port commands
configure
— port string
— access
— apply-groups reference
— apply-groups-exclude reference
— egress
— pool string
— amber-alarm-threshold number
— apply-groups reference
— apply-groups-exclude reference
— red-alarm-threshold number
— resv-cbs
— amber-alarm-action
— max number
— step number
— cbs (number | keyword)
— slope-policy reference
— ingress
— pool string
— amber-alarm-threshold number
— apply-groups reference
— apply-groups-exclude reference
— red-alarm-threshold number
— resv-cbs
— amber-alarm-action
— max number
— step number
— cbs (number | keyword)
— slope-policy reference
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— connector
— apply-groups reference
— apply-groups-exclude reference
— breakout keyword
— rs-fec-mode keyword
— ddm-events boolean
— description string
— dist-cpu-protection
— policy reference
— dwdm
— apply-groups reference
— apply-groups-exclude reference
— coherent
— apply-groups reference
— apply-groups-exclude reference
— compatibility keyword
— cpr-window-size number
— dispersion number
— mode keyword
— report-alarm
— hosttx boolean
— mod boolean
— modflt boolean
— netrx boolean
— nettx boolean
— rx-los-reaction keyword
— rx-los-thresh decimal-number
— sweep
— end number
— start number
— target-power decimal-number
— frequency number
— ethernet
— access
— apply-groups reference
— apply-groups-exclude reference
— bandwidth number
— booking-factor number
— egress
— queue-group reference instance-id number
— accounting-policy reference
— aggregate-rate
— limit-unused-bandwidth boolean
— queue-frame-based-accounting boolean
— rate (number | keyword)
— apply-groups reference
— apply-groups-exclude reference
— collect-stats boolean
— description string
— host-match
— int-dest-id string
— hs-turbo boolean
— queue-overrides
— queue reference
— adaptation-rule
— cir keyword
— pir keyword
— apply-groups reference
— apply-groups-exclude reference
— burst-limit (number | keyword)
— cbs (number | keyword)
— drop-tail
— low
— percent-reduction-from-mbs (number | keyword)
— mbs (number | keyword)
— monitor-queue-depth
— fast-polling boolean
— violation-threshold decimal-number
— parent
— cir-weight number
— weight number
— percent-rate
— cir decimal-number
— pir decimal-number
— rate
— cir (number | keyword)
— pir (number | keyword)
— scheduler-policy
— overrides
— scheduler string
— apply-groups reference
— apply-groups-exclude reference
— parent
— cir-weight number
— weight number
— rate
— cir (number | keyword)
— pir (number | keyword)
— policy-name reference
— virtual-port string
— aggregate-rate
— limit-unused-bandwidth boolean
— rate (number | keyword)
— apply-groups reference
— apply-groups-exclude reference
— description string
— host-match
— int-dest-id string
— hw-agg-shaper-scheduler-policy reference
— lag-per-link-hash
— class number
— weight number
— monitor-hw-agg-shaper-scheduler boolean
— monitor-port-scheduler boolean
— multicast-hqos-adjustment boolean
— port-scheduler-policy reference
— scheduler-policy
— policy-name reference
— ingress
— queue-group reference
— accounting-policy reference
— apply-groups reference
— apply-groups-exclude reference
— collect-stats boolean
— description string
— queue-overrides
— queue reference
— adaptation-rule
— cir keyword
— pir keyword
— apply-groups reference
— apply-groups-exclude reference
— cbs (number | keyword)
— drop-tail
— low
— percent-reduction-from-mbs (number | keyword)
— mbs (number | keyword)
— monitor-queue-depth
— fast-polling boolean
— rate
— cir (number | keyword)
— pir (number | keyword)
— scheduler-policy
— overrides
— scheduler string
— apply-groups reference
— apply-groups-exclude reference
— parent
— cir-weight number
— weight number
— rate
— cir (number | keyword)
— pir (number | keyword)
— policy-name reference
— accounting-policy reference
— apply-groups reference
— apply-groups-exclude reference
— autonegotiate keyword
— collect-stats boolean
— crc-monitor
— signal-degrade
— multiplier number
— threshold number
— signal-failure
— multiplier number
— threshold number
— window-size number
— dampening
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— half-life number
— max-suppress-time number
— reuse-threshold number
— suppress-threshold number
— discard-rx-pause-frames boolean
— dot1q-etype string
— dot1x
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— macsec
— apply-groups reference
— apply-groups-exclude reference
— exclude-mac-policy reference
— exclude-protocol
— cdp boolean
— eapol-start boolean
— efm-oam boolean
— eth-cfm boolean
— lacp boolean
— lldp boolean
— ptp boolean
— ubfd boolean
— rx-must-be-encrypted boolean
— sub-port number
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— ca-name reference
— eapol-destination-address string
— encap-match
— all-match boolean
— double-tag string
— single-tag string
— untagged boolean
— max-peers number
— max-authentication-requests number
— per-host-authentication
— admin-state keyword
— allowed-source-macs
— mac-address string
— authenticator-init boolean
— port-control keyword
— quiet-period number
— radius-policy reference
— radius-server-policy reference
— radius-server-policy-acct reference
— radius-server-policy-auth reference
— re-authentication
— period number
— server-timeout number
— supplicant-timeout number
— transmit-period number
— tunnel-dot1q boolean
— tunnel-qinq boolean
— tunneling boolean
— down-on-internal-error
— tx-laser keyword
— down-when-looped
— admin-state keyword
— keep-alive number
— retry-timeout number
— use-broadcast-address boolean
— duplex keyword
— efm-oam
— accept-remote-loopback boolean
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— discovery
— advertise-capabilities
— link-monitoring boolean
— dying-gasp-tx-on-reset boolean
— grace-tx boolean
— grace-vendor-oui string
— hold-time number
— ignore-efm-state boolean
— link-monitoring
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— errored-frame
— admin-state keyword
— event-notification boolean
— sd-threshold number
— sf-threshold number
— window number
— errored-frame-period
— admin-state keyword
— event-notification boolean
— sd-threshold number
— sf-threshold number
— window number
— errored-frame-seconds
— admin-state keyword
— event-notification boolean
— sd-threshold number
— sf-threshold number
— window number
— errored-symbols
— admin-state keyword
— event-notification boolean
— sd-threshold number
— sf-threshold number
— window number
— local-sf-action
— event-notification-burst number
— info-notification
— critical-event boolean
— dying-gasp boolean
— local-port-action keyword
— mode keyword
— multiplier number
— peer-rdi-rx
— critical-event keyword
— dying-gasp keyword
— event-notification keyword
— link-fault keyword
— transmit-interval number
— trigger-fault keyword
— tunneling boolean
— egress
— apply-groups reference
— apply-groups-exclude reference
— eth-bn-rate-changes boolean
— hs-port-pool-policy reference
— hs-scheduler-policy
— overrides
— apply-groups reference
— apply-groups-exclude reference
— group number
— apply-groups reference
— apply-groups-exclude reference
— rate (number | keyword)
— max-rate (number | keyword)
— scheduling-class number
— apply-groups reference
— apply-groups-exclude reference
— rate (number | keyword)
— weight number
— policy-name reference
— hs-secondary-shaper string
— aggregate
— low-burst-max-class number
— rate (number | keyword)
— apply-groups reference
— apply-groups-exclude reference
— class number
— apply-groups reference
— apply-groups-exclude reference
— rate (number | keyword)
— description string
— hw-agg-shaper-scheduler
— monitor boolean
— policy-name reference
— monitor-port-scheduler boolean
— port-scheduler-policy
— overrides
— apply-groups reference
— apply-groups-exclude reference
— level number
— apply-groups reference
— apply-groups-exclude reference
— percent-rate
— cir decimal-number
— pir decimal-number
— rate
— cir (number | keyword)
— pir (number | keyword)
— max-rate
— percent-rate decimal-number
— rate (number | keyword)
— policy-name reference
— rate number
— elmi
— apply-groups reference
— apply-groups-exclude reference
— mode keyword
— n393 number
— t391 number
— t392 number
— encap-type keyword
— eth-cfm
— mep md-admin-name reference ma-admin-name reference mep-id number
— admin-state keyword
— ais
— client-meg-level number
— interface-support boolean
— interval number
— low-priority-defect keyword
— priority number
— alarm-notification
— fng-alarm-time number
— fng-reset-time number
— apply-groups reference
— apply-groups-exclude reference
— ccm boolean
— ccm-ltm-priority number
— ccm-padding-size number
— ccm-tlv-ignore keyword
— collect-lmm-stats boolean
— csf
— multiplier decimal-number
— description string
— eth-bn
— receive boolean
— rx-update-pacing number
— eth-test
— bit-error-threshold number
— test-pattern
— crc-tlv boolean
— pattern keyword
— facility-fault boolean
— grace
— eth-ed
— max-rx-defect-window number
— priority number
— rx-eth-ed boolean
— tx-eth-ed boolean
— eth-vsm-grace
— rx-eth-vsm-grace boolean
— tx-eth-vsm-grace boolean
— low-priority-defect keyword
— mac-address string
— one-way-delay-threshold number
— vlan (number | keyword)
— hold-time
— down number
— units keyword
— up number
— ingress
— rate number
— lacp-tunnel boolean
— lldp
— apply-groups reference
— apply-groups-exclude reference
— dest-mac keyword
— apply-groups reference
— apply-groups-exclude reference
— notification boolean
— port-id-subtype keyword
— receive boolean
— transmit boolean
— tunnel-nearest-bridge boolean
— tx-mgmt-address keyword
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— tx-tlvs
— port-desc boolean
— sys-cap boolean
— sys-desc boolean
— sys-name boolean
— load-balancing-algorithm keyword
— mac-address string
— min-frame-length number
— mode keyword
— mtu number
— network
— accounting-policy reference
— apply-groups reference
— apply-groups-exclude reference
— collect-stats boolean
— egress
— port-queues
— overrides
— queue number
— apply-groups reference
— apply-groups-exclude reference
— monitor-queue-depth
— fast-polling boolean
— violation-threshold decimal-number
— queue-group reference instance-id number
— accounting-policy reference
— aggregate-rate
— limit-unused-bandwidth boolean
— queue-frame-based-accounting boolean
— rate (number | keyword)
— apply-groups reference
— apply-groups-exclude reference
— collect-stats boolean
— description string
— hs-turbo boolean
— policer-control-policy reference
— queue-overrides
— queue reference
— adaptation-rule
— cir keyword
— pir keyword
— apply-groups reference
— apply-groups-exclude reference
— cbs (number | keyword)
— drop-tail
— low
— percent-reduction-from-mbs (number | keyword)
— mbs (number | keyword)
— monitor-queue-depth
— fast-polling boolean
— violation-threshold decimal-number
— percent-rate
— cir decimal-number
— pir decimal-number
— rate
— cir (number | keyword)
— pir (number | keyword)
— scheduler-policy
— policy-name reference
— queue-policy reference
— pbb-etype string
— ptp-asymmetry number
— qinq-etype string
— report-alarm
— alignment-marker-not-locked boolean
— block-not-locked boolean
— duplicate-lane boolean
— frame-not-locked boolean
— high-ber boolean
— local boolean
— remote boolean
— signal-fail boolean
— rs-fec-mode keyword
— single-fiber boolean
— speed number
— ssm
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— code-type keyword
— esmc-tunnel boolean
— tx-dus boolean
— symbol-monitor
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— signal-degrade
— multiplier number
— threshold number
— signal-failure
— multiplier number
— threshold number
— window-size number
— util-stats-interval number
— xgig keyword
— gnss
— antenna-cable-delay number
— apply-groups reference
— apply-groups-exclude reference
— constellation
— galileo boolean
— glonass boolean
— gps boolean
— elevation-mask-angle number
— hybrid-buffer-allocation
— egress-weight
— access number
— network number
— ingress-weight
— access number
— network number
— modify-buffer-allocation
— percentage-of-rate
— egress number
— ingress number
— monitor-agg-egress-queue-stats boolean
— monitor-oper-group reference
— network
— apply-groups reference
— apply-groups-exclude reference
— egress
— pool string
— amber-alarm-threshold number
— apply-groups reference
— apply-groups-exclude reference
— red-alarm-threshold number
— resv-cbs
— amber-alarm-action
— max number
— step number
— cbs (number | keyword)
— slope-policy reference
— oper-group reference
— otu
— apply-groups reference
— apply-groups-exclude reference
— async-mapping boolean
— fec keyword
— fine-granularity-ber
— signal-degrade
— clear
— multiplier number
— threshold number
— raise
— multiplier number
— threshold number
— signal-failure
— clear
— multiplier number
— threshold number
— raise
— multiplier number
— threshold number
— otu2-lan-data-rate keyword
— path-monitoring
— trail-trace-identifier
— expected
— auto-generated
— bytes string
