interface

interface name string 
+  admin-state keyword
+  breakout-mode
   +  channel-speed keyword
   +  num-channels keyword
+  description string
+  ethernet
   +  aggregate-id reference
   +  auto-negotiate boolean
   +  duplex-mode keyword
   +  flow-control
      +  receive boolean
   +  hold-time
      +  down number
      -  down-expires string
      +  up number
      -  up-expires string
   -  hw-mac-address string
   +  l2cp-transparency
      +  dot1x
         -  oper-rule keyword
         +  tunnel boolean
      +  lacp
         -  oper-rule keyword
         +  tunnel boolean
      +  lldp
         -  oper-rule keyword
         +  tunnel boolean
      +  ptp
         -  oper-rule keyword
         +  tunnel boolean
      +  tunnel-all-l2cp boolean
      +  xstp
         -  oper-rule keyword
         +  tunnel boolean
   +  lacp-port-priority number
   -  physical-medium keyword
   +  port-speed keyword
   +  reload-delay number
   -  reload-delay-expires string
   +  standby-signaling keyword
   -  statistics
      -  in-1024b-to-1518b-frames number
      -  in-128b-to-255b-frames number
      -  in-1519b-or-longer-frames number
      -  in-256b-to-511b-frames number
      -  in-512b-to-1023b-frames number
      -  in-64b-frames number
      -  in-65b-to-127b-frames number
      -  in-crc-error-frames number
      -  in-fragment-frames number
      -  in-jabber-frames number
      -  in-mac-pause-frames number
      -  in-oversize-frames number
      -  last-clear string
      -  out-1024b-to-1518b-frames number
      -  out-128b-to-255b-frames number
      -  out-1519b-or-longer-frames number
      -  out-256b-to-511b-frames number
      -  out-512b-to-1023b-frames number
      -  out-64b-frames number
      -  out-65b-to-127b-frames number
      -  out-mac-pause-frames number
   +  storm-control
      +  broadcast-rate number
      +  multicast-rate number
      -  operational-broadcast-rate number
      -  operational-multicast-rate number
      -  operational-unknown-unicast-rate number
      +  units keyword
      +  unknown-unicast-rate number
-  ifindex number
+  lag
   +  lacp
      +  admin-key number
      +  interval keyword
      +  lacp-mode keyword
      +  system-id-mac string
      +  system-priority number
   +  lacp-fallback-mode keyword
   +  lacp-fallback-timeout number
   -  lag-speed number
   +  lag-type keyword
   -  member name reference 
      -  lacp
         -  activity keyword
         -  aggregatable boolean
         -  collecting boolean
         -  distributing boolean
         -  lacp-port-priority number
         -  oper-key number
         -  partner-id string
         -  partner-key number
         -  partner-port-num number
         -  port-num number
         -  statistics
            -  lacp-errors number
            -  lacp-in-pkts number
            -  lacp-out-pkts number
            -  lacp-rx-errors number
            -  lacp-tx-errors number
            -  lacp-unknown-errors number
         -  synchronization keyword
         -  system-id string
         -  timeout keyword
      -  last-change string
      -  microbfd-enabled boolean
      -  oper-down-reason keyword
      -  oper-state keyword
   +  member-speed keyword
   +  min-links number
-  last-change string
+  loopback-mode boolean
+  mtu number
-  oper-down-reason keyword
-  oper-state keyword
+  qos
   +  output
      +  multicast-queue queue-id number 
         -  forwarding-class keyword
         -  queue-depth
            -  last-high-threshold-time string
            -  maximum-burst-size number
         +  scheduling
            -  peak-rate-bps number
            +  peak-rate-percent number
            -  scheduler-node reference
         +  template reference
      +  scheduler
         +  tier level number 
            +  node node-number number 
               +  strict-priority boolean
               +  weight number
      +  unicast-queue queue-id number 
         -  active-queue-management
            -  ecn-slope ecn-drop-probability keyword 
               -  max-probability number
               -  max-threshold-bytes number
               -  min-threshold-bytes number
               -  slope-enabled boolean
            -  wred-slope traffic-type keyword drop-probability keyword 
               -  max-probability number
               -  max-threshold-bytes number
               -  min-threshold-bytes number
               -  slope-enabled boolean
         -  forwarding-class keyword
         -  queue-depth
            -  high-threshold-bytes number
            -  last-high-threshold-time string
            -  maximum-burst-size number
         +  scheduling
            -  peak-rate-bps number
            +  peak-rate-percent number
            -  scheduler-node reference
            +  strict-priority boolean
            +  weight number
         +  template reference
         +  voq-template reference
-  queue-statistics
   -  multicast-queue queue-id number 
      -  final-dropped-octets number
      -  final-dropped-packets number
      -  last-clear string
      -  transmitted-octets number
      -  transmitted-packets number
   -  unicast-queue queue-id number 
      -  final-dropped-octets number
      -  final-dropped-packets number
      -  last-clear string
      -  transmitted-octets number
      -  transmitted-packets number
      -  virtual-output-queue slot number 
         -  dropped-octets
            -  high-drop-probability number
            -  low-drop-probability number
            -  medium-drop-probability number
         -  dropped-packets
            -  high-drop-probability number
            -  low-drop-probability number
            -  medium-drop-probability number
         -  forwarded-octets
            -  high-drop-probability number
            -  low-drop-probability number
            -  medium-drop-probability number
         -  forwarded-packets
            -  high-drop-probability number
            -  low-drop-probability number
            -  medium-drop-probability number
         -  queue-depth
            -  high-threshold-bytes number
            -  last-high-threshold-time string
+  sflow
   +  admin-state keyword
-  statistics
   -  carrier-transitions number
   -  in-broadcast-packets number
   -  in-discarded-packets number
   -  in-error-packets number
   -  in-fcs-error-packets number
   -  in-multicast-packets number
   -  in-octets number
   -  in-unicast-packets number
   -  last-clear string
   -  out-broadcast-packets number
   -  out-discarded-packets number
   -  out-error-packets number
   -  out-mirror-octets number
   -  out-mirror-packets number
   -  out-multicast-packets number
   -  out-octets number
   -  out-unicast-packets number
+  subinterface index number 
   +  acl
      +  input
         +  ipv4-filter reference
         +  ipv6-filter reference
         +  mac-filter reference
      +  output
         +  ipv4-filter reference
         +  ipv6-filter reference
         +  mac-filter reference
   +  admin-state keyword
   +  anycast-gw
      +  anycast-gw-mac string
      -  anycast-gw-mac-origin keyword
      +  virtual-router-id number
   +  bridge-table
      +  discard-unknown-src-mac boolean
      +  mac-duplication
         +  action keyword
         -  duplicate-entries
            -  mac address string 
               -  dup-detect-time string
               -  hold-down-time-remaining (keyword | number)
      +  mac-learning
         +  admin-state keyword
         +  aging
            +  admin-state keyword
         -  learnt-entries
            -  mac address string 
               -  aging (number | keyword)
               -  last-update string
      +  mac-limit
         +  maximum-entries number
         +  warning-threshold-pct number
      -  mac-table
         -  mac address string 
            -  failed-slots number
            -  last-update string
            -  not-programmed-reason keyword
            -  type keyword
      -  statistics
         -  active-entries number
         -  failed-entries number
         -  mac-type type keyword 
            -  active-entries number
            -  failed-entries number
            -  total-entries number
         -  total-entries number
   +  description string
   -  ethernet-segment-association
      -  designated-forwarder boolean
      -  es-managed boolean
      -  ethernet-segment string
   -  ifindex number
   +  ip-mtu number
   +  ipv4
      +  address ip-prefix string 
         +  anycast-gw boolean
         -  origin keyword
         +  primary 
         -  status keyword
      +  allow-directed-broadcast boolean
      +  arp
         +  debug keyword
         +  duplicate-address-detection boolean
         +  evpn
            +  advertise route-type keyword 
               +  admin-tag number
         +  host-route
            +  populate route-type keyword 
               +  admin-tag number
         +  learn-unsolicited boolean
         +  neighbor ipv4-address string 
            -  datapath-programming
               -  last-failed-complexes string
               -  status keyword
            -  expiration-time string
            +  link-layer-address string
            -  origin keyword
         +  proxy-arp boolean
         +  timeout number
         +  virtual-ipv4-discovery
            +  address ipv4-address string 
               +  allowed-macs string
               +  probe-bridged-subinterfaces reference
               +  probe-interval number
               -  statistics
                  -  out-probe-packets number
            -  statistics
               -  out-total-probe-packets number
      +  dhcp-client
         +  trace-options
            +  trace keyword
      +  dhcp-relay
         +  admin-state keyword
         +  gi-address string
         +  network-instance reference
         -  oper-down-reason keyword
         -  oper-state keyword
         +  option keyword
         +  server (ipv4-address | domain-name)
         -  statistics
            -  client-packets-discarded number
            -  client-packets-received number
            -  client-packets-relayed number
            -  server-packets-discarded number
            -  server-packets-received number
            -  server-packets-relayed number
         +  trace-options
            +  trace keyword
         +  use-gi-addr-as-src-ip-addr boolean
      +  dhcp-server
         +  admin-state keyword
         -  oper-state keyword
      -  statistics
         -  in-discarded-packets number
         -  in-error-packets number
         -  in-forwarded-octets number
         -  in-forwarded-packets number
         -  in-matched-ra-packets number
         -  in-octets number
         -  in-packets number
         -  in-terminated-octets number
         -  in-terminated-packets number
         -  last-clear string
         -  out-discarded-packets number
         -  out-error-packets number
         -  out-forwarded-octets number
         -  out-forwarded-packets number
         -  out-octets number
         -  out-originated-octets number
         -  out-originated-packets number
         -  out-packets number
   +  ipv6
      +  address ip-prefix string 
         +  anycast-gw boolean
         -  origin keyword
         +  primary 
         -  status keyword
      +  dhcp-client
         +  trace-options
            +  trace keyword
      +  dhcp-relay
         +  admin-state keyword
         +  network-instance reference
         -  oper-down-reason keyword
         -  oper-state keyword
         +  option keyword
         +  server (ipv6-address | domain-name)
         +  source-address string
         -  statistics
            -  client-packets-discarded number
            -  client-packets-received number
            -  client-packets-relayed number
            -  server-packets-discarded number
            -  server-packets-received number
            -  server-packets-relayed number
         +  trace-options
            +  trace keyword
      +  dhcpv6-server
         +  admin-state keyword
         -  oper-state keyword
      +  neighbor-discovery
         +  debug keyword
         +  duplicate-address-detection boolean
         +  evpn
            +  advertise route-type keyword 
               +  admin-tag number
         +  host-route
            +  populate route-type keyword 
               +  admin-tag number
         +  learn-unsolicited keyword
         +  neighbor ipv6-address string 
            -  current-state keyword
            -  datapath-programming
               -  last-failed-complexes string
               -  status keyword
            -  is-router boolean
            +  link-layer-address string
            -  next-state-time string
            -  origin keyword
         +  proxy-nd boolean
         +  reachable-time number
         +  stale-time number
         +  virtual-ipv6-discovery
            +  address ipv6-address string 
               +  allowed-macs string
               +  probe-bridged-subinterfaces reference
               +  probe-interval number
               -  statistics
                  -  out-probe-packets number
            -  statistics
               -  out-total-probe-packets number
      +  router-advertisement
         +  debug keyword
         +  router-role
            +  admin-state keyword
            +  current-hop-limit number
            +  ip-mtu number
            +  managed-configuration-flag boolean
            +  max-advertisement-interval number
            +  min-advertisement-interval number
            +  other-configuration-flag boolean
            +  prefix ipv6-prefix string 
               +  autonomous-flag boolean
               +  on-link-flag boolean
               +  preferred-lifetime (keyword | number)
               +  valid-lifetime (keyword | number)
            +  reachable-time number
            +  retransmit-time number
            +  router-lifetime number
      -  statistics
         -  in-discarded-packets number
         -  in-error-packets number
         -  in-forwarded-octets number
         -  in-forwarded-packets number
         -  in-matched-ra-packets number
         -  in-octets number
         -  in-packets number
         -  in-terminated-octets number
         -  in-terminated-packets number
         -  last-clear string
         -  out-discarded-packets number
         -  out-error-packets number
         -  out-forwarded-octets number
         -  out-forwarded-packets number
         -  out-octets number
         -  out-originated-octets number
         -  out-originated-packets number
         -  out-packets number
   +  l2-mtu number
   -  last-change string
   +  local-mirror-destination
      +  admin-state keyword
      -  oper-state keyword
   -  mpls
      -  statistics
         -  in-discarded-packets number
         -  in-error-packets number
         -  in-forwarded-octets number
         -  in-forwarded-packets number
         -  in-octets number
         -  in-packets number
         -  last-clear string
         -  out-error-packets number
         -  out-forwarded-octets number
         -  out-forwarded-packets number
         -  out-octets number
         -  out-originated-octets number
         -  out-originated-packets number
         -  out-packets number
   +  mpls-mtu number
   -  name string
   -  oper-down-reason keyword
   -  oper-state keyword
   +  qos
      +  input
         +  classifiers
            +  dot1p reference
            +  dscp reference
            +  ipv4-dscp reference
            +  ipv6-dscp reference
            +  mpls-traffic-class reference
         +  policers
            -  policer index number 
               -  committed-burst-size number
               -  committed-rate-kbps number
               -  maximum-burst-size number
               -  peak-rate-kbps number
               -  statistics
                  -  accepted-octets number
                  -  accepted-packets number
                  -  committed-octets number
                  -  committed-packets number
                  -  dropped-octets number
                  -  dropped-packets number
                  -  exceeding-octets number
                  -  exceeding-packets number
            +  policer-template reference
      +  output
         +  rewrite-rules
            +  dot1p reference
            +  dscp reference
            +  ipv4-dscp reference
            +  ipv6-dscp reference
            +  mpls-traffic-class reference
   +  ra-guard
      +  policy reference
      +  vlan-list vlan-id number 
   -  statistics
      -  in-discarded-packets number
      -  in-error-packets number
      -  in-forwarded-octets number
      -  in-forwarded-packets number
      -  in-matched-ra-packets number
      -  in-octets number
      -  in-packets number
      -  in-terminated-octets number
      -  in-terminated-packets number
      -  last-clear string
      -  out-discarded-packets number
      -  out-error-packets number
      -  out-forwarded-octets number
      -  out-forwarded-packets number
      -  out-octets number
      -  out-originated-octets number
      -  out-originated-packets number
      -  out-packets number
   +  type identityref
   +  vlan
      +  encap
         +  single-tagged
            +  vlan-id (number | keyword)
         +  untagged
+  tpid identityref
-  traffic-rate
   -  in-bps number
   -  out-bps number
+  transceiver
   -  channel index number 
      -  input-power
         -  high-alarm-condition boolean
         -  high-alarm-threshold decimal-number
         -  high-warning-condition boolean
         -  high-warning-threshold decimal-number
         -  latest-value decimal-number
         -  low-alarm-condition boolean
         -  low-alarm-threshold decimal-number
         -  low-warning-condition boolean
         -  low-warning-threshold decimal-number
      -  laser-bias-current
         -  high-alarm-condition boolean
         -  high-alarm-threshold decimal-number
         -  high-warning-condition boolean
         -  high-warning-threshold decimal-number
         -  latest-value decimal-number
         -  low-alarm-condition boolean
         -  low-alarm-threshold decimal-number
         -  low-warning-condition boolean
         -  low-warning-threshold decimal-number
      -  output-power
         -  high-alarm-condition boolean
         -  high-alarm-threshold decimal-number
         -  high-warning-condition boolean
         -  high-warning-threshold decimal-number
         -  latest-value decimal-number
         -  low-alarm-condition boolean
         -  low-alarm-threshold decimal-number
         -  low-warning-condition boolean
         -  low-warning-threshold decimal-number
      -  wavelength decimal-number
   -  connector-type keyword
   -  date-code string
   +  ddm-events boolean
   -  ethernet-pmd string
   -  fault-condition boolean
   -  form-factor keyword
   +  forward-error-correction keyword
   -  input-power
      -  high-alarm-condition boolean
      -  high-alarm-threshold decimal-number
      -  high-warning-condition boolean
      -  high-warning-threshold decimal-number
      -  latest-value decimal-number
      -  low-alarm-condition boolean
      -  low-alarm-threshold decimal-number
      -  low-warning-condition boolean
      -  low-warning-threshold decimal-number
   -  laser-bias-current
      -  high-alarm-condition boolean
      -  high-alarm-threshold decimal-number
      -  high-warning-condition boolean
      -  high-warning-threshold decimal-number
      -  latest-value decimal-number
      -  low-alarm-condition boolean
      -  low-alarm-threshold decimal-number
      -  low-warning-condition boolean
      -  low-warning-threshold decimal-number
   -  oper-down-reason keyword
   -  oper-state keyword
   -  output-power
      -  high-alarm-condition boolean
      -  high-alarm-threshold decimal-number
      -  high-warning-condition boolean
      -  high-warning-threshold decimal-number
      -  latest-value decimal-number
      -  low-alarm-condition boolean
      -  low-alarm-threshold decimal-number
      -  low-warning-condition boolean
      -  low-warning-threshold decimal-number
   -  serial-number string
   -  temperature
      -  high-alarm-condition boolean
      -  high-alarm-threshold number
      -  high-warning-condition boolean
      -  high-warning-threshold number
      -  latest-value number
      -  low-alarm-condition boolean
      -  low-alarm-threshold number
      -  low-warning-condition boolean
      -  low-warning-threshold number
   +  tx-laser boolean
   -  vendor string
   -  vendor-part-number string
   -  vendor-revision string
   -  voltage
      -  high-alarm-condition boolean
      -  high-alarm-threshold decimal-number
      -  high-warning-condition boolean
      -  high-warning-threshold decimal-number
      -  latest-value decimal-number
      -  low-alarm-condition boolean
      -  low-alarm-threshold decimal-number
      -  low-warning-condition boolean
      -  low-warning-threshold decimal-number
   -  wavelength decimal-number
+  vlan-tagging boolean

