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Monitoring ATM

This section explains how to set a statistics baseline, display bit rate and packet rate statistics for ATM virtual circuits (VCs), and use the show commands to view your ATM configuration and monitor ATM VCs and VPs.

Note: The E120 router and E320 router output for monitor and show commands is identical to output from other E-series routers, except that the E120 and E320 router output also includes information about the adapter identifier in the interface specifier (slot/adapter/port).

Setting Statistics Baselines

You can set a statistics baseline for ATM interfaces, ATM virtual circuits, and ATM virtual paths configured on the router.

baseline atm vp interface

Use to set a statistics baseline for an ATM virtual path (VP) interface.
The router implements the baseline by reading and storing the statistics at the time the baseline is set and then subtracting this baseline whenever baseline-relative statistics are retrieved.
To set the baseline for an ATM VP, specify the VPI. The numeric range of the VPI depends on the line module capabilities and current configuration.
To display baseline statistics, use the delta keyword with ATM show commands.
Exampleshost1#baseline atm vp interface atm 12/0 0 host1#baseline atm vp interface atm 5/0/0 1
There is no no version.
See baseline atm vp interface.

baseline interface atm

Use to set a statistics baseline for ATM interfaces or a specific virtual circuit.
The router implements the baseline by reading and storing the statistics at the time the baseline is set and then subtracting this baseline whenever baseline-relative statistics are retrieved.
To set the baseline for a circuit, specify a VCD in the range 1–2147483647.
To set the baseline on an interface, omit the VCD.
To display baseline statistics, use the delta keyword with ATM show commands.
Exampleshost1#baseline interface atm 9/1 123 host1#baseline interface atm 5/0/0 123
There is no no version.
See baseline interface.

Displaying Interface Rate Statistics for ATM VCs and ATM VPs

You can use the following commands to display bit rate and packet rate statistics over a specified time interval for one or more ATM virtual circuits (VCs) or virtual paths (VPs) configured on the router.

To monitor the data rate for ATM VCs, use the monitor atm vc command.
To monitor the data rate for ATM VPs, use the monitor atm vp command.

To monitor the data rate for ATM VCs and ATM VPs:

Log in to the router by using a local console session or a virtual terminal (vty) session (such as a Telnet session).
While you use the monitor atm vc command or the monitor atm vp command, you must keep the console or terminal session open. You cannot issue any other commands during the session.

For information about logging in to the router, see section Accessing the CLI in JUNOSe System Basics Configuration Guide.
Access User Exec mode or Privileged Exec mode.
For information, see section Accessing Command Modes in JUNOSe System Basics Configuration Guide.
Specify the interface identifier and VCD (for each ATM VC) or VPI (for each ATM VP) that you want to monitor. For information about specifying an ATM interface, see Interface Types and Specifiers.host1#monitor atm vc atm 12/0 1 atm 8/0 1 display-time-of-day host1#monitor atm vp atm 12/0 0 atm 12/0 1 load-interval 15 display-time-of-day
By default, the router uses a 5-second time interval between polls to calculate bit rates and packet rates for each specified VC or VP. Optionally, you can use the load-interval keyword to specify a nondefault time interval in the range 5–30 seconds (for ATM VCs) or 5–300 seconds (for ATM VPs).

You can also include the optional display-time-of-day keyword to show the time of day at which the router gathers statistics for each interval. Displaying the time of day enables you to monitor when a particular VC or VP is underutilized or overutilized.

Review the command output.

host1#monitor atm vc atm 12/0 1 atm 8/0 1 display-time-of-day                              Seconds
                              between                                     Time
       Interface         VCD   polls    Input bps/pps   Output bps/pps   (UTC)
----------------------- ----- -------- --------------- --------------- --------
ATM 12/0                    1        0           --/--           --/-- 10:43:11
ATM 8/0                     1        0           --/--           --/-- 10:43:11
ATM 12/0                    1        5      121840/100      121840/100 10:43:16
ATM 8/0                     1        5      121600/100      121600/100 10:43:16
ATM 12/0                    1        5        98008/80        98008/80 10:43:21
ATM 8/0                     1        5        98008/80        98008/80 10:43:21
...
host1#monitor atm vp atm 12/0 0 atm 12/0 1 load-interval 15 display-time-of-day
                              Seconds
                              between                                    Time
       Interface         VPI   polls    Input bps/pps  Output bps/pps   (UTC)
----------------------- ----- -------- --------------- --------------- --------
ATM 12/0                    0        0           --/--           --/-- 09:47:18
ATM 12/0                    1        0           --/--           --/-- 09:47:18
ATM 12/0                    0       15    6635792/6480    6635792/6480 09:47:33
ATM 12/0                    1       15    6635312/6479    6635312/6479 09:47:33
ATM 12/0                    0       15    6635176/6479    6635176/6479 09:47:48
ATM 12/0                    1       15    6634424/6478    6634424/6478 09:47:48
ATM 12/0                    0       15    6635448/6479    6635448/6479 09:48:03

The monitor atm vc command and monitor atm vp command display similar information, except that the monitor atm vc command displays the VCD for each interface and the monitor atm vp command displays the VPI for each interface.

The router polls the statistics of each VC or VP identified in the command at the specified load interval to calculate and display bit rate and packet rate statistics. The first line of output for each interface always displays 0 (zero) for the number of seconds between polls, and dashes (--/--) in the Input bps/pps and Output bps/pps columns. These values indicate that the router initially takes a baseline for each interface against which to measure subsequent statistics. The router continues to display subsequent lines of output for each interface at the specified load interval until you press Ctrl+c to stop the command.

For a description of the fields in the command display, see monitor atm vc and monitor atm vp.

If you remove an ATM interface or (for VCs) an ATM 1483 subinterface while you are monitoring one or more VCs or VPs that reside on the deleted interface, press Ctrl+c to stop the monitor atm vc command or monitor atm vp command, and then restart the command to ensure accurate interface rate statistics are displayed.
If you leave the monitor atm vc command or monitor atm vp command running after you remove the interface, the command displays undefined or inaccurate statistics for the VC or VP on the interface that has been removed. The display of undefined or inaccurate statistics can result when you remove the interface by issuing either the no interface atm command or slot erase command, and can continue even after you recreate the interface with the same VC or VP configuration.
When you are finished monitoring, press Ctrl+c to stop the monitor atm vc command or monitor atm vp command.host1#^C

monitor atm vc

monitor atm vp

Use the monitor atm vc command to display bit rate and packet rate statistics over a specified time interval for one or more ATM VCs.
Use the monitor atm vp command to display bit rate and packet rate statistics over a specified time interval for one or more ATM VPs.
You must use either command in a dedicated console or terminal session for the duration of the monitoring session.
Specify the interface identifier and VCD (for each ATM VC) or VPI (for each ATM VP) that you want to monitor.
To specify a nondefault time interval in the range 5–30 seconds (for ATM VCs) or 5–300 seconds (for ATM VPs) at which the router calculates bit rate and packet rate statistics, use the optional load-interval keyword. The default time interval for either command is 5 seconds.
To display the time at which the router calculates bit rate and packet rate statistics for the current interval, use the optional display-time-of-day keyword.
To stop either command, press Ctrl+c.
Field descriptions
- Interface—Interface identifier for the ATM interface on which the VC or VP resides
- VCD—Virtual circuit descriptor that identifies the VC (monitor atm vc command only)
- VPI—Virtual path identifier of the PVC (monitor atm vp command only)
- Seconds between polls—Number of seconds at which the router calculates bit rate and packet rate statistics
- Input bps/pps—Number of bits per second (bps) and packets per second (pps) received on this interface during the specified load interval
- Output bps/pps—Number of bits per second (bps) and packets per second (pps) transmitted on this interface during the specified load interval
- Time—Time of day, in hh:mm:ss format, at which the router calculates the bit rate and packet rate statistics for the current interval

Example 1—Displays bit rate and packet rate statistics over the default (5-second) load interval for a single ATM VC

host1#monitor atm vc atm 12/0 100
                              Seconds
                              between
       Interface         VCD   polls    Input bps/pps  Output bps/pps
----------------------- ----- -------- --------------- ---------------
ATM 12/0                  100        0           --/--           --/--
ATM 12/0                  100        5    6631624/6476    6631624/6476
ATM 12/0                  100        5    6630808/6475    6631008/6475
ATM 12/0                  100        5    6632448/6477    6632240/6476
ATM 12/0                  100        5    6629168/6473    6629168/6473
ATM 12/0                  100        5    6631008/6475    6631216/6475
host1#^C

