|
|
To configure the writing of records for initial connection attempts, use the failed-attempts ATM accounting file subcommand. To disable this feature, use the no form of this command.
failed-attempts [none | [regular | soft]]
none | Does not record failed attempts. |
regular | Records regular SVC/SVP numbers that originate or terminate at the switch interface. |
soft | Records soft PVC/PVP numbers that originate or terminate at the switch interface. |
regular and soft
ATM accounting file
The following example shows entering the ATM accounting file configuration mode and configuring failed-attempts to record failed attempts for SVC/SVP connections in the accounting file.
Switch(config)# atm accounting file acctng_file1 Switch(config-acct-file)# failed-attempts regular Switch(config-acct-file)#
atm accounting file
collection-modes
min-age
To format Flash memory, use the format privileged EXEC command.
format device1: [[device2:] [monlib-filename]] | Caution The following formatting procedure erases all information in the Flash memory. To prevent the loss of important data, proceed carefully. |
device1: | Device to format. The colon (:) is required. Valid devices are as follows: · bootflash: This device is the internal Flash memory. · slot0: This device is the first PCMCIA slot on the route processor card. · slot1: This device is the second PCMCIA slot on the route processor card. |
device2: | Device containing the monlib file to use for formatting device1. The colon (:) is required. Valid devices are as follows: · bootflash: This device is the internal Flash memory. · slot0: This device is the first PCMCIA slot and is the initial default device. · slot1: This device is the second PCMCIA slot on the route processor card. |
monlib-filename | Name of the ROM monitor library file (monlib file) to use for formatting device1. The default monlib file is the one bundled with the system software. |
The default monlib file is the one bundled with the system software.
Privileged EXEC
Use the format command to format internal Flash memory (bootflash) or your Flash memory cards.
In some cases, you might need to insert a new PCMCIA Flash memory card and load images or backup configuration files onto it. Before you can use a new Flash memory card, you must format it.
Flash memory cards have sectors that can fail. You can reserve certain Flash memory sectors as "spares" for use when other sectors fail. Use the format command to specify between 0 and 16 sectors as spares. If you reserve a small number of spare sectors for emergencies, you do not waste space because you can use most of the Flash memory card. If you specify zero spare sectors and some sectors fail, you must reformat the Flash memory card and thereby erase all existing data.
The monlib file is the ROM monitor library. The ROM monitor uses the monlib file to access files in the Flash file system.
In the command syntax, device1 is the device to format, and device2 contains the monlib file to use. When you omit the [[device2:][monlib-filename]] argument, the system formats device1 using the monlib file that is bundled with the system software. When you omit device2 from the [[device2:][monlib-filename]] argument, the system formats device1 using the named monlib file from the device specified by the cd command. When you omit monlib-filename from the [[device2:][monlib-filename]] argument, the system formats device1 using device2's monlib file. When you specify the whole [[device2:][monlib-filename]] argument, the system formats device1 using the specified monlib file from the specified device. Note that you can specify device1's own monlib file in this argument. When the system cannot find a monlib file, the system terminates the formatting process.
The following example shows the format command that formats a Flash memory card inserted in slot 0 of the route processor card.
Switch# format slot0: Running config file on this device, proceed? [confirm]y All sectors will be erased, proceed? [confirm]y Enter volume id (up to 31 characters): <Return> Formatting sector 1 (erasing) Format device slot0 completed
When the switch returns you to the EXEC prompt, the new Flash memory card is successfully formatted and ready for use.
copy flash
dialer-list list
Usage Guidelines
show file
show flash
squeeze
undelete
To configure the committed burst size for ABR or UBR soft VCs terminating on an interface, use the frame-relay bc-default interface configuration command. To disable the committed burst size, use the no form of this command.
frame-relay bc-default bc_default
default bc | Default committed burst size in bits for ABR or UBR soft VCs terminating on this interface. |
32768
Interface configuration
Use the bc-default interface parameter to configure the committed burst size (bits) on the destination interface of a UBR or ABR soft VC connection.