interface Descriptions

interface name string

Description The list of named interfaces on the device.
Contextinterface name string
Treeinterface
ConfigurableTrue
PlatformsSupported on all platforms

name string

Description

The name of the interface

Valid options are: irb<N>, N=0..255 lif-<lif_name> enp<bus>s<dev>f<fn>, bus=0..255, dev=0..31, fn=0..7 vhn-<vhn_name> lag<N>, N=1..128 [note1] lo<N>, N=0..255 mgmt0 mgmt0-standby ethernet-<slot>/<port> ethernet-<slot>/<mda>/<port> system0

<lif_name>=Linux interface name <vhn_name>=vhost interface name <slot>=slot number {1,2,3,..} <mda>=mda id {a,b,c,d} <port>=port id {1,2,3,..}

[note1] N=1..32 for 7220-D1. N=1..48 for 7220-D2, 7220-D3. N=1..127 for 7220-H2, 7220-H3.

Contextinterface name string
String Length3 to 132
ConfigurableTrue
PlatformsSupported on all platforms

admin-state keyword

Description The configured, desired state of the interface
Contextinterface name string admin-state keyword
Treeadmin-state
Defaultenable
Options
  • enable

  • disable

Configurable True
PlatformsSupported on all platforms

breakout-mode

Description Configuration of breakout options
Context interface name string breakout-mode
Treebreakout-mode
ConfigurableTrue
Platforms7220 IXR-D3L, 7220 IXR-D3

description string

Description A user-configured description of the interface
Contextinterface name string description string
Treedescription
String Length1 to 255
ConfigurableTrue
PlatformsSupported on all platforms

ethernet

Description Enter the ethernet context
Context interface name string ethernet
Treeethernet
ConfigurableTrue
PlatformsSupported on all platforms

aggregate-id reference

Description lag interface with which this interface is associated.
Contextinterface name string ethernet aggregate-id reference
Treeaggregate-id
Referenceinterface name string
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

auto-negotiate boolean

Description

When set to true the interface uses auto-negotiation for speed, duplex and flow-control settings.

When set to false, the transmission parameters are specified manually.

Contextinterface name string ethernet auto-negotiate boolean
Treeauto-negotiate
ConfigurableTrue
Platforms7220 IXR-D1

duplex-mode keyword

Description When auto-negotiate is true, this sets the duplex mode that will be advertised to the peer. When auto-negotiate is false, this directly sets the duplex mode of the interface.
Contextinterface name string ethernet duplex-mode keyword
Treeduplex-mode
Options
  • full

  • half

Configurable True
Platforms7220 IXR-D1

flow-control

Description Enter the flow-control context
Context interface name string ethernet flow-control
Treeflow-control
ConfigurableTrue
PlatformsSupported on all platforms
receive boolean
Description

When this is true PAUSE frames received on this interface are accepted and processed, and, if auto-negotiation is enabled it also causes the capability to receive PAUSE frames to be signaled to the peer (applicable only to ports 1-48 of the 7220 IXR-D1 and to mgmt0 and mgmt0-standby ports).

When this is false PAUSE frames received on this interface are ignored, and, if auto-negotiation is enabled it causes the capability to receive PAUSE frames to be signaled to the peer as non-support (applicable only to ports 1-48 of the 7220 IXR-D1 and to mgmt0 and mgmt0-standby ports)

Contextinterface name string ethernet flow-control receive boolean
Treereceive
ConfigurableTrue
PlatformsSupported on all platforms

hold-time

Description Configure interface hold timers for Ethernet interfaces
Contextinterface name string ethernet hold-time
Treehold-time
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
down number
Description

Holds link down events for the configured time.

The hold-time down behavior is triggered with events that try to bring the ethernet interface down and can change quickly. It is not triggered with an admin-state disable event or interface disable due to other internal reasons (such as fabric unavailability). When running, the interface will not be brought down till the timer expires. The typical use of the hold-time down is to provide stability and avoid the protocols to advertise/withdraw messages if there are flapping optics. The hold-time down is aborted if the user does admin-state disable or if the interface is disabled due to other internal reasons that prevent the traffic to be forwarded on the interface.

Contextinterface name string ethernet hold-time down number
Treedown
Range1 to 86400
Unitsseconds
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
down-expires string
Description The remaining time until the hold-time down expires and the interface goes operationally down.
Contextinterface name string ethernet hold-time down-expires string
Treedown-expires
String Length20 to 32
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
up number
Description

Holds link up events for the configured time.

The hold-time up behavior is triggered with any event that tries to bring up the ethernet interface (interface admin-state enable, a reboot, etc). While the hold-time up is running, the transceiver laser will be enabled, however the higher layers will not be notified that the interface is operationally up until the timer expires.

Contextinterface name string ethernet hold-time up number
Treeup
Range1 to 86400
Unitsseconds
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
up-expires string
Description The remaining time until the hold-time up expires and the interface comes up.
Contextinterface name string ethernet hold-time up-expires string
Treeup-expires
String Length20 to 32
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

l2cp-transparency

Description Configuration and state of the Layer-2 Control Protocol transparency
Contextinterface name string ethernet l2cp-transparency
Treel2cp-transparency
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
dot1x
Description Container for the configuration of 802.1x Port based Network Access Control.
Contextinterface name string ethernet l2cp-transparency dot1x
Treedot1x
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
oper-rule keyword
Description The operational state of the TCAM rule applied to ingress dot1x frames.
Contextinterface name string ethernet l2cp-transparency dot1x oper-rule keyword
Treeoper-rule
Options
  • trap-to-cpu-untagged

  • drop-tagged-and-untagged

  • tunnel-tagged-and-untagged

ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
tunnel boolean
Description

Configures if incoming dot1x frames are tunneled.

Dot1x frames are identified by MAC DA 01-80-c2-00-00-03 and Ethertype 0x888e.

Contextinterface name string ethernet l2cp-transparency dot1x tunnel boolean
Treetunnel
Defaultfalse
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
lacp
Description Container for L2CP transparency of the Link Aggregation Control Protocol
Contextinterface name string ethernet l2cp-transparency lacp
Treelacp
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
oper-rule keyword
Description The operational state of the TCAM rule applied to ingress LACP frames.
Contextinterface name string ethernet l2cp-transparency lacp oper-rule keyword
Treeoper-rule
Options
  • trap-to-cpu-untagged

  • drop-tagged-and-untagged

  • tunnel-tagged-and-untagged

ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
tunnel boolean
Description

Configures if incoming LACP frames are tunneled.

LACP frames are identified by MAC DA 01-80-c2-00-00-02, Ethertype 0x8809 and slow-protocol sub-type 0x01.

Contextinterface name string ethernet l2cp-transparency lacp tunnel boolean
Treetunnel
Defaultfalse
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
lldp
Description Container for L2CP transparency of the Link Layer Discovery Protocol
Contextinterface name string ethernet l2cp-transparency lldp
Treelldp
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
oper-rule keyword
Description The operational state of the TCAM rule applied to ingress LLDP frames.
Contextinterface name string ethernet l2cp-transparency lldp oper-rule keyword
Treeoper-rule
Options
  • trap-to-cpu-untagged

  • drop-tagged-and-untagged

  • tunnel-tagged-and-untagged

ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
tunnel boolean
Description

Configures if incoming LLDP frames are tunneled.

LLDP frames are identified by MAC DA 01-80-c2-00-00-00 and Ethertype 0x88cc.

Contextinterface name string ethernet l2cp-transparency lldp tunnel boolean
Treetunnel
Defaultfalse
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
ptp
Description Container for the configuration of Precision Time Protocol Peer-Delay frames.
Contextinterface name string ethernet l2cp-transparency ptp
Treeptp
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
oper-rule keyword
Description The operational state of the TCAM rule applied to ingress ptp frames.
Contextinterface name string ethernet l2cp-transparency ptp oper-rule keyword
Treeoper-rule
Options
  • trap-to-cpu-untagged

  • drop-tagged-and-untagged

  • tunnel-tagged-and-untagged

ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
tunnel boolean
Description

Configures if incoming ptp frames are tunneled.

ptp frames are identified by MAC DA 01-80-c2-00-00-0e and Ethertype 0x88f7.

Contextinterface name string ethernet l2cp-transparency ptp tunnel boolean
Treetunnel
Defaultfalse
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
tunnel-all-l2cp boolean
Description

Configures the tunneling of all the L2CP protocols.

When set to true this command triggers the installation of an ingress TCAM rule with the highest priority (above all the individual L2CP tunnel rules) which allows the forwarding of any Layer-2 Control Protocol coming into the interface. All the L2CP frames identified by MAC DA = 01:80:c2:00:00:0x or MAC DA = 01:80:c2:00:00:2x, with 'x' being any hex value, are tunneled. When set to false, all L2CP frames without a specific L2CP tunnel rule are discarded.

Contextinterface name string ethernet l2cp-transparency tunnel-all-l2cp boolean
Treetunnel-all-l2cp
Defaultfalse
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
xstp
Description

Container for the configuration of all the Spanning Tree Protocols.

It includes Spanning Tree Protocol (STP), Rapid RSTP (RSTP) and Multiple STP (MSTP)

Contextinterface name string ethernet l2cp-transparency xstp
Treexstp
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
oper-rule keyword
Description The operational state of the TCAM rule applied to ingress xSTP frames.
Contextinterface name string ethernet l2cp-transparency xstp oper-rule keyword
Treeoper-rule
Options
  • trap-to-cpu-untagged

  • drop-tagged-and-untagged

  • tunnel-tagged-and-untagged

ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
tunnel boolean
Description

Configures if incoming xSTP frames are tunneled.

xSTP frames are identified by MAC DA 01-80-c2-00-00-00 and any Ethertype.

Contextinterface name string ethernet l2cp-transparency xstp tunnel boolean
Treetunnel
Defaultfalse
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3

lacp-port-priority number

Description Configure the port priority for LACP. This value is used to determine which port should be activated with LACP fallback mode. Lower values are more preferred.
Contextinterface name string ethernet lacp-port-priority number
Treelacp-port-priority
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3

physical-medium keyword

Description

Indicates the PHY supported by the RJ45 port.

If the port is supported by a SFP, QSFP+, QSFP28 or QSFP-DD transceiver no value is populated in this leaf.

Contextinterface name string ethernet physical-medium keyword
Treephysical-medium
Options
  • 1000BASE-T

ConfigurableFalse
PlatformsSupported on all platforms

port-speed keyword

Description

The speed of the port or channel

The default speed of a port (when there is no configured value and auto-negotiation is disabled or unsupported) depends on the platform and port/connector number as follows:

mgmt0 and mgmt0-standby ports: 1G J2 IMM ports 1-32: 100G J2 IMM ports 33-36: 100G 7220-D1 ports 1-48: 1G 7220-D1 ports 49-52: 10G 7220-D2/D2L ports 1-48: 25G 7220-D2/D2L ports 49-56: 100G 7220-D2L ports 57-58: 10G 7220-D3 ports 1-2: 10G 7220-D3 ethernet-1/[3-34]: 100G 7220-D3 ethernet-1/[3-33]/n: 25G 7220-D3L ethernet-1/[1-32]: 100G 7220-D3L ethernet-1/[1-31]/n: 25G 7220-D3L ports 33-34: 10G 7220-D5 ports 1-32: 400G 7220-D5 ports 33-38: 10G 7220-H2 ports 1-128: 100G 7220-H3 ports 1-2: 10G 7220-H3 ports 3-34: 400G

Supported speeds: mgmt0 and mgmt0-standby ports: 1G J2 IMM ports 1-32: 40G, 100G [note1] J2 IMM ports 33-36: 40G, 100G, 400G 7220-D1 ports 1-48: 10M, 100M, 1G 7220-D1 ports 49-52: 10G 7220-D2/D2L ports 1-48: 1G, 10G, 25G [note2] 7220-D2/D2L ports 49-56: 40G, 100G 7220-D2L ports 57-58: 10G 7220-D3 ports 1-2: 10G 7220-D3 ethernet-1/[3-34]: 40G, 100G 7220-D3 ethernet-1/[3-33]/n: 10G, 25G 7220-D3L ethernet-1/[1-32]: 40G, 100G 7220-D3L ethernet-1/[1-31]/n: 10G, 25G 7220-D3L ports 33-34: 10G 7220-D5 ports 1-32: 40G, 100G, 400G 7220-D5 ports 33-38: 10G 7220-H2 ports 1-128: 100G 7220-H3 ports 1-2: 10G 7220-H3 ports 3-34: 40G, 100G, 400G

[note1] Ports 9-12 cannot operate at different port speeds (some at 40G and others at 100G). The required speed of ports 9-12 is based on the port-speed of the lowest-numbered configured port in this block; if any higher-numbered port in the block is configured with a different port speed that port will not come up.

