CISCO-MGX82XX-TRAPS-MIB: View SNMP OID List / Download MIB

The standby cards have become active, due to the failure of the active cards. The log in the card, shows the reason the cards are ASC and BNM.

Shelf restart with reset reason

Indicates that a function module has been removed. This includes SRM removal.

Indicates that a function module has been inserted. This includes SRM insertion.

Indicates that a function module has changed state from standby to active or vice versa

Indicates that a function module is operational

Indicates that a function module is inoperational

Informational alarm generated due to a) different front card inserted b) same front card with a different feature list is inserted

Indicates that a function module self test failed. Not generated when self test passes

Indicates that a function module is in standby state

Indicates the temperature is within the normal range

Indicates the temperature has exceeded the upper limit of its normal range

Indicates that the shelf is within its normal DC level

Indicates that the shelf is DC level below the normal DC level

Indicates the shelfs power supply status is normal

Indicates the shelfs power supply status has Failed

Indicates that a particular fan's RPM Normal

Indicates that a particular fan's RPM below Normal

Indicates that the shelf integrated alarm status is changed and sends the status of the shelf integrated alarm. The shelfFilteredAlarm contains the alarm status of a filtered subset of all node alarms.

Indicates that a user logged in

Indicates that a user logout

Indicates the Loss of LMI Alarm for AXIS BNM trunk. (ANNEX G signalling failure)

Indicates the Clear of Loss of LMI Alarm for AXIS BNM trunk. (ANNEX G signalling failure has cleared)

Indicates that the functionModuleType when inserted raised the total power consumption of the shelf beyond threshold value. functionModuleType value other(1) indicates that a fan tray has been removed, which increases the power consumption value beyond the capacity of remaining fan tray. shelfIntegeratedAlarm is set to the value major(3). When the alarm condition is cleared, the same trap is sent with shelfIntegratedAlarm value set to clear (1)

Indicates whether or not a particular line line module has been removed

Indicates whether or not a particular line line module has been inserted

Indicates that the front card does not support the line module.

This trap is sent out when the resource partition type is changed. The possible changes for cardLcnPartitionType are: 1: no partition, 2: controller based, 3: port controller based

Indicates whether or not a particular secondary (bottom) line module has been removed. This is applicable to MGX only, in a case where the front card(functionModuleType) is a full height card with 2 half height back cards.

Indicates whether or not a particular secondary (bottom) line module has been inserted This is applicable to MGX only, in a case where the front card(functionModuleType) is a full height card with 2 half height back cards.

Indicates that the front card does not support the secondary (bottom)line module. This is applicable to MGX only, in a case where the front card(functionModuleType) is a full height card with 2 half height back cards.

Mismatch between the core card configuration and the physical core cards in the system, e.g., if ASC card has configuration for a BNM-T3 card but a BNM-E3 card is plugged in.

Mismatch between two core card sets, e.g., one set has BNM-T3 but another set has BNM-E3.

Sent when the config is cleared.

Indicates that a function module is in Hold state

Sent when the redundant card goes active

Sent when the redundant card is reverted back to standby (reset first)

Sent when the redundancy is added

Sent when the redundansy is deleted

Indicates that the current clock source has changed

This trap is sent out when the trunk cell format is changed. When a BNM-155 card is present it can be changed between UNI and NNI when there are no connections on the shelf. This is fixed for a T3/E3 card to STI format.

This trap is sent out when the line cell format is changed. PXM lines can be configured to either UNI or NNI cell formats. STI format is not supported in MGX PXM.

This trap is sent out to report the results of the Diagnostics performed on the shelf. The diagtype varbind indicates whether this is the results of Power On Self Test (POST) or Online Diagnostics. For POST, this trap is sent only when POST fails and the diagTestId varbind specifies the test number of the first test that failed. For Online Diagnostics, this trap is sent whenever a diagnostics test configured as part of online diagnostics fails or passes. The traps is sent when the results of a diagnostic test changes from passed to failed or changes from failed to passed. The diagResult varbind specifies passed/failed and the diagTestId varbind specifies the test that failed.