The configured committed burst size is then effective for any subsequent connections.
The following example configures the Frame Relay committed burst size to 16384 for serial interface 11/0/0:1.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay bc-default 16384
To create a table entry, use the frame-relay connection-traffic table-row global configuration command. To delete an entry, use the no form of this command.
frame-relay connection-traffic table-row [index row-index] [cir] [Bc] [pir] [Be]
{abr | ubr | vbr-nrt}
no frame-relay connection-traffic table-row [index row-index] [cir] [Bc] [pir] [Be]
{abr | ubr | vbr-nrt}
row-index | Specifies an integer from 1 to 1073741823. |
cir | Committed information rate (CIR), in kbps. The default is 56 kbps. |
Bc | Committed burst size (Bc), in kbits. The default is 7 kbps. |
pir | Peak information rate, in kbps. The default is the line rate. |
Be | Excess burst size, in kbits. The default is 7 kbps. |
abr | ubr | vbr-nrt | Selects the ATM service category for an interworking connection. |
See syntax descriptions.
Global configuration
When you create a connection traffic table row, the Frame Relay parameters are converted into the ATM equivalent parameters and a row is added into the ATM connection traffic table. The table index values are shared by the Frame Relay connection table and the ATM connection table. If you specify the index in the command, the index value is available in the ATM connection table. As a result of the index value being linked to the ATM connection traffic table, the index values in the Frame Relay connection traffic table might not be contiguous.
The following example shows how to create a table entry with a row index of 150, committed information rate of 1024000, committed burst size of 16334, peak information rate of 1024000, excess burst size of 20, and the abr service category with an ATM row index 250.
Switch# configure terminal Switch(config)# frame-relay connection-traffic-table-row index 150 1024000 16334 1024000 16334 20 abr 250 Switch#
show frame-relay connection-traffic-table-row
show frame-relay interface resource
To configure discard marking thresholds on a Frame Relay interface in the input direction, use the frame-relay input queue interface configuration command. Use the no form of the command to revert to default values for the threshold.
frame-relay input-queue {abr | ubr | vbr-nrt} {discard-threshold | marking-threshold} threshold percentage
abr | ubr | vbr-nrt | Service categories for which the threshold is configured. |
discard-threshold | Threshold where the cell is discarded. If the queue fills up above this level, any frame arriving from an external device with the DE bit set will be discarded by the interface. Default is 87%. |
marking-threshold | Threshold were the cell is marked for EFCI. If the queue fills up above this level, all frames arriving from an external device will have the EFCI bit set as they get converted into cells. For cells entering the Frame Relay interface from the switch fabric, the BECN bit will be set in the outgoing frame header. Default is 75%. |
threshold percentage | Threshold number as percentage of queue size. |
See Syntax Description
Interface configuration
This command affects all existing connections on the interface, as well as subsequent connections.
The following example sets the Frame Relay input queue for ABR connects to allow EFCI marking for cells over 75 percent of capacity.
Switch# config t Enter configuration commands, one per line. End with CNTL/Z. Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay input-queue abr marking-threshold 75
show frame-relay interface resource serial
frame-relay output-queue
To configure an interface as a DCE or NNI interface, use the frame-relay intf-type interface configuration command. To disable the configuration, use the no form of this command.
frame-relay intf-type {dce | nni}
DCE | NNI | Data communications equipment or Network-to-Network Interface. |
NNI
Interface configuration
When you specify DCE, the ATM switch supports only network-side PVC status management procedures. When you specify NNI, the ATM switch supports both user-side and network-side PVC status management procedures.
The following example configure serial interface 11/0/0:1 as Frame Relay interface type DCE.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay intf-type dce
To set a full status polling interval, use the frame-relay lmi-n391dte interface configuration command. To restore the default interval value, use the no form of this command.
frame-relay lmi-n391dte keep-exchanges
keep-exchanges | Number of keep exchanges to be completed before requesting a full status message. The value must be a positive integer from 1 to 255. |
6 keep exchanges
Interface configuration
To set the full status message polling interval, use this command when the interface is configured as NNI.
