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play_arrow Overview
play_arrow Precision Time Protocol
- play_arrow Precision Time Protocol Overview
- play_arrow Precision Time Protocol Clocks
- play_arrow Precision Time Protocol Profiles
- play_arrow PHY Timestamping
- play_arrow Precision Time Protocol over Ethernet
- play_arrow Precision Time Protocol Additional Features
play_arrow Global Navigation Satellite System (GNSS)
- play_arrow GPS Systems on Routing Platforms
  - Global Positioning System (GPS) on Routing Platforms
- play_arrow Integrated GNSS on Routing Platforms
  - Integrated Global Navigation Satellite System (GNSS) on Routing Platforms
- play_arrow GNSS Configuration for Routers Using External GNSS Receiver
- play_arrow Assisted Partial Timing Support (APTS) on Routing Platforms
play_arrow Network Time Protocol
- play_arrow NTP Concepts
- play_arrow NTP Configuration Examples
play_arrow Synchronous Ethernet
- play_arrow Synchronous Ethernet Overview
- play_arrow Synchronous Ethernet on 10-Gigabit Ethernet MIC
  - Synchronous Ethernet on 10-Gigabit Ethernet MIC
  - Example: Configure Framing Mode for Synchronous Ethernet with 10-Gigabit Ethernet MIC
play_arrow Clock Synchronization
- play_arrow Clock Synchronization Concepts
- play_arrow Clock Synchronization for ACX Series Routers
  - Configure External Clock Synchronization for ACX Series Routers
- play_arrow Clock Synchronization for MX Series Routers
  - Configure External Clock Synchronization for MX Series Routers
- play_arrow Clock Synchronization for PTX Series Routers
  - Clock Sources for PTX Series Routers
  - Synchronize Internal Stratum 3 Clock to External Clock Sources on PTX Series Routers
- play_arrow Centralized Clocking
play_arrow Hybrid Mode
- play_arrow Hybrid Mode Overview
  - Hybrid Mode
  - Guidelines to Configure Hybrid Mode on ACX Series Routers
- play_arrow Hybrid Mode and ESMC Quality-Level Mapping
play_arrow Configuration Statements and Operational Commands
- Junos CLI Reference Overview
play_arrow Appendix
- Appendix - Inclusive Terms

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SNMP MIB for Timing on Routing Platforms

date_range 20-Dec-24

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This topic talks about theJunos OS support for SNMP get, get-next, and walk management capabilities for timing features.

Junos OS for ACX Universal Metro Routers supports SNMP get, get-next, and walk management capabilities for timing features. These capabilities are enabled through the PTP MIB, SyncE MIB and GPS MIB timing objects.

Note:

The PTP MIB and SyncE MIB timing objects are grouped under the jnxTimingNotfObjects SNMP MIB object.

Table 1 shows the list of SNMP MIB objects supported for SNMP get, get-next, and walk management on ACX Universal Metro Routers.

Table 1: SNMP MIB Objects for get, get-next, and walk management
SNMP MIB	Object	Description
PTP MIB	jnxPtpServoState	Denotes the following PTP Servo states: INITIALIZING ACQUIRING PHASE ALIGNED FREERUN HOLDOVER FREQUENCY LOCKED
	jnxPtpServoStateStr	Denotes the PTP Servo state string: INITIALIZING ACQUIRING (TimeTransmitter is elected and servo starts acquiring lock) PHASE ALIGNED (Locked to TimeTransmitter) FREERUN (no PTP source available) HOLDOVER (Member locked to PTP for more than 12 hours and then loses all the PTP sources)
	jnxPtpClass	Denotes the class of the PTP grandmaster clock.
	jnxPtpGmId	Denotes the PTP grandmaster clock identifier.
	(ACX7332, ACX7348)
	jnxPtpPhaseOffset	Denotes the PTP phase offset.
	jnxPtpUtcOffset	Denotes the PTP UTC offset.
	jnxPtpAdvClockClass	Denotes the PTP Advertised clock class.
	jnxTimingFrequencyTraceability	Denotes the frequency traceability indicator.
	jnxTimingTimeTraceability	Denotes the time traceability indicator.
	jnxClksyncPtpOperationalMasters	Denotes the PTP operational masters.
	jnxClksyncPtpOperationalSlaves	Denotes the PTP operational timeReceiver clocks.
SyncE MIB	jnxClksyncQualityCode	Denotes the SSM/ESMC quality level of the locked source in decimal format.
	jnxClksyncQualityCodeStr	Denotes the SSM/ESMC quality level of the locked source in string format
	jnxClksyncIfIndex	Denotes the interface index of the locked source in decimal format.
	jnxClksyncIntfName	Denotes the interface name of the locked source in string format.
	(ACX7332, ACX7348)
	jnxClksyncSynceQualityTable	Denotes the SyncE table to get quality metrics for all configured sources.
	jnxClksyncSynceQualityEntry	Denotes the SyncE table entry to get quality metrics for all configured sources.
	jnxClksyncSynceQualityIntfName	Denotes the interface name of the configured source.
	jnxClksyncSynceQualityValue	Denotes the quality level of the configured source.
	jnxClksyncSynceLockedIfIndex	Denotes the locked SNMP ifIndex of member interface.
	jnxClksyncSynceLockedIntfName	Denotes the SyncE interface name.
	jnxClksyncDpllState	Denotes the SyncE DPLL states.
	jnxClksyncDpllStateStr	Denotes the DPLL state in string format.
GPS MIB	jnxGpsRecvStatus	Displays the status of the GPS receiver.