— string string
— mismatch-reaction keyword
— transmit
— auto-generated
— bytes string
— string string
— payload-structure-identifier
— payload
— expected keyword
— mismatch-reaction keyword
— transmit keyword
— report-alarm
— fec-fail boolean
— fec-sd boolean
— fec-sf boolean
— fec-uncorr boolean
— loc boolean
— lof boolean
— lom boolean
— los boolean
— odu-ais boolean
— odu-bdi boolean
— odu-lck boolean
— odu-oci boolean
— odu-tim boolean
— opu-plm boolean
— otu-ais boolean
— otu-bdi boolean
— otu-ber-sd boolean
— otu-ber-sf boolean
— otu-biae boolean
— otu-iae boolean
— otu-tim boolean
— sd-threshold number
— section-monitoring
— trail-trace-identifier
— expected
— auto-generated
— bytes string
— string string
— mismatch-reaction keyword
— transmit
— auto-generated
— bytes string
— string string
— sf-sd-method keyword
— sf-threshold number
— sonet-sdh
— apply-groups reference
— apply-groups-exclude reference
— clock-source keyword
— framing keyword
— group string
— apply-groups reference
— apply-groups-exclude reference
— payload keyword
— hold-time
— down number
— up number
— loopback keyword
— path string
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— crc number
— description string
— egress
— port-scheduler-policy
— overrides
— apply-groups reference
— apply-groups-exclude reference
— level number
— apply-groups reference
— apply-groups-exclude reference
— percent-rate
— cir decimal-number
— pir decimal-number
— rate
— cir (number | keyword)
— pir (number | keyword)
— max-rate
— percent-rate decimal-number
— rate (number | keyword)
— policy-name reference
— load-balancing-algorithm keyword
— mac-address string
— mode keyword
— mtu number
— network
— accounting-policy reference
— apply-groups reference
— apply-groups-exclude reference
— collect-stats boolean
— queue-policy reference
— payload keyword
— report-alarm
— pais boolean
— plcd boolean
— plop boolean
— pplm boolean
— prdi boolean
— prei boolean
— puneq boolean
— scramble boolean
— signal-label string
— trace-string (keyword | string)
— report-alarm
— lais boolean
— lb2er-sd boolean
— lb2er-sf boolean
— loc boolean
— lrdi boolean
— lrei boolean
— slof boolean
— slos boolean
— ss1f boolean
— sd-threshold number
— section-trace
— byte string
— increment-z0
— string string
— sf-threshold number
— single-fiber boolean
— speed keyword
— suppress-low-order-alarms boolean
— tx-dus boolean
— tdm
— apply-groups reference
— apply-groups-exclude reference
— buildout keyword
— ds1 string
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— ber-threshold
— signal-degrade number
— signal-failure number
— channel-group number
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— description string
— egress
— port-scheduler-policy
— overrides
— apply-groups reference
— apply-groups-exclude reference
— level number
— apply-groups reference
— apply-groups-exclude reference
— percent-rate
— cir decimal-number
— pir decimal-number
— rate
— cir (number | keyword)
— pir (number | keyword)
— max-rate
— percent-rate decimal-number
— rate (number | keyword)
— policy-name reference
— encap-type keyword
— idle-payload-fill
— all-ones
— pattern number
— idle-signal-fill
— all-ones
— pattern number
— load-balancing-algorithm keyword
— mac-address string
— mode keyword
— mtu number
— network
— accounting-policy reference
— apply-groups reference
— apply-groups-exclude reference
— collect-stats boolean
— queue-policy reference
— speed number
— timeslot number
— clock-source keyword
— framing keyword
— loopback keyword
— remote-loop-respond boolean
— report-alarm
— ais boolean
— ber-sd boolean
— ber-sf boolean
— looped boolean
— los boolean
— oof boolean
— rai boolean
— signal-mode keyword
— ds3 string
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— channelized keyword
— clock-source keyword
— crc number
— description string
— egress
— port-scheduler-policy
— overrides
— apply-groups reference
— apply-groups-exclude reference
— level number
— apply-groups reference
— apply-groups-exclude reference
— percent-rate
— cir decimal-number
— pir decimal-number
— rate
— cir (number | keyword)
— pir (number | keyword)
— max-rate
— percent-rate decimal-number
— rate (number | keyword)
— policy-name reference
— encap-type keyword
— feac-loop-respond boolean
— framing keyword
— idle-cycle-flag keyword
— load-balancing-algorithm keyword
— loopback keyword
— mac-address string
— maintenance-data-link
— equipment-id-code string
— facility-id-code string
— frame-id-code string
— generator-string string
— location-id-code string
— port-string string
— transmit-message-type
— idle-signal boolean
— path boolean
— test-signal boolean
— unit-id-code string
— mode keyword
— mtu number
— network
— accounting-policy reference
— apply-groups reference
— apply-groups-exclude reference
— collect-stats boolean
— queue-policy reference
— report-alarm
— ais boolean
— looped boolean
— los boolean
— oof boolean
— rai boolean
— scramble boolean
— subrate
— csu-mode keyword
— rate-step number
— e1 string
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— ber-threshold
— signal-degrade number
— signal-failure number
— channel-group number
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— description string
— egress
— port-scheduler-policy
— overrides
— apply-groups reference
— apply-groups-exclude reference
— level number
— apply-groups reference
— apply-groups-exclude reference
— percent-rate
— cir decimal-number
— pir decimal-number
— rate
— cir (number | keyword)
— pir (number | keyword)
— max-rate
— percent-rate decimal-number
— rate (number | keyword)
— policy-name reference
— encap-type keyword
— idle-payload-fill
— all-ones
— pattern number
— idle-signal-fill
— all-ones
— pattern number
— load-balancing-algorithm keyword
— mac-address string
— mode keyword
— mtu number
— network
— accounting-policy reference
— apply-groups reference
— apply-groups-exclude reference
— collect-stats boolean
— queue-policy reference
— speed number
— timeslot number
— clock-source keyword
— framing keyword
— loopback keyword
— national-bits
— sa4 boolean
— sa5 boolean
— sa6 boolean
— sa7 boolean
— sa8 boolean
— report-alarm
— ais boolean
— ber-sd boolean
— ber-sf boolean
— looped boolean
— los boolean
— oof boolean
— rai boolean
— signal-mode keyword
— e3 string
— admin-state keyword
— apply-groups reference
— apply-groups-exclude reference
— clock-source keyword
— crc number
— description string
— egress
— port-scheduler-policy
— overrides
— apply-groups reference
— apply-groups-exclude reference
— level number
— apply-groups reference
— apply-groups-exclude reference
— percent-rate
— cir decimal-number
— pir decimal-number
— rate
— cir (number | keyword)
— pir (number | keyword)
— max-rate
— percent-rate decimal-number
— rate (number | keyword)
— policy-name reference
— encap-type keyword
— framing keyword
— idle-cycle-flag keyword
— load-balancing-algorithm keyword
— loopback keyword
— mac-address string
— mode keyword
— mtu number
— network
— accounting-policy reference
— apply-groups reference
— apply-groups-exclude reference
— collect-stats boolean
— queue-policy reference
— report-alarm
— ais boolean
— looped boolean
— los boolean
— oof boolean
— rai boolean
— scramble boolean
— hold-time
— down number
— up number
— transceiver
— apply-groups reference
— apply-groups-exclude reference
— digital-coherent-optics boolean
port command descriptions
port [port-id] string
[port-id] string
access
egress
| Synopsis | Enter the egress context | |
| Context | configure port string access egress | |
| Tree | egress | |
Description | Commands in this context specify the configuration of access egress buffer pools to determine how a CBS-reserved space is handled and the strategy for utilizing the shared buffer space. | |
| Introduced | 16.0.R1 | |
Platforms | All |
pool [name] string
[name] string
amber-alarm-threshold number
| Synopsis | Threshold for the amber alarm on oversubscription | |
| Context | configure port string access egress pool string amber-alarm-threshold number | |
| Tree | amber-alarm-threshold | |
| Range | 1 to 1000 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
red-alarm-threshold number
| Synopsis | Threshold for the red alarm on oversubscription | |
| Context | configure port string access egress pool string red-alarm-threshold number | |
| Tree | red-alarm-threshold | |
| Range | 1 to 1000 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
resv-cbs
amber-alarm-action
| Synopsis | Enter the amber-alarm-action context | |
| Context | configure port string access egress pool string resv-cbs amber-alarm-action | |
| Tree | amber-alarm-action | |
| Introduced | 16.0.R1 | |
Platforms | All |
max number
| Synopsis | Maximum percentage for reserved CBS of the pool | |
| Context | configure port string access egress pool string resv-cbs amber-alarm-action max number | |
| Tree | max | |
Description | This command specifies the maximum percentage for the reserved CBS of the pool. The maximum reserved CBS must not be less than the value of the reserved CBS. To enable adaptive CBS sizing the max, step, and cbs commands must be configured. The cbs command must also be configured to a percentage other than the default value. When unconfigured, CBS adaptive sizing is not enabled. | |
| Range | 1 to 100 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
All |
step number
| Synopsis | Step-size percentage for reserved CBS of the pool | |
| Context | configure port string access egress pool string resv-cbs amber-alarm-action step number | |
| Tree | step | |
Description | This command specifies the step-size percentage for the reserved CBS of the pool. To enable adaptive CBS sizing the max, step, and cbs commands must be configured. The cbs command must also be configured to a percentage other than the default value. When unconfigured, CBS adaptive sizing is not enabled. | |
| Range | 1 to 100 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
All |
cbs (number | keyword)
slope-policy reference
| Synopsis | Policy for the RED slope and TAF values | |
| Context | configure port string access egress pool string slope-policy reference | |
| Tree | slope-policy | |
Reference | configure qos slope-policy string | |
| Introduced | 16.0.R1 | |
Platforms | All |
ingress
pool [name] string
[name] string
amber-alarm-threshold number
| Synopsis | Threshold for the amber alarm on oversubscription | |
| Context | configure port string access ingress pool string amber-alarm-threshold number | |
| Tree | amber-alarm-threshold | |
| Range | 1 to 1000 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
red-alarm-threshold number
| Synopsis | Threshold for the red alarm on oversubscription | |
| Context | configure port string access ingress pool string red-alarm-threshold number | |
| Tree | red-alarm-threshold | |
| Range | 1 to 1000 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
resv-cbs
amber-alarm-action
| Synopsis | Enter the amber-alarm-action context | |
| Context | configure port string access ingress pool string resv-cbs amber-alarm-action | |
| Tree | amber-alarm-action | |
| Introduced | 16.0.R1 | |
Platforms | All |
max number
| Synopsis | Maximum percentage for reserved CBS of the pool | |
| Context | configure port string access ingress pool string resv-cbs amber-alarm-action max number | |
| Tree | max | |
Description | This command specifies the maximum percentage for the reserved CBS of the pool. The maximum reserved CBS must not be less than the value of the reserved CBS. To enable adaptive CBS sizing the max, step, and cbs commands must be configured. The cbs command must also be configured to a percentage other than the default value. When unconfigured, CBS adaptive sizing is not enabled. | |
| Range | 1 to 100 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
All |
step number
| Synopsis | Step-size percentage for reserved CBS of the pool | |
| Context | configure port string access ingress pool string resv-cbs amber-alarm-action step number | |
| Tree | step | |
Description | This command specifies the step-size percentage for the reserved CBS of the pool. To enable adaptive CBS sizing the max, step, and cbs commands must be configured. The cbs command must also be configured to a percentage other than the default value. When unconfigured, CBS adaptive sizing is not enabled. | |
| Range | 1 to 100 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
All |
cbs (number | keyword)
slope-policy reference
| Synopsis | Policy for the RED slope and TAF values | |
| Context | configure port string access ingress pool string slope-policy reference | |
| Tree | slope-policy | |
Reference | configure qos slope-policy string | |
| Introduced | 16.0.R1 | |
Platforms | All |
admin-state keyword
| Synopsis | Administrative state of the port | |
| Context | configure port string admin-state keyword | |
| Tree | admin-state | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
connector