The following example shows how to set one out of every four status inquiries to request a full status response from the switch. The remaining three status inquiries request only keepalive exchanges.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay intf-type nni Switch(config-if)# frame-relay lmi-n391dte 4
show frame-relay lmi
To set the DCE and NNI error threshold, use the frame-relay lmi-n392dce interface configuration command. To remove the setting, use the no form of this command.
frame-relay lmi-n392dce threshold
threshold | Error threshold value. The value must be a positive integer from 1 to 10. |
2 errors
Interface configuration
N392 errors must occur within the number defined by the N393 event count for the link to be down. Therefore, the threshold value for this command must be less than the count value defined in the frame-relay lmi-n393dce command.
The following example configures serial interface 11/0/0:1 with Frame Relay LMI monitoring event count to 4.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay lmi-n392dce 4
show frame-relay lmi
frame-relay lmi-n393dce
To set the error threshold on a DTE or NNI interface, use the frame-relay lmi-n392dte interface configuration command. To remove the setting, use the no form of this command.
frame-relay lmi-n392dte threshold
threshold | Error threshold value. This value must be a positive integer from 1 to 10. |
3 errors
Interface configuration
The frame-relay lmi-n392dte and frame-relay lmi-n393dte commands define the condition that causes the link to be declared down. Two "threshold" errors must occur within N393 number of events for the link to be declared down.
The following example shows how to set the LMI error threshold to 6.
Switch(config)# interface serial 1/0/0:1 Switch(config-if)# frame-relay intf-type nni Switch(config-if)# frame-relay lmi-n392dte 6
show frame-relay lmi
To set the DCE and NNI monitored events count, use the frame-relay lmi-n393dce interface configuration command. To remove the setting, use the no form of this command.
frame-relay lmi-n393dce events
events | Monitored events count value. The value must be a positive integer from 1 to 10. |
2 events
Interface configuration
This command and the frame-relay lmi-n392dce command define the condition that causes the link to be down. In the Cisco implementation, N392 errors must occur within the events count for the link to be down. Therefore, the events value that you define for this command must be greater than the threshold value defined in the frame-relay lmi-n392dce command.
The following example shows how to set the LMI monitored event count to 3.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay intf-type dce Switch(config-if)# frame-relay lmi-n393dce 3
show frame-relay lmi
frame-relay lmi-n392dce
To set the monitored event count on a DTE or NNI interface, use the frame-relay lmi-n393dte interface configuration command. To remove the setting, use the no form of this command.
frame-relay lmi-n393dte events
events | Monitored events count value. Must be a positive integer from 1 to 10. |
4 events
Interface configuration
The frame-relay lmi-n393dte and the frame-relay lmi-n392dte commands define the condition that causes the link to be declared down. N392 errors must occur within the "events" count for the link to be declared down.
The following example shows how to set the LMI monitored events count to 3.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay intf-type NNI Switch(config-if)# frame-relay lmi-n393dte 3
show frame-relay lmi
To set the polling verification timer on a DCE or NNI interface, use the frame-relay lmi-t392dce interface configuration command. To remove the current setting, use the no form of this command.
frame-relay lmi-t392dce seconds
seconds | Polling verification timer value, in seconds. Must be a positive integer from 5 to 30. |
15 seconds
Interface configuration
The value for the timer must be greater than the DTE or NNI keepalive timer.
The following example shows how to set a polling verification timer on a DCE or NNI interface set to 20 seconds.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay intf-type dce Switch(config-if)# frame-relay lmi-t392dce 20
show frame-relay lmi
To select the LMI type, use the frame-relay lmi-type interface configuration command. To return to the default LMI type, use the no form of this command.
frame-relay lmi-type [ansi | cisco | q933a]
ansi | Annex D defined by the ANSI standard T1.617. |
cisco | The LMI type defined jointly by Cisco Systems, Inc. and three other companies. |
q933a | ITU-T Q.933 Annex A. |
cisco
Interface configuration
The LMI type is set on a per-interface basis. If you want to display the type that is configured, use the show interface EXEC command.