[note2] On 7220-D2: if one port in each consecutive group of 4 ports (1-4, 5-8, .. , 45-48) is 25G the other 3 ports must also be 25G; if one port in each consecutive group of 4 ports (1-4, 5-8, .. , 45-48) is 1G or 10G the other 3 ports must also be 1G or 10G. On 7220-D2L: if one port in each consecutive group of 12 ports (1-12, 13-24, 25-36, 37-48) is 25G the other 11 ports must also be 25G; if one port in each consecutive group of 12 ports (1-12, 13-24, 25-36, 37-48) is 1G or 10G the other 11 ports must also be 1G or 10G.

7250 IXR details: If the interface corresponds to a connector that has no installed transceiver then the value is accepted without any checking or restriction, and info from state will display the configured value. Otherwise if the configured port-speed is NOT supported by the installed transceiver the port is forced operationally down.

Contextinterface name string ethernet port-speed keyword
Treeport-speed
Options
  • 10M

  • 100M

  • 1G

  • 10G

  • 25G

  • 40G

  • 50G

  • 100G

  • 200G

  • 400G

  • 1T

Configurable True
PlatformsSupported on all platforms

reload-delay number

Description

Configure reload-delay timer for Ethernet interfaces.

The reload-delay timer starts when the associated XDP interface state is learned. While the timer is running, the interface transceiver laser is disabled to avoid attracting traffic from the connected device at the other end of the interface. The reload-delay timer should be used in multi-homing interfaces and be set to a value long enough to allow the system to recover all the network protocols upon reboot, before start attracting traffic from the multi-homed device.

Contextinterface name string ethernet reload-delay number
Treereload-delay
Range1 to 86400
Unitsseconds
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3

reload-delay-expires string

Description The remaining time until the reload-delay expires and the interface can go operationally up.
Contextinterface name string ethernet reload-delay-expires string
Treereload-delay-expires
String Length20 to 32
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3

standby-signaling keyword

Description

Indicates the standby-signaling used in the interface.

An application using a port-based redundancy mechanism will trigger the standby signaling on the ethernet interface if the interface is selected as standby.

Contextinterface name string ethernet standby-signaling keyword
Treestandby-signaling
Options
  • power-off

  • lacp

Configurable True
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3

statistics

Description Enter the statistics context
Context interface name string ethernet statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms
in-jabber-frames number
Description Number of jabber frames received on the interface. Jabber frames are typically defined as oversize frames which also have a bad CRC.
Contextinterface name string ethernet statistics in-jabber-frames number
Treein-jabber-frames
Default0
ConfigurableFalse
PlatformsSupported on all platforms

storm-control

Description Enable the storm-control context
Context interface name string ethernet storm-control
Treestorm-control
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3
units keyword
Description Units of storm-control policer in kbps or percentage of the interface bandwidth
Contextinterface name string ethernet storm-control units keyword
Treeunits
Defaultpercentage
Options
  • kbps

  • percentage

Configurable True
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3

ifindex number

Description System-wide persistent unique ifIndex assigned to the interface
Contextinterface name string ifindex number
Treeifindex
ConfigurableFalse
PlatformsSupported on all platforms

lag

Description Container for options related to LAG
Context interface name string lag
Treelag
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

lacp

Description LACP parameters for the associated LAG
Contextinterface name string lag lacp
Treelacp
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
admin-key number
Description Configure the LACP admin-key to be advertised by the local system. If this value is not specified a value starting from 32768 is automatically assigned by the system.
Contextinterface name string lag lacp admin-key number
Treeadmin-key
Range1 to 65535
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
interval keyword
Description Set the period between LACP messages -- uses the lacp-period-type enumeration.
Contextinterface name string lag lacp interval keyword
Treeinterval
DefaultSLOW
Options
  • FAST

    Send LACP packets every second

  • SLOW

    Send LACP packets every 30 seconds

ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
lacp-mode keyword
Description ACTIVE is to initiate the transmission of LACP packets. PASSIVE is to wait for peer to initiate the transmission of LACP packets.
Contextinterface name string lag lacp lacp-mode keyword
Treelacp-mode
DefaultACTIVE
Options
  • ACTIVE

    Interface is an active member, i.e., will detect and maintain aggregates

  • PASSIVE

    Interface is a passive member, i.e., it participates with an active partner

ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
system-id-mac string
Description The MAC address portion of the node's System ID. This is combined with the system priority to construct the 8-octet system-id. If not configured, the system-ID configured at the system/ level is used.
Contextinterface name string lag lacp system-id-mac string
Treesystem-id-mac
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
system-priority number
Description System priority used by the node on this LAG interface. Lower value is higher priority for determining which node is the controlling system. If not configured, the system-priority configured at the system/ level is used.
Contextinterface name string lag lacp system-priority number
Treesystem-priority
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

lacp-fallback-mode keyword

Description Specifies lacp-fallback mode if enabled
Contextinterface name string lag lacp-fallback-mode keyword
Treelacp-fallback-mode
Options
  • static

    Set the LACP-fallback mode as static

ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

lacp-fallback-timeout number

Description Specifies the LACP-fallback timeout interval in seconds
Contextinterface name string lag lacp-fallback-timeout number
Treelacp-fallback-timeout
Range4 to 3600
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

lag-speed number

Description Reports current aggregate bandwidth speed of the associated LAG
Contextinterface name string lag lag-speed number
Treelag-speed
UnitsMbps
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

lag-type keyword

Description Sets the type of LAG, i.e., how it is configured / maintained
Contextinterface name string lag lag-type keyword
Treelag-type
Defaultstatic
Options
  • lacp

    LAG managed by LACP

  • static

    Statically configured bundle / LAG

ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

member name reference

Description Reports the list of interfaces associated with the LAG instance
Contextinterface name string lag member name reference
Treemember
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
name reference
Description Enter the name context
Context interface name string lag member name reference
Referenceinterface name string
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
lacp
Description Operational status data for the member interfaces
Contextinterface name string lag member name reference lacp
Treelacp
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
activity keyword
Description Indicates participant is active or passive
Contextinterface name string lag member name reference lacp activity keyword
Treeactivity
Options
  • ACTIVE

    Interface is an active member, i.e., will detect and maintain aggregates

  • PASSIVE

    Interface is a passive member, i.e., it participates with an active partner

ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
aggregatable boolean
Description A true value indicates that the participant will allow the link to be used as part of the aggregate. A false value indicates the link should be used as an individual link
Contextinterface name string lag member name reference lacp aggregatable boolean
Treeaggregatable
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
collecting boolean
Description If true, the participant is collecting incoming frames on the link, otherwise false
Contextinterface name string lag member name reference lacp collecting boolean
Treecollecting
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
distributing boolean
Description When true, the participant is distributing outgoing frames; when false, distribution is disabled
Contextinterface name string lag member name reference lacp distributing boolean
Treedistributing
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
lacp-port-priority number
Description Configures the port priority for LACP. This value is used to determine which port should be activated with LACP fallback mode. Lower values are more preferred.
Contextinterface name string lag member name reference lacp lacp-port-priority number
Treelacp-port-priority
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
oper-key number
Description Current operational value of the key for the aggregate interface
Contextinterface name string lag member name reference lacp oper-key number
Treeoper-key
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
partner-id string
Description MAC address representing the protocol partner's interface system ID
Contextinterface name string lag member name reference lacp partner-id string
Treepartner-id
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
partner-key number
Description Operational value of the protocol partner's key
Contextinterface name string lag member name reference lacp partner-key number
Treepartner-key
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
partner-port-num number
Description Port number of the partner (remote) port for this member port
Contextinterface name string lag member name reference lacp partner-port-num number
Treepartner-port-num
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
port-num number
Description Port number of the local (actor) aggregation member
Contextinterface name string lag member name reference lacp port-num number
Treeport-num
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
statistics
Description LACP protocol counters
Context interface name string lag member name reference lacp statistics
Treestatistics
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
lacp-errors number
Description Number of LACPDU illegal packet errors
Contextinterface name string lag member name reference lacp statistics lacp-errors number
Treelacp-errors
Default0
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
lacp-in-pkts number
Description Number of LACPDUs received
Context interface name string lag member name reference lacp statistics lacp-in-pkts number
Treelacp-in-pkts
Default0
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
synchronization keyword
Description Indicates whether the participant is in-sync or out-of-sync
Contextinterface name string lag member name reference lacp synchronization keyword
Treesynchronization
Options
  • IN_SYNC

    Participant is in sync with the system id and key transmitted

  • OUT_SYNC

    Participant is not in sync with the system id and key transmitted

ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
system-id string
Description MAC address that defines the local system ID for the aggregate interface
Contextinterface name string lag member name reference lacp system-id string
Treesystem-id
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
timeout keyword
Description The timeout type (short or long) used by the participant
Contextinterface name string lag member name reference lacp timeout keyword
Treetimeout
Options
  • LONG

    Participant wishes to use long timeouts to detect status of the aggregate, i.e., will expect less frequent transmissions. Long timeout is 90 seconds.

  • SHORT

    Participant wishes to use short timeouts, i.e., expects frequent transmissions to aggressively detect status changes. Short timeout is 3 seconds.

ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
last-change string
Description The date and time of the most recent change to the LAG member-link state
Contextinterface name string lag member name reference last-change string
Treelast-change
String Length20 to 32
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
microbfd-enabled boolean
Description Indicates if microBFD is currently used in the determination of the member-link oper-status
Contextinterface name string lag member name reference microbfd-enabled boolean
Treemicrobfd-enabled
ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
oper-down-reason keyword
Description Reason for operational down state for the associated LAG
Contextinterface name string lag member name reference oper-down-reason keyword
Treeoper-down-reason
Options
  • port-disabled

  • port-oper-disabled

  • lag-admin-disabled

  • lacp-down

  • microBFD-down

  • lag-min-link-threshold

  • lag-speed-mismatch

  • other

ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10
oper-state keyword
Description Operational state for the associated LAG
Contextinterface name string lag member name reference oper-state keyword
Treeoper-state
Options
  • up

    Component or process is operational

  • down

    Component or process is not operational

  • empty

    Component slot is empty

  • downloading

    Component is downloading image into memory

  • booting

    Component is booting downloaded image

  • starting

    Component image operational, application processes starting

  • failed

    Component or process has failed

  • synchronizing

    Component is currently being synchronized

  • upgrading

    Component is currently being upgraded

  • low-power

    Component is offline due to insufficient system power

  • degraded

    Component or process is in a degraded state

  • warm-reboot

    Component or process is currently warm rebooting

    Component or process is currently warm rebooting This state is set during a warm reboot immediately following initiation of the reboot, continuing after startup until the system has completed audit. In this state the system will not accept configuration changes.

  • waiting

    Component or process is currently waiting

    Component or process is currently waiting This state can be set by event handler when the reinvoke-with-delay action is used, and indicates that the event handler is waiting for the provided delay before reinvoking the instance.

ConfigurableFalse
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

member-speed keyword

Description Specifies the link speed of allowed member-links
Contextinterface name string lag member-speed keyword
Treemember-speed
Options
  • 10M

    Indicates the the LAG member-links must be 10M to be active

  • 100M

    Indicates the the LAG member-links must be 100M to be active

  • 1G

    Indicates the the LAG member-links must be 1G to be active

  • 10G

    Indicates the the LAG member-links must be 10G to be active

  • 25G

    Indicates the the LAG member-links must be 25G to be active

  • 40G

    Indicates the the LAG member-links must be 40G to be active

  • 100G

    Indicates the the LAG member-links must be 100G to be active

  • 400G

    Indicates the the LAG member-links must be 400G to be active

ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

min-links number

Description Specifies the mininum number of member interfaces that must be active for the aggregate interface to be available
Contextinterface name string lag min-links number
Treemin-links
Range1 to 64
Default1
ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

last-change string

Description The date and time of the most recent change to the interface state
Contextinterface name string last-change string
Treelast-change
String Length20 to 32
ConfigurableFalse
PlatformsSupported on all platforms

loopback-mode boolean

Description When loopback-mode is set to true the port loops back packets that come in via the port
Contextinterface name string loopback-mode boolean
Treeloopback-mode
ConfigurableTrue
PlatformsSupported on all platforms

mtu number

Description

Port MTU in bytes including ethernet overhead but excluding 4-bytes FCS

If a transmitted packet exceeds this size it is dropped.

The default value for ethernet-x interfaces is taken from /system/mtu/default-port-mtu. For the mgmt0 and mgmt0-standby interfaces the default is 1514 bytes, but the value can be changed for each interface individually. Port MTU is not configurable for loopback interfaces.

The 7220 IXR-D1, 7220 IXR-D2, 7220 IXR-D3, 7220 IXR-H2, and 7220 IXR-H3 systems support a maximum port MTU of 9412 bytes.

Each 7250 IXR IMM supports a maximum of 8 different port MTU values. 7220 IXR systems do not have any limit on the maximum number of different port MTU values.

Contextinterface name string mtu number
Treemtu
Range1500 to 9500
Unitsbytes
ConfigurableTrue
PlatformsSupported on all platforms

oper-down-reason keyword

Description The first (and possibly only) reason for the port being operationally down
Contextinterface name string oper-down-reason keyword
Treeoper-down-reason
Options
  • port-admin-disabled

  • mda-admin-disabled

  • transceiver-oper-down

  • loopback

  • port-not-present

  • mda-not-present

  • phy-initializing

  • lower-layer-down

  • auto-negotiation-mismatch

  • port-mtu-resource-exceeded

  • unsupported-speed

  • unsupported-fec

  • other

  • fabric-availability

  • no-active-links

  • min-link-threshold

  • port-9-12-speed-mismatch

  • lag-resource-exceeded

  • lag-member-resource-exceeded

  • standby-signaling

  • interface-hold-time-up-active

  • interface-reload-timer-active

  • connector-down

  • event-handler

Configurable False
PlatformsSupported on all platforms

oper-state keyword

Description The operational state of the interface
Contextinterface name string oper-state keyword
Treeoper-state
Options
  • up

  • down

Configurable False
PlatformsSupported on all platforms

qos

Description Enable the qos context
Context interface name string qos
Treeqos
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1

output

Description Container for QoS configuration that applies to outbound traffic through the port or LAG
Contextinterface name string qos output
Treeoutput
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
multicast-queue queue-id number
Description List of multicast queues
Context interface name string qos output multicast-queue queue-id number
Treemulticast-queue
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
queue-id number
Description

The queue identifier

For J2 and TD3 there is a one-to-one mapping between queue-id and forwarding class. fc0 traffic always use queue-id 0, fc1 traffic always uses queue-id 1, etc.

For TH3 the multicast queue-id range is limited to 0-3 and the mapping is as follows: fc0+1 -> queue-id 0 fc2+3 -> queue-id 1 fc4+5 -> queue-id 2 fc6+7 -> queue-id 3

Contextinterface name string qos output multicast-queue queue-id number
Range0 to 7
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
queue-depth
Description Enter the queue-depth context
Context interface name string qos output multicast-queue queue-id number queue-depth
Treequeue-depth
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
scheduling
Description Container for queue scheduling parameters
Contextinterface name string qos output multicast-queue queue-id number scheduling
Treescheduling
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
scheduler-node reference
Description

The scheduler node to which the multicast queue is connected. The mappings are fixed and not user-configurable.