breakout keyword
|
WARNING: Modifying this element recreates the parent element automatically for the new value to take effect. | ||
| Synopsis | Port breakout of the transceiver used in the connector | |
| Context | configure port string connector breakout keyword | |
| Tree | breakout | |
Description | This command defines the port breakout of the transceiver used in the connector. Specifying the type triggers the creation of the ports that will be accessible under the connector. When a QSFP28 connector uses an SFP+ optical module with the QSFP28-to-SFP+/SFP28 adapter, set this command to c1-10g. This value indicates the presence of the adapter. For some connectors (for example, QSFPDD), there can be overlap in the breakout for different host interfaces. The same port breakout can be supported on an optical modules that uses a host interface of CAUI-4 as another optical module that uses 100GAUI-2. To distinguish from the CAUI-4 host interface, the ‘-aui2’ suffix is used on some breakout options. This is only necessary where there is overlap. In other situations, the SR OS will set the host interface correctly without requiring the distinction in the breakout option. | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS | |
rs-fec-mode keyword
| Synopsis | RS-FEC mode for the Ethernet connector | |
| Context | configure port string connector rs-fec-mode keyword | |
| Tree | rs-fec-mode | |
Description | This command specifies the RS-FEC (Reed-Solomon Forward Error Correction) mode on the Ethernet connector. See "Forward Error Correction" in the 7450 ESS, 7750 SR, 7950 XRS, and VSR Interface Configuration Guide for more information about FEC settings. | |
| Options | ||
| Introduced | 16.0.R2 | |
Platforms |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
ddm-events boolean
| Synopsis | Enable Digital Diagnostic Monitoring (DDM) events | |
| Context | configure port string ddm-events boolean | |
| Tree | ddm-events | |
| Default | true | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
description string
| Synopsis | Text description | |
| Context | configure port string description string | |
| Tree | description | |
| String Length | 1 to 255 | |
| Introduced | 16.0.R1 | |
Platforms | All |
dist-cpu-protection
| Synopsis | Enter the dist-cpu-protection context | |
| Context | configure port string dist-cpu-protection | |
| Tree | dist-cpu-protection | |
| Introduced | 21.5.R1 | |
Platforms | All |
policy reference
| Synopsis | Distributed CPU protection policy name | |
| Context | configure port string dist-cpu-protection policy reference | |
| Tree | policy | |
Reference | configure system security dist-cpu-protection policy string | |
| Introduced | 21.5.R1 | |
Platforms | All |
dwdm
coherent
compatibility keyword
| Synopsis | Optical mode and rate of operation | |
| Context | configure port string dwdm coherent compatibility keyword | |
| Tree | compatibility | |
| Default | long-haul | |
| Options | ||
| Introduced | 16.0.R1 | |
|
Platforms | All |
cpr-window-size number
| Synopsis | Window size for the carrier phase recovery | |
| Context | configure port string dwdm coherent cpr-window-size number | |
| Tree | cpr-window-size | |
Description | This command configures the window size for the carrier phase recovery. When this command is changed, the link bounces because the receiver needs to be reconfigured. | |
| Range | 2 | 4 | 8 | 16 | 32 | 64 | |
| Default | 32 | |
| Units | symbols | |
| Introduced | 16.0.R1 | |
Platforms |
All |
dispersion number
| Synopsis | Residual chromatic dispersion compensation | |
| Context | configure port string dwdm coherent dispersion number | |
| Tree | dispersion | |
Description | This command specifies the residual chromatic dispersion compensation when the coherent receiver is operating in manual dispersion control mode. | |
| Range | -50000 to 50000 | |
| Units | picoseconds per nanometer | |
| Introduced | 16.0.R1 | |
Platforms | All |
mode keyword
report-alarm
| Synopsis | Enter the report-alarm context | |
| Context | configure port string dwdm coherent report-alarm | |
| Tree | report-alarm | |
Description | Commands in this context configure the alarms reported for the coherent module. | |
| Introduced | 16.0.R1 | |
Platforms | All |
hosttx boolean
mod boolean
modflt boolean
netrx boolean
nettx boolean
rx-los-reaction keyword
| Synopsis | Reaction to an RX LOS | |
| Context | configure port string dwdm coherent rx-los-reaction keyword | |
| Tree | rx-los-reaction | |
Description | This command configures the reaction to an RX LOS. Note: If this command is disabled for some coherent DWDM transceivers, the transceiver only reports local fault alarms when an RX LOS condition occurs; however, the port returns to service faster after the LOS condition is cleared. For these transceivers, if this command is enabled, there is better visibility of individual alarms (for example, signal-fail, local fault, no-am-lock), but the port takes longer to service after the LOS condition is cleared. | |
| Default | squelch | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
rx-los-thresh decimal-number
| Synopsis | Average input power LOS threshold | |
| Context | configure port string dwdm coherent rx-los-thresh decimal-number | |
| Tree | rx-los-thresh | |
| Range | -30 to -13 | |
| Default | -23 | |
| Units | decibel-milliwatts | |
| Introduced | 16.0.R1 | |
Platforms |
All |
sweep
| Synopsis | Enter the sweep context | |
| Context | configure port string dwdm coherent sweep | |
| Tree | sweep | |
Description | Commands in this context allow users to configure the dispersion sweep start and end values for the automatic mode of coherent control. If the user knows the approximate or theoretical residual dispersion of the link, these commands can be used to limit the range of sweeping for the automatic control mode and therefore achieve a faster link up. | |
| Introduced | 16.0.R1 | |
Platforms | All |
end number
start number
target-power decimal-number
| Synopsis | Average output power target for the port | |
| Context | configure port string dwdm coherent target-power decimal-number | |
| Tree | target-power | |
| Range | -20 to 3 | |
| Default | 1 | |
| Units | decibel-milliwatts | |
| Introduced | 16.0.R1 | |
Platforms |
All |
frequency number
| Synopsis | Center frequency for tunable DWDM optical interface | |
| Context | configure port string dwdm frequency number | |
| Tree | frequency | |
Description | This command configures the center frequency to use for a tunable DWDM optical interface. This command can be used to specify any frequency in the C band. To set the DWDM frequency, the port must be a physical port and the provisioned MDA type must have DWDM tunable optics (for example, p1-100g-tun-b), or the MDA must support the option of tunable DWDM optic modules. This command replaces the configure port dwdm channel command. | |
| Range | 191100000 to 196150000 | |
| Units | megahertz | |
| Introduced | 21.10.R3 | |
|
Platforms | All |
ethernet
| Synopsis | Enter the ethernet context | |
| Context | configure port string ethernet | |
| Tree | ethernet | |
Description | Commands in this context configure Ethernet port attributes. This context can only be used when configuring Fast Ethernet, Gigabit, or 10-Gb Ethernet LAN ports on an appropriate MDA. | |
| Introduced | 16.0.R1 | |
Platforms | All |
access
bandwidth number
booking-factor number
| Synopsis | Booking factor applied to the Ethernet port | |
| Context | configure port string ethernet access booking-factor number | |
| Tree | booking-factor | |
| Range | 1 to 1000 | |
| Default | 100 | |
| Introduced | 16.0.R1 | |
Platforms |
All |
egress
queue-group [queue-group-name] reference instance-id number
| Synopsis | Enter the queue-group list instance | |
| Context | configure port string ethernet access egress queue-group reference instance-id number | |
| Tree | queue-group | |
| Introduced | 16.0.R1 | |
Platforms | All |
[queue-group-name] reference
| Synopsis | Queue group name | |
| Context | configure port string ethernet access egress queue-group reference instance-id number | |
| Tree | queue-group | |
Reference | configure qos queue-group-templates egress queue-group string | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R1 | |
Platforms | All |
instance-id number
| Synopsis | Instance ID for the egress queue group | |
| Context | configure port string ethernet access egress queue-group reference instance-id number | |
| Tree | queue-group | |
| Range | 1 to 65535 | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R1 | |
Platforms | All |
accounting-policy reference
| Synopsis | Accounting policy for the Ethernet port | |
| Context | configure port string ethernet access egress queue-group reference instance-id number accounting-policy reference | |
| Tree | accounting-policy | |
Reference | configure log accounting-policy number | |
| Introduced | 16.0.R1 | |
Platforms | All |
aggregate-rate
| Synopsis | Enter the aggregate-rate context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number aggregate-rate | |
| Tree | aggregate-rate | |
| Introduced | 16.0.R1 | |
Platforms | All |
limit-unused-bandwidth boolean
| Synopsis | Control unused bandwidth | |
| Context | configure port string ethernet access egress queue-group reference instance-id number aggregate-rate limit-unused-bandwidth boolean | |
| Tree | limit-unused-bandwidth | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
queue-frame-based-accounting boolean
| Synopsis | Enable frame-based accounting on policers and queues | |
| Context | configure port string ethernet access egress queue-group reference instance-id number aggregate-rate queue-frame-based-accounting boolean | |
| Tree | queue-frame-based-accounting | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
rate (number | keyword)
| Synopsis | Aggregate rate for all queues | |
| Context | configure port string ethernet access egress queue-group reference instance-id number aggregate-rate rate (number | keyword) | |
| Tree | rate | |
| Range | 1 to 3200000000 | |
| Default | max | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
collect-stats boolean
| Synopsis | Collect accounting and statistical data | |
| Context | configure port string ethernet access egress queue-group reference instance-id number collect-stats boolean | |
| Tree | collect-stats | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
description string
| Synopsis | Text description | |
| Context | configure port string ethernet access egress queue-group reference instance-id number description string | |
| Tree | description | |
| String Length | 1 to 80 | |
| Introduced | 16.0.R1 | |
Platforms | All |
host-match
| Synopsis | Enter the host-match context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number host-match | |
| Tree | host-match | |
| Introduced | 16.0.R1 | |
Platforms | All |
int-dest-id [destination-string] string
| Synopsis | Add a list entry for int-dest-id | |
| Context | configure port string ethernet access egress queue-group reference instance-id number host-match int-dest-id string | |
| Tree | int-dest-id | |
| Introduced | 16.0.R1 | |
Platforms | All |
[destination-string] string
| Synopsis | Host match destination ID | |
| Context | configure port string ethernet access egress queue-group reference instance-id number host-match int-dest-id string | |
| Tree | int-dest-id | |
| String Length | 1 to 32 | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R1 | |
Platforms | All |
hs-turbo boolean
| Synopsis | Enable HS turbo queues for higher throughput | |
| Context | configure port string ethernet access egress queue-group reference instance-id number hs-turbo boolean | |
| Tree | hs-turbo | |
Description | When configured to true, this command enables HS turbo queues that allow the corresponding HSQ queue group queues to achieve a higher throughput. This command is not applicable to 10G ports and is ignored when it is configured under a queue group instance on a 10G port. When configured to false, HS turbo queues are disabled. | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | 7750 SR-7/12/12e |
queue-overrides
| Synopsis | Enter the queue-overrides context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides | |
| Tree | queue-overrides | |
| Introduced | 16.0.R1 | |
Platforms | All |
queue [queue-id] reference
| Synopsis | Enter the queue list instance | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference | |
| Tree | queue | |
| Introduced | 16.0.R1 | |
Platforms | All |
[queue-id] reference
| Synopsis | Queue ID | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference | |
| Tree | queue | |
Reference | configure qos queue-group-templates egress queue-group string queue number | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R1 | |
Platforms | All |
adaptation-rule
| Synopsis | Enter the adaptation-rule context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference adaptation-rule | |
