 1102797124 549 est 04:30:37 16 STable 3-44 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]
Syntax Description
tunnel-id
(Optional) Name of the DEPI tunnel.
verbose
(Optional) Displays detailed DEPI tunnel or session information.
Command Default
None
Command Modes
Privileged EXEC (#)
Command History
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 classM1486289361 1394811300 RFGW-10-1 est 12.30.14.100 4 class11688275168 1361251901 RFGW-10-1 est 24.30.14.100 4 class1The 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 disabledTable 3-43 describes the major fields shown in the show depi tunnel command display:
Related Commands
show interfaces qam
To display the QAM details, use the show interfaces qam command in privileged EXEC mode.
show interfaces qam | qam-red slot/port.[channel] [cable] [psi | pat | pmt | carousel]
Syntax Description
Command Default
This command has no default behavior or vlaues.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
This command displays packet and byte counts and protocol information of the QAM interface. PSI, PMT, and PAT information details are not displayed.
The Program Allocation Table (PAT) is the master table that contains the list of PIDs for all programs on the output stream of the QAM.
Note
Examples
The following example displays the protocol and byte information on QAM slot 3:
Router#show interfaces qam 3/1Qam3/1 is up, line protocol is upHardware is RFGW-48DS Line Card - QAM PortMTU 1464 bytes, BW 107880 Kbit, DLY 0 usec,reliability 0/255, txload 1/255, rxload 1/255Encapsulation QAM, loopback not setKeepalive set (10 sec)Last input never, output never, output hang neverLast clearing of "show interface" counters neverInput queue: 0/75/0/0 (size/max/drops/flushes); Total output drops: 05 minute input rate 0 bits/sec, 0 packets/sec5 minute output rate 0 bits/sec, 0 packets/sec0 packets input, 0 bytes, 0 no bufferReceived 0 broadcasts (0 IP multicasts)0 runts, 0 giants, 0 throttles0 input errors, 0 CRC, 0 frame, 0 overrun, 0 ignored, 0 abort8439807 packets output, 67518456 bytes 0 underruns0 output errors, 0 collisions, 0 interface resets0 output buffer failures, 0 output buffers swapped outTable 3-46 describes the significant fields shown in the display.
Related Commands
show redundancy
To display the current redundancy status, use the show redundancy command in user EXEC or privileged EXEC mode.
show redundancy [clients | counters | history | states]
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
User EXEC (>)
Privileged EXEC (#)
Command History
12.2(44)SQ
This command was integrated into Cisco IOS Release 12.2(44)SQ. Support for the Cisco RF Gateway 10 was added.
Usage Guidelines
The show redundancy command shows whether the Supervisor A slot or Supervisor B slot contains the active (primary) Supervisor card, the status of the standby (secondary) Supervisor card, and the standby Supervisor card boot variable values and configuration register.
The redundancy mode set on the Supervisor can also be seen.