J2: queue-id 0-7 -> node 0

TD3 (D2/D3): queue-id 0 -> node 0 queue-id 1 -> node 1 queue-id 2 -> node 2 queue-id 3 -> node 3 queue-id 4 -> node 4 queue-id 5 -> node 5 queue-id 6 -> node 6 queue-id 7 -> node 7

TH3: queue-id 4 -> node 0 queue-id 5 -> node 3 queue-id 6 -> node 6 queue-id 7 -> node 9

Contextinterface name string qos output multicast-queue queue-id number scheduling scheduler-node reference
Treescheduler-node
Referenceinterface name string qos output scheduler tier level number node node-number number
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
template reference
Description The name of a queue-template to apply to the multicast queue. The active-queue-management container must not be present in order to apply the template. Also the high-threshold-bytes configuration in this template is ignored.
Contextinterface name string qos output multicast-queue queue-id number template reference
Treetemplate
Referenceqos queue-templates queue-template name string
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3
scheduler
Description Output traffic scheduler options
Context interface name string qos output scheduler
Treescheduler
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
tier level number
Description List of output traffic scheduler tiers or levels
Contextinterface name string qos output scheduler tier level number
Treetier
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
Max. Elements1
level number
Description Enter the level context
Context interface name string qos output scheduler tier level number
Range1 to 4
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
node node-number number
Description List of scheduler nodes at the specified scheduler level
Contextinterface name string qos output scheduler tier level number node node-number number
Treenode
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
Max. Elements12
node-number number
Description An identifier of the scheduler node. Within a scheduler tier, higher-numbered nodes are served before lower-numbererd nodes.
Contextinterface name string qos output scheduler tier level number node node-number number
Range0 to 11
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
strict-priority boolean
Description A true value configures the node for strict priority scheduling, whether or not a weight is also configured. When set to false the node is serviced using DWRR, even if the node does not have a configured weight; in this case the default weight value of 1 is used.
Contextinterface name string qos output scheduler tier level number node node-number number strict-priority boolean
Treestrict-priority
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
unicast-queue queue-id number
Description List of unicast queues
Context interface name string qos output unicast-queue queue-id number
Treeunicast-queue
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
queue-id number
Description

The queue identifier

For unicast traffic on all platforms there is a one-to-one mapping between queue-id and forwarding class. fc0 traffic always use queue-id 0, fc1 traffic always uses queue-id 1, etc.

Contextinterface name string qos output unicast-queue queue-id number
Range0 to 7
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
active-queue-management
Description Enter the active-queue-management context
Contextinterface name string qos output unicast-queue queue-id number active-queue-management
Treeactive-queue-management
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
ecn-slope ecn-drop-probability keyword
Description List of ECN slopes.
Context interface name string qos output unicast-queue queue-id number active-queue-management ecn-slope ecn-drop-probability keyword
Treeecn-slope
ConfigurableFalse
PlatformsSupported on all platforms
ecn-drop-probability keyword
Description The drop probability to which the ECN slope applies.
Contextinterface name string qos output unicast-queue queue-id number active-queue-management ecn-slope ecn-drop-probability keyword
Options
  • low

    Traffic that should be dropped last when there is congestion. Internally this is traffic that is colored green.

  • medium

    Traffic that should be dropped before green traffic but after red traffic when there is congestion. Internally this is traffic that is colored yellow.

  • high

    Traffic that should be dropped first when there is congestion. Internally this is traffic that is colored red.

  • all

    All traffic, consisting of traffic marked low, medium and high drop-probability.

ConfigurableFalse
PlatformsSupported on all platforms
wred-slope traffic-type keyword drop-probability keyword
Description List of WRED slopes.
Context interface name string qos output unicast-queue queue-id number active-queue-management wred-slope traffic-type keyword drop-probability keyword
Treewred-slope
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
traffic-type keyword
Description The traffic type to which the WRED slope applies.
Contextinterface name string qos output unicast-queue queue-id number active-queue-management wred-slope traffic-type keyword drop-probability keyword
Options
  • tcp

    Refers to IPv4/IPv6 packets with a protocol/next-header indicating a value of 6.

  • non-tcp

    Refers to all packets that are not IPv4/IPv6 packets with a protocol/next-header indicating a value of 6.

  • all

    Refers to all traffic, whether it is TCP or non-TCP.

ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
drop-probability keyword
Description The drop probability to which the WRED slope applies.
Contextinterface name string qos output unicast-queue queue-id number active-queue-management wred-slope traffic-type keyword drop-probability keyword
Options
  • low

    Traffic that should be dropped last when there is congestion. Internally this is traffic that is colored green.

  • medium

    Traffic that should be dropped before green traffic but after red traffic when there is congestion. Internally this is traffic that is colored yellow.

  • high

    Traffic that should be dropped first when there is congestion. Internally this is traffic that is colored red.

ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
max-probability number
Description

The maximum probability of dropping a packet (at or above the max-threshold).

On 7250 IXR systems there can be a significant difference between the configured value and the operational value.

Contextinterface name string qos output unicast-queue queue-id number active-queue-management wred-slope traffic-type keyword drop-probability keyword max-probability number
Treemax-probability
Range0 to 100
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
queue-depth
Description Enter the queue-depth context
Context interface name string qos output unicast-queue queue-id number queue-depth
Treequeue-depth
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
scheduling
Description Container for queue scheduling parameters
Contextinterface name string qos output unicast-queue queue-id number scheduling
Treescheduling
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
scheduler-node reference
Description

The scheduler node to which the unicast queue is connected. The mappings are fixed and not user-configurable.

J2: queue-id 0-7 -> node 1

TD3 (D2/D3): queue-id 0 -> node 0 queue-id 1 -> node 1 queue-id 2 -> node 2 queue-id 3 -> node 3 queue-id 4 -> node 4 queue-id 5 -> node 5 queue-id 6 -> node 6 queue-id 7 -> node 7

TH3: queue-id 0 -> node 1 queue-id 1 -> node 2 queue-id 2 -> node 4 queue-id 3 -> node 5 queue-id 4 -> node 7 queue-id 5 -> node 8 queue-id 6 -> node 10 queue-id 7 -> node 11

Contextinterface name string qos output unicast-queue queue-id number scheduling scheduler-node reference
Treescheduler-node
Referenceinterface name string qos output scheduler tier level number node node-number number
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
strict-priority boolean
Description When set to true the unicast queue is serviced as a strict priority queue, regardless of whether a weight is configured or its value. When set to false the unicast queue is serviced using WRR, even if the queue does not have a configured weight; in this case the default weight value of 1 is used.
Contextinterface name string qos output unicast-queue queue-id number scheduling strict-priority boolean
Treestrict-priority
Defaulttrue
ConfigurableTrue
Platforms7250 IXR-10, 7250 IXR-6
template reference
Description

The name of a queue-template to apply to the unicast queue.

If a queue has no queue-template, the default queue-template is applied. The user cannot modify the default queue-template.

Contextinterface name string qos output unicast-queue queue-id number template reference
Treetemplate
Referenceqos queue-templates queue-template name string
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D3L, 7220 IXR-D3

queue-statistics

Description Enter the queue-statistics context
Context interface name string queue-statistics
Treequeue-statistics
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1

multicast-queue queue-id number

Description List of multicast queues.
Context interface name string queue-statistics multicast-queue queue-id number
Treemulticast-queue
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
queue-id number
Description

The queue identifier

For J2 and TD3 there is a one-to-one mapping between queue-id and forwarding class. fc0 traffic always use queue-id 0, fc1 traffic always uses queue-id 1, etc.

For TH3 the multicast queue-id range is limited to 0-3 and the mapping is as follows: fc0+1 -> queue-id 0 fc2+3 -> queue-id 1 fc4+5 -> queue-id 2 fc6+7 -> queue-id 3

Contextinterface name string queue-statistics multicast-queue queue-id number
Range0 to 7
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1

unicast-queue queue-id number

Description List of unicast queues.
Context interface name string queue-statistics unicast-queue queue-id number
Treeunicast-queue
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
queue-id number
Description

The queue identifier

For unicast traffic on all platforms there is a one-to-one mapping between queue-id and forwarding class. fc0 traffic always use queue-id 0, fc1 traffic always uses queue-id 1, etc.

Contextinterface name string queue-statistics unicast-queue queue-id number
Range0 to 7
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
virtual-output-queue slot number
Description List of virtual output queues that can send traffic to this egress queue. The list always has one entry for each IMM slot in the chassis, even if one or more slots are empty.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number
Treevirtual-output-queue
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
dropped-octets
Description Enter the dropped-octets context
Context interface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number dropped-octets
Treedropped-octets
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
high-drop-probability number
Description The number of octets in unicast packets dropped in the VOQ due to the congestion at the egress port/queue that were classified as high drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number dropped-octets high-drop-probability number
Treehigh-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
low-drop-probability number
Description The number of octets in unicast packets dropped in the VOQ due to the congestion at the egress port/queue that were classified as low drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number dropped-octets low-drop-probability number
Treelow-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
medium-drop-probability number
Description The number of octets in unicast packets dropped in the VOQ due to the congestion at the egress port/queue that were classified as medium drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number dropped-octets medium-drop-probability number
Treemedium-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
dropped-packets
Description Enter the dropped-packets context
Context interface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number dropped-packets
Treedropped-packets
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
high-drop-probability number
Description The number of unicast packets dropped in the VOQ due to the congestion at the egress port/queue that were classified as high drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number dropped-packets high-drop-probability number
Treehigh-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
low-drop-probability number
Description The number of unicast packets dropped in the VOQ due to the congestion at the egress port/queue that were classified as low drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number dropped-packets low-drop-probability number
Treelow-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
medium-drop-probability number
Description The number of unicast packets dropped in the VOQ due to the congestion at the egress port/queue that were classified as medium drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number dropped-packets medium-drop-probability number
Treemedium-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
forwarded-octets
Description Enter the forwarded-octets context
Context interface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number forwarded-octets
Treeforwarded-octets
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
high-drop-probability number
Description The number of octets in unicast packets transmitted from the VOQ to the egress queue that were classified as high drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number forwarded-octets high-drop-probability number
Treehigh-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
low-drop-probability number
Description The number of octets in unicast packets transmitted from the VOQ to the egress queue that were classified as low drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number forwarded-octets low-drop-probability number
Treelow-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
medium-drop-probability number
Description The number of octets in unicast packets transmitted from the VOQ to the egress queue that were classified as medium drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number forwarded-octets medium-drop-probability number
Treemedium-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
forwarded-packets
Description Enter the forwarded-packets context
Context interface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number forwarded-packets
Treeforwarded-packets
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
high-drop-probability number
Description The number of unicast packets transmitted from the VOQ to the egress queue that were classified as high drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number forwarded-packets high-drop-probability number
Treehigh-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
low-drop-probability number
Description The number of unicast packets transmitted from the VOQ to the egress queue that were classified as low drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number forwarded-packets low-drop-probability number
Treelow-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
medium-drop-probability number
Description The number of unicast packets transmitted from the VOQ to the egress queue that were classified as medium drop-probability. This reads 0 when the IMM associated with the VOQ is not inserted and it resets to 0 whenever the IMM associated with the VOQ is removed.
Contextinterface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number forwarded-packets medium-drop-probability number
Treemedium-drop-probability
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
queue-depth
Description Enter the queue-depth context
Context interface name string queue-statistics unicast-queue queue-id number virtual-output-queue slot number queue-depth
Treequeue-depth
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6

sflow

Description Context to configure sFlow parameters
Contextinterface name string sflow
Treesflow
ConfigurableTrue
PlatformsSupported on all platforms

admin-state keyword

Description Administratively enable or disable sFlow on this interface
Contextinterface name string sflow admin-state keyword
Treeadmin-state
Options
  • enable

  • disable

Configurable True
PlatformsSupported on all platforms

statistics

Description Enter the statistics context
Context interface name string statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms

carrier-transitions number

Description Number of times the interface state has transitioned from down to up since the time the device restarted or the last clear.
Contextinterface name string statistics carrier-transitions number
Treecarrier-transitions
Default0
ConfigurableFalse
PlatformsSupported on all platforms

in-discarded-packets number

Description

Corresponds to ifInDiscards from the IFMIB.

This counts the number of IP packets discarded due to VLAN mismatch, unknown dest MAC or drop by system-filter drop action.

Contextinterface name string statistics in-discarded-packets number
Treein-discarded-packets
Default0
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3

in-octets number

Description Corresponds to ifHCInOctets from the IFMIB.
Contextinterface name string statistics in-octets number
Treein-octets
Default0
ConfigurableFalse
PlatformsSupported on all platforms

last-clear string

Description Timestamp of the last time the interface counters were cleared.
Contextinterface name string statistics last-clear string
Treelast-clear
String Length20 to 32
ConfigurableFalse
PlatformsSupported on all platforms

out-discarded-packets number

Description

Corresponds to ifOutDiscards from the IF-MIB.

On Jericho2 systems this counts packets dropped by an egress IP ACL of any of the port's subinterfaces.

Contextinterface name string statistics out-discarded-packets number
Treeout-discarded-packets
Default0
ConfigurableFalse
PlatformsSupported on all platforms

subinterface index number

Description The list of subinterfaces (logical interfaces) associated with a physical interface
Contextinterface name string subinterface index number
Treesubinterface
ConfigurableTrue
PlatformsSupported on all platforms
Max. Elements4095

index number

Description The index of the subinterface, or logical interface number
Contextinterface name string subinterface index number
Range0 to 9999
ConfigurableTrue
PlatformsSupported on all platforms

acl

Description Container for ACL policies applied to the subinterface
Contextinterface name string subinterface index number acl
Treeacl
ConfigurableTrue
PlatformsSupported on all platforms
input
Description Container for ACL options that apply to ingress traffic on the subinterface
Contextinterface name string subinterface index number acl input
Treeinput
ConfigurableTrue
PlatformsSupported on all platforms
output
Description Container for ACL options that apply to egress traffic on the subinterface
Contextinterface name string subinterface index number acl output
Treeoutput
ConfigurableTrue
PlatformsSupported on all platforms

admin-state keyword

Description The configured, desired state of the subinterface
Contextinterface name string subinterface index number admin-state keyword
Treeadmin-state
Defaultenable
Options
  • enable

  • disable

Configurable True
PlatformsSupported on all platforms

anycast-gw

Description Enable the anycast-gw context
Context interface name string subinterface index number anycast-gw
Treeanycast-gw
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
anycast-gw-mac string
Description

The MAC address of associated to the anycast-gw IP address.

If the anycast-gw MAC address is not configured, it will be auto-derived from the virtual-router-id value as per draft-ietf-bess-evpn-inter-subnet-forwarding following the format 00:00:5E:00:01:VRID.

Contextinterface name string subinterface index number anycast-gw anycast-gw-mac string
Treeanycast-gw-mac
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
anycast-gw-mac-origin keyword
Description

Origin of the active anycast-gateway MAC address.

If not configured, the anycast-gateway-mac will be auto-derived out of 00:00:5E:00:01:VRID, where VRID is the Virtual Router Identifier of the subinterface anycast-gw.