The following example shows how to configure an interface for the ANSI LMI type:
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# encapsulation frame-relay ietf Switch(config-if)# frame-relay lmi-type ansi Switch(config-if)# keepalive 15
show frame-relay lmi
show interface
To configure discard marking thresholds on a Frame Relay interface in the output direction, use the frame-relay output-queue interface configuration command. Use the no form of the command to revert to default values for the threshold.
frame-relay output-queue {abr | ubr | vbr-nrt} {discard-threshold | marking-threshold} threshold percentage
abr | ubr | vbr-nrt | Service categories for which the threshold is configured. |
discard-threshold | Threshold where the cell is discarded. If the queue fills above this level, any frame arriving from the switch with DE bit set will be discarded by the interface. Default is 87 percent. |
marking-threshold | Threshold where the cell is marked for EFCI. If the queue fills above this level, all frames arriving from the switch will have the FECN bit set in the frame header as they exit the interface. For cells entering the Frame Relay interface from an external device, the BECN bit will be set in the frame header as it enters the switch. Default is 75 percent. |
threshold_percentage | Percentage number. |
See Syntax Description
Interface configuration
This command affects all existing connections on the interface, as well as subsequent connections.
The following example shows how to set the Frame Relay output queue for ABR connects to allow EFCI marking for cells over 65 percent of capacity.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay output-queue abr marking-threshold 65
show frame-relay interface resource serial
frame-relay input-queue
To set the percentage of overbooking of committed information rate (CIR), use the frame-relay overbooking command. To disable CIR overbooking, use the no form of this command.
frame-relay overbooking percent
percent | The percent of interface bandwidth from 101 to 1000. |
Disabled
Interface configuration
The allowable overbooking on an access link or interface is a number times the access link or interface speed (access rate). For example, 200 percent of the access rate. The total of all CIRs for all Frame Relay PVCs and Frame Relay soft VCs cannot exceed the CIR overbooking factor times the access rate.
Once configured and used to admit Frame Relay PVCs and Frame Relay soft-VCs on an interface, the CIR overbooking factor can only be adjusted within the upper limit and the level which has been overbooked by the existing connections. Disabling the CIR overbooking factor is allowed only when the total of all CIRs for all Frame Relay PVCs and Frame Relay soft VCs does not exceed the interface access rate.
Configuring the CIR overbooking factor will increase the available bit rates for the Frame Relay PVC and soft-VC but it will not increase the actual bandwidth (access rate) and resources available to the Frame Relay interface.
The CIR of a connection is not allowed to exceed the actual access rate of an interface even if CIR overbooking factor is configured.
You should have a thorough understanding of network traffic patterns when using the frame relay overbooking command. Excess traffic arriving at an overbooked Frame Relay interface may lead to discarded or discard eligible (DE) tagged frames.
The following example configures the Frame Relay serial interface to allow overbooking the CIR to 200 percent.
Switch(config)# interface serial 1/1/0:5 Switch(config-if)# encapsulation frame-relay ietf Switch(config-if)# frame-relay overbooking 200
show frame-relay interface resource
To create a Frame Relay to ATM network interworking or service interworking PVC or Frame Relay to Frame Relay cross-connected PVC, use the frame-relay pvc interface configuration command. To remove a Frame Relay PVC, use the no form of this command.