Note
Examples
The following example shows sample output of the show redundancy command when Supervisor redundancy RPR mode is configured on the Cisco RF Gateway 10:
Router# show redundancyLoad for five secs: 8%/0%; one minute: 9%; five minutes: 10%Time source is hardware calendar, *15:26:51.687 PDT Wed Sep 16 2009Redundant System Information :------------------------------Available system uptime = 2 days, 4 hours, 5 minutesSwitchovers system experienced = 0Standby failures = 1Last switchover reason = noneHardware Mode = SimplexConfigured Redundancy Mode = RPROperating Redundancy Mode = RPRMaintenance Mode = DisabledCommunications = Down Reason: Simplex modeCurrent Processor Information :-------------------------------Active Location = slot 1Current Software state = ACTIVEUptime in current state = 2 days, 4 hours, 5 minutesImage Version = Cisco IOS Software, Catalyst 4500 L3 Switch Software (rfgw-ENTSERVICESK9-M), Version 12.2(122SQ_20090905)SQ EARLY DEPLOYMENT DATECODE BUILD, synced to 122_50_SG_THROTTLE_BASE_LABELCopyright (c) 1986-2009 by Cisco Systems, Inc.Compiled Sat 05-Sep-09 04:24 by jdkerrBOOT = bootflash:rfgw-entservicesk9-mz.122SQ_20090905,12;Configuration register = 0x2Peer (slot: 2) information is not available because it is in 'DISABLED' stateThe following example shows Supervisor redundancy SSO mode on the Cisco RFGW-10:
Router# show redundancyLoad for five secs: 8%/0%; one minute: 10%; five minutes: 10%Time source is hardware calendar, *15:18:51.999 PDT Wed Sep 16 2009Redundant System Information :------------------------------Available system uptime = 2 days, 3 hours, 57 minutesSwitchovers system experienced = 0Standby failures = 0Last switchover reason = noneHardware Mode = DuplexConfigured Redundancy Mode = Stateful SwitchoverOperating Redundancy Mode = Stateful SwitchoverMaintenance Mode = DisabledCommunications = UpCurrent Processor Information :-------------------------------Active Location = slot 1Current Software state = ACTIVEUptime in current state = 2 days, 3 hours, 57 minutesImage Version = Cisco IOS Software, Catalyst 4500 L3 Switch Software (rfgw-ENTSERVICESK9-M), Version 12.2(122SQ_20090905)SQ EARLY DEPLOYMENT DATECODE BUILD, synced to 122_50_SG_THROTTLE_BASE_LABELCopyright (c) 1986-2009 by Cisco Systems, Inc.Compiled Sat 05-Sep-09 04:24 by jdkerrBOOT = bootflash:rfgw-entservicesk9-mz.122SQ_20090905,12;Configuration register = 0x2Peer Processor Information :----------------------------Standby Location = slot 2Current Software state = STANDBY HOTUptime in current state = 2 days, 3 hours, 56 minutesImage Version = Cisco IOS Software, Catalyst 4500 L3 Switch Software (rfgw-ENTSERVICESK9-M), Version 12.2(122SQ_20090905)SQ EARLY DEPLOYMENT DATECODE BUILD, synced to 122_50_SG_THROTTLE_BASE_LABELCopyright (c) 1986-2009 by Cisco Systems, Inc.Compiled Sat 05-Sep-09 04:2BOOT = bootflash:rfgw-entservicesk9-mz.122SQ_20090905,12;Configuration register = 0x2RouterClients Display
The following example shows a sample output of the show redundancy clients command:
Router# show redundancy clientsclientID = 0 clientSeq = 0 RF_INTERNAL_MSGclientID = 25 clientSeq = 130 CHKPT RFclientID = 5 clientSeq = 170 RFS clientclientID = 50 clientSeq = 530 Slot RFclientID = 65000 clientSeq = 65000 RF_LAST_CLIENTTable 3-47 describes the significant fields shown in the display.
Table 3-47 show redundancy clients Field Descriptions
clientID
Client ID number.
clientSeq
Client notification sequence number.