Contextinterface name string subinterface index number anycast-gw anycast-gw-mac-origin keyword
Treeanycast-gw-mac-origin
Options
  • configured

  • vrid-auto-derived

Configurable False
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
virtual-router-id number
Description The Virtual Router Identifier (VRID) value used to auto-derive the anycast-gw-mac in the format 00:00:5E:00:01:VRID.
Contextinterface name string subinterface index number anycast-gw virtual-router-id number
Treevirtual-router-id
Range1 to 255
Default1
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3

bridge-table

Description Enable the Bridge Table on the subinterface and configure associated parameters
Contextinterface name string subinterface index number bridge-table
Treebridge-table
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
mac-duplication
Description Enter the mac-duplication context
Context interface name string subinterface index number bridge-table mac-duplication
Treemac-duplication
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
action keyword
Description

Action to take on the subinterface upon detecting at least one mac addresses as duplicate on the subinterface. In particular:

Contextinterface name string subinterface index number bridge-table mac-duplication action keyword
Treeaction
Defaultuse-net-instance-action
Options
  • use-net-instance-action

  • stop-learning

  • blackhole

  • oper-down

ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
duplicate-entries
Description Enter the duplicate-entries context
Context interface name string subinterface index number bridge-table mac-duplication duplicate-entries
Treeduplicate-entries
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
mac address string
Description MACs duplicated on the bridging instance
Contextinterface name string subinterface index number bridge-table mac-duplication duplicate-entries mac address string
Treemac
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
mac-learning
Description Enter the mac-learning context
Context interface name string subinterface index number bridge-table mac-learning
Treemac-learning
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
admin-state keyword
Description Configurable state of the learning procedures for dynamic mac addresses. If disabled, the existing macs in the bridge-table will be kept (and refreshed if new frames arrive for them) but no new mac addresses will be learned. Frames with unknown mac addresses are not dropped, unless discard-unknown-src-mac is configured.
Contextinterface name string subinterface index number bridge-table mac-learning admin-state keyword
Treeadmin-state
Defaultenable
Options
  • enable

  • disable

Configurable True
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
aging
Description Enter the aging context
Context interface name string subinterface index number bridge-table mac-learning aging
Treeaging
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
admin-state keyword
Description Configurable state of the aging for the dynamic mac entries in the bridge table. If disabled, dynamically learned mac entries will be programmed in the bridge table until the network instance is disabled.
Contextinterface name string subinterface index number bridge-table mac-learning aging admin-state keyword
Treeadmin-state
Defaultenable
Options
  • enable

  • disable

Configurable True
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
learnt-entries
Description Enter the learnt-entries context
Context interface name string subinterface index number bridge-table mac-learning learnt-entries
Treelearnt-entries
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
mac address string
Description MACs learnt on the bridging instance
Context interface name string subinterface index number bridge-table mac-learning learnt-entries mac address string
Treemac
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
mac-limit
Description Bridge Table size and thresholds.
Context interface name string subinterface index number bridge-table mac-limit
Treemac-limit
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
warning-threshold-pct number
Description Percentage of the configured max-number-macs over which a warning is triggered. The warning message is cleared when the percentage drops below the configured percentage minus 5%
Contextinterface name string subinterface index number bridge-table mac-limit warning-threshold-pct number
Treewarning-threshold-pct
Range6 to 100
Default95
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
mac-table
Description Enter the mac-table context
Context interface name string subinterface index number bridge-table mac-table
Treemac-table
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
mac address string
Description MACs learnt on the bridging instance
Context interface name string subinterface index number bridge-table mac-table mac address string
Treemac
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
type keyword
Description The type of the MAC installed in the fib.
Contextinterface name string subinterface index number bridge-table mac-table mac address string type keyword
Treetype
Options
  • static

  • duplicate

  • learnt

  • irb-interface

  • evpn

  • evpn-static

  • irb-interface-anycast

  • proxy-anti-spoof

  • reserved

  • eth-cfm

  • roe

Configurable False
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
statistics
Description Enter the statistics context
Context interface name string subinterface index number bridge-table statistics
Treestatistics
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
mac-type type keyword
Description The type of the MAC on the sub-interface.
Contextinterface name string subinterface index number bridge-table statistics mac-type type keyword
Treemac-type
ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
type keyword
Description Enter the type context
Context interface name string subinterface index number bridge-table statistics mac-type type keyword
Options
  • static

  • duplicate

  • learnt

  • irb-interface

  • evpn

  • evpn-static

  • irb-interface-anycast

  • proxy-anti-spoof

  • reserved

  • eth-cfm

  • roe

Configurable False
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3

ethernet-segment-association

Description ethernet-segment association information.
Contextinterface name string subinterface index number ethernet-segment-association
Treeethernet-segment-association
ConfigurableFalse
PlatformsSupported on all platforms

ifindex number

Description System-wide persistent unique ifIndex assigned to the subinterface
Contextinterface name string subinterface index number ifindex number
Treeifindex
ConfigurableFalse
PlatformsSupported on all platforms

ip-mtu number

Description

IP MTU of the subinterface in bytes, including the IP header but excluding Ethernet encapsulation

IP MTU specifies the maximum sized IPv4 or IPv6 packet that can be transmitted on the subinterface. If an IPv4 or IPv6 packet exceeds this size it is dropped and this may result in the generation of an ICMP error message back to the source.

The default IP MTU for a subinterface is taken from /system/mtu/default-ip-mtu. For the mgmt0 and mgmt0-standby subinterfaces the default is the associated interface MTU minus the Ethernet encapsulation overhead.

The IP MTU is not configurable for subinterfaces of loopback interfaces.

The 7220 IXR-D1, 7220 IXR-D2, 7220 IXR-D3, 7220 IXR-H2, and 7220 IXR-H3 systems support a maximum IP MTU of 9398 bytes.

Each 7250 IXR IMM supports a maximum of 4 different IP MTU values. 7220 IXR systems do not have any limit on the maximum number of different IP MTU values.

Contextinterface name string subinterface index number ip-mtu number
Treeip-mtu
Range1280 to 9486
Unitsbytes
ConfigurableTrue
PlatformsSupported on all platforms

ipv4

Description

Enable IPv4 on the subinterface and configure associated parameters

When this is present in the running configuration, and even before an IPv4 address is configured, the subinterface starts to accept incoming packets with dest-ip 255.255.255.255, which is necessary to support dhcp-client functionality.

Contextinterface name string subinterface index number ipv4
Treeipv4
ConfigurableTrue
PlatformsSupported on all platforms
address ip-prefix string
Description The list of IPv4 addresses assigned to the subinterface.
Contextinterface name string subinterface index number ipv4 address ip-prefix string
Treeaddress
ConfigurableTrue
PlatformsSupported on all platforms
Max. Elements64
ip-prefix string
Description

The IPv4 address and prefix length in CIDR notation

Subnets on the same subinterface are allowed to overlap as long as the host bits are different. When a locally originated unicast packet is destined to a host covered by multiple subnets associated with a subinterface, the source address is chosen to be the numerically lowest IP address among all these subnets. For example, if the addresses 172.16.1.1/12, 172.16.1.2/12, and 172.16.1.3/12 are configured on the same interface, 172.16.1.1 would be used as a local address when you issue a ping 172.16.1.5 command

Contextinterface name string subinterface index number ipv4 address ip-prefix string
ConfigurableTrue
PlatformsSupported on all platforms
anycast-gw boolean
Description

This designates the associated IPv4 address as an anycast-gateway IPv4 address of the subinterface.

When this parameter is set to true:

Context interface name string subinterface index number ipv4 address ip-prefix string anycast-gw boolean
Treeanycast-gw
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
primary
Description

One of the IPv4 prefixes assigned to the subinterface can be explicitly configured as primary by setting this leaf to true. This designates the associated IPv4 address as a primary IPv4 address of the subinterface. By default, the numerically lowest value IPv4 address is selected as the primary address.

The primary address is used as the source address for locally originated broadcast and multicast packets sent out the subinterface.

Contextinterface name string subinterface index number ipv4 address ip-prefix string primary
Treeprimary
ConfigurableTrue
PlatformsSupported on all platforms
allow-directed-broadcast boolean
Description

When this is set to true the software is allowed to re-broadcast targeted broadcast IPv4 packets on this subinterface

Detailed handling of subnet broadcast is as follows:

If a targeted broadcast packet is received on subinterface X that has the matching subnet then it is delivered to the CPM and CPM will reply to an ICMP echo.

If a targeted broadcast packet is received on subinterface X but the matching subnet is associated with subinterface Y, and subinterface Y is configured with allow-directed-broadcasts=false then it is delivered to the CPM and CPM replies to an ICMP echo per above, but it does not re-broadcast the packet on subinterface Y.

If a targeted broadcast packet is received on subinterface X but the matching subnet is associated with subinterface Y, and subinterface Y is configured with allow-directed-broadcasts=true then it is delivered to the CPM and CPM replies to an ICMP echo per above, and CPM also re-broadcasts the packet on subinterface Y.

Contextinterface name string subinterface index number ipv4 allow-directed-broadcast boolean
Treeallow-directed-broadcast
Defaultfalse
ConfigurableTrue
PlatformsSupported on all platforms
arp
Description Container for the IPv4 ARP protocol
Context interface name string subinterface index number ipv4 arp
Treearp
ConfigurableTrue
PlatformsSupported on all platforms
debug keyword
Description List of events to debug
Context interface name string subinterface index number ipv4 arp debug keyword
Treedebug
Options
  • messages

    Capture all arp-request and reply-messages sent and received by the subinterface

ConfigurableTrue
PlatformsSupported on all platforms
evpn
Description Configure which types of ARP or ND entries will be advertised in EVPN MAC/IP routes.
Contextinterface name string subinterface index number ipv4 arp evpn
Treeevpn
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3
advertise route-type keyword
Description Enter the advertise list instance
Context interface name string subinterface index number ipv4 arp evpn advertise route-type keyword
Treeadvertise
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3
host-route
Description Configure which types of ARP or ND entries will be populated in the route-table.
Contextinterface name string subinterface index number ipv4 arp host-route
Treehost-route
ConfigurableTrue
PlatformsSupported on all platforms
populate route-type keyword
Description Enter the populate list instance
Context interface name string subinterface index number ipv4 arp host-route populate route-type keyword
Treepopulate
ConfigurableTrue
PlatformsSupported on all platforms
neighbor ipv4-address string
Description

List of static and dynamic ARP cache entries that map an IPv4 address to a MAC address

To configure a static ARP entry a value must be written into this leaf and the link-layer-address leaf.

Contextinterface name string subinterface index number ipv4 arp neighbor ipv4-address string
Treeneighbor
ConfigurableTrue
PlatformsSupported on all platforms
ipv4-address string
Description

IPv4 address resolved by the ARP entry

To configure a static neighbor entry a value must be written into this leaf and the link-layer-address leaf.

Contextinterface name string subinterface index number ipv4 arp neighbor ipv4-address string
ConfigurableTrue
PlatformsSupported on all platforms
datapath-programming
Description Container for state related to the datapath programming of the ARP or neighbor entry
Contextinterface name string subinterface index number ipv4 arp neighbor ipv4-address string datapath-programming
Treedatapath-programming
ConfigurableFalse
PlatformsSupported on all platforms
status keyword
Description The status of the ARP or neighbor entry with respect to datapath programming
Contextinterface name string subinterface index number ipv4 arp neighbor ipv4-address string datapath-programming status keyword
Treestatus
Options
  • success

    All linecard complexes have reported that the entry was programmed successfully

  • failed

    At least one linecard complex reported that the entry was not programmed successfully or else this entry was not even provided to the datapath for programming because the system limit on the number of IPv4 ARP and IPv6 neighbor entries was exceeded

  • pending

    The ARP or neighbor entry was provided to the datapath for programming but at least one linecard complex has not provided a status yet.

ConfigurableFalse
PlatformsSupported on all platforms
proxy-arp boolean
Description When set to true, the router replies with its own MAC to ARP Request destined to any host.
Contextinterface name string subinterface index number ipv4 arp proxy-arp boolean
Treeproxy-arp
Defaultfalse
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
timeout number
Description

Duration of time that dynamic ARP entries remain in the ARP cache before they expire

A change to this value does not affect existing entries until they are refreshed.

Contextinterface name string subinterface index number ipv4 arp timeout number
Treetimeout
Range60 to 65535
Default14400
Unitsseconds
ConfigurableTrue
PlatformsSupported on all platforms
virtual-ipv4-discovery
Description

Enable Virtual IPv4 discovery on the subinterface and configure associated parameters

When enabled, the system will attempt to discover the configured virtual IPv4 addresses on the listed bridged subinterfaces.

Contextinterface name string subinterface index number ipv4 arp virtual-ipv4-discovery
Treevirtual-ipv4-discovery
ConfigurableTrue
PlatformsSupported on all platforms
address ipv4-address string
Description The list of virtual IPv4 addresses to be discovered on the subinterface.
Contextinterface name string subinterface index number ipv4 arp virtual-ipv4-discovery address ipv4-address string
Treeaddress
ConfigurableTrue
PlatformsSupported on all platforms
Max. Elements640
probe-interval number
Description

Configure the ARP probe interval at which the system sends an ARP request for the virtual IPv4 address.

The default value of zero determines that the system sends an ARP Request for the virtual IPv4 only when the address is configured. The creation of the ARP entry for the virtual IPv4 address will in this case rely on the server sending a Gratuitous ARP for the virtual IPv4 address. When the value is set to a non-zero interval, the system sends a periodic ARP Request at the configured interval and irrespective of the ARP entry being already created.

Contextinterface name string subinterface index number ipv4 arp virtual-ipv4-discovery address ipv4-address string probe-interval number
Treeprobe-interval
Range0 | 5 to 86400
Default0
Unitsseconds
Configurable True
PlatformsSupported on all platforms
statistics
Description Statistics for the Virtual IP address
Contextinterface name string subinterface index number ipv4 arp virtual-ipv4-discovery address ipv4-address string statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms
statistics
Description Global statistics for Virtual IP discovery
Contextinterface name string subinterface index number ipv4 arp virtual-ipv4-discovery statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms
dhcp-client
Description Container for options related to DHCP
Contextinterface name string subinterface index number ipv4 dhcp-client
Treedhcp-client
ConfigurableTrue
PlatformsSupported on all platforms
trace-options
Description Container for tracing DHCPv4 operations on the subinterface
Contextinterface name string subinterface index number ipv4 dhcp-client trace-options
Treetrace-options
ConfigurableTrue
PlatformsSupported on all platforms
dhcp-relay
Description Container for options related to DHCPv4 relay
Contextinterface name string subinterface index number ipv4 dhcp-relay
Treedhcp-relay
ConfigurableTrue
PlatformsSupported on all platforms
gi-address string
Description IPv4 address to be used as giaddr of the relayed packets towards DHCPv4 servers. This address can be any IPv4 address configured within the network-instance towards the DHCPv4 server
Contextinterface name string subinterface index number ipv4 dhcp-relay gi-address string
Treegi-address
ConfigurableTrue
PlatformsSupported on all platforms
oper-down-reason keyword
Description The reason causing the dhcp relay agent to go into operational down state
Contextinterface name string subinterface index number ipv4 dhcp-relay oper-down-reason keyword
Treeoper-down-reason
Options
  • dhcp-relay-admin-down

  • sub-interface-oper-down

  • all-dhcp-servers-unreachable-within-net-instance

  • gi-address-not-matching-relay-sub-interface-ipv4-addresses

  • no-valid-ipv4-address-on-sub-interface

ConfigurableFalse
PlatformsSupported on all platforms
oper-state keyword
Description The operational state of the dhcp relay agent
Contextinterface name string subinterface index number ipv4 dhcp-relay oper-state keyword
Treeoper-state
Options
  • up

    Component or process is operational

  • down

    Component or process is not operational

  • empty

    Component slot is empty

  • downloading

    Component is downloading image into memory

  • booting

    Component is booting downloaded image

  • starting

    Component image operational, application processes starting

  • failed

    Component or process has failed

  • synchronizing

    Component is currently being synchronized

  • upgrading

    Component is currently being upgraded

  • low-power

    Component is offline due to insufficient system power

  • degraded

    Component or process is in a degraded state

  • warm-reboot

    Component or process is currently warm rebooting

    Component or process is currently warm rebooting This state is set during a warm reboot immediately following initiation of the reboot, continuing after startup until the system has completed audit. In this state the system will not accept configuration changes.