For Frame Relay to ATM network interworking:
frame-relay pvc dlci [upc {pass | tag-drop}] [rx-cttr index] [tx-cttr index] network [clp-bit {0 | 1 | map-de}] [de-bit {map-de | map-clp-or-de}] [interface atm card/subcard/port vpi vci] [upc {drop | pass | tag}] [pd {off | on}] [rx-cttr index] [tx-cttr index]For Frame Relay to ATM service interworking:
frame-relay pvc dlci [upc {pass | tag-drop}] [rx-cttr index] [tx-cttr index] service {transparent | translation} [clp-bit {0 | 1 | map-de}] [de-bit {0 | 1 | map-clp}] [efci-bit {0 | map-fecn}] [interface atm card/subcard/port vpi [vci | any-vci] [upc {drop | pass | tag}] [pd {off | on}] [rx-cttr index] [tx-cttr index] [encap {aal5mux ip | aal5snap}] [inarp minutes]For Frame Relay to Frame Relay cross-connection:
frame-relay pvc dlci [upc {pass | tag-drop}] [rx-cttr index] [tx-cttr index] interface serial card/subcard/port:cgn dlci dlci [upc {drop | pass | tag}] [rx-cttr index] [tx-cttr index]
dlci | Data-link connection identifier, ranging from 16 to 1007, which specifies a PVC in a Frame Relay network. |
upc upc | Usage parameter control, specified as pass or tag-drop. The default is pass, which derives from the per-interface default value configured through the frame-relay upc-intent command. |
rx-cttr index | Frame Relay connection traffic table row index in the received direction. The default is 100. |
tx-cttr index | Frame Relay connection traffic table row index in the transmitted direction. The default is 100. |
network | service {transparent | translation} | Specifies the interworking function that can be either network interworking, service interworking in transparent mode, or service interworking in translation mode. |
clp-bit {0 | 1 | map-de} | Sets the mode of DE/CLP mapping in Frame Relay to the ATM direction. Options 0, 1, or map-DE are allowed for both network interworking and service interworking. The default is map-de. map-de---Specifies mode 1 described in 4.2.1 of FRF.8: 0 or 1---Specify mode 2 described in 4.2.1 of FRF.8: |
de-bit [0 | 1 | map-de | map-clp | map-clp-or-de] | Sets the mode of CLP/DE mapping in ATM to the Frame Relay direction. For Network Interworking: Option map-de, or map-clp-or-de are allowed. The default value is map-clp-or-de. map-clp-or-de---Specifies mode 1 described in 4.4.2 of FRF.5: map-de---Specifies mode 2 described in 4.4.2 of FRF.5: For Service Interworking: Option 0, 1, or map-clp are allowed. The default value is map-clp. map-clp---Specifies the mode 1 described in 4.2.2 of FRF.8: 0 or 1---Specify mode 2 described in 4.2.2 of FRF.8: |
card/subcard/port | Card, subcard, and port number for the ATM interface. |
vpi | VPI of this PVC, from 0 to 255. The VPI is an 8-bit field in the header of the ATM cell. The VPI value is unique only on an interface, not throughout the ATM network (it has local significance only). |
vci | VCI of this PVC. The range is normally 32 to 16383, but can be expanded from 5 to 16383 in manual-well-known-vc mode. The VCI is a 16-bit field in the header of the ATM cell. The VCI value is unique only on a single interface, not throughout the ATM network (it has local significance only). |
upc upc | Usage parameter control, specified as pass, tag, or drop; the default is pass. (See the Usage Guidelines for further information.) |
pd {off | on} | Specifies the intelligent packet discard option as on or off. The default is off. |
efci-bit {0 | map-fecn} | Sets the mode of FECN/EFCI mapping in Frame Relay to the ATM direction. The default value is 0. |
card/subcard/port:cgn | Card, subcard, port number, and channel group number for the serial interface. |
encap {aal5mux ip | aal5snap} | AAL encapsulation type applies only to terminating connections. (For service interworking connections only.) aal5mux ip---A MUX-type virtual connection. (For transparent mode only.) aal5snap---LLC/SNAP precedes the protocol datagram. This is the only encapsulation supported for Inverse ARP. (For translation mode only.) |
inarp minutes | Specifies how often Inverse ARP datagrams are sent on this virtual connection and applies only to terminating connections. (For service interworking translation mode only.) The default value is 15 minutes. |
See syntax descriptions.