Counters Display
The following example shows a sample output of the show redundancy counters command:
Router# show redundancy countersRedundancy Facility OMscomm link up = 1comm link down down = 0invalid client tx = 0null tx by client = 0tx failures = 0tx msg length invalid = 0client not rxing msgs = 0rx peer msg routing errors = 0null peer msg rx = 0errored peer msg rx = 0buffers tx = 1009tx buffers unavailable = 0buffers rx = 1006buffer release errors = 0duplicate client registers = 0failed to register client = 0Invalid client syncs = 0History Display
The following example shows a sample output of the show redundancy history command:
Router# show redundancy history00:00:00 client added: RF_INTERNAL_MSG(0) seq=000:00:00 client added: RF_LAST_CLIENT(65000) seq=6500000:00:00 client added: CHKPT RF(25) seq=13000:00:01 client added: Slot RF(50) seq=53000:00:15 client added: RFS client(5) seq=17000:00:16 *my state = INITIALIZATION(2) *peer state = DISABLED(1)00:00:16 RF_PROG_INITIALIZATION(100) RF_INTERNAL_MSG(0) op=0 rc=1100:00:16 RF_PROG_INITIALIZATION(100) CHKPT RF(25) op=0 rc=1100:00:16 RF_PROG_INITIALIZATION(100) RFS client(5) op=0 rc=1100:00:16 RF_PROG_INITIALIZATION(100) Slot RF(50) op=0 rc=1100:00:16 RF_PROG_INITIALIZATION(100) RF_LAST_CLIENT(65000) op=0 rc=1100:00:16 *my state = NEGOTIATION(3) peer state = DISABLED(1)00:00:16 RF_EVENT_GO_ACTIVE(512) op=0 rc=000:00:16 *my state = ACTIVE-FAST(9) peer state = DISABLED(1)00:00:16 RF_STATUS_MAINTENANCE_ENABLE(403) CHKPT RF(25) op=0 rc=000:00:16 RF_STATUS_MAINTENANCE_ENABLE(403) RFS client(5) op=0 rc=000:00:16 RF_STATUS_MAINTENANCE_ENABLE(403) Slot RF(50) op=0 rc=000:00:16 RF_PROG_ACTIVE_FAST(200) RF_INTERNAL_MSG(0) op=0 rc=1100:00:16 RF_PROG_ACTIVE_FAST(200) CHKPT RF(25) op=0 rc=1100:00:16 RF_PROG_ACTIVE_FAST(200) RFS client(5) op=0 rc=1100:00:16 RF_PROG_ACTIVE_FAST(200) Slot RF(50) op=0 rc=1100:00:16 RF_PROG_ACTIVE_FAST(200) RF_LAST_CLIENT(65000) op=0 rc=1100:00:16 *my state = ACTIVE-DRAIN(10) peer state = DISABLED(1)00:00:16 RF_PROG_ACTIVE_DRAIN(201) RF_INTERNAL_MSG(0) op=0 rc=1100:00:16 RF_PROG_ACTIVE_DRAIN(201) CHKPT RF(25) op=0 rc=1100:00:16 RF_PROG_ACTIVE_DRAIN(201) RFS client(5) op=0 rc=1100:00:16 RF_PROG_ACTIVE_DRAIN(201) Slot RF(50) op=0 rc=11States Display
The following example shows a sample output of the show redundancy states command:
Router# show redundancy statesmy state = 13 -ACTIVEpeer state = 8 -STANDBY HOTMode = DuplexUnit = PrimaryUnit ID = 0Redundancy Mode = Hot Standby RedundancyMaintenance Mode = DisabledManual Swact = EnabledCommunications = Upclient count = 5client_notification_TMR = 30000 millisecondsRF debug mask = 0x0Related Commands
show redundancy linecard
To display the information pertaining to a redundancy line card or line card group, use the show redundancy linecard command privileged EXEC mode.
show redundancy linecard {all | slot slot | group all | groupID}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following example shows the output for the redundancy line card in slot 3:
Router#show redundancy linecard slot 3LC Redundancy Is Configured:LC Group Number: 0LC Slot: 3 (idx=3)LC Card Type: 0xFFFFFFFF , -1LC Name: 3LC Mode: PrimaryLC Role: NoneLC My State: InitLC Peer State: InitThe following example shows the output for all redundancy line cards:
Router#show redundancy linecard allLC My Peer Peer PeerSlot Subslot Group State State Slot Subslot Role Mode-------------------------------------------------------------------------------3 - 0 Init Init 11 - None Primary11 - 0 - - Multiple None None Secondary7 - 1 Init Active 12 - None Primary12 - 1 Active Init 7 - Active SecondaryTable 3-48 describes the significant fields shown in the display.