  • waiting

    Component or process is currently waiting

    Component or process is currently waiting This state can be set by event handler when the reinvoke-with-delay action is used, and indicates that the event handler is waiting for the provided delay before reinvoking the instance.

ConfigurableFalse
PlatformsSupported on all platforms
option keyword
Description List of option82 suboptions to insert into relayed packet towards DHCPv4 server
Contextinterface name string subinterface index number ipv4 dhcp-relay option keyword
Treeoption
Options
  • circuit-id

    Enable option 82 suboption 1 circuit-id into relayed packet towards DHCPv4 server, format=system_name/VRF_instance/sub-interface_id:vlan_id

  • remote-id

    Enable option 82 suboption 2 remote-id into relayed packet towards DHCPv4 server, format=client MAC address

ConfigurableTrue
PlatformsSupported on all platforms
server (ipv4-address | domain-name)
Description List of the DHCPv4 servers that the DHCPv4 relay function will relay DHCPv4 packets to/from
Contextinterface name string subinterface index number ipv4 dhcp-relay server (ipv4-address | domain-name)
Treeserver
String Length1 to 253
ConfigurableTrue
PlatformsSupported on all platforms
Max. Elements8
Min. Elements1
statistics
Description Enter the statistics context
Context interface name string subinterface index number ipv4 dhcp-relay statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms
trace-options
Description Container for tracing DHCPv4 relay operations on the subinterface
Contextinterface name string subinterface index number ipv4 dhcp-relay trace-options
Treetrace-options
ConfigurableTrue
PlatformsSupported on all platforms
dhcp-server
Description Enable the dhcp-server context
Context interface name string subinterface index number ipv4 dhcp-server
Treedhcp-server
ConfigurableTrue
PlatformsSupported on all platforms
oper-state keyword
Description Details if the dhcp server is operationally available
Contextinterface name string subinterface index number ipv4 dhcp-server oper-state keyword
Treeoper-state
Options
  • up

    Component or process is operational

  • down

    Component or process is not operational

  • empty

    Component slot is empty

  • downloading

    Component is downloading image into memory

  • booting

    Component is booting downloaded image

  • starting

    Component image operational, application processes starting

  • failed

    Component or process has failed

  • synchronizing

    Component is currently being synchronized

  • upgrading

    Component is currently being upgraded

  • low-power

    Component is offline due to insufficient system power

  • degraded

    Component or process is in a degraded state

  • warm-reboot

    Component or process is currently warm rebooting

    Component or process is currently warm rebooting This state is set during a warm reboot immediately following initiation of the reboot, continuing after startup until the system has completed audit. In this state the system will not accept configuration changes.

  • waiting

    Component or process is currently waiting

    Component or process is currently waiting This state can be set by event handler when the reinvoke-with-delay action is used, and indicates that the event handler is waiting for the provided delay before reinvoking the instance.

ConfigurableFalse
PlatformsSupported on all platforms
statistics
Description Container for subinterface statistics, counting IPv4 packets or IPv6 packets or both dependending on the context
Contextinterface name string subinterface index number ipv4 statistics
Treestatistics
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-discarded-packets number
Description

The total number of input IPv4 packets or IPv6 packets or both (transit and terminating traffic) that were dropped for any of the following reasons:

This also includes IP/MPLS packets dropped by ingress interface ACL drop action or CPM filer drop action.

Contextinterface name string subinterface index number ipv4 statistics in-discarded-packets number
Treein-discarded-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-error-packets number
Description

The total number of input IPv4 packets or IPv6 packets or both discarded due to errors, counting transit and terminating traffic

The sum of the following RFC 4293 counters: ipIfStatsInHdrErrors ipIfStatsInNoRoutes ipIfStatsInAddrErrors ipIfStatsInUnknownProtos ipIfStatsInTruncatedPkts

Contextinterface name string subinterface index number ipv4 statistics in-error-packets number
Treein-error-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-forwarded-packets number
Description

The number of input IPv4 packets or IPv6 packets or both received on this subinterface for which the router was not the final destination and for which the router attempted to find a route to forward them to that final destination.

Note that non-terminating IPv4 packets with options and non-terminating IPv6 packets with extension headers are included in this count (and not dropped) as are packets that trigger ICMP/ICMPv6 redirect messages.

On 7220 IXR systems this also counts received traffic that is terminating.

Contextinterface name string subinterface index number ipv4 statistics in-forwarded-packets number
Treein-forwarded-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-packets number
Description

The total number of input packets received, counting transit and terminating traffic

This equals the sum of: in-error-packets in-discarded-packets (also includes IP/MPLS packets) in-terminated-packets (also includes IP/MPLS packets) in-forwarded-packets

Contextinterface name string subinterface index number ipv4 statistics in-packets number
Treein-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-terminated-packets number
Description

The total number of input IPv4 packets or IPv6 packets or both that were received on this subinterface and that have a destination IP address matching a local interface address or an IPv6 multicast address to which the interface belongs. The count includes packets eventually discarded by the CPM. Such discards include:

This also includes terminating IP/MPLS packets.

Contextinterface name string subinterface index number ipv4 statistics in-terminated-packets number
Treein-terminated-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
out-discarded-packets number
Description

The total number of IPv4 packets or IPv6 packets or both, originating and transit, sent towards this subinterface that were dropped.

This also includes IP/MPLS packets dropped by egress interface ACL drop action.

Contextinterface name string subinterface index number ipv4 statistics out-discarded-packets number
Treeout-discarded-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
out-error-packets number
Description

The number of IPv4 packets or IPv6 packets or both, originating and transit, for which this router was successful in finding a path to their final destination through this subinterface but an error prevented their transmission.

On 7250 IXR systems this is incremented when the IPv4 packet size exceeds the IP MTU and fragmentation was not allowed or not supported

Contextinterface name string subinterface index number ipv4 statistics out-error-packets number
Treeout-error-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
out-packets number
Description

The total number of IPv4 packets or IPv6 packets or both that this router supplied to the lower layers for transmission

This includes packets generated locally and those forwarded by this router. If there are no queue drops it is equal to: <out-forwarded-packets> + <out-originated-packets>

Contextinterface name string subinterface index number ipv4 statistics out-packets number
Treeout-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6

ipv6

Description

Enable IPv6 on the subinterface and configure associated parameters

When this is present in the running configuration, and even before a global unicast IPv6 address is configured, chassis manager assigns an IPv6 link-local address to the subinterface, which will appear as a read-only entry in the address list. At this stage, the subinterface can receive IPv6 packets with any of the following destinations:

Contextinterface name string subinterface index number ipv6
Treeipv6
ConfigurableTrue
PlatformsSupported on all platforms
address ip-prefix string
Description The list of IPv6 addresses assigned to the subinterface.
Contextinterface name string subinterface index number ipv6 address ip-prefix string
Treeaddress
ConfigurableTrue
PlatformsSupported on all platforms
Max. Elements18
ip-prefix string
Description

The IPv6 address and prefix-length in CIDR notation

Up to 16 global unicast IPv6 addresses can be assigned to each subinterface. Global unicast IPv6 address subnets on the same subinterface are allowed to overlap as long as the host bits are different. When a locally originated unicast packet is destined to a host covered by multiple subnets associated with a subinterface, the source address is chosen to be the numerically lowest IP address among all these subnets.

Contextinterface name string subinterface index number ipv6 address ip-prefix string
ConfigurableTrue
PlatformsSupported on all platforms
anycast-gw boolean
Description

This designates the associated IPv6 address as an anycast-gateway IPv6 address of the subinterface.

When this parameter is set to true:

Context interface name string subinterface index number ipv6 address ip-prefix string anycast-gw boolean
Treeanycast-gw
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
primary
Description

One of the IPv6 prefixes assigned to the subinterface can be explicitly configured as primary by setting this leaf to true. This designates the associated IPv6 address as a primary IPv6 address of the subinterface. By default, the numerically lowest value IPv6 address is selected as the primary address.

The primary address is used as the source address for locally originated broadcast and multicast packets sent out the subinterface.

Contextinterface name string subinterface index number ipv6 address ip-prefix string primary
Treeprimary
ConfigurableTrue
PlatformsSupported on all platforms
dhcp-client
Description Container for options related to DHCPv6
Contextinterface name string subinterface index number ipv6 dhcp-client
Treedhcp-client
ConfigurableTrue
PlatformsSupported on all platforms
trace-options
Description Container for tracing DHCPv6 operations on the subinterface
Contextinterface name string subinterface index number ipv6 dhcp-client trace-options
Treetrace-options
ConfigurableTrue
PlatformsSupported on all platforms
dhcp-relay
Description Container for options related to DHCPv6 relay
Contextinterface name string subinterface index number ipv6 dhcp-relay
Treedhcp-relay
ConfigurableTrue
PlatformsSupported on all platforms
oper-down-reason keyword
Description The reason causing the dhcp relay agent to go into operational down state
Contextinterface name string subinterface index number ipv6 dhcp-relay oper-down-reason keyword
Treeoper-down-reason
Options
  • dhcp-relay-admin-down

  • sub-interface-oper-down

  • all-dhcpv6-servers-unreachable-within-net-instance

  • source-address-not-matching-relay-sub-interface-ipv6-addresses

  • no-valid-ipv6-address-on-sub-interface

ConfigurableFalse
PlatformsSupported on all platforms
oper-state keyword
Description The operational state of the dhcp relay agent
Contextinterface name string subinterface index number ipv6 dhcp-relay oper-state keyword
Treeoper-state
Options
  • up

    Component or process is operational

  • down

    Component or process is not operational

  • empty

    Component slot is empty

  • downloading

    Component is downloading image into memory

  • booting

    Component is booting downloaded image

  • starting

    Component image operational, application processes starting

  • failed

    Component or process has failed

  • synchronizing

    Component is currently being synchronized

  • upgrading

    Component is currently being upgraded

  • low-power

    Component is offline due to insufficient system power

  • degraded

    Component or process is in a degraded state

  • warm-reboot

    Component or process is currently warm rebooting

    Component or process is currently warm rebooting This state is set during a warm reboot immediately following initiation of the reboot, continuing after startup until the system has completed audit. In this state the system will not accept configuration changes.

  • waiting

    Component or process is currently waiting

    Component or process is currently waiting This state can be set by event handler when the reinvoke-with-delay action is used, and indicates that the event handler is waiting for the provided delay before reinvoking the instance.

ConfigurableFalse
PlatformsSupported on all platforms
option keyword
Description List of options to insert into relayed packet towards DHCPv6 server
Contextinterface name string subinterface index number ipv6 dhcp-relay option keyword
Treeoption
Options
  • interface-id

    Enable option 18 Interface-Id into relayed packet towards DHCPv6 server, format=system_name/VRF_instance/sub-interface_id:vlan_id

  • remote-id

    Enable option 37 Remote Identifier into relayed packet towards DHCPv6 server, format=client MAC address

  • client-link-layer-address

    Enable option 79 Client Link-Layer Address into relayed packet towards DHCPv6 server, format based on rfc-6939

ConfigurableTrue
PlatformsSupported on all platforms
server (ipv6-address | domain-name)
Description List of the DHCPv6 servers that the DHCPv6 relay function will relay DHCPv6 packets to/from
Contextinterface name string subinterface index number ipv6 dhcp-relay server (ipv6-address | domain-name)
Treeserver
String Length1 to 253
ConfigurableTrue
PlatformsSupported on all platforms
Max. Elements8
Min. Elements1
source-address string
Description Source IPv6 address of the relayed packets towards DHCPv6 servers this address can be any IPv6 address configured within the network-instance towards the DHCPv6 server
Contextinterface name string subinterface index number ipv6 dhcp-relay source-address string
Treesource-address
ConfigurableTrue
PlatformsSupported on all platforms
statistics
Description Enter the statistics context
Context interface name string subinterface index number ipv6 dhcp-relay statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms
trace-options
Description Container for tracing DHCPv6 relay operations on the subinterface
Contextinterface name string subinterface index number ipv6 dhcp-relay trace-options
Treetrace-options
ConfigurableTrue
PlatformsSupported on all platforms
dhcpv6-server
Description Enable the dhcpv6-server context
Context interface name string subinterface index number ipv6 dhcpv6-server
Treedhcpv6-server
ConfigurableTrue
PlatformsSupported on all platforms
oper-state keyword
Description Details if the dhcp server is operationally available
Contextinterface name string subinterface index number ipv6 dhcpv6-server oper-state keyword
Treeoper-state
Options
  • up

    Component or process is operational

  • down

    Component or process is not operational

  • empty

    Component slot is empty

  • downloading

    Component is downloading image into memory

  • booting

    Component is booting downloaded image

  • starting

    Component image operational, application processes starting

  • failed

    Component or process has failed

  • synchronizing

    Component is currently being synchronized

  • upgrading

    Component is currently being upgraded

  • low-power

    Component is offline due to insufficient system power

  • degraded

    Component or process is in a degraded state

  • warm-reboot

    Component or process is currently warm rebooting

    Component or process is currently warm rebooting This state is set during a warm reboot immediately following initiation of the reboot, continuing after startup until the system has completed audit. In this state the system will not accept configuration changes.

  • waiting

    Component or process is currently waiting

    Component or process is currently waiting This state can be set by event handler when the reinvoke-with-delay action is used, and indicates that the event handler is waiting for the provided delay before reinvoking the instance.

ConfigurableFalse
PlatformsSupported on all platforms
neighbor-discovery
Description Container for the IPv6 Neighbor Discovery protocol
Contextinterface name string subinterface index number ipv6 neighbor-discovery
Treeneighbor-discovery
ConfigurableTrue
PlatformsSupported on all platforms
debug keyword
Description List of events to debug
Context interface name string subinterface index number ipv6 neighbor-discovery debug keyword
Treedebug
Options
  • messages

    Capture all neighbor-solicitation and neighbor-advertisement messages sent and received by the subinterface

ConfigurableTrue
PlatformsSupported on all platforms
duplicate-address-detection boolean
Description

Enables Duplicate Addres Detection on all tentative addresses

This applies to link-local and global unicast addresses. Only one transmission is done; there are no retransmissions.

Must be true on an IPv6 subinterface that has dhcp-client enabled.

Contextinterface name string subinterface index number ipv6 neighbor-discovery duplicate-address-detection boolean
Treeduplicate-address-detection
Defaulttrue
ConfigurableTrue
PlatformsSupported on all platforms
evpn
Description Configure which types of ARP or ND entries will be advertised in EVPN MAC/IP routes.
Contextinterface name string subinterface index number ipv6 neighbor-discovery evpn
Treeevpn
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3
advertise route-type keyword
Description Enter the advertise list instance
Context interface name string subinterface index number ipv6 neighbor-discovery evpn advertise route-type keyword
Treeadvertise
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3
host-route
Description Configure which types of ARP or ND entries will be populated in the route-table.
Contextinterface name string subinterface index number ipv6 neighbor-discovery host-route
Treehost-route
ConfigurableTrue
PlatformsSupported on all platforms
populate route-type keyword
Description Enter the populate list instance
Context interface name string subinterface index number ipv6 neighbor-discovery host-route populate route-type keyword
Treepopulate
ConfigurableTrue
PlatformsSupported on all platforms
neighbor ipv6-address string
Description List of static and dynamic ND cache entries that map an IPv6 address to a MAC address
Contextinterface name string subinterface index number ipv6 neighbor-discovery neighbor ipv6-address string
Treeneighbor
ConfigurableTrue
PlatformsSupported on all platforms
datapath-programming
Description Container for state related to the datapath programming of the ARP or neighbor entry
Contextinterface name string subinterface index number ipv6 neighbor-discovery neighbor ipv6-address string datapath-programming
Treedatapath-programming
ConfigurableFalse
PlatformsSupported on all platforms
status keyword
Description The status of the ARP or neighbor entry with respect to datapath programming
Contextinterface name string subinterface index number ipv6 neighbor-discovery neighbor ipv6-address string datapath-programming status keyword
Treestatus
Options
  • success

    All linecard complexes have reported that the entry was programmed successfully

  • failed

    At least one linecard complex reported that the entry was not programmed successfully or else this entry was not even provided to the datapath for programming because the system limit on the number of IPv4 ARP and IPv6 neighbor entries was exceeded

  • pending

    The ARP or neighbor entry was provided to the datapath for programming but at least one linecard complex has not provided a status yet.