Note:

The SNMP get and walk management are supported only for scalar objects.

Use the show snmp mib get> and show snmp mib walk <oid> commands to view the configured SNMP MIB objects.
For SyncE objects, the jnxClksyncQualityCode, jnxClksyncQualityCodeStr, jnxClksyncIfIndex, and jnxClksyncIntfName objects displays only for locked source.
For additional details, see Timing MIBs and Notifications.

You can use the show chassis synchronization extensive, show ptp lock-status detail, show snmp mib get <MIB-timing-objects>, and show snmp mib walk jnxTimingNotfObjects show commands for monitoring and troubleshooting purposes.

The following are the sample show command outputs for reference:

show chassis synchronization extensive

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user@host> show chassis synchronization extensive

Current clock status  : Locked
Clock locked to       : Primary
SNMP trap status : Enabled

Configured sources:

Interface           : ge-0/0/7
Status              : Secondary     Index       : 136
Clock source state  : Clk qualified Priority    : Default(8)
Configured QL       : SEC           ESMC QL     : PRC
Clock source type   : ifd           Clock Event : Clock qualified
Interface State     : Up,sec,ESMC Rx(SSM 0x2),ESMC TX(QL SEC/SSM 0xb),

Interface           : ge-0/1/1
Status              : Primary       Index       : 138
Clock source state  : Clk qualified Priority    : Default(8)
Configured QL       : PRC           ESMC QL     : PRC
Clock source type   : ifd           Clock Event : Clock locked
Interface State     : Up,pri,ESMC Rx(SSM 0x2),ESMC TX(QL DNU/SSM 0xf)

show chassis synchronization extensive

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user@host> show chassis synchronization extensive

Configured ports:

Name                : auxiliary
Rx status           : active
Rx message          : TL000001433759011353
Current ToD         : Mon Jun  8 10:23:31 2015
Last ToD update     : Mon Jun  8 10:23:30 2015
GPS receiver status : Lost Sync
UTC Pending         : FALSE
UTC Offset          : 35

One PPS status : Active

Configured sources:

Interface           : gps
Status              : Primary       Index       : 1
Clock source state  : Clk failed    Priority    : Default(6)
Configured QL       : PRC           ESMC QL     : DNU
Clock source type   : extern        Clock Event : Clock failed
Interface State     : Up,pri

show ptp lock-status detail

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user@host> show ptp lock-status detail

Lock Status:

Lock State    : 1 (FREERUN)
Phase offset  : 0.000000000 sec
State since   : 2015-05-04 03:13:49 PDT (00:01:45 ago)

Selected Master Details:
Upstream Master address    : 61.1.1.2
Slave interface            : ge-0/1/1.0
Parent Id                  : 40:b4:f0:ff:fe:42:f5:00
GMC Id                     : 40:b4:f0:ff:fe:42:d5:00

show snmp mib get <MIB-timing-objects>

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user@host> show snmp mib get jnxGpsRecvStatus.0

jnxGpsRecvStatus.0 = Lost Sync

show snmp mib walk jnxTimingNotfObjects

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user@host> show snmp mib walk jnxTimingNotfObjects

jnxClksyncIfIndex.0 = 138
jnxClksyncIntfName.0 = ge-0/1/1
jnxClksyncQualityCode.0 = 2
jnxPtpServoState.0 = 1
jnxPtpClass.0 = 6
jnxPtpGmId.0  = 40:b4:f0:ff:fe:42:d5:00
jnxClksyncQualityCodeStr.0 = PRC
jnxPtpServoStateStr.0 = FREERUN

arrow_backward PREVIOUS Timing Defects and Event Management on Routing Platforms

NEXT arrow_forward PTP Passive Port Performance Monitoring on PTX10004 and PTX10008 Devices

Timing and Synchronization Guide

SNMP MIB for Timing on Routing Platforms

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