| Tree | adaptation-rule | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir keyword
| Synopsis | Constraint used when deriving the operational CIR value | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference adaptation-rule cir keyword | |
| Tree | cir | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
pir keyword
| Synopsis | Constraint used when deriving the operational PIR value | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference adaptation-rule pir keyword | |
| Tree | pir | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
burst-limit (number | keyword)
| Synopsis | Override for the shaping burst size for the queue | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference burst-limit (number | keyword) | |
| Tree | burst-limit | |
| Range | 1 to 14000000 | |
| Units | bytes | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
cbs (number | keyword)
| Synopsis | CBS for the template queue | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference cbs (number | keyword) | |
| Tree | cbs | |
| Range | 0 to 1048576 | |
| Units | kilobytes | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
drop-tail
| Synopsis | Enter the drop-tail context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference drop-tail | |
| Tree | drop-tail | |
Description | Commands in this context configure queue drop tail commands. | |
| Introduced | 16.0.R1 | |
Platforms | All |
low
| Synopsis | Enter the low context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference drop-tail low | |
| Tree | low | |
Description | Commands in this context configure the queue low drop tail commands. The low drop tail defines the queue depth beyond which the out-of-profile packets are not accepted into the queue and discarded. | |
| Introduced | 16.0.R1 | |
Platforms | All |
percent-reduction-from-mbs (number | keyword)
| Synopsis | Percentage reduction from the MBS for a queue drop tail | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference drop-tail low percent-reduction-from-mbs (number | keyword) | |
| Tree | percent-reduction-from-mbs | |
Description | This command overrides the low queue drop tail as a percentage reduction from the MBS of the queue. For example, if a queue has an MBS of 600 kbytes and this percentage is configured to be 30% for the low drop tail, then the low drop tail is set to 420 kbytes and the out-of-profile packets are not accepted into the queue if its depth is greater than this value, and is therefore discarded. | |
| Range | 0 to 100 | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
mbs (number | keyword)
| Synopsis | MBS for the template queue | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference mbs (number | keyword) | |
| Tree | mbs | |
| Range | 0 to 1073741824 | |
| Units | bytes | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
monitor-queue-depth
| Synopsis | Enable the monitor-queue-depth context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference monitor-queue-depth | |
| Tree | monitor-queue-depth | |
| Introduced | 20.10.R1 | |
Platforms | All |
fast-polling boolean
| Synopsis | Enable fast polling of the queue depth | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference monitor-queue-depth fast-polling boolean | |
| Tree | fast-polling | |
Description | When configured to true, this command enables fast polling of the queue depth. Faster polling allows a more accurate view of the actual depth. When configured to false, fast queue polling is not enabled. | |
| Default | false | |
| Introduced | 20.10.R1 | |
|
Platforms | All |
violation-threshold decimal-number
| Synopsis | Threshold for queue depth before violation is raised | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference monitor-queue-depth violation-threshold decimal-number | |
| Tree | violation-threshold | |
Description | This command specifies threshold for the queue MBS. When the queue depth exceeds the threshold value, a violation is registered. | |
| Range | 0.01 to 99.99 | |
| Introduced | 20.10.R1 | |
Platforms | All |
parent
| Synopsis | Enter the parent context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference parent | |
| Tree | parent | |
Description | Commands in this context define the weight of the queue treatment by the parent scheduler that further governs the available bandwidth given to the queue, aside from the queue PIR setting. When multiple schedulers or queues share a child status with the parent scheduler, the weight or level commands define how the queue contends with the other children for the parent bandwidth. | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir-weight number
| Synopsis | CIR that overrides the parent for the queue group | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference parent cir-weight number | |
| Tree | cir-weight | |
| Range | 0 to 100 | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
weight number
| Synopsis | PIR that overrides the parent for the queue group | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference parent weight number | |
| Tree | weight | |
| Range | 0 to 100 | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
percent-rate
| Synopsis | Enter the percent-rate context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference percent-rate | |
| Tree | percent-rate | |
Description | Commands in this context specify percent rates. This command is ignored for egress HSQ queue group queues, which are attached to an HS WRR group within an associated HS attachment policy. In this case, the configuration of the percent rate is performed under the hs-wrr-group command within the egress queue group template. | |
Notes | The following elements are part of a choice: percent-rate or rate. | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir decimal-number
| Synopsis | CIR for the queue | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference percent-rate cir decimal-number | |
| Tree | cir | |
| Range | 0.00 to 100.00 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
All |
pir decimal-number
| Synopsis | PIR for the queue | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference percent-rate pir decimal-number | |
| Tree | pir | |
| Range | 0.01 to 100.00 | |
| Units | percent | |
| Introduced | 16.0.R1 | |
Platforms |
All |
rate
| Synopsis | Enter the rate context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference rate | |
| Tree | rate | |
Notes | The following elements are part of a choice: percent-rate or rate. | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir (number | keyword)
| Synopsis | CIR for the queue | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference rate cir (number | keyword) | |
| Tree | cir | |
Description | This command specifies the administrative CIR used by the queue. When the rate command is executed, a CIR setting is optional. Fractional values are not allowed and must be given as a positive integer. The CIR defines the rate at which the system prioritizes the queue over other queues competing for the same bandwidth. In-profile then out-of-profile packets are preferentially queued by the system at egress and at subsequent next hop nodes where the packet can traverse. To be properly handled throughout the network, the packets must be marked accordingly for profiling at each hop. The CIR can be used by the queue’s parent cir-level and cir-weight commands to define the amount of bandwidth considered to be committed for the child queue during bandwidth allocation by the parent scheduler. | |
| Range | 0 to 2000000000 | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
pir (number | keyword)
| Synopsis | PIR for the queue | |
| Context | configure port string ethernet access egress queue-group reference instance-id number queue-overrides queue reference rate pir (number | keyword) | |
| Tree | pir | |
Description | This command specifies the administrative PIR used by the queue. When the rate command is executed, a valid PIR setting must be explicitly defined. Fractional values are not allowed and must be given as a positive integer. The actual PIR rate is dependent on the queue’s adaptation-rule commands and the actual hardware where the queue is provisioned. The PIR defines the maximum rate that the queue can transmit packets out an egress interface (for SAP egress queues). Defining a PIR does not necessarily guarantee that the queue can transmit at the intended rate. The actual rate sustained by the queue can be limited by oversubscription factors or available egress bandwidth. | |
| Range | 1 to 2000000000 | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
scheduler-policy
| Synopsis | Enter the scheduler-policy context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy | |
| Tree | scheduler-policy | |
Description | Commands in this context configure a scheduler policy for the egress queue group. | |
| Introduced | 16.0.R1 | |
Platforms | All |
overrides
| Synopsis | Enter the overrides context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy overrides | |
| Tree | overrides | |
| Introduced | 16.0.R1 | |
Platforms | All |
scheduler [scheduler-name] string
| Synopsis | Enter the scheduler list instance | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy overrides scheduler string | |
| Tree | scheduler | |
Description | Commands in this context are used to override specific attributes of the specified scheduler name. A scheduler defines bandwidth controls that limit each child (other schedulers and queues) associated with the scheduler. Scheduler objects are created within the hierarchical tiers of the policy. It is assumed that each scheduler created has queues or other schedulers defined as child associations. The scheduler can be a child which takes bandwidth from a scheduler in a higher tier. A total of 32 schedulers can be created within a single scheduler policy with no restriction on the distribution between the tiers. The scheduler name must exist in the applied scheduler policy. | |
| Introduced | 16.0.R1 | |
Platforms | All |
[scheduler-name] string
| Synopsis | Scheduler name | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy overrides scheduler string | |
| Tree | scheduler | |
Description | This command specifies the scheduler name. Valid names consist of any string composed of printable, 7-bit ASCII characters. If the string contains special characters (#, $, spaces, and so on), the entire string must be enclosed within double quotes. | |
| String Length | 1 to 32 | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R1 | |
Platforms | All |
parent
| Synopsis | Enter the parent context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy overrides scheduler string parent | |
| Tree | parent | |
Description | Commands in this context are used to override the scheduler's parent weight and CIR weight. The weights apply to the associated level or CIR level configured in the applied scheduler policy. The override weights are ignored if the scheduler does not have a parent command configured in the scheduler policy. This allows the parent of the scheduler to be removed from the scheduler policy without having to remove all of the queue group overrides. If the parent scheduler does not exist, causing the configured scheduler to be fostered on an egress port scheduler, then the override weights are ignored. | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir-weight number
| Synopsis | CIR that overrides the parent | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy overrides scheduler string parent cir-weight number | |
| Tree | cir-weight | |
| Range | 0 to 100 | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
weight number
| Synopsis | PIR that overrides the parent | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy overrides scheduler string parent weight number | |
| Tree | weight | |
| Range | 0 to 100 | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
rate
| Synopsis | Enter the rate context | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy overrides scheduler string rate | |
| Tree | rate | |
Description | Commands in this context override specific attributes of the specified scheduler rate. The actual operating rate of the scheduler is limited by bandwidth constraints other than its maximum rate. The scheduler's parent scheduler may not have the available bandwidth to meet the scheduler's needs. The bandwidth available to the parent scheduler could be allocated to other child schedulers or the child queues on the parent scheduler may be based on a higher priority. The children of the scheduler may not need the maximum rate available to the scheduler due to an insufficient offered load or limits to their own maximum rates. | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir (number | keyword)
| Synopsis | CIR for the scheduler | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy overrides scheduler string rate cir (number | keyword) | |