Sent when BERT is configured and started.

Sent when the ongoing BERT is stopped.

This is sent out when ongoing BERT is aborted due to state changes of the cards that BERT involves namely ASC, SRM and SM. The test will be aborted when there is a core card switch or a SM switch to redundant card also.

This indicates that the switchcc process is in progress, that all the initial checks for switchcc to happen were successful.

This indicates that the switchcc process cannot happen due to the checks failing. Hence a switchcc blocked trap is being sent . more like a failure trap

Indicates no line alarm, obsoleted from AXIS4.0

Indicates line alarm exists, obsoleted from AXIS4.0 0x01 rcvRAIstate 0x02 xmtRAIstate 0x04 rcvAISstate 0x08 xmtAISstate 0x10 rcvOOFstate 0x20 rcvLOSstate

Indicates that line loopback has been enabled, obsoleted from AXIS4.0

Indicates that line loopback has been disabled, obsoleted from AXIS 4.0

Indicates no line alarm

Indicates that line loopback has been enabled

Indicates that line loopback has been disabled.

Indicates line alarm exists. Note that the value sent in cwSonetLineCurrentStatus in this trap contains information for all the three sonet layers (section, line, path) and also the loopback state. So it doesn't match the description provided for the cwSonetLineCurrentStatus object under `cwSonetLineCurrentTable'. The various bits in cwSonetLineCurrentStatus are: bit 1 sonetLineRcvRAI bit 2 sonetLineXmtRAI bit 3 sonetLineRcvAIS bit 4 sonetLineXmtAIS bit 5 sonetSectionRcvOOF bit 6 sonetSectionRcvLOS bit 7 localLoopBack bit 8 remoteLoopBack bit 9 remotePayloadLoopBack bit 10 sonetPathRcvLOCD bit 11 sonetPathRcvLOP bit 12 sonetPathRcvAis bit 13 sonetPathXmtAis bit 14 sonetPathRcvRdi bit 15 sonetPathXmtRdi

Indicates line alarm has cleared Please refer to sonetLineInAlarmTrap for the format of cwSonetLineCurrentStatus

Indicates that line loopback has been enabled Please refer to sonetLineInAlarmTrap for the format of cwSonetLineCurrentStatus

Indicates that line loopback has been disabled. Please refer to sonetLineInAlarmTrap for the format of cwSonetLineCurrentStatus

Indicates the transmit clock source changed

Indicates that the transmit clock source is lost and a new clock source is in effect.

Indicates no line alarm

Indicates line alarm exists 0x01 rcvRAIstate 0x02 xmtRAIstate 0x04 rcvAISstate 0x08 xmtAISstate 0x10 rcvOOFstate 0x20 rcvLOSstate

Indicates that line loopback has been enabled

Indicates that line loopback has been disabled.

Indicates the current statistical alarm State

Indicates the current statistical alarm State

Indicates the current sonet section statistical alarm State

Indicates the current sonet Line statistical alarm State

Indicates the current sonet Path statistical alarm State

Indicates that the current clock source has changed

Indicates that the current clock source has been changed.

Indicates that one T3 line has been enabled.

Indicates that one T3 line has been disabled.

Indicates which DS1 or DS3 has been set in the loopback testing.

Indicates which DS1 or DS3 has been reset from the loopback testing.

Indicates which T1 line from a T3 is added to which slot and which line.

Indicates which T1 line from a T3 is deleted from which slot and which line.

Indicates which line is deleted from a slot

Indicates which DS1 or DS3 at the near end has been set for the loopback testing.

Indicates which DS1 or DS3 at the near end has been removed from the loopback testing.

Indicates a SRM T3 line lost clock source.

Indicates which Vt from a SRME Line is added to which slot and which line.

Indicates which Vt from SRME Line is deleted from which slot and which line.

Indicates which line is deleted from a slot

Indicates which Vt in which framing type is changed.

Indicates that a sub interface is added.

Indicates that a sub interface is deleted.

Indicates that a sub interface is modified.

Indicates that a sub interface is Active.