The following example shows the output for redundancy line card group 2:
Router#show redundancy linecard group 2Group Identifier: 2Group Description: "line card group 2 created."NON-revertiveReserved Cardtype: 0x6011 24593Group Redundancy Type: INTERNAL SWITCHGroup Redundancy Class: 1:1Group Redundancy Configuration Type: LINECARD GROUPPrimary: 7Secondary: 12Table 3-49 describes the significant fields shown in the display.
Related Commands
show redundancy tcc
To display the information pertaining to a redundancy Timing, Communication and Control (TCC) card, use the show redundancy tcc command in privileged EXEC mode.
show redundancy tcc {all | slot slot}
Syntax Description
all
Displays information about all TCC cards.
slot
Displays information about TCC cards in the specified slot.
slot
Specifies the slot number of the TCC card. Valid slots are 13 and 14.
Command Default
This command has no default behavior or vlaues.
Command Modes
Privileged EXEC (#)
Command History
Examples
The following is the sample output for all redundancy TCC cards:
Router#show redundancy tcc allMy PeerSlot State Slot Role--------------------------------13 - 14 -14 Ready None ActiveTable 3-50 describes the significant fields shown in the display.
Related Commands
show running-config interface qam
To display the running configuration of the QAM interfaces, use the show running-config interface qam command in privileged EXEC mode.
show running-config interface qam | qam-red slot/port.channel
Syntax Description
Command Default
This command has no default behavior or vlaues.
Command Modes
Privileged EXEC (#)
Command History
Usage Guidelines
If line card redundancy (LCRED) is configured on the QAM interface, then the interface appears as qam-red.
Examples
The following example shows a running configuration of QAM interface 3:
Router#show running-config interface qam-red 3/1.1Load for five secs: 12%/0%; one minute: 14%; five minutes: 15%Time source is hardware calendar, *00:39:45.193 UTC Fri Nov 28 2008Building configuration...Current configuration : 263 bytes!interface Qam-red3/1.1cable mode depi localno cable downstream rf-shutdowncable downstream rf-power 50.0cable downstream frequency 279000000cable downstream modulation 256cable depi dest-ip 192.168.201.100 session-id 311snmp trap link-statusendTable 3-51 describes the significant fields shown in the display.
Table 3-51 show running-config interface qam Field Descriptions
Current configuration
Displays all the downstream parameters configured on the QAM interface.
Related Commands
ssm
To configure a Source Specific Multicast (SSM) definition, use the ssm command in cable video label configuration mode. To remove the SSM label, use the no form of this command.
ssm label {source source-ip} {group group-ip} [cbr | bitrate bps | jitter ms | GigabitEthernet | TenGigabitEthernet interface}
no ssm label {source source-ip} {group group-ip} [cbr | bitrate bps | jitter ms | GigabitEthernet | TenGigabitEthernet interface}
Syntax Description
Command Default
This command has no default behavior or values.
Command Modes
Cable video label configuration (cfg-video-lbl)
Command History
12.2(44)SQ
This command was introduced on the Cisco RF Gateway 10.
Cisco IOS-XE Release 3.3.1SQB1
This command is modified. The bitrate keyword is made optional.
Usage Guidelines
Cisco RF Gateway 10 supports Source Specific Multicast (SSM) video sessions. An SSM video label is identified by the source and group IP address pair. You can specify upto three source addresses for each SSM video label. This can be achieved by reusing the same video label for all the source addresses. The address pairs under the same label must have different source IP addresses. The Cisco RFGW-10 cycles the address pairs to look for an active source.
These address pairs are redundant sources for the label. Address pairs under the same label must have identical settings for cbr, bitrate, and jitter. If additional address pairs are entered without these parameters, the corresponding values for the first address pair are used. These parameters can be modified by re-entering the first address pair with new parameter settings. The change is propagated to all the address pairs under the same label.
An SSM video session can be mapped to multiple QAM channels. All cloned sessions of the same video label share the same attributes.