| Tree | cir | |
Description | This command specifies the CIR. When a parent is associated with the scheduler, this command provides the amount of bandwidth to be considered during the parent scheduler's within-cir distribution phase. When the rate command is executed, a valid PIR setting must be explicitly defined before specifying the CIR. If the CIR is set to max, the CIR rate is set to infinity. The sum keyword specifies that the CIR be used as the summed CIR values of the children schedulers, policers, or queues. | |
| Range | 0 to 6400000000 | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
pir (number | keyword)
| Synopsis | PIR for the scheduler | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy overrides scheduler string rate pir (number | keyword) | |
| Tree | pir | |
Description | This command specifies the PIR. When the rate command is executed, a valid PIR setting must be explicitly defined. Any other value will result in an error without modifying the current PIR rate. | |
| Range | 1 to 6400000000 | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
policy-name reference
| Synopsis | Scheduler policy name | |
| Context | configure port string ethernet access egress queue-group reference instance-id number scheduler-policy policy-name reference | |
| Tree | policy-name | |
Reference | configure qos scheduler-policy string | |
| Introduced | 16.0.R1 | |
Platforms | All |
virtual-port [vport-name] string
| Synopsis | Enter the virtual-port list instance | |
| Context | configure port string ethernet access egress virtual-port string | |
| Tree | virtual-port | |
| Introduced | 16.0.R4 | |
Platforms | All |
[vport-name] string
| Synopsis | Vport scheduling node name | |
| Context | configure port string ethernet access egress virtual-port string | |
| Tree | virtual-port | |
| String Length | 1 to 32 | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R4 | |
Platforms | All |
aggregate-rate
| Synopsis | Enter the aggregate-rate context | |
| Context | configure port string ethernet access egress virtual-port string aggregate-rate | |
| Tree | aggregate-rate | |
| Introduced | 16.0.R4 | |
Platforms | All |
limit-unused-bandwidth boolean
| Synopsis | Control unused bandwidth | |
| Context | configure port string ethernet access egress virtual-port string aggregate-rate limit-unused-bandwidth boolean | |
| Tree | limit-unused-bandwidth | |
| Default | false | |
| Introduced | 16.0.R4 | |
|
Platforms | All |
rate (number | keyword)
| Synopsis | Enforced aggregate rate for the queue | |
| Context | configure port string ethernet access egress virtual-port string aggregate-rate rate (number | keyword) | |
| Tree | rate | |
| Range | 1 to 6400000000 | |
| Default | max | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R4 | |
Platforms | All |
description string
| Synopsis | Text description | |
| Context | configure port string ethernet access egress virtual-port string description string | |
| Tree | description | |
| String Length | 1 to 80 | |
| Introduced | 16.0.R4 | |
Platforms | All |
host-match
| Synopsis | Enter the host-match context | |
| Context | configure port string ethernet access egress virtual-port string host-match | |
| Tree | host-match | |
| Introduced | 16.0.R4 | |
Platforms | All |
int-dest-id [destination-string] string
| Synopsis | Add a list entry for int-dest-id | |
| Context | configure port string ethernet access egress virtual-port string host-match int-dest-id string | |
| Tree | int-dest-id | |
| Introduced | 16.0.R4 | |
Platforms | All |
[destination-string] string
| Synopsis | Host match destination ID | |
| Context | configure port string ethernet access egress virtual-port string host-match int-dest-id string | |
| Tree | int-dest-id | |
| String Length | 1 to 32 | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R4 | |
Platforms | All |
hw-agg-shaper-scheduler-policy reference
| Synopsis | Hardware aggregate shaper scheduler policy to apply | |
| Context | configure port string ethernet access egress virtual-port string hw-agg-shaper-scheduler-policy reference | |
| Tree | hw-agg-shaper-scheduler-policy | |
Reference | configure qos hw-agg-shaper-scheduler-policy string | |
| Introduced | 21.7.R1 | |
Platforms | 7750 SR-1, 7750 SR-s |
lag-per-link-hash
| Synopsis | Enter the lag-per-link-hash context | |
| Context | configure port string ethernet access egress virtual-port string lag-per-link-hash | |
| Tree | lag-per-link-hash | |
| Introduced | 22.10.R1 | |
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR |
class number
| Synopsis | Class used on LAG egress using weighted per-link-hash | |
| Context | configure port string ethernet access egress virtual-port string lag-per-link-hash class number | |
| Tree | class | |
| Range | 1 to 3 | |
| Default | 1 | |
| Introduced | 22.10.R1 | |
Platforms |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR |
weight number
| Synopsis | Weight used on LAG egress using weighted per-link-hash | |
| Context | configure port string ethernet access egress virtual-port string lag-per-link-hash weight number | |
| Tree | weight | |
| Range | 1 to 1024 | |
| Default | 1 | |
| Introduced | 22.10.R1 | |
Platforms |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR |
monitor-hw-agg-shaper-scheduler boolean
| Synopsis | Enable monitoring hardware aggregate shaper scheduler | |
| Context | configure port string ethernet access egress virtual-port string monitor-hw-agg-shaper-scheduler boolean | |
| Tree | monitor-hw-agg-shaper-scheduler | |
Description | When configured to true, enables congestion monitoring of the hardware aggregate shaper scheduler on the specified vport. | |
| Default | false | |
| Introduced | 21.7.R1 | |
|
Platforms | 7750 SR-1, 7750 SR-s |
monitor-port-scheduler boolean
| Synopsis | Enable congestion monitoring on egress port scheduler | |
| Context | configure port string ethernet access egress virtual-port string monitor-port-scheduler boolean | |
| Tree | monitor-port-scheduler | |
Description | The command enables congestion monitoring on an EPS that is applied to a Vport. Congestion monitoring must be further configured under the port-scheduler CLI hierarchy. Once the congestion monitoring is in effect, the offered rate (incoming traffic) is compared to the configured port-scheduler congestion threshold. The results of these measurements are stored as the number of samples representing the number of times the offered rates exceeded the configured congestion threshold since the last clearing of the stats. Therefore, the results represent the number of times that the port-scheduler that is applied to a Vport was congested since the last reset of the stats using a clear command. | |
| Default | false | |
| Introduced | 16.0.R4 | |
|
Platforms | All |
multicast-hqos-adjustment boolean
| Synopsis | Apply HQoS Adjustment (egress rate modification) | |
| Context | configure port string ethernet access egress virtual-port string multicast-hqos-adjustment boolean | |
| Tree | multicast-hqos-adjustment | |
| Default | false | |
| Introduced | 16.0.R4 | |
|
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR |
port-scheduler-policy reference
| Synopsis | Port scheduler policy name | |
| Context | configure port string ethernet access egress virtual-port string port-scheduler-policy reference | |
| Tree | port-scheduler-policy | |
Reference | configure qos port-scheduler-policy string | |
| Introduced | 16.0.R4 | |
Platforms | All |
scheduler-policy
| Synopsis | Enter the scheduler-policy context | |
| Context | configure port string ethernet access egress virtual-port string scheduler-policy | |
| Tree | scheduler-policy | |
| Introduced | 16.0.R4 | |
Platforms | All |
policy-name reference
| Synopsis | Egress scheduler policy | |
| Context | configure port string ethernet access egress virtual-port string scheduler-policy policy-name reference | |
| Tree | policy-name | |
Reference | configure qos scheduler-policy string | |
| Introduced | 22.2.R1 | |
Platforms | All |
ingress
queue-group [queue-group-name] reference
| Synopsis | Enter the queue-group list instance | |
| Context | configure port string ethernet access ingress queue-group reference | |
| Tree | queue-group | |
Description | Commands in this context create an ingress queue group on the Ethernet port. Queue groups created on access ports are used as an alternative queue destination for SAPs. Queue groups can be created on both access and network oriented ports. When the port is in access mode, the queue groups must be created within the port access node. Access ingress queue groups can only be used by ingress SAP forwarding classes and only a single ingress queue group per port is supported. When the queue group is created in an ingress port context, the queue group name must be an existing ingress queue group template. Two ingress queue groups with the same name cannot be created on the same port. When creating a queue group, the system will attempt to allocate queue resources based on the queues defined in the queue group template. If the appropriate queue resources do not currently exist, the queue group will not be created. Ingress port queue groups do not support shared-queuing or multipoint shared queuing behavior. A port queue group cannot be removed from the port when a forwarding class is currently redirected to the group. All forwarding class redirections must first be removed prior to removing the queue group. | |
| Introduced | 16.0.R1 | |
Platforms | All |
[queue-group-name] reference
| Synopsis | Queue group name | |
| Context | configure port string ethernet access ingress queue-group reference | |
| Tree | queue-group | |
Description | This command specifies the queue group name. The specified queue group name must exist as an ingress or egress queue group template depending on the ingress or egress context of the port queue group. Only a single queue group may be created on an ingress port. | |
Reference | configure qos queue-group-templates ingress queue-group string | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R1 | |
Platforms | All |
accounting-policy reference
| Synopsis | Accounting policy for the Ethernet port | |
| Context | configure port string ethernet access ingress queue-group reference accounting-policy reference | |
| Tree | accounting-policy | |
Reference | configure log accounting-policy number | |
| Introduced | 16.0.R1 | |
Platforms | All |
collect-stats boolean
| Synopsis | Collect accounting and statistical data | |
| Context | configure port string ethernet access ingress queue-group reference collect-stats boolean | |
| Tree | collect-stats | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
description string
| Synopsis | Text description | |
| Context | configure port string ethernet access ingress queue-group reference description string | |
| Tree | description | |
| String Length | 1 to 80 | |
| Introduced | 16.0.R1 | |
Platforms | All |
queue-overrides
| Synopsis | Enter the queue-overrides context | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides | |
| Tree | queue-overrides | |
Description | Commands in this context define queue command overrides for each queue within the queue group. | |
| Introduced | 16.0.R1 | |
Platforms | All |
queue [queue-id] reference
| Synopsis | Enter the queue list instance | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference | |
| Tree | queue | |
Description | Commands in this context associate a queue for use in a queue group template. The template queue is created on each queue group object that is created with the queue group template name. Each queue is identified within the template by a queue ID number. The template ensures that all queue groups created with the template’s name have the same queue IDs, providing a uniform structure for the forwarding class redirection commands in the SAP egress QoS policies. The queue commands can be individually changed for each queue in each queue group using per queue overrides. | |
| Introduced | 16.0.R1 | |
Platforms | All |
[queue-id] reference
| Synopsis | Queue ID for the queue group template | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference | |
| Tree | queue | |
Reference | configure qos queue-group-templates ingress queue-group string queue number | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R1 | |
Platforms | All |
adaptation-rule
| Synopsis | Enter the adaptation-rule context | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference adaptation-rule | |
| Tree | adaptation-rule | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir keyword
| Synopsis | Constraint used when deriving the operational CIR value | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference adaptation-rule cir keyword | |
| Tree | cir | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
pir keyword