ConfigurableFalse
PlatformsSupported on all platforms
proxy-nd boolean
Description When set to true, the router replies with its own MAC to Neighbor Solicitations destined to any host.
Contextinterface name string subinterface index number ipv6 neighbor-discovery proxy-nd boolean
Treeproxy-nd
Defaultfalse
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
reachable-time number
Description

The period of time that a dynamic IPv6 neighbor cache entry is considered reachable after a reachability confirmation event

After this time expires the neighbor state moves to STALE.

Contextinterface name string subinterface index number ipv6 neighbor-discovery reachable-time number
Treereachable-time
Range30 to 3600
Default30
Unitsseconds
Configurable True
PlatformsSupported on all platforms
stale-time number
Description

The maximum time that a dynamic IPv6 neighbor cache entry can remain in the STALE state before it is removed

This limit is reached only if no traffic is sent/queued towards the neighbor during the entire duration of the timer.

Contextinterface name string subinterface index number ipv6 neighbor-discovery stale-time number
Treestale-time
Range60 to 65535
Default14400
Unitsseconds
ConfigurableTrue
PlatformsSupported on all platforms
virtual-ipv6-discovery
Description

Enable Virtual IPv6 discovery on the subinterface and configure associated parameters

When enabled, the system will attempt to discover the configured virtual IPv6 addresses on the listed bridged subinterfaces.

Contextinterface name string subinterface index number ipv6 neighbor-discovery virtual-ipv6-discovery
Treevirtual-ipv6-discovery
ConfigurableTrue
PlatformsSupported on all platforms
address ipv6-address string
Description The list of virtual IPv6 addresses to be discovered on the subinterface.
Contextinterface name string subinterface index number ipv6 neighbor-discovery virtual-ipv6-discovery address ipv6-address string
Treeaddress
ConfigurableTrue
PlatformsSupported on all platforms
Max. Elements640
probe-interval number
Description

Configure the probe interval at which the system sends a Neighbor Solicitation (NS) for the virtual IPv6 address.

The default value of zero determines that the system sends a NS for the virtual IPv6 only when the address is configured. The creation of the Neighbor entry for the virtual IPv6 address will in this case rely on the server sending an unsolicited Neighbor Advertisement for the virtual IPv6 address. When the value is set to a non-zero interval, the system sends a periodic NS at the configured interval and irrespective of the Neighbor entry being already created.

Contextinterface name string subinterface index number ipv6 neighbor-discovery virtual-ipv6-discovery address ipv6-address string probe-interval number
Treeprobe-interval
Range0 | 5 to 86400
Default0
Unitsseconds
Configurable True
PlatformsSupported on all platforms
statistics
Description Statistics for the Virtual IP address
Contextinterface name string subinterface index number ipv6 neighbor-discovery virtual-ipv6-discovery address ipv6-address string statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms
statistics
Description Global statistics for Virtual IP discovery
Contextinterface name string subinterface index number ipv6 neighbor-discovery virtual-ipv6-discovery statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms
router-advertisement
Description Container for configuring IPv6 router discovery options
Contextinterface name string subinterface index number ipv6 router-advertisement
Treerouter-advertisement
ConfigurableTrue
PlatformsSupported on all platforms
debug keyword
Description List of events to debug
Context interface name string subinterface index number ipv6 router-advertisement debug keyword
Treedebug
Options
  • messages

    Capture all router-solicitation and router-advertisement messages sent and received by the subinterface

ConfigurableTrue
PlatformsSupported on all platforms
router-role
Description IPv6 router advertisement options that apply when the role of the interface is a router interface.
Contextinterface name string subinterface index number ipv6 router-advertisement router-role
Treerouter-role
ConfigurableTrue
PlatformsSupported on all platforms
ip-mtu number
Description

The IP MTU to advertise in the router advertisement messages and that hosts should associate with the link on which these messages are received.

If no value is specified the option is not included.

Contextinterface name string subinterface index number ipv6 router-advertisement router-role ip-mtu number
Treeip-mtu
Range1280 to 9486
ConfigurableTrue
PlatformsSupported on all platforms
max-advertisement-interval number
Description

The maximum time between sending router advertisement messages to the all-nodes multicast address.

Each subinterface has its own timer. Whenever the timer fires the message is sent and then the timer is reset to a uniformly distributed random value between min-advertisement-interval and max-advertisement-interval. The RA message can be sent before timer expiry in response to a RS message.

Contextinterface name string subinterface index number ipv6 router-advertisement router-role max-advertisement-interval number
Treemax-advertisement-interval
Range4 to 1800
Default600
Unitsseconds
Configurable True
PlatformsSupported on all platforms
min-advertisement-interval number
Description

The minimum time between sending router advertisement messages to the all-nodes multicast address.

Each subinterface has its own timer. Whenever the timer fires the message is sent and then the timer is reset to a uniformly distributed random value between min-advertisement-interval and max-advertisement-interval. The RA message can be sent before timer expiry in response to a RS message.

Contextinterface name string subinterface index number ipv6 router-advertisement router-role min-advertisement-interval number
Treemin-advertisement-interval
Range3 to 1350
Default200
Unitsseconds
Configurable True
PlatformsSupported on all platforms
prefix ipv6-prefix string
Description The list of IPv6 prefixes to advertise in the router advertisement messages.
Contextinterface name string subinterface index number ipv6 router-advertisement router-role prefix ipv6-prefix string
Treeprefix
ConfigurableTrue
PlatformsSupported on all platforms
Max. Elements16
retransmit-time number
Description The time, in milliseconds, that is advertised as the retrans-timer in RA messages and that hosts use for address resolution and the Neighbor Unreachability Detection algorithm. It represents the time between retransmitted NS messages. A value of zero means unspecified by this router.
Contextinterface name string subinterface index number ipv6 router-advertisement router-role retransmit-time number
Treeretransmit-time
Range0 to 1800000
Default0
ConfigurableTrue
PlatformsSupported on all platforms
router-lifetime number
Description The lifetime in seconds that is advertised as the router lifetime in RA messages. This indicates the time period for which the advertising router can be used as a default router/gateway. A value of 0 means the router should not be used as a default gateway.
Contextinterface name string subinterface index number ipv6 router-advertisement router-role router-lifetime number
Treerouter-lifetime
Range0 to 9000
Default1800
ConfigurableTrue
PlatformsSupported on all platforms
statistics
Description Container for subinterface statistics, counting IPv4 packets or IPv6 packets or both dependending on the context
Contextinterface name string subinterface index number ipv6 statistics
Treestatistics
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-discarded-packets number
Description

The total number of input IPv4 packets or IPv6 packets or both (transit and terminating traffic) that were dropped for any of the following reasons:

This also includes IP/MPLS packets dropped by ingress interface ACL drop action or CPM filer drop action.

Contextinterface name string subinterface index number ipv6 statistics in-discarded-packets number
Treein-discarded-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-error-packets number
Description

The total number of input IPv4 packets or IPv6 packets or both discarded due to errors, counting transit and terminating traffic

The sum of the following RFC 4293 counters: ipIfStatsInHdrErrors ipIfStatsInNoRoutes ipIfStatsInAddrErrors ipIfStatsInUnknownProtos ipIfStatsInTruncatedPkts

Contextinterface name string subinterface index number ipv6 statistics in-error-packets number
Treein-error-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-forwarded-packets number
Description

The number of input IPv4 packets or IPv6 packets or both received on this subinterface for which the router was not the final destination and for which the router attempted to find a route to forward them to that final destination.

Note that non-terminating IPv4 packets with options and non-terminating IPv6 packets with extension headers are included in this count (and not dropped) as are packets that trigger ICMP/ICMPv6 redirect messages.

On 7220 IXR systems this also counts received traffic that is terminating.

Contextinterface name string subinterface index number ipv6 statistics in-forwarded-packets number
Treein-forwarded-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-packets number
Description

The total number of input packets received, counting transit and terminating traffic

This equals the sum of: in-error-packets in-discarded-packets (also includes IP/MPLS packets) in-terminated-packets (also includes IP/MPLS packets) in-forwarded-packets

Contextinterface name string subinterface index number ipv6 statistics in-packets number
Treein-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-terminated-packets number
Description

The total number of input IPv4 packets or IPv6 packets or both that were received on this subinterface and that have a destination IP address matching a local interface address or an IPv6 multicast address to which the interface belongs. The count includes packets eventually discarded by the CPM. Such discards include:

This also includes terminating IP/MPLS packets.

Contextinterface name string subinterface index number ipv6 statistics in-terminated-packets number
Treein-terminated-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
out-discarded-packets number
Description

The total number of IPv4 packets or IPv6 packets or both, originating and transit, sent towards this subinterface that were dropped.

This also includes IP/MPLS packets dropped by egress interface ACL drop action.

Contextinterface name string subinterface index number ipv6 statistics out-discarded-packets number
Treeout-discarded-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
out-error-packets number
Description

The number of IPv4 packets or IPv6 packets or both, originating and transit, for which this router was successful in finding a path to their final destination through this subinterface but an error prevented their transmission.

On 7250 IXR systems this is incremented when the IPv4 packet size exceeds the IP MTU and fragmentation was not allowed or not supported

Contextinterface name string subinterface index number ipv6 statistics out-error-packets number
Treeout-error-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
out-packets number
Description

The total number of IPv4 packets or IPv6 packets or both that this router supplied to the lower layers for transmission

This includes packets generated locally and those forwarded by this router. If there are no queue drops it is equal to: <out-forwarded-packets> + <out-originated-packets>

Contextinterface name string subinterface index number ipv6 statistics out-packets number
Treeout-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6

l2-mtu number

Description

Layer-2 MTU of the subinterface in bytes, including the Ethernet header and VLAN tags, and excluding 4-bytes FCS.

L2 MTU specifies the maximum sized Ethernet frame that can be transmitted on the subinterface. If a frame exceeds this size it is discarded. If the l2-mtu of the subinterface exceeds the port-mtu of the associated interface, the subinterface will remain operationally down.

The default value for a subinterface is taken from /system/mtu/default-l2-mtu. The L2 MTU is only configurable for bridged subinterfaces.

The 7220 IXR-D1, 7220 IXR-D2, 7220 IXR-D3, 7220 IXR-H2, and 7220 IXR-H3 systems support a maximum L2 MTU of 9412 bytes.

Contextinterface name string subinterface index number l2-mtu number
Treel2-mtu
Range1500 to 9500
Unitsbytes
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3

last-change string

Description The date and time of the most recent change to the subinterface state
Contextinterface name string subinterface index number last-change string
Treelast-change
String Length20 to 32
ConfigurableFalse
PlatformsSupported on all platforms

local-mirror-destination

Description Container for options related to local mirror destination
Contextinterface name string subinterface index number local-mirror-destination
Treelocal-mirror-destination
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3
oper-state keyword
Description The operational state of the local mirror destination
Contextinterface name string subinterface index number local-mirror-destination oper-state keyword
Treeoper-state
Options
  • up

    Component or process is operational

  • down

    Component or process is not operational

  • empty

    Component slot is empty

  • downloading

    Component is downloading image into memory

  • booting

    Component is booting downloaded image

  • starting

    Component image operational, application processes starting

  • failed

    Component or process has failed

  • synchronizing

    Component is currently being synchronized

  • upgrading

    Component is currently being upgraded

  • low-power

    Component is offline due to insufficient system power

  • degraded

    Component or process is in a degraded state

  • warm-reboot

    Component or process is currently warm rebooting

    Component or process is currently warm rebooting This state is set during a warm reboot immediately following initiation of the reboot, continuing after startup until the system has completed audit. In this state the system will not accept configuration changes.

  • waiting

    Component or process is currently waiting

    Component or process is currently waiting This state can be set by event handler when the reinvoke-with-delay action is used, and indicates that the event handler is waiting for the provided delay before reinvoking the instance.

ConfigurableFalse
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D3

mpls

Description Container for MPLS configuration and state at the subinterface level
Contextinterface name string subinterface index number mpls
Treempls
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
statistics
Description Container for MPLS-specific subinterface statistics
Contextinterface name string subinterface index number mpls statistics
Treestatistics
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-octets number
Description The total number of octets in input MPLS packets received, not counting MPLS packets discarded due to ACLs or IP/MPLS packets that terminated on this router.
Contextinterface name string subinterface index number mpls statistics in-octets number
Treein-octets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-packets number
Description

The total number of input MPLS packets received, not counting MPLS packets discarded due to ACLs or IP/MPLS packets that terminated on this router.

This equals the sum of: in-error-packets in-discarded-packets in-forwarded-packets

Contextinterface name string subinterface index number mpls statistics in-packets number
Treein-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
out-error-packets number
Description

The number of MPLS packets that could not be transmitted on this subinterface because of an error.

For now this only counts transmission errors that result from the MPLS packet size exceeding the MPLS MTU of the subinterface.

Contextinterface name string subinterface index number mpls statistics out-error-packets number
Treeout-error-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6

mpls-mtu number

Description

MPLS MTU of the subinterface in bytes, including the transmitted label stack.

MPLS MTU specifies the maximum sized MPLS packet that can be transmitted on the subinterface. If an MPLS packet containing any payload exceeds this size then it is dropped. If the payload of the dropped packet is IPv4 or IPv6 then this may also result in the generation of an ICMP error message that is either tunneled or sent back to the source.

The default MPLS MTU for a subinterface is taken from /system/mtu/default-mpls-mtu.

The MPLS MTU is not configurable for subinterfaces of loopback interfaces.

Each 7250 IXR IMM supports a maximum of 4 different MPLS MTU values.

Contextinterface name string subinterface index number mpls-mtu number
Treempls-mtu
Range1284 to 9496
Unitsbytes
ConfigurableTrue
Platforms7250 IXR-10, 7250 IXR-6

name string

Description The system assigned name of the subinterface. It is formed by taking the base interface name and appending a dot (.) and the subinterface index number. For example, ethernet-2/1.0
Contextinterface name string subinterface index number name string
Treename
ConfigurableFalse
PlatformsSupported on all platforms

oper-down-reason keyword

Description The first (and possibly only) reason for the subinterface being operationally down
Contextinterface name string subinterface index number oper-down-reason keyword
Treeoper-down-reason
Options
  • admin-disabled

  • port-down

  • ip-mtu-resource-exceeded

  • mpls-mtu-resource-exceeded

  • ip-mtu-too-large

  • mpls-mtu-too-large

  • l2-mtu-too-large

  • no-ip-config

  • ip-mtu-larger-than-oper-mac-vrf-mtu

  • irb-mac-address-not-programmed

  • missing-xdp-state

  • no-underlay-egress-next-hop-resources

  • other

ConfigurableFalse
PlatformsSupported on all platforms

qos

Description Enter the qos context
Context interface name string subinterface index number qos
Treeqos
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
input
Description Enter the input context
Context interface name string subinterface index number qos input
Treeinput
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
classifiers
Description Enter the classifiers context
Context interface name string subinterface index number qos input classifiers
Treeclassifiers
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
policers
Description Container with information about the policers applied to input traffic on the subinterface.
Contextinterface name string subinterface index number qos input policers
Treepolicers
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
policer index number
Description The list of policer instances belonging to the template definition.
Contextinterface name string subinterface index number qos input policers policer index number
Treepolicer
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
statistics
Description Enter the statistics context
Context interface name string subinterface index number qos input policers policer index number statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms except 7220 IXR-D1
policer-template reference
Description

The name of the policer template applied to input traffic on the subinterface

If this is configured but no value is displayed in state information then there were insufficient resources to completely apply the template.