Example 2—Displays bit rate and packet rate statistics over the default (5-second) load interval for two ATM VCs, with the time of day that the statistics were calculated

host1#monitor atm vc atm 12/0 100 atm 12/0 200 display-time-of-day
                              Seconds
                              between                                    Time
       Interface         VCD   polls    Input bps/pps  Output bps/pps   (UTC)
----------------------- ----- -------- --------------- --------------- --------
ATM 12/0                  100        0           --/--           --/-- 17:33:06
ATM 12/0                  200        0           --/--           --/-- 17:33:06
ATM 12/0                  100        5    6635104/6479    6635104/6479 17:33:11
ATM 12/0                  200        5    6633264/6477    6633472/6478 17:33:11
ATM 12/0                  100        5    6632856/6477    6632856/6477 17:33:16
ATM 12/0                  200        5    6633264/6477    6633056/6477 17:33:16
host1# ^C

Example 3—Displays bit rate and packet rate statistics over a 10-second load interval for two ATM VPs

host1#monitor atm vp atm 12/0 0 atm 12/0 1 load-interval 10
                              Seconds
                              between
       Interface         VPI   polls    Input bps/pps  Output bps/pps
----------------------- ----- -------- --------------- ---------------
ATM 12/0                    0        0           --/--           --/--
ATM 12/0                    1        0           --/--           --/--
ATM 12/0                    0       10    6635312/6479    6635312/6479
ATM 12/0                    1       10    6634288/6478    6634288/6478
ATM 12/0                    0       10    6637664/6482    6637664/6482
ATM 12/0                    1       10    6637872/6482    6637872/6482
host1#^C

Example 4—Displays bit rate and packet rate statistics over a 15-second load interval for two ATM VPs, with the time of day that the statistics were calculated

host1#monitor atm vp atm 12/0 0 atm 12/0 1 load-interval 15 display-time-of-day
                              Seconds
                              between                                    Time
       Interface         VPI   polls    Input bps/pps  Output bps/pps   (UTC)
----------------------- ----- -------- --------------- --------------- --------
ATM 12/0                    0        0           --/--           --/-- 17:36:19
ATM 12/0                    1        0           --/--           --/-- 17:36:19
ATM 12/0                    0       15    6634352/6478    6634352/6478 17:36:34
ATM 12/0                    1       15    6633608/6478    6633608/6478 17:36:34
ATM 12/0                    0       15    6635176/6479    6635176/6479 17:36:49
ATM 12/0                    1       15    6635040/6479    6635040/6479 17:36:49
host1# ^C

There is no no version.
See monitor atm vc.
See monitor atm vp.

Using ATM show Commands

Use the show commands described in this section to display information about your ATM configuration and monitor ATM interfaces.

You can use the output filtering feature of the show command to include or exclude lines of output based on a text string you specify. See section show Commands in JUNOSe System Basics Configuration Guide.

show atm aal5 interface

Use to display information about a configured ATM AAL5 interface.
Field descriptions
- AAL5 Interface operational status—Operational status of the AAL5 interface: up, down, lowerlayerDown
- time since last status change—Time since last reported change to the AAL5 interface operational status
- SNMP trap link-status—Whether SNMP link status traps are enabled or disabled on the ATM AAL5 interface
- Auto configure ATM 1483 status—Setting of the autoconfiguration feature for a dynamic ATM 1483 subinterface configured over the ATM AAL5 interface:
  - enabled—Autodetection of the ATM 1483 dynamic encapsulation type is enabled on the ATM AAL5 interface
  - disabled—Autodetection of the ATM 1483 dynamic encapsulation type is not currently enabled on the ATM AAL5 interface
- InPackets—Number of packets received on this interface
- InBytes—Number of bytes received on this interface
- OutPackets—Number of packets transmitted on this interface
- OutBytes—Number of bytes transmitted on this interface
- InErrors—Number of incoming errors received on this interface
- OutErrors—Number of outgoing errors on this interface
- InPacketDiscards—Number of incoming packets discarded on this interface
- OutDiscards—Number of outgoing packets discarded on this interface

Example

host1#show atm aal5 interface atm 3/0
AAL5 Interface ATM 3/0 operational status:    lowerLayerDown
      time since last status change: 00:08:46

SNMP trap link-status: disabled
Auto configure ATM 1483 status: disabled

InPackets:        0
InBytes:          0
OutPackets:       0
OutBytes:         0
InErrors:         0
OutErrors:        0
InPacketDiscards: 0
OutDiscards:      0

See show atm aal5 interface.

show atm atm1483

Use to display whether or not the router is set up to export ATM 1483 subinterface descriptions to the line module.

Example

host1#show atm atm1483
ATM1483 IF Descriptions exported

See show atm atm1483.

show atm interface

show interfaces atm

Use to display configuration and state information and statistics about a specific ATM interface, or to display a brief description of all ATM interfaces configured in the router.
To specify an ATM interface for ERX-7xx models, ERX-14xx models, and ERX-310 routers, use the slot/port format.
- slot—Number of the chassis slot
- port—Port number on the I/O module; on the OC3-2 GE APS I/O module, you can specify ATM interfaces only in ports 0 and 1; port 2 is reserved for a Gigabit Ethernet interface
To specify an ATM interface for the E120 router and the E320 router, use the slot/adapter/port format.
- slot—Number of the chassis slot
- adapter—Identifier for the IOA within the E320 chassis, either 0 or 1, where:
  - 0 indicates that the IOA is installed in the right IOA bay (E120 router) or the upper IOA bay (E320 router).
  - 1 indicates that the IOA is installed in the left IOA bay (E120 router) or the lower IOA bay (E320 router).
- port—Port number on the IOA
To display the status and number of configured VCs for all ATM interfaces configured in the router, use the brief keyword.
Field descriptions
- ATM Interface status—State of the physical interface: up, down
- line protocol—State of the ILMI protocol: disabled, up, down
- AAL5 operational status—Operational status of the ATM AAL5 interface: up, down, lowerLayerDown
- time since last status change—Time since last reported change to the AAL5 operational status
- ATM operational status—Operational status of the ATM interface: up, down, lowerLayerDown
- time since last status change—Time since last reported change to the ATM operational status
- UNI version—UNI version: 3.0, 3.1, 4.0
- Maximum VCs—Maximum number of virtual circuits supported on this interface
- Current VCs—Current number of virtual circuits configured
- ILMI VPI/VCI—Number of VPI and VCI configured for ILMI (displayed only when ILMI is configured on the interface)
- VCD—Number of VCD (displayed only when ILMI is configured on the interface)
- ILMI keepalive—State and status of the ILMI (displayed only when ILMI is configured on the interface)
- Max VCI per VPI—Maximum number of virtual circuits on each virtual path
- CAC admin state—Enabled, disabled
- Subscription bandwidth—Maximum allowable bandwidth on the port (displayed only when CAC is enabled)
- UBR weight—Configured bandwidth for UBR and UBR-PCR connections (displayed only when CAC is enabled)
- Available bandwidth—Bandwidth currently available on the port (displayed only when CAC is enabled)
- SNMP trap link-status—Enabled, disabled
- OAM cell receive status—Whether the ATM interface processes or flushes OAM cells: enabled, disabled
- OAM cell filter—Whether the interface flushes all OAM cells or flushes only AIS and RDI alarm cells (displayed only when OAM cell receive status is enabled)
- atm oam loopback-location—Loopback location ID for this interface
- Interface Alias—Text description or alias if configured for the interface
- Assigned VC Class—Name of the VC class assigned to this interface, if configured
- InPackets—Number of packets received on this interface
- InBytes—Number of bytes received on this interface
- InCells—Number of cells received on this interface
- OutPackets—Number of packets transmitted on this interface
- OutBytes—Number of bytes transmitted on this interface
- OutCells—Number of cells transmitted on this interface
- InErrors—Number of incoming errors received on this interface
- OutErrors—Number of outgoing errors on this interface
- InPacketDiscards—Number of incoming packets discarded on this interface
- InByteDiscards—Number of incoming bytes discarded on this interface
- InCellErrors—Increments when a T3 or an E3 ATM interface receives cells for a VPI or VCI that is not configured on that interface
Field descriptions specific to the applicable physical interface. In Example 1, the output contains the following physical interface fields:
- SONET path operational status—State of the SONET path interface: up, down, lowerLayerDown
- time since last status change—Time since last reported change to the SONET path operational status
- SONET operational status—State of SONET interface: up, down, lowerLayerDown
- time since last status change—Time since last reported change to the SONET operational status
- PHY Type—Physical port type on which this interface is running
- Framing—Framing type of the physical interface
- TX clocking—Clocking type for the physical interface
- Loopback—Loopback status for the physical interface: enabled, disabled
- Receive FIFO Overruns—Number of times received FIFO was overrun
- qos-mode-port—Status of SAR backpressure: enabled, disabled
- queue—Hardware packet queue associated with the specified traffic class and interface
- Forwarded packets, Bytes—Number of packets and bytes forwarded on this queue
- Dropped committed packets, Bytes—Number of committed packets and bytes that were dropped
- Dropped conformed packets 0, Bytes 0—Number of conformed packets and bytes that were dropped
- Dropped exceeded packets 0, Bytes 0—Number of exceeded packets and bytes that were dropped
- Interface—ATM interface identifier
- Status—Status of the ATM interface: up, down, lowerLayerDown
- Configured VCs—Number of VCs configured on the interface