| Synopsis | Constraint used when deriving the operational PIR value | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference adaptation-rule pir keyword | |
| Tree | pir | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
cbs (number | keyword)
| Synopsis | CBS for the template queue | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference cbs (number | keyword) | |
| Tree | cbs | |
| Range | 0 to 1048576 | |
| Units | kilobytes | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
drop-tail
| Synopsis | Enter the drop-tail context | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference drop-tail | |
| Tree | drop-tail | |
| Introduced | 16.0.R1 | |
Platforms | All |
low
| Synopsis | Enter the low context | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference drop-tail low | |
| Tree | low | |
Description | Commands in this context configure the queue low drop tail commands. The low drop tail defines the queue depth beyond which out-of-profile packets are accepted into the queue and discarded. | |
| Introduced | 16.0.R1 | |
Platforms | All |
percent-reduction-from-mbs (number | keyword)
| Synopsis | Percentage reduction from the MBS for a queue drop tail | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference drop-tail low percent-reduction-from-mbs (number | keyword) | |
| Tree | percent-reduction-from-mbs | |
Description | This command overrides the low queue drop tail as a percentage reduction from the MBS of the queue. For example, if a queue has an MBS of 600 kbytes and this percentage is configured to be 30% for the low drop tail, then the low drop tail is set to 420 kbytes and the out-of-profile packets are not accepted into the queue if its depth is greater than this value, and is therefore discarded. | |
| Range | 0 to 100 | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
mbs (number | keyword)
| Synopsis | MBS for the template queue | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference mbs (number | keyword) | |
| Tree | mbs | |
| Range | 0 to 1073741824 | |
| Units | bytes | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
monitor-queue-depth
| Synopsis | Enable the monitor-queue-depth context | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference monitor-queue-depth | |
| Tree | monitor-queue-depth | |
| Introduced | 21.7.R1 | |
Platforms | All |
fast-polling boolean
| Synopsis | Enable fast polling of the queue depth | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference monitor-queue-depth fast-polling boolean | |
| Tree | fast-polling | |
| Default | false | |
| Introduced | 21.7.R1 | |
|
Platforms | All |
rate
| Synopsis | Enter the rate context | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference rate | |
| Tree | rate | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir (number | keyword)
| Synopsis | CIR for the queue | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference rate cir (number | keyword) | |
| Tree | cir | |
Description | This command specifies the administrative CIR used by the queue. When the rate command is executed, a CIR setting is optional. Fractional values are not allowed and must be given as a positive integer. The CIR defines the rate at which the system prioritizes the queue over other queues competing for the same bandwidth. In-profile then out-of-profile packets are preferentially queued by the system at egress and at subsequent next hop nodes where the packet can traverse. To be properly handled throughout the network, the packets must be marked accordingly for profiling at each hop. The CIR can be used by the queue’s parent cir-level and cir-weight commands to define the amount of bandwidth considered to be committed for the child queue during bandwidth allocation by the parent scheduler. | |
| Range | 0 to 2000000000 | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
pir (number | keyword)
| Synopsis | PIR for the queue | |
| Context | configure port string ethernet access ingress queue-group reference queue-overrides queue reference rate pir (number | keyword) | |
| Tree | pir | |
Description | This command specifies the administrative PIR used by the queue. When the rate command is executed, a valid PIR setting must be explicitly defined. Fractional values are not allowed and must be given as a positive integer. The actual PIR rate is dependent on the queue’s adaptation-rule commands and the actual hardware where the queue is provisioned. The PIR defines the maximum rate that the queue can transmit packets out an egress interface (for SAP egress queues). Defining a PIR does not necessarily guarantee that the queue can transmit at the intended rate. The actual rate sustained by the queue can be limited by oversubscription factors or available egress bandwidth. | |
| Range | 1 to 2000000000 | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
scheduler-policy
| Synopsis | Enter the scheduler-policy context | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy | |
| Tree | scheduler-policy | |
Description | Commands in this context configure a scheduler policy for the ingress queue group. | |
| Introduced | 16.0.R1 | |
Platforms | All |
overrides
| Synopsis | Enter the overrides context | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy overrides | |
| Tree | overrides | |
Description | Commands in this context specify the set of attributes specifying values specific to the given queue-group instance. | |
| Introduced | 16.0.R1 | |
Platforms | All |
scheduler [scheduler-name] string
| Synopsis | Enter the scheduler list instance | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy overrides scheduler string | |
| Tree | scheduler | |
Description | Commands in this context are used to override specific attributes of the specified scheduler name. A scheduler defines bandwidth controls that limit each child (other schedulers and queues) associated with the scheduler. Scheduler objects are created within the hierarchical tiers of the policy. It is assumed that each scheduler created has queues or other schedulers defined as child associations. The scheduler can be a child which takes bandwidth from a scheduler in a higher tier. A total of 32 schedulers can be created within a single scheduler policy with no restriction on the distribution between the tiers. The scheduler name must exist in the applied scheduler policy. | |
| Introduced | 16.0.R1 | |
Platforms | All |
[scheduler-name] string
| Synopsis | Scheduler name | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy overrides scheduler string | |
| Tree | scheduler | |
Description | This command specifies the scheduler name. Valid names consist of any string composed of printable, 7-bit ASCII characters. If the string contains special characters (#, $, spaces, and so on), the entire string must be enclosed within double quotes. | |
| String Length | 1 to 32 | |
Notes | This element is part of a list key. | |
| Introduced | 16.0.R1 | |
Platforms | All |
parent
| Synopsis | Enter the parent context | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy overrides scheduler string parent | |
| Tree | parent | |
Description | Commands in this context are used to override the scheduler's parent weight and CIR weight. The weights apply to the associated level or CIR level configured in the applied scheduler policy. The override weights are ignored if the scheduler does not have a parent command configured in the scheduler policy. This allows the parent of the scheduler to be removed from the scheduler policy without having to remove all of the queue group overrides. If the parent scheduler does not exist, causing the configured scheduler to be fostered on an egress port scheduler, then the override weights are ignored. | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir-weight number
| Synopsis | CIR that overrides the parent | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy overrides scheduler string parent cir-weight number | |
| Tree | cir-weight | |
| Range | 0 to 100 | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
weight number
rate
| Synopsis | Enter the rate context | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy overrides scheduler string rate | |
| Tree | rate | |
Description | Commands in this context override specific attributes of the specified scheduler rate. The actual operating rate of the scheduler is limited by bandwidth constraints other than its maximum rate. The scheduler's parent scheduler may not have the available bandwidth to meet the scheduler's needs. The bandwidth available to the parent scheduler could be allocated to other child schedulers or the child queues on the parent scheduler may be based on a higher priority. The children of the scheduler may not need the maximum rate available to the scheduler due to an insufficient offered load or limits to their own maximum rates. | |
| Introduced | 16.0.R1 | |
Platforms | All |
cir (number | keyword)
| Synopsis | CIR for the scheduler | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy overrides scheduler string rate cir (number | keyword) | |
| Tree | cir | |
Description | This command specifies the CIR. When a parent is associated with the scheduler, this command provides the amount of bandwidth to be considered during the parent scheduler's within-cir distribution phase. When the rate command is executed, a valid PIR setting must be explicitly defined before specifying the CIR. If the CIR is set to max, the CIR rate is set to infinity. The sum keyword specifies that the CIR be used as the summed CIR values of the children schedulers, policers, or queues. | |
| Range | 0 to 6400000000 | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
pir (number | keyword)
| Synopsis | PIR for the scheduler | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy overrides scheduler string rate pir (number | keyword) | |
| Tree | pir | |
Description | This command specifies the PIR. When the rate command is executed, a valid PIR setting must be explicitly defined. Any other value will result in an error without modifying the current PIR rate. | |
| Range | 1 to 6400000000 | |
| Units | kilobps | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
policy-name reference
| Synopsis | Scheduler policy name | |
| Context | configure port string ethernet access ingress queue-group reference scheduler-policy policy-name reference | |
| Tree | policy-name | |
Reference | configure qos scheduler-policy string | |
| Introduced | 16.0.R1 | |
Platforms | All |
accounting-policy reference
| Synopsis | Accounting policy for the Ethernet port | |
| Context | configure port string ethernet accounting-policy reference | |
| Tree | accounting-policy | |
Reference | configure log accounting-policy number | |
| Introduced | 16.0.R1 | |
Platforms | All |
autonegotiate keyword
| Synopsis | Speed and duplex autonegotiation on the Ethernet port | |
| Context | configure port string ethernet autonegotiate keyword | |
| Tree | autonegotiate | |
Description | This command enables speed and duplex autonegotiation on Fast Ethernet ports and enables far-end fault indicator support on Gb ports. When autonegotiation is enabled on a port, the link attempts to automatically negotiate the link speed and duplex commands. If autonegotiation is enabled, the configured duplex and speed commands are ignored. When autonegotiation is disabled on a port, the port does not attempt to autonegotiate and will only operate at the speed and duplex command settings configured for the port. Note that disabling autonegotiation on Gb ports is not allowed as the IEEE 802.3 specification for Gb Ethernet requires autonegotiation be enabled for far end fault indication. It is required for autonegotiation to be limited for ports in a LAG to guarantee a specific port speed. | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
collect-stats boolean
| Synopsis | Collect accounting and statistical data | |
| Context | configure port string ethernet collect-stats boolean | |
| Tree | collect-stats | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
crc-monitor
| Synopsis | Enter the crc-monitor context | |
| Context | configure port string ethernet crc-monitor | |
| Tree | crc-monitor | |
Description | Commands in this context configure Ethernet Cyclic Redundancy Check (CRC) monitoring. | |
| Introduced | 16.0.R1 | |
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
signal-degrade
| Synopsis | Enter the signal-degrade context | |
| Context | configure port string ethernet crc-monitor signal-degrade | |
| Tree | signal-degrade | |
Description | Commands in this context specify the error rate at which to declare the Signal Degrade (SD) condition on an Ethernet interface. The value represents M*10E-N, which is the ratio of errored frames over the total frames received over W seconds of the sliding window. The CRC errors on the interface are sampled once per second. | |
| Introduced | 16.0.R1 | |