Contextinterface name string subinterface index number qos input policers policer-template reference
Treepolicer-template
Referenceqos policer-templates policer-template name string
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
output
Description Enter the output context
Context interface name string subinterface index number qos output
Treeoutput
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1
rewrite-rules
Description Enter the rewrite-rules context
Context interface name string subinterface index number qos output rewrite-rules
Treerewrite-rules
ConfigurableTrue
PlatformsSupported on all platforms except 7220 IXR-D1

ra-guard

Description Enable the ra-guard context
Context interface name string subinterface index number ra-guard
Treera-guard
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3
vlan-list vlan-id number
Description List of VLAN IDs that the RA policy should be matched against
Contextinterface name string subinterface index number ra-guard vlan-list vlan-id number
Treevlan-list
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3

statistics

Description Container for subinterface statistics, counting IPv4 packets or IPv6 packets or both dependending on the context
Contextinterface name string subinterface index number statistics
Treestatistics
ConfigurableFalse
PlatformsSupported on all platforms
in-discarded-packets number
Description

The total number of input IPv4 packets or IPv6 packets or both (transit and terminating traffic) that were dropped for any of the following reasons:

This also includes IP/MPLS packets dropped by ingress interface ACL drop action or CPM filer drop action.

Contextinterface name string subinterface index number statistics in-discarded-packets number
Treein-discarded-packets
Default0
ConfigurableFalse
PlatformsSupported on all platforms
in-error-packets number
Description

The total number of input IPv4 packets or IPv6 packets or both discarded due to errors, counting transit and terminating traffic

The sum of the following RFC 4293 counters: ipIfStatsInHdrErrors ipIfStatsInNoRoutes ipIfStatsInAddrErrors ipIfStatsInUnknownProtos ipIfStatsInTruncatedPkts

Contextinterface name string subinterface index number statistics in-error-packets number
Treein-error-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
in-forwarded-packets number
Description

The number of input IPv4 packets or IPv6 packets or both received on this subinterface for which the router was not the final destination and for which the router attempted to find a route to forward them to that final destination.

Note that non-terminating IPv4 packets with options and non-terminating IPv6 packets with extension headers are included in this count (and not dropped) as are packets that trigger ICMP/ICMPv6 redirect messages.

On 7220 IXR systems this also counts received traffic that is terminating.

Contextinterface name string subinterface index number statistics in-forwarded-packets number
Treein-forwarded-packets
Default0
ConfigurableFalse
PlatformsSupported on all platforms
in-packets number
Description

The total number of input packets received, counting transit and terminating traffic

This equals the sum of: in-error-packets in-discarded-packets (also includes IP/MPLS packets) in-terminated-packets (also includes IP/MPLS packets) in-forwarded-packets

Contextinterface name string subinterface index number statistics in-packets number
Treein-packets
Default0
ConfigurableFalse
PlatformsSupported on all platforms
in-terminated-packets number
Description

The total number of input IPv4 packets or IPv6 packets or both that were received on this subinterface and that have a destination IP address matching a local interface address or an IPv6 multicast address to which the interface belongs. The count includes packets eventually discarded by the CPM. Such discards include:

This also includes terminating IP/MPLS packets.

Contextinterface name string subinterface index number statistics in-terminated-packets number
Treein-terminated-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
out-discarded-packets number
Description

The total number of IPv4 packets or IPv6 packets or both, originating and transit, sent towards this subinterface that were dropped.

This also includes IP/MPLS packets dropped by egress interface ACL drop action.

Contextinterface name string subinterface index number statistics out-discarded-packets number
Treeout-discarded-packets
Default0
ConfigurableFalse
PlatformsSupported on all platforms
out-error-packets number
Description

The number of IPv4 packets or IPv6 packets or both, originating and transit, for which this router was successful in finding a path to their final destination through this subinterface but an error prevented their transmission.

On 7250 IXR systems this is incremented when the IPv4 packet size exceeds the IP MTU and fragmentation was not allowed or not supported

Contextinterface name string subinterface index number statistics out-error-packets number
Treeout-error-packets
Default0
ConfigurableFalse
Platforms7250 IXR-10, 7250 IXR-6
out-octets number
Description The total number of octets in IPv4 packets or IPv6 packets or both delivered to the lower layers for transmission
Contextinterface name string subinterface index number statistics out-octets number
Treeout-octets
Default0
ConfigurableFalse
PlatformsSupported on all platforms
out-originated-packets number
Description

The number of IPv4 packets or IPv6 packets or both which originated on the CPM and which the router attempted to route out this subinterface

This includes all originated ICMP/ICMPv6 messages.

Contextinterface name string subinterface index number statistics out-originated-packets number
Treeout-originated-packets
Default0
ConfigurableFalse
PlatformsSupported on all platforms
out-packets number
Description

The total number of IPv4 packets or IPv6 packets or both that this router supplied to the lower layers for transmission

This includes packets generated locally and those forwarded by this router. If there are no queue drops it is equal to: <out-forwarded-packets> + <out-originated-packets>

Contextinterface name string subinterface index number statistics out-packets number
Treeout-packets
Default0
ConfigurableFalse
PlatformsSupported on all platforms

type identityref

Description The value of this leaf indicates the context in which the ethernet subinterface will be used in
Contextinterface name string subinterface index number type identityref
Treetype
Options
  • routed

    indicates subinterface is used in a routed context

  • bridged

    indicates subinterface is used in a bridged context

  • local-mirror-dest

    indicates subinterface is used in a mirroring destination SPAN context

ConfigurableTrue
PlatformsSupported on all platforms

vlan

Description Parameters for VLAN definition under SRL interfaces.
Contextinterface name string subinterface index number vlan
Treevlan
ConfigurableTrue
PlatformsSupported on all platforms
encap
Description VLAN match parmeters for the associated subinterface.
Contextinterface name string subinterface index number vlan encap
Treeencap
ConfigurableTrue
PlatformsSupported on all platforms
single-tagged
Description When present, tagged frames with a specific, non-zero, outer VLAN ID are associated to the subinterface. (The outer VLAN-ID tag is considered service delimiting and it is stripped at ingress and restored/added on egress.).
Contextinterface name string subinterface index number vlan encap single-tagged
Treesingle-tagged
ConfigurableTrue
PlatformsSupported on all platforms
untagged
Description When present, untagged frames and VLAN ID 0 priority tagged frames are associated to the subinterface when it belongs to an interface with vlan-tagging enabled.
Contextinterface name string subinterface index number vlan encap untagged
Treeuntagged
ConfigurableTrue
Platforms7220 IXR-D2L, 7220 IXR-D2, 7220 IXR-D3L, 7220 IXR-D1, 7220 IXR-D3

tpid identityref

Description Optionally set the tag protocol identifier field (TPID) that is accepted on the VLAN
Contextinterface name string tpid identityref
Treetpid
Options
  • TPID_0X8100

    Default TPID value for 802.1q single-tagged VLANs.

  • TPID_0X88A8

    TPID value for 802.1ad provider bridging, QinQ or stacked VLANs.

  • TPID_0X9100

    Alternate TPID value.

  • TPID_0X9200

    Alternate TPID value.

  • TPID_ANY

    A wildcard that matches any of the generally used TPID values for singly- or multiply-tagged VLANs. Equivalent to matching any of TPID_0X8100, TPID_0X88A8, TPID_0X9100 and TPID_0x9200. This value is only applicable where the TPID of a packet is being matched.

ConfigurableTrue
Platforms7220 IXR-D2L, 7250 IXR-6, 7220 IXR-D3, 7220 IXR-D2, 7220 IXR-H3, 7220 IXR-H2, 7220 IXR-D1, 7220 IXR-D3L, 7250 IXR-10

traffic-rate

Description Container for traffic rate statistics
Contextinterface name string traffic-rate
Treetraffic-rate
ConfigurableFalse
PlatformsSupported on all platforms

in-bps number

Description The ingress bandwidth utilization of the port, updated every 10 seconds
Contextinterface name string traffic-rate in-bps number
Treein-bps
ConfigurableFalse
PlatformsSupported on all platforms

out-bps number

Description The egress bandwidth utilization of the port, updated every 10 seconds
Contextinterface name string traffic-rate out-bps number
Treeout-bps
ConfigurableFalse
PlatformsSupported on all platforms

transceiver

Description Enter the transceiver context
Context interface name string transceiver
Treetransceiver
ConfigurableTrue
PlatformsSupported on all platforms

channel index number

Description List of physical channels supported by the transceiver that are associated with this particular port
Contextinterface name string transceiver channel index number
Treechannel
ConfigurableFalse
PlatformsSupported on all platforms
index number
Description Index of the physical channel or lane
Contextinterface name string transceiver channel index number
Range1 to 10
ConfigurableFalse
PlatformsSupported on all platforms
input-power
Description Enter the input-power context
Context interface name string transceiver channel index number input-power
Treeinput-power
ConfigurableFalse
PlatformsSupported on all platforms
laser-bias-current
Description Enter the laser-bias-current context
Context interface name string transceiver channel index number laser-bias-current
Treelaser-bias-current
ConfigurableFalse
PlatformsSupported on all platforms
output-power
Description Enter the output-power context
Context interface name string transceiver channel index number output-power
Treeoutput-power
ConfigurableFalse
PlatformsSupported on all platforms

connector-type keyword

Description Specifies the fiber connector type of the transceiver associated with the port.
Contextinterface name string transceiver connector-type keyword
Treeconnector-type
Options
  • SC

  • FC-STYLE1-COPPER

  • FC-STYLE2-COPPER

  • BNC-OR-TNC

  • FC-COAX

  • FIBER-JACK

  • LC

  • MT-RJ

  • MU

  • SG

  • OPTICAL-PIGTAIL

  • MPO-1x12

  • MPO-2x16

  • HSSDC

  • COPPER-PIGTAIL

  • RJ45

  • no-separable-connector

  • MXC-2x16

  • CS-OPTICAL-CONNECTOR

  • SN-OPTICAL-CONNECTOR

  • MPO-2x12

  • MPO-1x16

  • unknown

ConfigurableFalse
PlatformsSupported on all platforms

ddm-events boolean

Description

When set to true, log events and state related to the Digital Diagnostic Monitoring (DDM) capabilities of the transceiver are generated and populated.

When set to false, no DDM-related log events and state are generated and populated for this port/transceiver.

When read from state this leaf always returns false (even if the configured value is true) when the Ethernet port is a copper/RJ45 port.

Contextinterface name string transceiver ddm-events boolean
Treeddm-events
ConfigurableTrue
PlatformsSupported on all platforms

ethernet-pmd string

Description Specifies the Ethernet compliance code of the transceiver associated with the port.
Contextinterface name string transceiver ethernet-pmd string
Treeethernet-pmd
ConfigurableFalse
PlatformsSupported on all platforms

form-factor keyword

Description Specifies the transceiver form factor associated with the port.
Contextinterface name string transceiver form-factor keyword
Treeform-factor
Options
  • CFP2

  • CFP2-ACO

  • CFP4

  • QSFP

  • QSFPplus

  • QSFP28

  • QSFPDD

  • SFP

  • SFPplus

  • Non-pluggable

  • Other

  • SFP28

ConfigurableFalse
PlatformsSupported on all platforms

forward-error-correction keyword

Description

The forward error correction algorithm to use on the optical channel. The same FEC algorithm must be used at both ends of a link.

25G interfaces support disabled, base-r rs-108 and rs-528; configuring other (incompatible) options will bring the port down. The FEC requirement for a 25G interface depends on the cable type. A CA-N DAC cable has a loss specification that requires no FEC. A CA-S DAC cable requires base-r FEC at a minimum. A CA-L DAC cable requires the stronger rs-108 Reed Solomon FEC.

100G interfaces support disabled and rs-528; configuring other (incompatible) options will bring the port down.

400G interfaces require rs-544; configuring other (unsupported) options will bring the port down.

Contextinterface name string transceiver forward-error-correction keyword
Treeforward-error-correction
Options
  • disabled

  • rs-528

  • rs-544

  • base-r

    BASE-R FEC algorithm for 25GbE interfaces (also known as fire-code).

  • rs-108

    Reed Solomon FEC algorithm for 25GbE interfaces.

ConfigurableTrue
PlatformsSupported on all platforms

input-power

Description Enter the input-power context
Context interface name string transceiver input-power
Treeinput-power
ConfigurableFalse
PlatformsSupported on all platforms

laser-bias-current

Description Enter the laser-bias-current context
Context interface name string transceiver laser-bias-current
Treelaser-bias-current
ConfigurableFalse
PlatformsSupported on all platforms

oper-down-reason keyword

Description The reason for the transceiver being operationally down.
Contextinterface name string transceiver oper-down-reason keyword
Treeoper-down-reason
Options
  • not-present

  • read-failure

  • checksum-failure

  • unknown-transceiver

  • tx-laser-disabled

  • unsupported-breakout

  • port-disabled

  • connector-transceiver-down

ConfigurableFalse
PlatformsSupported on all platforms

oper-state keyword

Description

The operational state of the transceiver.

The oper-state is always down when the Ethernet port is a copper/RJ45 port.

Contextinterface name string transceiver oper-state keyword
Treeoper-state
Options
  • up

  • down

Configurable False
PlatformsSupported on all platforms

output-power

Description Enter the output-power context
Context interface name string transceiver output-power
Treeoutput-power
ConfigurableFalse
PlatformsSupported on all platforms

temperature

Description Enter the temperature context
Context interface name string transceiver temperature
Treetemperature
ConfigurableFalse
PlatformsSupported on all platforms

tx-laser boolean

Description

Enable (true) or disable (false) the transmit laser of the transceiver.

When read from state this leaf always returns false (even if the configured value is true) when the Ethernet port is a copper/RJ45 port.

Default is true (for interfaces that support transceivers).

Contextinterface name string transceiver tx-laser boolean
Treetx-laser
ConfigurableTrue
PlatformsSupported on all platforms

voltage

Description Enter the voltage context
Context interface name string transceiver voltage
Treevoltage
ConfigurableFalse
PlatformsSupported on all platforms
low-alarm-condition boolean
Description Set to true whenever the module voltage is below the low-alarm-threshold and set to false whenever the module voltage is above the low-alarm-threshold
Contextinterface name string transceiver voltage low-alarm-condition boolean
Treelow-alarm-condition
ConfigurableFalse
PlatformsSupported on all platforms

wavelength decimal-number

Description Wavelength of the transmitting laser in nanometers
Contextinterface name string transceiver wavelength decimal-number
Treewavelength
ConfigurableFalse
PlatformsSupported on all platforms

vlan-tagging boolean

Description When set to true the interface is allowed to accept frames with one or more VLAN tags
Contextinterface name string vlan-tagging boolean
Treevlan-tagging
ConfigurableTrue
PlatformsSupported on all platforms