This object indicates that a physical entity is removed.

This object indicates that a physical entity recovers from a fault.

This object indicates that a physical entity exits from the active state.

This object indicates that a physical entity becomes active.

This object indicates that a physical entity becomes offline.

This object indicates that a physical entity becomes online.

This object indicates that physical entity detection fails.

This object indicates that physical entity detection recovers.

This object indicates that physical entity registration fails.

This object indicates that physical entity registration succeeds.

Dying gasp event is occurred.

This object indicates that a physical entity is inserted.

The bandwidth mode of physical entity is changed.

The CMU monitoring module alarm.

The CMU monitoring module alarm recovered.

The entity experienced a minor fault.

The entity resumed from the minor fault.

Indicates that the process exits.

This object indicates that an alarm is generated when a physical entity is not securely inserted.

This object indicates that the alarm generated when a physical entity is not securely inserted is cleared.

This object indicates that a physical entity is reset.

This object indicates that a physical entity is restarted and runs properly.

This object indicates that channel detection fails.

This object indicates that channel detection recovers.

This object indicates that a physical entity is faulty.

The interface Loopback is detected.

The interface is recovered from Loopback.

The object is in congested state and some of the frames are dropped.

Alarms of the congested object are cleared.

Device abnormal or pulled out.

Failed to allocate resources for BFD because hardware resources were exhausted.

BFD recovered from alarms of hardware resources exhausting.

Failed to allocate resources for OAM because hardware resources were exhausted. 
MPLS OAM is short for Operation Administration and Maintenance by MPLS. 
It is used for connectivity verification of MPLS LSP.

OAM recovered from alarms of hardware resources exhausting.
MPLS OAM is short for Operation Administration and Maintenance by MPLS. 
It is used for connectivity verification of MPLS LSP.

The interface Loopback is detected.

The interface is recovered from Loopback.

The packet(s) crc error

The packet(s) crc error resume

This object indicates the software failure in the automatic upgrade system.

Optical rxpower or txpower is exceed threshold value.

Optical power resume.

Patch Installation Failed.

Inner SSL Certificate Invalid Alarm resume.

Disk Partition Usage Exceeding Threshold.

Disk Partition Usage Exceeding Threshold Resume.

Disk Partition Unavailable.

Disk Partition Unavailable resume.

Disk Partition Space Insufficient.

Disk Partition Space Insufficient resume.

Executable Files Incomplete.

Executable Files Incomplete.

Software Integrity Error.

Patch Installation Success.

Software Integrity Error.

Master and Slave OMU Synchronization Failure.

Master and Slave OMU Synchronization resume.

Virtual Machine Disk Invalid.

Virtual Machine Disk Resume.

Database Restoration Failure.

SSL Certificate Expired.

SSL Certificate Expired Early Warning.

Virtual Machine Resource Inconsistent.

Virtual Machine Resource Inconsistent.

Patch Package Error.

Virtual Machine Fault.

Virtual Machine Resume.

VNF And VNFM Connection Fault.

VNF And VNFM Connection Resume.

Fabric OAM Detected Fabric Plane Down.

Fabric OAM Detected Fabric Plane Down.

Fabric Link Goes Subhealthy.

Fabric Link Goes Subhealthy.

Driver Type Mismatch.

Driver Type Mismatch.

Patch Package success.

RU Create Failed.

RU Create success.

Setting Security Group Rules Failed.

Setting Security Group Rules Resume.

System Configuration Error.

System Configuration Error.

Inner SSL Certificate Invalid Early Warning.

Inner SSL Certificate Invalid Early resume.

Inner SSL Certificate Invalid Alarm.

The trap for parity check abnormal.

The trap for downloading entry failed.

The trap for packet dropped.

The trap for protocol abnormal.

This object indicates that an alarm is generated when the temperature sensor exceeds the upper threshold.

This object indicates that the alarm generated when the voltage sensor exceeds the upper threshold is cleared.

This object indicates that an alarm is generated when the voltage sensor exceeds the lower threshold.

This object indicates that the alarm generated when the voltage sensor exceeds the lower threshold is cleared.

Current rise over HIGH threshold.

Current back to normal level.

Current fall below LOW threshold.

Current back to normal level.

Photoelectric power rise over HIGH threshold.

Photoelectric power back to normal level.

Photoelectric power fall below LOW threshold.

This object indicates that the alarm generated when the temperature sensor exceeds the upper threshold is cleared.

Photoelectric power back to normal level.

The available power of device is not enough for the board.

The available power of device becomes sufficient for the board.

ACU current startup system software and next startup system software are difference.

Temperature fall below LOW threshold.

Temperature back to normal level.

Humidity rise over HIGH threshold.

Humidity back to normal level.

Humidity fall below LOW threshold.

Humidity back to normal level.

This object indicates that an alarm is generated when the voltage sensor exceeds the upper threshold.

One of the power is shutting down.

One of the power is starting up.

The power is not of the same type!

The power is changed to the same type!

CPU utilization exceed threshold.

CPU utilization back to normal level.

One of the port physical connect down.

One of the Ethernet port broadcast resume to normal level.

One of the Ethernet port works on the half-duplex mode.

One of the Ethernet port works on the full-duplex mode.

One of the port type changed.

One of the port auto-negotiation failed.

One of the port auto-negotiation resumed.

One of the port physical connect up.

One of the port has none traffic.

One of the port traffic resume.

One of the port traffic rise over threshold.

One of the port traffic resume to normal level.

One of the port CRC error rise over threshold.

One of the port CRC error resume to normal level.

One of the Ethernet port broadcast rise over threshold.

Storage device utilization rise over threshold.

Storage utilization resume to normal level.

The disk usage exceeded  the overload threadhold.

The disk usage fall below the clear threashold.

Memory usage rise over the reliability overload threshold.

Memory usage resume to normal level.

The board is suspended for IPv4/IPv6 FIB capability overload.

The board is recovered for FIB capability overload suspend.

The board is forwarding for IPv4/IPv6 FIB capability overload.

The board is recovered for IPv4/IPv6 FIB capability overload forward.

Because the memory usage of the interface board exceeds the upper threshold, the 
FES cannot add new entries. As a result, the entries of the interface board is inconsistent with those of the main  board.

The memory usage of the interface board reduces to the lower threshold, and the FES can add entries. 
The entries of the interface board is consistent with those of the main board.