Note
Note
Examples
The following example shows the SSM configuration on the Cisco RF Gateway 10:
Router# configure terminalRouter(config)# cable video labelsRouter(cfg-video-lbl)# ssm ssm1 source 10.1.1.1 group 233.1.1.1 bitrate 3750000Router(cfg-video-lbl)# exitThe following example shows how to configure a backup source:
Router# configure terminalRouter(config)# cable video labelsRouter(cfg-video-lbl)# ssm ssm1 source 10.2.2.2 group 233.1.1.1 bitrate 3750000Router(cfg-video-lbl)# ssm ssm1 source 10.3.3.3 group 233.1.1.1 bitrate 3750000Router(cfg-video-lbl)# exitEffective with Cisco IOS-XE Release 3.3.1SQB1, the bitrate keyword is optional. This example shows the SSM configuration without the bitrate keyword.
Router(cfg-video-lbl)# ssm ssm1 source 10.1.1.1 group 233.1.1.1Related Commands
video route
To create policy routes to redirect traffic to the line cards, use the video route command in QAM domain configuration mode. To remove the policy route, use the no form of this command.
video route {local | remote} {udp startport endport | table 24-qam-map} qam slot /{1-6 / 7-12}
no video route {local | remote} {udp startport endport | table 24-qam-map} qam slot /{1-6 / 7-12}
Syntax Description
Command Default
This commands has no default behavior or values.
Command Modes
QAM domain configuration (qam-domain)
Command History
Usage Guidelines
Video routes are used to direct traffic to the underlying QAM blocks in a QAM domain. A video route specifies a continous range of UDP ports mapped to a QAM block. For a local route, the UDP ports are taken from the local IP address. For a remote route, the UDP ports are taken from the remote IP address. A pre-defined UDP map also is present for local video routes, where the UDP ports are defined by a map.
Policy routes are used to redirect traffic to line cards. QAM blocks are added to QAM domains using video policy routes. Each video policy route specifies a range of QAM channels. QAM channels are bound to a QAM block in the video route.
In a local configuration, you can configure the QAM channels using the CLI, GUI or SNMP.
In a remote configuration, the video control plane configures the QAM channels using GQI.
The local session offers two methods of mapping UDP ports to QAM ports:
•
•
Note
In the remote session, only user-specified UDP range setup is allowed. Data network Control Station (DNCS) and Universal Session and Resource Manager (USRM) controls the session setup.
Note
Note
Examples
The following example shows a video route for a local session on QAM domain 5:
Router#configure terminalRouter(config)#cable qam-domain 5Router(qam-domain)#ip 1.1.1.1 localRouter(qam-domain)#video route local udp 50000 51000 qam 7/1-6Router(qam-domain)#video route local udp 51001 52000 qam 7/7-12Router(qam-domain)#exitRouter(config)#exitThe following example shows a video route for a remote session on QAM domain 5:
Router#configure terminalRouter(config)#cable qam-domain 5Router(qam-domain)#ip 1.1.1.1 remoteRouter(qam-domain)#video route remote udp 20000 21000 qam 7/1-6Router(qam-domain)#video route remote udp 21001 22000 qam 7/7-12Router(qam-domain)#exitRouter(config)#exitThe following example shows a table-based policy route on QAM domain 5:
Router#configure terminalRouter(config)#cable qam-domain 5Router(qam-domain)#ip 1.1.1.1 localRouter(qam-domain)#video route local table 24-qam-map qam 3/1-6Router(qam-domain)#exitThe following example shows non-overlapping UDP ranges and QAM channel lists:
Router(qam-domain)video route local udp 50001 51000 qam 3/1-6Router(qam-domain)video route local udp 51001 52000 qam 3/7-12Router(qam-domain)video route local udp 52001 53000 qam 5/1-6Related Commands
cable qam-domain
Enters QAM domain configuration mode.
ip
Configures the IP address for video and remote sessions.