Example 1—Displays information about a specific interface

host1#show atm interface atm 2/0
ATM Interface 2/0 is down, line protocol is down

AAL5 operational status:       lowerLayerDown
      time since last status change: 22:08:21
ATM operational status:        down
      time since last status change: 22:02:11
SONET path operational status: lowerLayerDown
      time since last status change: 1 day, 0 hours
SONET operational status:      down
      time since last status change: 1 day, 0 hours
UNI version: 3.0, Maximum VCs: 4096
Current VCs: 1
ILMI VPI/VCI: 17/23, VCD 26, ILMI keepalive: disabled
Max VCI per VPI: 32768
CAC admin state: enabled
Subscription bandwidth: 3000000 kbps
UBR weight: 3000 kbps
Available bandwidth: 2992000 kbps
SNMP trap link-status: enabled
OAM cell receive status: enabled
OAM cell filter : all cells 
atm oam loopback-location 0XFFFFFFFF
Interface Alias: ATM interface slot #2 port 0
Assigned VC class       : dsl-subscriber-class

PHY Type: oc3, Framing: sonet, TX clocking: line
Loopback: none, Receive FIFO Overruns: 0

5 minute input rate 0 bits/sec, 0 packets/sec
5 minute output rate 0 bits/sec, 0 packets/sec

InPackets:        0
InBytes:          0
InCells:          0
OutPackets:       0
OutBytes:         0
OutCells:         0
InErrors:         0
OutErrors:        0
InPacketDiscards: 0
InByteDiscards:   0
InCellErrors:     0
qos-mode-port disabled

queue 0: traffic class control, bound to ATM2/0
  Forwarded packets 643, Bytes 36008
  Dropped committed packets 0, Bytes 0
  Dropped conformed packets 0, Bytes 0
  Dropped exceeded packets 0, Bytes 0

Example 2—Shows a summary of all ATM interfaces

host1#show atm interface brief
                             Configured
Interface       Status          VCs
---------   --------------   ----------
ATM 2/0     up                        2
ATM 2/1     up                        3
ATM 2/2     lowerLayerDown            4
ATM 2/3     down                      5
ATM 4/0     up                        2
ATM 6/0     lowerLayerDown            2

See show atm interface.
See show interfaces.

show atm map

Use to display the list of all configured ATM static maps to remote hosts on an ATM network.
Field descriptions
- Map list—Name of map list and method used to enter the map list. PERMANENT indicates that the map entry was configured; it was not entered automatically by a process.
- protocol address maps to VCx—Name of protocol, the protocol address, and the VCD that the address is mapped to (for ATM VCs configured with the atm pvc command).
  - VC—Number of the virtual circuit
  - broadcast—Indicates pseudo-broadcasting
  - connection up—Indicates a point-to-point virtual circuit

Example 1

host1#show atm map       
Map list my-map : PERMANENT
 ip 192.168.2.10 maps to VC 10 atm 2/0     
 ip 192.168.2.20 maps to VC 11 atm 2/0    broadcast 
 ip 192.168.2.30 maps to VC 12 atm 2/0
Map list other-map : PERMANENT
 ip 192.10.2.10 maps to VC 100 atm 2/1    
 ip 192.10.2.20 maps to VC 101 atm 2/1                          
 ip 192.10.2.30 maps to VC 102 atm 2/1    broadcast

Example 2

host1#show atm map brief      
Map list my-map : PERMANENT
Map list other-map : PERMANENT

Example 3

host1#show atm map my-map      
Map list my-map : PERMANENT
 ip 192.168.2.10 maps to VC 10 atm 2/0     
 ip 192.168.2.20 maps to VC 11 atm 2/0    broadcast 
 ip 192.168.2.30 maps to VC 12 atm 2/0

See show atm map.

show atm oam

Use to display F4 OAM statistics for an ATM interface.
You must specify a VPI value in addition to the required ATM interface specifier.
You can use the following keywords.
- segment—Displays information about segment loopbacks
- end-to-end—Displays information about end-to-end loopbacks
To see F4 OAM circuits that are open, use the show atm vc command.
Field descriptions
- Sending End To End Loopback Cells—Enabled, disabled
- Frequency—Frequency configured on this circuit
- End To End OAM CC verification—Whether end-to-end CC verification is enabled or disabled
- OAM CC Type—Whether the circuit is a sink or a source, or both a sink and a source
- OAM Current CC state
  - Ready—OAM CC is not enabled
  - Active—OAM CC cell flow is running
  - Activation Failed—OAM CC activation failed
  - Wait Activate—Waiting for interface to come up before the software sends the activation request
  - Wait Activation Confirmation—Waiting for activation confirmation from the peer
  - Wait DeActivate—Waiting for interface to come up before the software sends the deactivation request
  - Wait DeActivation Confirmation—Waiting for deactivation confirmation from the peer
- Segment OAM CC verification—Whether segment CC verification is enabled or disabled
- VP State—State of the VP: up, down
- VP End To End Oam State
  - not managed—Circuit is in normal OAM state; no OAM fault conditions
  - AIS—Circuit is in AIS state
  - RDI—Circuit is in RDI state
- VP Segment Oam State
  - not managed—Circuit is in normal OAM state; no OAM fault conditions
  - AIS—Circuit is in AIS state
  - RDI—Circuit is in RDI state
- InOamF4Cells—Number of F4 OAM cells received
- InOamF4CellsDropped—Number of incoming F4 OAM cells that were dropped
- InOamF4EndLoopbackCells—Total number of F4 end-to-end loopback cells received on this interface, which is the sum of the following counts:
  - InOamF4EndLoopbackCommands—Number of F4 end-to-end loopback commands received
  - InOamF4EndLoopbackResponses—Number of F4 end-to-end loopback responses received
- InOamF4SegLoopbackCells—Total number of F4 segment loopback cells received on this interface, which is the sum of the following counts:
  - InOamF4SegLoopbackCommands—Number of F4 segment loopback commands received
  - InOamF4SegLoopbackResponses—Number of F4 segment loopback responses received
- InOamF4EndAisCells—Number of F4 end-to-end AIS cells received
- InOamF4SegAisCells—Number of F4 segment AIS cells received
- InOamF4EndRdiCells—Number of F4 end-to-end RDI cells received
- InOamF4SegRdiCells—Number of F4 segment RDI cells received
- InOamF4EndCCActDeActCells—Number of F4 end-to-end activation or deactivation CC cells received
- InOamF4SegCCActDeActCells—Number of F4 segment activation or deactivation CC cells received
- InOamF4EndCCCells—Number of F4 end-to-end CC cells received
- InOamF4SegCCCells—Number of F4 segment CC cells received
- OutOamF4Cells—Number of F4 OAM cells sent
- OutOamF4EndLoopbackCells—Total number of F4 end-to-end loopback cells sent on this interface, which is the sum of the following counts:
  - OutOamF4EndLoopbackCommands—Number of F4 end-to-end loopback commands sent
  - OutOamF4EndLoopbackResponses—Number of F4 end-to-end loopback responses sent
- OutOamF4SegLoopbackCells—Total number of F4 segment loopback cells sent on this interface, which is the sum of the following counts:
  - OutOamF4SegLoopbackCommands—Number of F4 segment loopback commands sent
  - OutOamF4SegLoopbackResponses—Number of F4 segment loopback responses sent
- OutOamF4EndRdiCells—Number of end-to-end RDI cells sent
- OutOAM F4SegRdiCells—Number of segment RDI cells sent
- OutOamF4EndCCActDeActCells—Number of F4 end-to-end activation or deactivation CC cells sent
- OutOamF4SegCCActDeActCells—Number of F4 segment activation or deactivation CC cells sent
- OutOamF4EndCCCells—Number of F4 end-to-end CC cells sent
- OutOamF4SegCCCells—Number of F4 segment CC cells sent