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
multiplier number
| Synopsis | SD multiplier | |
| Context | configure port string ethernet crc-monitor signal-degrade multiplier number | |
| Tree | multiplier | |
| Range | 1 to 9 | |
| Default | 1 | |
| Introduced | 16.0.R1 | |
Platforms |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
threshold number
| Synopsis | SD threshold | |
| Context | configure port string ethernet crc-monitor signal-degrade threshold number | |
| Tree | threshold | |
| Range | 1 to 9 | |
| Introduced | 16.0.R1 | |
|
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
signal-failure
| Synopsis | Enter the signal-failure context | |
| Context | configure port string ethernet crc-monitor signal-failure | |
| Tree | signal-failure | |
Description | Commands in this context specify the error rate at which to declare the Signal Fail (SF) condition on an Ethernet interface. The value represents M*10E-N errored frames over total frames received over W seconds of the sliding window. The CRC errors on the interface are sampled once per second. | |
| Introduced | 16.0.R1 | |
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
multiplier number
| Synopsis | SF multiplier | |
| Context | configure port string ethernet crc-monitor signal-failure multiplier number | |
| Tree | multiplier | |
| Range | 1 to 9 | |
| Default | 1 | |
| Introduced | 16.0.R1 | |
Platforms |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
threshold number
| Synopsis | SF threshold | |
| Context | configure port string ethernet crc-monitor signal-failure threshold number | |
| Tree | threshold | |
| Range | 1 to 9 | |
| Introduced | 16.0.R1 | |
|
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
window-size number
| Synopsis | Sliding window size over which errors are measured | |
| Context | configure port string ethernet crc-monitor window-size number | |
| Tree | window-size | |
Description | This command specifies the sliding window size over which the Ethernet frames are sampled to detect SF or SD conditions. The command is used jointly with the signal-failure and the signal-degrade commands to configure the sliding window size. | |
| Range | 5 to 60 | |
| Default | 10 | |
| Units | seconds | |
| Introduced | 16.0.R1 | |
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS |
dampening
admin-state keyword
| Synopsis | Administrative state of exponential port dampening | |
| Context | configure port string ethernet dampening admin-state keyword | |
| Tree | admin-state | |
| Default | disable | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
half-life number
| Synopsis | Half-life decay time | |
| Context | configure port string ethernet dampening half-life number | |
| Tree | half-life | |
Description | This command specifies the time that must pass before penalties decay to one-half the initial amount. The half-life and maximum suppression time values must be set at the same time and the ratio of the maximum suppression time and half-life must be less than or equal to 49 and greater than or equal to one. | |
| Range | 1 to 2000 | |
| Default | 5 | |
| Units | seconds | |
| Introduced | 16.0.R1 | |
Platforms | All |
max-suppress-time number
| Synopsis | Maximum suppression time | |
| Context | configure port string ethernet dampening max-suppress-time number | |
| Tree | max-suppress-time | |
Description | This command specifies the maximum suppression time, which is the time it can take after the physical link comes up before the worst case accumulated penalties have decayed to the reuse threshold. The maximum penalty is derived from the maximum suppression time, half life, and reuse threshold, using the following equation: maximum penalty = (reuse threshold) 2 expo:(maximum suppression time/half life) The half life and maximum suppression time values must be set at the same time and the ratio of the maximum suppression time and half life must be less than or equal to 49 and greater than or equal to one. | |
| Range | 1 to 43200 | |
| Default | 20 | |
| Units | seconds | |
| Introduced | 16.0.R1 | |
Platforms | All |
reuse-threshold number
| Synopsis | Threshold which port-up state is no longer suppressed | |
| Context | configure port string ethernet dampening reuse-threshold number | |
| Tree | reuse-threshold | |
Description | This command specifies the threshold at which the port-up state is no longer suppressed, after the port has been in a suppressed state and the accumulated penalties decay drops below this threshold. The reuse threshold value must be less than the suppress threshold value. | |
| Range | 1 to 20000 | |
| Default | 1000 | |
| Units | penalties | |
| Introduced | 16.0.R1 | |
Platforms | All |
suppress-threshold number
| Synopsis | Threshold at which the port-up state is suppressed | |
| Context | configure port string ethernet dampening suppress-threshold number | |
| Tree | suppress-threshold | |
Description | This command specifies the threshold at which the port-up state is suppressed until the accumulated penalties drop below the reuse threshold. The reuse threshold value must be less than the suppress threshold value. | |
| Range | 1 to 20000 | |
| Default | 2000 | |
| Units | penalties | |
| Introduced | 16.0.R1 | |
Platforms | All |
discard-rx-pause-frames boolean
| Synopsis | Discard received pause frames | |
| Context | configure port string ethernet discard-rx-pause-frames boolean | |
| Tree | discard-rx-pause-frames | |
Description | When configured to true, the router discards received pause frames. Pause frames are used for local link flow control. When configured to false, pause frames are processed upon reception and the transmit side of the receiving port pauses in its transmissions. | |
| Default | false | |
| Introduced | 20.10.R1 | |
|
Platforms | All |
dot1q-etype string
| Synopsis | Ethertype expected if port encapsulation type is dot1q | |
| Context | configure port string ethernet dot1q-etype string | |
| Tree | dot1q-etype | |
Description | This command specifies the Ethertype expected when the port encapsulation type is dot1q. Dot1q encapsulation is supported only on Ethernet interfaces. | |
| Default | 33024 | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
dot1x
admin-state keyword
| Synopsis | Administrative state of dot1x packet extraction to CPM | |
| Context | configure port string ethernet dot1x admin-state keyword | |
| Tree | admin-state | |
| Default | enable | |
| Options | ||
| Introduced | 21.10.R1 | |
Platforms | All |
macsec
exclude-mac-policy reference
| Synopsis | MAC policy excluded from MACsec encryption | |
| Context | configure port string ethernet dot1x macsec exclude-mac-policy reference | |
| Tree | exclude-mac-policy | |
Reference | configure macsec mac-policy number | |
| Introduced | 16.0.R5 | |
Platforms | All |
exclude-protocol
| Synopsis | Enter the exclude-protocol context | |
| Context | configure port string ethernet dot1x macsec exclude-protocol | |
| Tree | exclude-protocol | |
| Introduced | 16.0.R1 | |
Platforms | All |
cdp boolean
eapol-start boolean
| Synopsis | Disable MACsec for all packets on the link for EAPOL | |
| Context | configure port string ethernet dot1x macsec exclude-protocol eapol-start boolean | |
| Tree | eapol-start | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
efm-oam boolean
eth-cfm boolean
lacp boolean
lldp boolean
ptp boolean
ubfd boolean
rx-must-be-encrypted boolean
| Synopsis | Drop all port traffic that is not MACsec-secured | |
| Context | configure port string ethernet dot1x macsec rx-must-be-encrypted boolean | |
| Tree | rx-must-be-encrypted | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
sub-port [sub-port-id] number
[sub-port-id] number
admin-state keyword
| Synopsis | Administrative state of MACsec on the port | |
| Context | configure port string ethernet dot1x macsec sub-port number admin-state keyword | |
| Tree | admin-state | |
| Default | disable | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
ca-name reference
eapol-destination-address string
| Synopsis | EAPOL destination MAC address | |
| Context | configure port string ethernet dot1x macsec sub-port number eapol-destination-address string | |
| Tree | eapol-destination-address | |
| Introduced | 16.0.R1 | |
Platforms | All |
encap-match
| Synopsis | Enter the encap-match context | |
| Context | configure port string ethernet dot1x macsec sub-port number encap-match | |
| Tree | encap-match | |
| Introduced | 19.5.R1 | |
Platforms | All |
all-match boolean
double-tag string
| Synopsis | QinQ double tag traffic pattern to match | |
| Context | configure port string ethernet dot1x macsec sub-port number encap-match double-tag string | |
| Tree | double-tag | |
| String Length | 1 to 11 | |
Notes | The following elements are part of a choice: all-match, double-tag, single-tag, or untagged. | |
| Introduced | 19.5.R1 | |
Platforms | All |
single-tag string
| Synopsis | Dot1q single tag traffic pattern to match | |
| Context | configure port string ethernet dot1x macsec sub-port number encap-match single-tag string | |
| Tree | single-tag | |
| String Length | 1 to 11 | |
Notes | The following elements are part of a choice: all-match, double-tag, single-tag, or untagged. | |
| Introduced | 19.5.R1 | |
Platforms | All |
untagged boolean
max-peers number
|
WARNING: Modifying this element toggles the admin-state of the parent element automatically for the new value to take effect. | ||
| Synopsis | Maximum number of peers supported on the port | |
| Context | configure port string ethernet dot1x macsec sub-port number max-peers number | |
| Tree | max-peers | |
| Range | 1 to 32 | |
| Introduced | 16.0.R1 | |
|
Platforms | All | |
max-authentication-requests number
| Synopsis | Maximum number of RADIUS retries | |
| Context | configure port string ethernet dot1x max-authentication-requests number | |
| Tree | max-authentication-requests | |
| Range | 1 to 10 | |
| Default | 2 | |
| Introduced | 16.0.R1 | |
Platforms |
All |
per-host-authentication
| Synopsis | Enter the per-host-authentication context | |
| Context | configure port string ethernet dot1x per-host-authentication | |
| Tree | per-host-authentication | |
| Introduced | 20.7.R1 | |
Platforms | All |
admin-state keyword
| Synopsis | Administrative state of per-host authentication | |
| Context | configure port string ethernet dot1x per-host-authentication admin-state keyword | |
| Tree | admin-state | |
| Default | disable | |
| Options | ||
| Introduced | 21.2.R1 | |
Platforms | All |
allowed-source-macs
| Synopsis | Enter the allowed-source-macs context | |
| Context | configure port string ethernet dot1x per-host-authentication allowed-source-macs | |
| Tree | allowed-source-macs | |
| Introduced | 20.7.R1 | |
Platforms | All |
mac-address [mac] string
| Synopsis | Add a list entry for mac-address | |
| Context | configure port string ethernet dot1x per-host-authentication allowed-source-macs mac-address string | |
| Tree | mac-address | |
| Introduced | 20.7.R1 | |
Platforms | All |
[mac] string
| Synopsis | Source MAC address of a host selected for authentication | |
| Context | configure port string ethernet dot1x per-host-authentication allowed-source-macs mac-address string | |
| Tree | mac-address | |
Notes | This element is part of a list key. | |
| Introduced | 20.7.R1 | |
Platforms | All |
authenticator-init boolean
| Synopsis | Initiate per-host authentication | |
| Context | configure port string ethernet dot1x per-host-authentication authenticator-init boolean | |
| Tree | authenticator-init | |
| Default | true | |
| Introduced | 21.2.R1 | |
|
Platforms | All |
port-control keyword
| Synopsis | 802.1x authentication mode | |
| Context | configure port string ethernet dot1x port-control keyword | |
| Tree | port-control | |
| Default | force-authorized | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
quiet-period number
| Synopsis | Time between two sessions when no EAPOL frames are sent | |
| Context | configure port string ethernet dot1x quiet-period number | |
| Tree | quiet-period | |
| Range | 1 to 3600 | |
| Default | 60 | |
| Units | seconds | |
| Introduced | 16.0.R1 | |
Platforms | All |
radius-policy reference
| Synopsis | RADIUS policy used for 802.1x authentication | |
| Context | configure port string ethernet dot1x radius-policy reference | |
| Tree | radius-policy | |
Reference | configure system security dot1x radius-policy string | |
| Introduced | 16.0.R1 | |
Platforms | All |
radius-server-policy reference
| Synopsis | RADIUS server policy name | |
| Context | configure port string ethernet dot1x radius-server-policy reference | |
| Tree | radius-server-policy | |
Reference | configure aaa radius server-policy string | |
Notes | The following elements are part of a choice: radius-server-policy or (radius-server-policy-acct and radius-server-policy-auth). | |
| Introduced | 20.5.R1 | |
