This MIB defines the following Extreme-specific SNMPv2c traps generated by Extreme Networks devices.
| Trap | Comments |
|---|---|
|
extremeHealthCheckFailed |
CPU HealthCheck has failed. |
|
extremeBgpM2PrefixReachedThreshold |
This notification is generated when the number of prefixes received over this peer session reaches the threshold limit. |
|
extremeBgpM2PrefixMaxExceeded |
This notification is generated when the number of prefixes received over this peer session reaches the maximum configured limit. |
|
extremeEapsStateChange |
Send on master/transit nodes. |
|
extremeEapsFailTimerExpFlagSet |
This notification is generated when the EAPS (Extreme Automatic Protection Switching) domain fail timer expires for the first time, while its state is not in Fail state. |
|
extremeEapsFailTimerExpFlagClear |
This notification is generated when the EAPS domain fail timer expired flag is cleared. |
|
extremeEapsLinkDownRingComplete |
If a transit is in link-down state, and it receives a Health-Check-Pdu from the master indicating the ring is complete, there is some problem with the transit switch that has issued this trap message. |
|
extremeEapsLastStatusChangeTime |
Sent on master/transit nodes. Provides a general indication of a status change using a 10 second timer. |
|
extremeEapsPortStatusChange |
Sent on master/transit nodes. |
|
extremeEapsConfigChange |
Sent on master/transit nodes. This trap has a granularity of 30 seconds. |
|
extremeEapsSharedPortStateChange |
Sent on controller/partner nodes. |
|
extremeEapsRootBlockerStatusChange |
|
|
extremeNMSInventoryChanged |
These traps are not generated by the ExtremeXOS SNMP (Simple Network Management Protocol) agent but by the Ridgeline NMS. |
|
extremeNMSTopologyChanged |
|
| extremeOverheatNormal | An overheat (return to) normal notification indicates that the on-board tempature sensor has reported a temperature that has returned to within the normal operating range from having been in an overheat (or overcold) condition. The temperature of the unit has sufficiently cooled to be below the maximum (or warmed to be above the minimum) of the normal operating range. |
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