Example 1

host1#show atm oam 2/1 0
Sending End To End Loopback Cells is Enabled: Frequency = 20 secs
End To End OAM CC verification enabled
OAM CC Type : CC Sink End Point
OAM Current CC state : Ready
Segment OAM CC verification enabled
OAM CC Type : CC Sink End Point
OAM Current CC state : Ready
VP State                         :down
VP End To End Oam State          :not managed
VP Segment Oam State             :not managed
InOamF4Cells                     :0
InOamF4CellsDropped              :0
InOamF4EndLoopbackCells          :0
  InOamF4EndLoopbackCommands         :0
  InOamF4EndLoopbackResponses        :0
InOamF4SegLoopbackCells          :0
  InOamF4SegLoopbackCommands         :0
  InOamF4SegLoopbackResponses        :0
InOamF4EndAisCells               :0
InOamF4SegAisCells               :0
InOamF4EndRdiCells               :0
InOamF4SegRdiCells               :0
InOamF4EndCCActDeActCells        :0
InOamF4SegCCActDeActCells        :0
InOamF4EndCCCells                :0
InOamF4SegCCCells                :0
OutOamF4Cells                    :0
OutOamF4EndLoopbackCells         :0
  OutOamF4EndLoopbackCommands        :0
  OutOamF4EndLoopbackResponses       :0
OutOamF4SegLoopbackCells         :0
  OutOamF4SegLoopbackCommands        :0
  OutOamF4SegLoopbackResponses       :0
OutOamF4EndRdiCells              :0
OutOamF4SegRdiCells              :0
OutOamF4EndCCActDeActCells       :0
OutOamF4SegCCActDeActCells       :0
OutOamF4EndCCCells               :0
OutOamF4SegCCCells               :0
Time since last status change    :00:00:33

Example 2

host1#show atm oam 2/1 0 segment
Segment OAM CC verification enabled
OAM CC Type : CC Sink End Point
OAM Current CC state: Ready
VP State                        :down
VP Oam State                    :not managed
InOamF4SegmentCells              :0
InOamF4SegmentCellsDropped       :0
InOamF4SegLoopbackCells          :0
  InOamF4SegLoopbackCommands             :0
  InOamF4SegLoopbackResponses            :0
InOamF4SegCCActDeActCells        :0
InOamF4SegCCCells                :0
OutOamF4SegmentCells             :0
OutOamF4SegLoopbackCells         :0
  OutOamF4SegLoopbackCommands             :0
  OutOamF4SegLoopbackResponses            :0
OutOamF4SegRdiCells              :0
OutOamF4SegCCActDeActCells       :0
OutOamF4SegCCCells               :0
Time since last status change    :00:00:53

Example 3

host1#show atm oam 2/1 0 end-to-end
Sending End To End Loopback Cells Disabled:
End To End OAM CC verification enabled
OAM CC Type : CC Sink End Point
OAM Current CC state: Ready
VP State                         :down
VP Oam State                     :not managed
InOamF4EndCells                 :0
InOamF4EndCellsDropped          :0
InOamF4EndLoopbackCells         :0
  InOamF4EndLoopbackCommands              :0
  InOamF4EndLoopbackResponses             :0
InOamF4EndAisCells :0
InOamF4EndRdiCells :0
InOamF4EndCCActDeActCells       :0
InOamF4EndCCCells               :0
OutOamF4EndCells                :0
OutOamF4EndLoopbackCells        :0
  OutOamF4EndLoopbackCommands             :0
  OutOamF4EndLoopbackResponses            :0
OutOamF4EndRdiCells             :0
OutOamF4EndCCActDeActCells      :0
OutOamF4EndCCCells              :0
Time since last status change   :00:00:53

See show atm oam.

show atm ping

Use to show all existing ping entries, both completed and outstanding. Remember that ping statistics are overwritten when a new ping is issued on the circuit.
You can specify the following options to show ping for entries for a specific interface, VPI, or VCI.
- interfaceSpecifier—Shows ping entries for this interface
- vpi—Shows details of the last ping atm command on this VPI
- vci—Shows details of the last ping atm command on this VCI
Field descriptions
- Interface—Interface number
- VPI—Virtual path identifier
- VCI—Virtual channel identifier
- CellCount—OAM loopback cell count configured on the interface
- TimeOut—Timeout configured on the interface
- SentCellCount—Number of loopback cells sent
- RespCount—Number of loopback response cells received
- Status—Status of the ping
- Ping Cell Count—Cell count configured on the circuit
- Ping Time Out—Timeout, in seconds, configured on the circuit
- No Of Cells Sent—Number of ping cells sent on this circuit
- No Of Response Received—Number of ping responses received on this circuit
- Success Rate—Percentage of successful responses received for pings sent
- round-trip min/max/avg—Minimum, maximum, and average time in milliseconds that it took to receive responses to ping messages sent
- Ping Status—Results of the ping operation
  - Ping Completed—Number of ping requests in the cell count were sent
  - Ping in Progress—Ping is in operation
  - Ping Not Started—Ping operation is not started; you may see this via SNMP
  - Ping Stopped—Ping operation was manually stopped
  - Ping Stopped OAM Down—atm oam flush command was issued when ping was enabled
  - ATM Interface Down—Ping operation is stopped as a result of interface down operational status
- OAM Flow Type—Segment, End-to-end

Example 1—Displays all entries in the router

host1#show atm ping
Interface VPI VCI CellCount TimeOut  SentCellCount  RespCount    Status
--------- --- --- --------- -------  -------------  ----------   -------
ATM 2/1   0   100         5       5              5           5   Ping Completed
ATM 2/1   0   200         5       5              5           5   Ping Completed
ATM 2/2   0   100         5       5              5           5   Ping Completed
ATM 2/2   0   200         5       5              5           5   Ping Completed
% Found 4  Entries in the system

Example 2—Displays entries on an interface

host1#show atm ping 2/1
Interface VPI VCI  CellCount TimeOut  SentCellCount  RespCount    Status
--------- --- ---  --------- -------  -------------  ----------   -------
ATM 2/1   0   100          5       5              5           5   Ping Completed
ATM 2/1   0   200          5       5              5           5   Ping Completed
% Found 2  Entries in this Interface

Example 3—Displays entries on a circuit

host1#show atm ping atm 2/1 0 100 
Ping Cell Count            :5
Ping Time Out              :5secs
No Of Cells Sent           :5
No Of Response Received    :5
Success Rate               :100%
round-trip min/max/avg     :0/10/2 ms
Ping Status                :Completed
Oam Flow Type              :Segment

See show atm ping.

show atm subinterface

Use to display the current state of all ATM subinterfaces, all ATM subinterfaces configured on a specified ATM physical interface, or a specific ATM subinterface.
To specify an ATM subinterface for ERX-7xx models, ERX-14xx models, and ERX-310 routers, use the slot/port.subinterface format.
- slot—Number of the chassis slot
- port—Port number on the I/O module
- subinterface—Number of the subinterface in the range 1–2147483647
To specify an ATM subinterface for the E120 router and the E320 router, use the slot/adapter/port.subinterface format.
- slot—Number of the chassis slot
- adapter—Identifier for the IOA within the E320 chassis, either 0 or 1, where:
  - 0 indicates that the IOA is installed in the right IOA bay (E120 router) or the upper IOA bay (E320 router).
  - 1 indicates that the IOA is installed in the left IOA bay (E120 router) or the lower IOA bay (E320 router).
- port—Port number on the IOA
- subinterface—Number of the subinterface in the range 1–2147483647
To display brief summary information for all ATM subinterfaces, or for ATM subinterfaces configured on a specified ATM physical interface, use the summary keyword.
To display status information only for ATM subinterfaces with a specific operating status, use the status keyword with one of the following status values. (See the Status field description for an explanation of these values.)
- dormant
- dormantLockout
- down
- lowerLayerDown
- notPresent
- up

To display the current state of an ATM subinterface created on the PVC with the specified VPI and VCI values, use the atm slot/port/vpi/vci format (for ERX-7xx models, ERX-14xx models, and ERX-310 routers) or the slot/adapter/port/vpi/vci format (for E120 routers and E320 routers) to identify the ATM subinterface (Example 5).

Note: You can use the atm slot/port/vpi/vci format as an alternative to the atm slot/port.subinterface format with the specific show interface and show subinterface commands to monitor all ATM 1483 subinterfaces (except NBMA interfaces) as well as the upper-layer interfaces configured over an ATM 1483 subinterface. You cannot, however, use the atm slot/port/vpi/vci format to create or modify an ATM 1483 subinterface.

These guidelines also apply to E120 routers and E320 routers when you use the atm slot/adapter/port/vpi/vci format as an alternative to the atm slot/adapter/port.subinterface format.