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR |
radius-server-policy-acct reference
| Synopsis | RADIUS server policy name for accounting | |
| Context | configure port string ethernet dot1x radius-server-policy-acct reference | |
| Tree | radius-server-policy-acct | |
Reference | configure aaa radius server-policy string | |
Notes | The following elements are part of a choice: radius-server-policy or (radius-server-policy-acct and radius-server-policy-auth). | |
| Introduced | 20.10.R1 | |
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR |
radius-server-policy-auth reference
| Synopsis | RADIUS server policy name for authentication | |
| Context | configure port string ethernet dot1x radius-server-policy-auth reference | |
| Tree | radius-server-policy-auth | |
Reference | configure aaa radius server-policy string | |
Notes | The following elements are part of a choice: radius-server-policy or (radius-server-policy-acct and radius-server-policy-auth). | |
| Introduced | 20.10.R1 | |
Platforms | 7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR |
re-authentication
| Synopsis | Enable the re-authentication context | |
| Context | configure port string ethernet dot1x re-authentication | |
| Tree | re-authentication | |
| Introduced | 16.0.R1 | |
Platforms | All |
period number
server-timeout number
| Synopsis | Wait time for a response from the RADIUS server | |
| Context | configure port string ethernet dot1x server-timeout number | |
| Tree | server-timeout | |
| Range | 1 to 300 | |
| Default | 30 | |
| Units | seconds | |
| Introduced | 16.0.R1 | |
Platforms | All |
supplicant-timeout number
| Synopsis | Wait time for a response to EAPOL messages | |
| Context | configure port string ethernet dot1x supplicant-timeout number | |
| Tree | supplicant-timeout | |
| Range | 1 to 300 | |
| Default | 30 | |
| Units | seconds | |
| Introduced | 16.0.R1 | |
Platforms | All |
transmit-period number
| Synopsis | Time after which a new EAPOL request message is sent | |
| Context | configure port string ethernet dot1x transmit-period number | |
| Tree | transmit-period | |
| Range | 1 to 3600 | |
| Default | 30 | |
| Units | seconds | |
| Introduced | 16.0.R1 | |
Platforms | All |
tunnel-dot1q boolean
| Synopsis | Enable dot1x tunneling for 802.1q tagged packets | |
| Context | configure port string ethernet dot1x tunnel-dot1q boolean | |
| Tree | tunnel-dot1q | |
| Default | true | |
| Introduced | 21.2.R1 | |
|
Platforms | All |
tunnel-qinq boolean
| Synopsis | Enable dot1x tunneling for QinQ tagged packets | |
| Context | configure port string ethernet dot1x tunnel-qinq boolean | |
| Tree | tunnel-qinq | |
| Default | true | |
| Introduced | 21.2.R1 | |
|
Platforms | All |
tunneling boolean
down-on-internal-error
| Synopsis | Enable the down-on-internal-error context | |
| Context | configure port string ethernet down-on-internal-error | |
| Tree | down-on-internal-error | |
| Introduced | 16.0.R1 | |
Platforms | All |
tx-laser keyword
| Synopsis | Remote laser state on internal MAC transmit error | |
| Context | configure port string ethernet down-on-internal-error tx-laser keyword | |
| Tree | tx-laser | |
| Default | on | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
down-when-looped
| Synopsis | Enter the down-when-looped context | |
| Context | configure port string ethernet down-when-looped | |
| Tree | down-when-looped | |
Description | Commands in this context configure Ethernet loop detection. | |
| Introduced | 16.0.R1 | |
Platforms | All |
admin-state keyword
| Synopsis | Administrative state of Ethernet loop detection | |
| Context | configure port string ethernet down-when-looped admin-state keyword | |
| Tree | admin-state | |
| Default | disable | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
keep-alive number
| Synopsis | Time interval between keep-alive PDUs | |
| Context | configure port string ethernet down-when-looped keep-alive number | |
| Tree | keep-alive | |
| Range | 1 to 120 | |
| Default | 10 | |
| Units | seconds | |
| Introduced | 16.0.R1 | |
Platforms | All |
retry-timeout number
| Synopsis | Wait time before re-enabling port after loop detection | |
| Context | configure port string ethernet down-when-looped retry-timeout number | |
| Tree | retry-timeout | |
| Range | 0 | 10 to 160 | |
| Default | 120 | |
| Units | seconds | |
| Introduced | 16.0.R1 | |
Platforms | All |
use-broadcast-address boolean
| Synopsis | Use broadcast MAC address for destination MAC address | |
| Context | configure port string ethernet down-when-looped use-broadcast-address boolean | |
| Tree | use-broadcast-address | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
duplex keyword
| Synopsis | Duplex type for the fast Ethernet port | |
| Context | configure port string ethernet duplex keyword | |
| Tree | duplex | |
Description | This command configures the duplex of a Fast Ethernet port when autonegotiation is disabled. This command setting is ignored if autonegotiation is enabled for the port. | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms |
All |
efm-oam
accept-remote-loopback boolean
| Synopsis | Enable reactions to loopback control OAMPDUs from peers | |
| Context | configure port string ethernet efm-oam accept-remote-loopback boolean | |
| Tree | accept-remote-loopback | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
admin-state keyword
| Synopsis | Administrative state of the EFM OAM operation | |
| Context | configure port string ethernet efm-oam admin-state keyword | |
| Tree | admin-state | |
| Default | disable | |
| Options | ||
| Introduced | 16.0.R1 | |
Platforms | All |
discovery
advertise-capabilities
| Synopsis | Enter the advertise-capabilities context | |
| Context | configure port string ethernet efm-oam discovery advertise-capabilities | |
| Tree | advertise-capabilities | |
Description | Commands in this context specify settings that enable the advertisement of specific capabilities. | |
| Introduced | 16.0.R1 | |
Platforms | All |
link-monitoring boolean
| Synopsis | Advertise link monitoring capabilities to peer | |
| Context | configure port string ethernet efm-oam discovery advertise-capabilities link-monitoring boolean | |
| Tree | link-monitoring | |
Description | When configured to true, the link monitoring capability is advertised to the peer through the EFM-OAM protocol. When configured to false, this command suppresses the advertisement of capabilities to a remote peer. | |
| Default | true | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
dying-gasp-tx-on-reset boolean
| Synopsis | Enable generation of the Information OAMPDU off-cycle | |
| Context | configure port string ethernet efm-oam dying-gasp-tx-on-reset boolean | |
| Tree | dying-gasp-tx-on-reset | |
Description | When configured to true, this command enables the generation of the Information OAMPDU off-cycle when the soft reset notification is received by the EFM application. The local port state remains under the control of the soft reset application and does not change based on the EFM function. If the port is operationally up, then the local node will continue to consider the port as available for service data and forwarding. If the upstream node requires a notification to route around the local node undergoing the soft reset, then a notification must be sent to those nodes. This is a disruptive function. When both the grace-tx and dying-gasp-tx-on-reset commands are active on the same port, the grace-tx command takes precedence when a soft reset is invoked if the peer vendor OUI being received is 00:16:4D or the configured grace-vendor-oui value. When configured to false, the generation of the Information OAMPDU off-cycle is disabled. | |
| Default | true | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
grace-tx boolean
| Synopsis | Enable the sending of Grace TLV for EFM-OAM | |
| Context | configure port string ethernet efm-oam grace-tx boolean | |
| Tree | grace-tx | |
Description | When configured to true, the system sends the Nokia Vendor specific Grace TLV in the information PDU after an ISSU or a soft reset. The Grace TLV informs a remote peer to ignore the negotiated interval and multiplier and instead use the new timeout interval. By default, the command is disabled at the system level and enabled at the port level. Both the system and port level must be enabled to support grace on a specific port. When configured to true, the EFM-OAM protocol does not enter a non-operational state when both nodes acknowledge the grace function. This feature minimizes service interruption by giving the restarting router time to become operationally and administratively up within the grace period. The peer receiving the Grace TLV must be able to parse and process the vendor-specific messaging. Do not configure grace if the Nokia Vendor Specific Grace TLV is not supported on the remote peer. When configured to false, the Nokia Vendor Specific Grace TLV is not sent. | |
| Introduced | 16.0.R1 | |
Platforms | All |
grace-vendor-oui string
| Synopsis | Peer vendor OUI to support grace function | |
| Context | configure port string ethernet efm-oam grace-vendor-oui string | |
| Tree | grace-vendor-oui | |
| Default | 00:16:4D | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
hold-time number
ignore-efm-state boolean
| Synopsis | Suppress port state changes for EFM-OAM faults | |
| Context | configure port string ethernet efm-oam ignore-efm-state boolean | |
| Tree | ignore-efm-state | |
Description | When configured to true, the ETH-OAM protocol does not impact the state of the port when there is a failure in the protocol state machine (discovery, configuration, timeout, loops, and so on). There is only a protocol warning message on the port. When configured to false, the port state is affected by any existing EFM-OAM protocol fault condition. | |
| Default | false | |
| Introduced | 16.0.R1 | |
|
Platforms | All |
link-monitoring
| Synopsis | Enter the link-monitoring context | |
| Context | configure port string ethernet efm-oam link-monitoring | |
| Tree | link-monitoring | |
| Introduced | 16.0.R4 | |
Platforms | All |
admin-state keyword
| Synopsis | Administrative state of link monitoring on the port | |
| Context | configure port string ethernet efm-oam link-monitoring admin-state keyword | |
| Tree | admin-state | |
| Default | disable | |
| Options | ||
| Introduced | 16.0.R4 | |
Platforms | All |
errored-frame
| Synopsis | Enter the errored-frame context | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame | |
| Tree | errored-frame | |
| Introduced | 16.0.R4 | |
Platforms | All |
admin-state keyword
| Synopsis | Administrative state of link monitoring on the port | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame admin-state keyword | |
| Tree | admin-state | |
| Default | disable | |
| Options | ||
| Introduced | 16.0.R4 | |
Platforms | All |
event-notification boolean
| Synopsis | Transmit Event Notification OAMPDU with link event TLV | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame event-notification boolean | |
| Tree | event-notification | |
| Default | true | |
| Introduced | 16.0.R4 | |
|
Platforms | All |
sd-threshold number
| Synopsis | SD threshold | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame sd-threshold number | |
| Tree | sd-threshold | |
| Range | 1 to 1000000 | |
| Introduced | 16.0.R4 | |
Platforms | All |
sf-threshold number
| Synopsis | SF threshold | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame sf-threshold number | |
| Tree | sf-threshold | |
| Range | 1 to 1000000 | |
| Default | 1 | |
| Introduced | 16.0.R4 | |
Platforms |
All |
window number
| Synopsis | Window size | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame window number | |
| Tree | window | |
| Range | 10 to 600 | |
| Default | 10 | |
| Units | deciseconds | |
| Introduced | 16.0.R4 | |
Platforms | All |
errored-frame-period
| Synopsis | Enter the errored-frame-period context | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame-period | |
| Tree | errored-frame-period | |
| Introduced | 16.0.R4 | |
Platforms | All |
admin-state keyword
| Synopsis | Administrative state of link monitoring on the port | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame-period admin-state keyword | |
| Tree | admin-state | |
| Default | disable | |
| Options | ||
| Introduced | 16.0.R4 | |
Platforms | All |
event-notification boolean
| Synopsis | Transmit Event Notification OAMPDU with link event TLV | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame-period event-notification boolean | |
| Tree | event-notification | |
| Default | true | |
| Introduced | 16.0.R4 | |
|
Platforms | All |
sd-threshold number
| Synopsis | SD threshold | |
| Context | configure port string ethernet efm-oam link-monitoring errored-frame-period sd-threshold number | |
| Tree | sd-threshold | |
| Range | 1 to 1000000 | |
| Introduced | 16.0.R4 | |
Platf |