Interface configuration
You can set the upc option to tag or drop only under the following conditions:
Refer to the frame-relay connection-traffic-table-row command for information on configuring the connection traffic table specified by index.
The following example creates a service translation cross-connection between Frame Relay interface 11/0/0:1 on PVC 66 and ATM interface 10/0/0 100 250.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay pvc 66 rx-cttr 5 tx-cttr 5 service translation interface atm 10/0/0 100 250
To configure Frame Relay to Frame Relay soft-VC, use the frame-relay soft-vc interface configuration command. To disable this configuration, use the no form of this command.
frame-relay soft-vc dlci_a dest-address address dlci dlci_b [upc {pass | tag-drop}] [rx-cttr index] [tx-cttr index] [retry-interval [first retry-interval] [maximum retry-interval]]To configure Frame Relay to ATM soft-VC, use the following form of the frame-relay soft-vc command. To disable this configuration, use the no form of this command.
frame-relay soft-vc dlci_a dest-address address vc vpi_b vci_b
dlci_a | Data Link Connection identifier on the Soft PVC source interface ranging from 16 to 1007, which specifies a PVC in a Frame Relay network. |
dest-address address | Destination NSAP address. |
dlci dlci_b | Data Link Connection identifier on the Soft PVC destination interface, ranging from 16 to 1007, which specifies a PVC in a Frame Relay network. |
upc {tag-drop | pass} | Usage parameter control, specified as pass or tag-drop. The default is pass, which derives from the per-interface default value configured through the frame-relay upc-intent command. |
rx-cttr index | Frame Relay connection traffic table row index in the received direction. The default is 100. |
tx-cttr index | Frame Relay connection traffic table row index in the transmitted direction. The default is 100. |
retry-interval | To configure retry interval timers for a Soft-VC. |
first retry-interval | Retry interval for the first retry after the first failed attempt specified in milliseconds. If the first retry after the first failed attempt also fails, the subsequent attempts will be made at intervals computed using the first retry-interval as follows: (2 ** (k-1)) * first retry-interval Where the value of k will be 1 for the first retry after the first failed attempt and will be incremented by 1 for every subsequent attempt. [Range: 100 to 3,600,000 milliseconds] The default is 5,000 milliseconds. |
maximum | The maximum retry interval between any two attempts specified in seconds. Once the retry interval is computed in the first retry-interval and becomes equal to or greater than the maximum retry-interval configured, the subsequent retries will be done at regular intervals of maximum retry-interval seconds until the call is established. [Range: 1 to 65,535 seconds] The default is 60. |
clp-bit {0 | 1 | map-de} | Sets the mode of DE/CLP mapping in Frame Relay to the ATM direction. Options 0, 1, or map-DE are allowed for both network interworking and service interworking. The default is map-de. map-de---Specifies mode 1 described in 4.2.1 of FRF.8: 0 or 1---Specify mode 2 described in 4.2.1 of FRF.8: |
de-bit [0 | 1 | map-de | map-clp | map-clp-or-de] | Sets the mode of CLP/DE mapping in ATM to the Frame Relay direction. For Network Interworking: Option map-de, or map-clp-or-de are allowed. The default value is map-clp-or-de. map-clp-or-de---Specifies mode 1 described in 4.4.2 of FRF.5: map-de---Specifies mode 2 described in 4.4.2 of FRF.5: For Service Interworking: Option 0, 1, or map-clp are allowed. The default value is map-clp. map-clp---Specifies mode 1 described in 4.2.2 of FRF.8: 0 or 1---Specify mode 2 described in 4.2.2 of FRF.8: |
vpi_b | ATM virtual path identifier. |
vci_b | ATM virtual channel identifier. |
pd {on | off} | Specifies the intelligent packet discard option as on or off. The default is off. |
network | service [transparent | translation] | Specifies the interworking function, which can be either network interworking or service interworking in transparent mode or service interworking in translation mode. In the case of Soft VCs that originate from a Frame Relay interface and end on a Frame Relay interface, the default interworking type is network-interworking. In the case of Soft VCs that originate from a Frame Relay interface and end on an ATM interface, the default interworking type is service-interworking in translational mode. |
efci-bit {0 | map-fecn} | For service interworking only. Sets the mode of FECN/EFCI mapping in Frame Relay to the ATM direction. The default value is 0. |
See syntax descriptions.