For more information, see Creating a Basic Configuration.
Field descriptions
- Interface—Interface identifier
- ATM-Prot—One of the following ATM protocol types:
  - RFC-1483—Multiprotocol encapsulation over AAL5
  - NBMA—Nonbroadcast multiaccess interface
  - ATM/MPLS—Local ATM passthrough interface
- VCD—Virtual circuit descriptor
- VPI—Virtual path identifier
- VCI—Virtual circuit (or channel) identifier
- Circuit Type—Type of circuit: PVC
- Encap—Administered encapsulation method based on what was configured with the atm pvc command
- MTU—Maximum transmission unit size for the interface
- Status—One of the following ATM 1483 subinterface states:
  - absent—Represents the notPresent state and indicates that, although the SRP detects the ATM 1483 subinterface, the module on which the subinterface resides has not completed booting up, has failed, or is disabled.
  - dormant—Indicates that the ATM 1483 subinterface is performing autodetection of one or more upper-layer encapsulation types and is waiting to receive a packet of that type on a lower-layer interface. An ATM 1483 subinterface transitions from the dormant state to the up state when the router receives a valid packet of the specified encapsulation type on the interface.
  - dormantLockout—Indicates that a dormant ATM 1483 subinterface has one or more upper-layer encapsulation types currently undergoing encapsulation type lockout. An ATM 1483 subinterface transitions from the dormantLockout state to the dormant state when the lockout time expires for all upper-layer encapsulation types undergoing lockout. An ATM 1483 subinterface transitions from the dormantLockout state to the up state when the router receives a valid packet for an encapsulation type that is configured for autodetection but is not undergoing lockout.
  - down—Indicates that the ATM 1483 subinterface is administratively disabled or has a circuit that is down or not configured.
  - lowerLayerDown—Indicates that a lower-layer interface below the ATM 1483 subinterface is down.
  - up—Indicates that the ATM 1483 subinterface is up and able to transfer data. For an ATM 1483 subinterface that supports one or more dynamic upper-layer interfaces, indicates that the router has created the dynamic upper-layer interface or is in the process of creating it.
- Interface Type—Type of ATM 1483 subinterface: dynamic or static
- Auto configure status—Setting of the autoconfiguration feature
  - dynamic—Autodetection is on; the router automatically detects the next upper interface
  - static—Autodetection is off
- Auto configure interface(s)—Types of dynamic upper interfaces configured with the auto-configure command: bridged Ethernet, IP, PPP, or PPPoE
- Detected 1483 encapsulation—If the encapsulation type is set to aal5autoconfig, displays the 1483 encapsulation type detected on the subinterface (displays AUTO until a packet is detected)
- Detected dynamic interface—Type of dynamic upper interface detected during autoconfiguration: bridged Ethernet, IP, PPP, PPPoE, or (if no packet has been received) none
- Interface types in lockout—Encapsulation types currently experiencing lockout: bridged Ethernet, IP, PPP, PPPoE, or none
- Lockout state (seconds)—Settings of encapsulation type lockout for the upper-layer encapsulation type indicated
  - Min—Minimum lockout time, in seconds
  - Max—Maximum lockout time, in seconds
  - Current—Current lockout time, in seconds; displays 0 (zero) if lockout is not occurring
  - Elapsed—Time elapsed into the lockout time, in seconds; displays 0 (zero) if lockout is not occurring
  - Next—Lockout time for the router to use for the next lockout event, in seconds
- Assigned profile—For each dynamic interface type, indicates whether or not a profile is assigned and, if assigned, displays the profile name
- Interface Alias—Text description or alias if configured for the subinterface
- Subscriber info—Subscriber login information for the specified dynamic interface type (bridged Ethernet or IP)
- Assigned VC Class—Name of the VC class assigned to this subinterface, if configure
- SNMP trap link-status—Trap link status: enabled or disabled
- Advisory receive speed—Configured receive speed, in Kbps, for the dynamic ATM 1483 subinterface. The E-series LAC sends this value to the LNS in the RX Connect-Speed AVP [38].
- InPackets—Number of packets received on this interface
- InBytes—Number of bytes received on this interface
- OutPackets—Number of packets transmitted on this interface
- OutBytes—Number of bytes transmitted on this interface
- InErrors—Number of errors received on this interface
- OutErrors—Number of outgoing errors on this interface
- InPacketDiscards—Number of incoming packets discarded on this interface
- InPacketsUnknownProtocol—Number of incoming packets with an unknown protocol type
- OutDiscards—Number of outgoing packets discarded on this interface

Example 1—Displays the current state of all ATM subinterfaces

host1#show atm subinterface
                                 Circuit                           Interface
 Interface  ATM-Prot VCD VPI VCI  Type   Encap MTU      Status       Type
----------- -------- --- --- --- ------- ----- ---- -------------- ---------
ATM 2/0.101 RFC-1483 101   0 101 PVC     AUTO  9180 dormantLockout Static
ATM 2/0.102 RFC-1483 102   0 102 PVC     AUTO  9180 up             Dynamic
ATM 2/0.103 RFC-1483 103   0 103 PVC     AUTO  9180 dormant        Static
3 interface(s) found

Example 2—Displays summary information for all ATM subinterfaces shown in Example 1

host1#show atm subinterface summary
3 subinterfaces: 1 up, 0 down, 
1 dormant, 1 dormantLockout,
0 lowerLayerDown, 0 not present

Example 3—Displays status information about the current state of all ATM subinterfaces in the dormantLockout state

host1#show atm subinterface status dormantLockout
                                 Circuit                           Interface
 Interface  ATM-Prot VCD VPI VCI  Type   Encap MTU      Status       Type
----------- -------- --- --- --- ------- ----- ---- -------------- ---------
ATM 2/0.101 RFC-1483 101   0 101 PVC     AUTO  9180 dormantLockout Static
1 interface(s) found

Example 4—Displays the current state of a specific ATM subinterface

host1#show atm subinterface atm 2/0.101
                                 Circuit                           Interface
 Interface  ATM-Prot VCD VPI VCI  Type   Encap MTU      Status       Type
----------- -------- --- --- --- ------- ----- ---- -------------- ---------
ATM 2/0.101 RFC-1483 101   0 101 PVC     AUTO  9180 dormantLockout Static

Auto configure status         : dynamic
Auto configure interface(s)   : IP  bridgedEthernet  PPP  PPPoE
Detected 1483 encapsulation   : AUTO
Detected dynamic interface    : none
Interface types in lockout    : IP
Lockout state (seconds)       : Min Max  Current Elapsed Next
------------------------------- --- ---- ------- ------- ----
IP                                1   30      16       7   30
BridgedEnet                     900 3600       0       0  900
PPP                               1  300       0       0    1
PPPoE                             1  300       0       0    1

Assigned profile (IP)         : ipoa
Assigned profile (BridgedEnet): beth
Assigned profile (PPP)        : ppptest
Assigned profile (PPPoE)      : pppoetest
Assigned profile (any)        : none assigned

Interface Alias: atm20101

BridgedEnet subscriber info   :
Username: elaine@jpeterman.com
Password: putty
Authenticate: enabled

Assigned VC class             : premium-subscriber-class
SNMP trap link-status: disabled

InPackets:                0
InBytes:                  1904
OutPackets:               0
OutBytes:                 0
InErrors:                 0
OutErrors:                0
InPacketDiscards:         14
InPacketsUnknownProtocol: 0
OutDiscards:              0
1 interface(s) found

Example 5—Displays the current state of a specific ATM subinterface created on the PVC with the specified VPI and VCI values

host1#show atm subinterface atm 0/0/0/101
                                 Circuit                   Interface
Interface   ATM-Prot VCD VPI VCI  Type   Encap MTU  Status   Type
----------- -------- --- --- --- ------- ----- ---- ------ ---------
ATM 0/0.101 RFC-1483 101   0 101 PVC     AUTO  9180 up     Static

Auto configure status         : dynamic
Auto configure interface(s)   : PPPoE
Detected 1483 encapsulation   : SNAP
Detected dynamic interface    : PPPoE
Interface types in lockout    : none

Lockout state (seconds)       : Min Max Current Elapsed Next
------------------------------- --- --- ------- ------- ----
PPPoE                             1 300       0       0    1

Assigned profile (IP)         : none assigned
Assigned profile (BridgedEnet): none assigned
Assigned profile (PPP)        : none assigned
Assigned profile (PPPoE)      : pppoeprofile
Assigned profile (any)        : none assigned

Assigned VC class             : dsl-subscriber-class
SNMP trap link-status: disabled

Advisory receive speed: 2000

InPackets:                5119
InBytes:                  358672
OutPackets:               5107
OutBytes:                 357510
InErrors:                 0
OutErrors:                0
InPacketDiscards:         3
InPacketsUnknownProtocol: 0
OutDiscards:              0
1 interface(s) found

See show atm subinterface.

show atm vc

Use to display a summary of all configured ATM virtual circuits (VCs) and reserved VC ranges.
You can specify one or more of the following keywords individually or in combination:
- vpi—Displays VCs on a specific VPI
- category—Displays VCs that have a specific service category
- status—Displays VCs with a certain status
You can also specify the reserved keyword with no other keywords to display only a summary of all reserved VC ranges on the router. This includes VPI/VCI ranges reserved for use by dynamic ATM 1483 subinterfaces and by MPLS.
Field descriptions
- Interface—Interface number
- VPI—Virtual path identifier
- VCI—Virtual channel identifier
- VCD—Virtual circuit descriptor
- Type—Type of circuit: PVC
- Encap—Encapsulation method: AUTO, AAL5, AAL0, MUX, SNAP, ILMI, F4-OAM
- Category—Service type configured on the VC: UBR, UBR-PCR, NRT-VBR, RT-VBR, or CBR
- Rx/Tx Peak—Peak rate, in Kbps
- Rx/Tx Avg—Average rate, in Kbps
- Rx/Tx Burst—Maximum number of cells that can be burst at the peak cell rate
- Status—State of the virtual circuit: Up or Down
- Start VPI—Starting virtual path identifier (inclusive) of the reserved VC range
- Start VCI—Starting virtual circuit identifier (inclusive) of the reserved VC range
- End VPI—Ending virtual path identifier (inclusive) of the reserved VC range
- End VCI—Ending virtual circuit identifier (inclusive) of the reserved VC range