Indicates that a rpm channel is added.

Indicates that a rpm channel is deleted.

Indicates that a rpm channel is modified.

Indicates that a rpm channel is Active.

Indicates no line alarm

Indicates line alarm exists

Indicates that line loopback has been enabled

Indicates that line loopback has been disabled.

Indicates that line loopback code/condition detected.

Indicates that line loopback code/condition does not exist any more.

Indicates that IMA group is disabled

Indicates that IMA group is Configured

Indicates that the bandwidth of an IMA group changed due to addition/deletion of links to/from the IMA group. This trap is Obsolete for MGX8850.

Indicates that the IMA group was brought down due to ACP cells not being received within the expected interval. This trap is Obsolete for MGX8850.

Indicates that the IMA group failed due to major alarm on the IMA group This trap is Obsolete for MGX8850.

Indicates that the IMA group failed due to an IMA signalling failure (eg: ACP cells are being received but the expected ones are not being received or an unexpected change in IMA-ID/LID on a link occurred etc This trap is Obsolete for MGX8850.

Indicates that the IMA group failed due to differential delay exceeding the maximum permissible for this IMA group. The variable 'imaObsDiffDelay' gives the current observed differential delay for this IMA group This trap is Obsolete for MGX8850.

Indicates that the IMA is receiving a local OAM cell AIS from the remote end This trap is Obsolete for MGX8850.

Indicates that the IMA is receiving a local OAM cell RDI from the remote end This trap is Obsolete for MGX8850.

Indicates that the IMA group failed due to a non- IMA protocol related failure. The value of imaPortState will denote the reason for failure.

Indicates that the current clock source changed from primary to secondary

Indicates that no good clock source is available

Indicates that the link in an IMA group is in LIF LODS or No Failure.

Indicates that IMA Line Alarm exists. Can be lineLcpErr lineNotInLDS lineInLoopback

Indicate that the HEC Error Correction Option for DSX3 has changed. Can be Enable or Disable.

Indicate the failure status of the IMA group(GTSM goes UP/DOWN)

Indicates that the bandwidth of an IMA group changed due to addition/deletion of links to/from the IMA group

Indicates that no PLCP alarm exists

Indicates that PLCP alarm exists

PLCP Statistical alarm state change

Loopback Enable trap

Loopback Disable trap

Sent when the chan Ras_Oam_Loopback_state changes from Failed to Ok or Ok to Failed. It will carry status for a chunk of 256 channels as bitmaps. If the status of only 1 channel belonging to the chunk of 256 changes, trap is sent only for that chunk of 256 channels and not for any other chunk. For eg., suppose if channel 500 fails ras loopback test, trap is sent for the second chunk of 256 channels spanning channel nos 257 to 512.

Indicates the Status of the SM configuration and FirmWare files. The Trap shows the number of corrupted PRI and Firmware files in the ASC from where it is sent. This Trap is sent everytime the diagnostics is completed.

Indicates the number of Bad Sectors in the ASC Hard Disk. If the number of Bad Sectors exceeds the threshold value, the rasDskHealth is set to FAIL. The threshold value is 30% of the total number of Sectors. This Trap is sent everytime the diagnostics is completed.

Sent when there are multiple channel failures and the total number of traps in 1 min exceeds the card level set thresholds. This trap is common to all the NBSM cards. viz. FRSM-8T1E1, CESM-8T1E1, AUSM-8T1E1, FRSM-VHS, CESM-T3E3 This traps informs the network management tool that the channel traps will not be sent from now but only summary traps will be sent at every 1 minute till the condition that is causing so many traps in quick succession goes away. This trap is not applicable to MGX Release 1.x.

Sent when the config has changed. The bit map indicates the change in card, line, port, channel, egress-q or resource partition configuration. The configChangeObjectIndex object shows the the line, port, channel, egress-q or resource partition index. The configChangeParentObjectIndex object shows the parent (higher level) index of configChangeObjectIndex. The configChangeGrandParentObjectIndex object shows the parent (higher level) index of configChangeParentObjectIndex. The configChangeStatus shows the operation type which can be add, mod or del. The configChangeSMSpecificObject is a generic object and based on the requirement can be used differently in each card type. The usage of the same is listed below. This trap is not applicable to MGX-8850 Release 1.x.x and MGX-8220

indicates line enabled. Applicable to AUSM and all FRSM cards except HS1 HS2 HS2B.