Interface configuration
Because soft-VCs are created over ATM networks, the destination address is an ATM address plus either DLCI if the remote end is a Frame Relay interface, or VPI/VCI if it is an ATM interface.
Like Frame Relay to Frame Relay PVC, Frame Relay to Frame Relay soft-VC uses network interworking with FECN mapping, DE-BIT mapping, and CLP-BIT mapping.
The following example configures a Frame Relay soft VC 500 on serial interface 11/0/0:1 to Frame Relay NSAP address 47.0091..., DLCI 150.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay soft-vc 500 dest-address 47.0091.8100.0000.0040.0b0a.2a81.4000.0c84.8000.00 dlci 150
show vc interface
show running-config
atm route-optimization (interface)
atm route-optimization (EXEC)
To configure the UPC to be programmed for the soft VCs terminating on an interface, use the frame-relay upc-intent interface configuration command. To assign the default value, use the no form of this command.
frame-relay upc-intent {pass | tag-drop}
{pass | tag-drop} | Usage parameter control, specified as pass or tag-drop. |
Pass
Interface configuration
This command determines the UPC to use for SVCs and for the destination leg of soft VCs. If you want to configure policing, you can apply it once for traffic entering a network.
The following example shows how to set the intended UPC for SVCs on an interface to tag-drop.
Switch(config)# interface serial 11/0/0:1 Switch(config-if)# frame-relay upc-intent tag-drop
show running-config
To specify the type of framing used by the port on a Frame Relay port adapter, use the framing controller configuration command. To restore the default framing type, use the no form of this command.
The syntax for the channelized E1 Frame Relay port adapter is:
framing {crc | no-crc4}
crc4 | Specifies CRC-4 enabled E1 Framing. This option is valid for E1 Frame Relay controllers. |
no-crc4 | Selects E1 framing without CRC-4 generation. This option is valid for E1 Frame Relay controllers. |
crc4 | Default for 4CE1 FR-PAM port adapters. |
Controller configuration
Use the framing controller configuration command to specify the type of framing used by the channelized E1 interface If you do not specify the framing type, the default crc4 is used by 4CE1 Frame Relay port adapter.
The following example shows how to set the framing for the Frame Relay E1 port adapter to no-CRC4.
Switch(config)# controller e1 11/0/0Switch(config-controlle)# framing no-crc4
show controller e1
Use the framing controller interface configuration command to select the frame type for the data line.
framing framingmode
framingmode | For DS3, framingmode is as follows: m23adm | m23plcp | cbitadm | cbitplcp For E3, framingmode is as follows: g832adm | g751adm | g751plcp For E1, framingmode is as follows: crc4adm | crc4plcp | pcm30adm | pcm30plcp For T1, framingmode is as follows: esfplcp | sfplcp | sfadmn | esfadmn |
DS3 default is cbitplcp.
E3 default is g832adm.
E1 default is crc4plcp.
T1 default is esfplcp.
Interface configuration
In the DS3 environment, this subcommand allows selection of DS3 framing mode to M23 ADM, M23 PLCP, C-Bit ADM, or C-Bit PLCP.
In the E3 environment, this subcommand allows selection of E 3 framing mode to G.751 PLCP, G.751 ADM, or G.832 ADM.
The following example shows how to select g751plcp as the frame type.
Switch(config-if)# framing g751plcp
Posted: Fri Apr 9 09:27:06 PDT 1999
Copyright 1989-1999©Cisco Systems Inc.