Example 1—Displays all VCs and reserved VC ranges on the router

host1#show atm vc
                                      Cate Rx/Tx Rx/Tx Rx/Tx Sta
Interface    VPI VCI  VCD  Type Encap gory Peak   Avg  Burst tus
------------ --- ---- ---- ---- ----- ---- ----- ----- ----- ---
ATM 3/0.2      0 101  4375 PVC  AUTO  CBR   1000     0     0 UP
ATM 3/0.3      0 102  4376 PVC  AUTO  CBR   1000     0     0 DOWN
...
ATM 3/0.8099   1 8099 8099 PVC  SNAP  UBR      0     0     0 UP
ATM 3/0.8100   1 8100 8100 PVC  SNAP  UBR      0     0     0 DOWN
8000 circuit(s) found
Reserved VCC ranges:

          Start Start End End
Interface  VPI   VCI  VPI VCI
--------- ----- ----- --- ---
ATM 2/0       2   100   2 102
ATM 2/0       3   300   3 303
2 reservation(s) found

Example 2—Displays VCs with a VPI of zero (0)

host1#show atm vc vpi 0
                                      Cate Rx/Tx Rx/Tx Rx/Tx Sta
Interface    VPI VCI  VCD  Type Encap gory Peak   Avg  Burst tus
------------ --- ---- ---- ---- ----- ---- ----- ----- ----- ---
ATM 3/0.2      0 101  4375 PVC  AUTO  CBR   1000     0     0 UP
ATM 3/0.3      0 102  4376 PVC  AUTO  CBR   1000     0     0 DOWN
2 circuit(s) found that match filter criteria

Example 3—Displays VCs with a VPI of 1 (one) that are assigned the service category UBR

host1#show atm vc vpi 1 category ubr
                                      Cate Rx/Tx Rx/Tx Rx/Tx Sta
Interface    VPI VCI  VCD  Type Encap gory Peak   Avg  Burst tus
------------ --- ---- ---- ---- ----- ---- ----- ----- ----- ---
ATM 3/0.8099   1 8099 8099 PVC  SNAP  UBR      0     0     0 UP
ATM 3/0.8100   1 8100 8100 PVC  SNAP  UBR      0     0     0 DOWN
2 circuit(s) found that match filter criteria

Example 4—Displays VCs with a VPI of 0 (zero) and a service category of CBR that have a status of up

host1#show atm vc vpi 0 category cbr status up
                                      Cate Rx/Tx Rx/Tx Rx/Tx Sta
Interface    VPI VCI  VCD  Type Encap gory Peak   Avg  Burst tus
------------ --- ---- ---- ---- ----- ---- ----- ----- ----- ---
ATM 3/0.2      0 101  4375 PVC  AUTO  CBR   1000     0     0 UP
1 circuit(s) found that match the filter criteria

Example 5—Displays all reserved VC ranges on the router

host1#show atm vc reserved
Reserved VCC ranges:

          Start Start End End
Interface  VPI   VCI  VPI VCI
--------- ----- ----- --- ---
ATM 2/0       2   100   2 102
ATM 2/0       3   300   3 303
2 reservation(s) found

See show atm vc.

show atm vc atm

Use to display information about a specific VC.
To specify the circuit to display, do one of the following:
- Enter the VCD.
- Use the vpi-vci keyword and enter the VPI and VCI.
- Enter the description configured for the ATM 1483 subinterface (with the atm atm1483 description command) on which the VC resides.
Field descriptions
- VCD—Virtual circuit descriptor
- VPI—Virtual path identifier
- VCI—Virtual channel identifier
- Encap—Encapsulation method
- Service Type—Service type configured on the VC: UBR, UBR-PCR, NRT-VBR, RT-VBR, CBR
- Inverse ARP enable—Whether or not Inverse ARP is enabled: yes, no
- Assigned VC class—Name of the VC class assigned to this VC, if configured
- InPackets—Number of packets received on this circuit
- InBytes—Number of bytes received on this circuit
- InCells—Number of ATM cells received on this circuit
- OutPackets—Number of packets transmitted on this circuit
- OutBytes—Number of bytes transmitted on this circuit
- OutCells—Number of ATM cells transmitted on this circuit
- InErrors—Number of errors received on this circuit
- OutErrors—Number of outgoing errors on this circuit
- InPacketDiscards—Number of incoming packets discarded on this circuit
- InPacketUnknownProtocol—Number of incoming packets with an unknown protocol type
- InByteDiscards—Number of incoming bytes discarded on this circuit
- CrcErrors—Number of CRC errors detected on this circuit
- SAR time-outs—Number of segmentation and reassembly (SAR) timeouts reached on this circuit
- Over-sized SDUs—Number of oversized service data units (SDUs) received on this circuit
- Alarm drop count—Number of successive alarm cells that the router receives before reporting that the PVC is down
- Alarm clear timeout—Number of seconds that the router waits before reporting that the PVC is up after the PVC stops receiving alarm cells
- OAM VC verification—Whether OAM verification is enabled or disabled
- OAM loopback cell status:
  - disabled—VC integrity disabled for VC
  - sent—OAM loopback cell sent; waiting for response
  - received—OAM loopback cell response received
  - failed—OAM loopback reply not received within frequency period, or reply contained a bad correlation tag
- OAM VC status:
  - AIS—VC is in AIS state
  - RDI—VC is in RDI state
  - Down Retry—OAM loopback failed; using retry frequency to verify that the VC is really down
  - Down—OAM loopback failed after Down Retry verification
  - Up Retry—OAM loopback successful; using retry frequency to verify that the VC is really up
  - Up—OAM loopback successful after Up Retry verification
  - Not Managed—VC integrity is not enabled; for more information about this status value, see Automatic Disabling of F5 OAM Services
- OAM loopback frequency—Frequency with which OAM loopback cells are transmitted (when enabled), in seconds
- OAM up retry count—Number of consecutive successfully looped OAM cells required to mark the VC as Up
- OAM down retry count—Number of consecutive unsuccessfully looped OAM cells required to mark the VC as Down
- OAM loopback retry frequency—Frequency with which OAM cells are transmitted in verification mode, in seconds
- OAM CC verification—Whether CC verification is enabled or disabled
- OAM CC Type—Whether the VC is a sink or a source, or both sink and source end point
- OAM CC Flow Type—End-to-end or segment
- OAM Current CC state
  - Ready—OAM CC is not enabled
  - Active—OAM CC cell flow is running
  - Activation Failed—OAM CC activation failed
  - Wait Activate—Waiting for interface to come up before the software sends the activation request
  - Wait Activation Confirmation—Waiting for activation confirmation from the peer
  - Wait DeActivate—Waiting for interface to come up before the software sends the deactivation request
  - Wait DeActivation Confirmation—Waiting for deactivation confirmation from the peer
- InOamF5Cells—Number of F5 OAM cells received on this circuit
- InOamCellDiscards—Number of received OAM cells that were dropped; dropped cells include unsupported and invalid F5 cells. The InOamCellDiscards counter is not incremented after an OAM flush is performed with the atm oam flush command. For more information about the InOamCellDiscards counter, see Rate Limiting for F5 OAM Cells.
- InF5EndLoopCells—Total number of F5 end-to-end loopback cells received on this circuit, which is the sum of the following counts:
  - InF5EndLoopCommands—Number of F5 end-to-end loopback commands received
  - InF5EndLoopResponses—Number of F5 end-to-end loopback responses received
- InF5SegLoopCells—Total number of F5 segment loopback cells received on this circuit, which is the sum of the following counts:
  - InF5SegLoopCommands—Number of F5 segment loopback commands received
  - InF5SegLoopResponses—Number of F5 segment loopback responses received
- InF5EndAisCells—Number of F5 end-to-end AIS cells received on this circuit
- InF5SegAisCells—Number of F5 segment AIS cells received on this circuit
- InF5EndRdiCells—Number of F5 end-to-end RDI cells received on this circuit
- InF5SegRdiCells—Number of F5 segment RDI cells received on this circuit
- InF5EndCCActDeActCells—Number of F5 end-to-end activation and deactivation CC cells received on this circuit
- InF5SegCCActDeActCells—Number of F5 segment activation and deactivation CC cells received on this circuit
- InF5EndCCCells—Number of F5 end-to-end CC cells received on this circuit
- InF5SegCCCells—Number of F5 segment CC cells received on this circuit
- OutOamF5Cells—Number of F5 OAM cells transmitted on this circuit
- OutF5EndLoopCells—Total number of F5 end-to-end loopback cells transmitted on this circuit, which is the sum of the following counts:
  - OutF5EndLoopCommands—Number of F5 end-to-end loopback commands transmitted
  - OutF5EndLoopResponses—Number of F5 end-to-end loopback responses transmitted
- OutF5SegLoopCells—Total number of F5 segment loopback cells transmitted on this circuit, which is the sum of the following counts:
  - OutF5SegLoopCommands—Number of F5 segment loopback commands transmitted
  - OutF5SegLoopResponses—Number of F5 segment loopback responses transmitted
- OutF5EndRdiCells—Number of F5 end-to-end RDI cells transmitted on this circuit
- OutF5SegRdiCells—Number of F5 segment RDI cells transmitted on this circuit
- OutF5EndCCActDeActCells—Number of F5 end-to-end activation and deactivation CC cells transmitted on this circuit
- OutF5SegCCActDeActCells—Number of F5 segment activation and deactivation CC cells transmitted on this circuit
- OutF5EndCCCells—Number of F5 end-to-end CC cells transmitted on this circuit
- OutF5SegCCCells—Number of F5 segment CC cells transmitted on this circuit
- Circuit is Up/Down—Status of the circuit and time since the status of the circuit last changed

Example 1—Displays statistics for the VC with a VPI of 46 and a VCI of 47

host1#show atm vc atm 2/0 vpi-vci 46 47
ATM 2/0.1.1: VCD: 45, VPI: 46, VCI: 47, Encap: AAL5-AUTO
Service Type: Ubr
Inverse ARP enable:No
Assigned VC class :premium-subscriber-class
InPackets:         0
InBytes:           0
InCells:           0
OutPackets:        0
OutBytes:          0
OutCells:          0
InErrors:          0
OutErrors:         0
InPacketDiscards:  0
InPacketUnknownProtocol: 0
InByteDiscards:    0
CrcErrors:         0
SAR time-outs:     0
Over-sized SDUs:   0
Alarm drop count:  1
Alarm clear timeout:3
OAM VC verification: enabled
OAM loopback cell status: sent
OAM VC status: up
OAM loopback frequency: 10 second interval
OAM up retry count: 3, OAM down retry count: 5
OAM loopback retry frequency: 1 second interval
OAM CC verification: disabled
InOamF5Cells:      258
InOamCellDiscards: 12598
InF5EndLoopCells:  258
  InF5EndLoopCommands:    50
  InF5EndLoopResponses:   208
InF5SegLoopCells:  46
  InF5SegLoopCommands:    17
  InF5SegLoopResponses:   29
InF5EndAisCells:        49
InF5SegAisCells:        0
InF5EndRdiCells:        0
InF5SegRdiCells:        0
InF5EndCCActDeActCells: 0
InF5SegCCActDeActCells: 0
InF5EndCCCells:         0
InF5SegCCCells:         0
OutOamF5Cells:     258
OutF5EndLoopCells: 258
  OutF5EndLoopCommands:    208
  OutFEndLoopResponses:    50
OutF5SegLoopCells: 48
  OutF5SegLoopCommands:    19
  OutF5SegLoopResponses:   29
OutF5EndRdiCells:       50
OutF5SegRdiCells:       0
OutF5EndCCActDeActCells:1
OutF5SegCCActDeActCells:0
OutF5EndCCCells:        1
OutF5SegCCCells:        0

Circuit is Up, time since last change: 5 days, 23 hours

Example 2—Displays statistics for the VC that resides on the ATM 1483 subinterface configured with the specified description (myAtm301)

host1#show atm vc myAtm301
ATM3/0.1: VCD: 10, VPI: 5, VCI: 100, Encap: SNAP
Service Type: Ubr
Assigned VC class         :dsl-subscriber-class
InPackets:                 0
InBytes:                   0
InCells:                   0
OutPackets:                0
OutBytes:                  0
OutCells:                  0
InErrors:                  0
OutErrors:                 0
InPacketDiscards:          0
InPacketUnknownProtocol:   0
InByteDiscards:            0
CrcErrors:                 0
SAR time-outs:             0
Over-sized SDUs:           0
Alarm drop count:          1
Alarm clear timeout:       3
OAM VC verification:       disabled
OAM VC status:             not managed
OAM CC verification:       disabled
InOamF5Cells:              0
InOamCellDiscards:         384723
InF5EndLoopCells:          0
  InF5EndLoopCommands:     0
  InF5EndLoopResponses:    0
InF5SegLoopCells:          0
  InF5SegLoopCommands:     0
  InF5SegLoopResponses:    0
InF5EndAisCells:           0
InF5SegAisCells:           0
InF5EndRdiCells:           0
InF5SegRdiCells:           0
InF5EndCCActDeActCells:    0
InF5SegCCActDeActCells:    0
InF5EndCCCells:            0
InF5SegCCCells:            0
OutOamF5Cells:             0
OutF5EndLoopCells:         0
  OutF5EndLoopCommands:    0
  OutFEndLoopResponses:    0
OutF5SegLoopCells:         0
  OutF5SegLoopCommands:    0
  OutF5SegLoopResponses:   0
OutF5EndRdiCells:          0
OutF5SegRdiCells:          0
OutF5EndCCActDeActCells:   0
OutF5SegCCActDeActCells:   0
OutF5EndCCCells:           0
OutF5SegCCCells:           0

Circuit is DOWN, time since last change: 02:25:52

See show atm vc atm.

show atm vc-class

Use to display information about the VC classes configured on the router.
To display only the names of all VC classes configured on the router, use the command with no keywords.
To display detailed configuration information about a particular VC class, specify the name of the VC class.
To display the settings for parameters in the VC class that are configured with default values, use the include-defaults keyword.
Field descriptions
- Encapsulation Type—Encapsulation method configured in the VC class: AUTO, AAL5, AAL0, MUX, SNAP
- Service Category—Service category configured in the VC class: UBR, UBR-PCR, NRT-VBR, RT-VBR, CBR
- Peak Cell Rate—Peak cell rate (PCR), in Kbps, configured for the service category
- OAM VC Integrity—Status of F5 OAM VC integrity features on the PVC: enabled or disabled
- OAM VC Integrity loop-back timer—Number of seconds the router waits between the transmission of loopback cells during normal operation
- OAM VC Integrity Up Retry Count—Number of successive loopback cell responses that the router receives before reporting that a PVC is up
- OAM VC Integrity Down Retry Count—Number of successive loopback cell responses that the router misses before reporting that a PVC is down
- OAM VC Integrity Retry Frequency—Number of seconds that the router waits between the transmission of loopback cells when it is verifying the state of a PVC
- OAM alarm down count—Number of successive alarm cells that the router receives before reporting that a PVC is down
- OAM alarm clear time out—Number of seconds that the router waits before reporting that a PVC is up after the PVC has stopped receiving alarm cells
- OAM continuity check—Status of F5 OAM continuity check verification on the PVC: enabled or disabled
- Inverse ARP—Status of Inverse ARP (InARP) on the PVC: enabled or disabled

Example 1

host1#show atm vc-class
premium-subscriber-class
dsl-subscriber-class
found 2 VC class entrie(s) in the system

Example 2

host1#show atm vc-class premium-subscriber-class
Encapsulation Type                  :AUTO
Service Category                    :CBR
Peak Cell Rate                      :200 kbps
OAM VC Integrity                    :enabled
OAM VC Integrity loop-back timer    :60 seconds
OAM alarm down count                :5

Example 3

host1#show atm vc-class premium-subscriber-class include-defaults
Encapsulation Type                  :AUTO
Service Category                    :CBR
Peak Cell Rate                      :200 kbps
OAM VC Integrity                    :enabled
OAM VC Integrity loop-back timer    :60 seconds
OAM VC Integrity Up Retry Count     :3
OAM VC Integrity Down Retry Count   :5
OAM VC Integrity Retry Frequency    :1
OAM alarm down count                :5
OAM alarm clear time out            :3 seconds
OAM continuity check                :disabled
Inverse ARP                         :disabled

See show atm vc-class.

show atm vp

Use to display detailed statistics for a specific ATM VP configured on the router.
Field descriptions
- ServiceCategory—Service type on the VP tunnel, if configured: UBR, UBR-PCR, VBR-NRT, VBR-RT, or CBR
- Peak Cell Rate—Peak cell rate in kilobits per second, if a VP tunnel is configured
- Maximum VCI per VPI—Maximum number of virtual circuits on each virtual path
- Current VCs—Number of VCs currently configured on the router
- InPackets—Number of packets received
- InBytes—Number of bytes received
- InCells—Number of ATM cells received
- OutPackets—Number of packets transmitted
- OutBytes—Number of bytes transmitted
- OutCells—Number of ATM cells transmitted
- InErrors—Number of packets with errors received
- OutErrors—Number of packets not transmitted on this VP due to errors
- InPacketDiscards—Number of incoming packets discarded
- InPacketUnknownProtocol—Number of incoming packets with an unknown protocol type
- InByteDiscards—Number of incoming bytes discarded
- CrcErrors—Number of CRC errors detected
- SAR time-outs—Number of segmentation and reassembly (SAR) timeouts reached
- Over-sized SDUs—Number of oversized service data units (SDUs) received
- The following fields appear only if F4 OAM is enabled on the VP:
  - Sending End to End Loopback Cells—Enabled, Disabled
  - End to End OAM CC verification—Enabled, Disabled
  - VP State—State of the VP: up, down
  - VP Oam State—OAM state of the VP: not managed (normal OAM state with no OAM fault conditions), AIS, RDI
  - InOamF4EndCells—Number of F4 end-to-end cells received
  - InOamF4EndCellsDropped—Number of incoming F4 end-to-end cells that were dropped
  - InOamF4EndLoopbackCells—Number of F4 end-to-end loopback cells received
  - InOamF4EndLoopbackCommands—Number of F4 end-to-end loopback commands received
  - InOamF4EndLoopbackResponses—Number of F4 end-to-end loopback responses received
  - InOamF4EndAisCells—Number of F4 end-to-end AIS cells received
  - InOamF4EndRdiCells—Number of F4 end-to-end RDI cells received
  - InOamF4EndCCActDeActCells—Number of F4 end-to-end activation or deactivation CC cells received
  - InOamF4EndCCCells—Number of F4 end-to-end CC cells received
  - OutOamF4EndCells—Number of F4 end-to-end CC cells transmitted
  - OutOamF4EndLoopbackCells—Number of F4 end-to-end loopback cells transmitted
  - OutOamF4EndLoopbackCommands—Number of F4 end-to-end loopback commands transmitted
  - OutOamF4EndLoopbackResponses—Number of F4 end-to-end loopback responses transmitted
  - OutOamF4EndRdiCells—Number of F4 end-to-end RDI cells transmitted
  - OutOamF4EndCCActDeActCells—Number of F4 end-to-end activation or deactivation CC cells transmitted
  - OutOamF4EndCCCells—Number of F4 end-to-end CC cells transmitted
  - Time since last status change—Time since last reported change to the end-to-end OAM circuit status
  - Segment OAM CC verification—Enabled or Disabled
  - VP State—State of the VP: up, down
  - VP Oam State—OAM state of the VP: not managed (normal OAM state with no OAM fault conditions), AIS, RDI
  - InOamF4SegmentCells—Number of F4 segment cells received
  - InOamF4SegmentCellsDropped—Number of incoming F4 segment cells that were dropped
  - InOamF4SegmentLoopbackCells—Number of F4 segment loopback cells received
  - InOamF4SegmentLoopbackCommands—Number of F4 segment loopback commands received
  - InOamF4SegmentLoopbackResponses—Number of F4 segment loopback responses received
  - InOamF4SegCCActDeActCells—Number of F4 segment activation or deactivation CC cells received
  - InOamF4SegCCCells—Number of F4 segment CC cells received
  - OutOamF4SegmentCells—Number of F4 segment cells transmitted
  - OutOamF4SegmentLoopbackCells—Number of F4 segment loopback cells transmitted
  - OutOamF4SegmentLoopbackCommands—Number of F4 segment loopback commands transmitted
  - OutOamF4SegmentLoopbackResponses—Number of F4 segment loopback responses transmitted
  - OutOamF4SegRdiCells—Number of F4 segment RDI cells transmitted
  - OutOamF4SegCCActDeActCells—Number of F4 segment activation or deactivation CC cells transmitted
  - OutOamF4SegCCCells—Number of F4 segment CC cells transmitted
  - Time since last status change—Time since last reported change to the segment OAM circuit status
- VP Description—Text description for this VP, if configured

Example

host1#show atm vp atm 12/0 1
Maximum VCI per VPI: 65535     Current VCs: 3
InPackets                        :1604710953
InBytes                          :205403001984
InCells                          :519165564
OutPackets                       :1604632002
OutBytes                         :205392896256
OutCells                         :4813896006
InErrors                         :0
OutErrors                        :0
InPacketDiscards                 :0
InPacketUnknownProtocol          :0
InByteDiscards                   :0
CrcErrors                        :0
SAR time-outs                    :0
Over-sized SDUs                  :0
Sending End To End Loopback Cells Disabled:
End To End OAM CC verification Disabled
VP State                         :up
VP Oam State                     :not managed
InOamF4EndCells                  :0
InOamF4EndCellsDropped           :0
InOamF4EndLoopbackCells          :0
  InOamF4EndLoopbackCommands       :0
  InOamF4EndLoopbackResponses      :0
InOamF4EndAisCells               :0
InOamF4EndRdiCells               :0
InOamF4EndCCActDeActCells        :0
InOamF4EndCCCells                :0
OutOamF4EndCells                 :0
OutOamF4EndLoopbackCells         :0
  OutOamF4EndLoopbackCommands      :0
  OutOamF4EndLoopbackResponses     :0
OutOamF4EndRdiCells              :0
OutOamF4EndCCActDeActCells       :0
OutOamF4EndCCCells               :0
Time since last status change    :08:48:43
Segment OAM CC verification Disabled
VP State                         :up
VP Oam State                      :not managed
InOamF4SegmentCells              :0
InOamF4SegmentCellsDropped       :0
InOamF4SegmentLoopbackCells      :0
  InOamF4SegmentLoopbackCommands   :0
  InOamF4SegmentLoopbackResponses  :0
InOamF4SegCCActDeActCells        :0
InOamF4SegCCCells                :0
OutOamF4SegmentCells             :0
OutOamF4SegmentLoopbackCells     :0
  OutOamF4SegmentLoopbackCommands  :0
  OutOamF4SegmentLoopbackResponses :0
OutOamF4SegRdiCells              :0
OutOamF4SegCCActDeActCells       :0
OutOamF4SegCCCells               :0
Time since last status change    :08:48:44
VP Description: ATM-12/0-VPI-1

See show atm vp.

show atm vp-description

Use to display VP descriptions configured using the atm vp-description command.
To display all VP descriptions configured on the router, issue the command without an ATM identifier or VPI number (Example 1).
To display all VP descriptions for a particular ATM interface, specify the ATM interface identifier without the VPI number (Example 2).
To display the VP description for a particular VPI, specify both the ATM interface identifier and the VPI number (Example 3).
Field descriptions
- Interface—ATM interface identifier
- VPI—Virtual path identifier
- Description—Text description configured for the VP

Example 1—Displays all VP descriptions configured on the router

host1#show atm vp-description
Interface    VPI    Description
ATM 2/0      0      atm20Vpi0Subscribers
ATM 2/0      1      atm20Vpi1Subscribers
ATM 2/1      0      atm21Vpi0Subscribers

Example 2—Displays all VP descriptions for the specified ATM interface

host1#show atm vp-description atm 2/0
Interface    VPI    Description
ATM 2/0      0      atm20Vpi0Subscribers
ATM 2/0      1      atm20Vpi1Subscribers

Example 3—Displays the VP description for the specified VPI

host1#show atm vp-description atm 2/0 1
Interface    VPI    Description
ATM 2/0      1      atm20Vpi1Subscribers

See show atm vp-description.

show atm vp-tunnel

Use to display a summary of all configured ATM virtual path tunnels.
Field descriptions
- Intfc—Interface number
- VPI—Virtual path identifier
- Type—VP tunnel traffic management type
- Kbps—Rate, in Kbps
- Description—Text description for the VP, if configured

Example

host1#show atm vp-tunnel 9/1
Intfc    VPI  Type  Kbps    Description
ATM 9/1  2    Cbr   4096    atm91Vpi2Subscribers

See show atm vp-tunnel.

show mpls cross-connects atm

Use to display all ATM cross-connects (passthrough connections between local subinterfaces).
See section Monitoring ATM Cross-Connects for Layer 2 Services over MPLS in JUNOSe BGP and MPLS Configuration Guide for information about using the show mpls cross-connects atm command.
See show mpls cross-connects atm.

show nbma arp

Use to display ARP table entries for ATM NBMA interfaces.
Field descriptions
- IP Address—IP address of the entry
- VPI/VCI—VPI and VCI of the entry
- Interface—Interface specifier of the entry

Example

host1#show nbma arp
                NBMA ARP Table Entries
IP Address              VPI/VCI         Interface
1.1.1.2                 0/100           4/1
2.2.2.2                 0/101           4/1

See show nbma arp.

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