The card is over-subscribed

Trap that is generated to indicate that a FR logical port has become active. Currently, this trap is used only in all flavours of FRSM-VHS card (FRSM-2CT3/T3/E3/ HS2).

Trap that is generated to indicate that a FR logical port has failed. Currently, this trap is used only in all flavours of FRSM-VHS card (FRSM-2CT3/T3/E3/HS2).

Trap that is generated to indicate that a FR logical port has become deleted. Currently, this trap is used only in all flavours of FRSM-VHS card (FRSM-2CT3/T3/E3/ HS2).

Trap that is generated to indicate that loopback on a FR logical port has become active. Currently, this trap is used only in all flavours of FRSM-VHS card (FRSM-2CT3/T3/E3/HS2).

Trap that is generated to indicate that loopback on a FR logical port has become disabled. Currently, this trap is used only in all flavours of FRSM-VHS card (FRSM-2CT3/T3/E3/HS2).

Trap that is generated to indicate that a FR logical port has become oversubscribed. Currently, this trap is used only in all flavours of FRSM-VHS card (FRSM-2CT3/T3/E3/HS2).

Sent when an FR logical channel becomes active: this trap is currently used only in all flavours of FRSM-VHS card (FRSM-2CT3/T3/E3/HS2).

Sent when an FR logical channel fails: this trap is currently used only in all flavours of FRSM-VHS card (FRSM-2CT3/T3/E3/HS2).

Sent when an FR logical channel is deleted: this trap is currently used only in all flavours of FRSM-VHS card (FRSM-2CT3/T3/E3/HS2).

Sent when a FRSM Channel is brought down. This trap is not applicable to MGX Release 1.x.

Sent when a FRSM Channel is brought up from down. The previous RowStatus of this channel must be outOfService. This trap is not applicable to MGX Release 1.x.

Sent when a FRSM Channel is rerouted. This trap is not applicable to MGX Release 1.x.

Sent when an FR logical channel is in Alarm, i.e. the channel can pass traffic within the PNNI n/w but is in Alarm because of CPE connectivity, or the line being in alarm. This trap is used for all FRSM flavors. This trap is not applicable to MGX Release 1.x.

Sent when an FR logical channel fails, i.e. the channel cannot pass traffic within the PNNI n/w. This trap is used for all FRSM flavors. This trap is not applicable to MGX Release 1.x.

indicates port active

The port fails

The port is deleted

The port loopback is enabled

The port loopback is disabled

indicates port added, currently this trap is not used

The port is over-subscribed

indicates port active

The port fails

The port is deleted

The port loopback is enabled

The port loopback is disabled

indicates port added

Sent when the chan is active

Sent when the chan is failed

Sent when the chan is deleted

Sent when the chan is added, currently this trap is not used

Sent when the Egress Data Buffers are not available.

Sent when the Egress Data Buffers are available.

Sent when the config has changed. The bit map tells if the change on line/port/channel and the object index shows the line#/port#/channel#, the status shows if it's an add or mod or del.

This trap indicates APS feature is deactivated for the working and protection pair. Severity = Clear NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates APS feature is Activated for the working and protection pair. Severity = Clear NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates abnormal condition on a PSM card which is used for APS feature. Severity = Major NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates abnormal condition occurs on the working SONET line in the APS pair. Severity = Major NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates the APS line has been switched. The apsLineSwReason describes the switch reason. Severity = Minor NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates abnormal condition occurs during the APS switch event. The apsLineSwFailureCode describes the failure reason. Severity = Major NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates abnormal condition occurs on the protection SONET line in the APS pair. The apsLineFailureCode describes the failure reason. Severity = Major NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates abnormal condition on one of the PXM cards in this APS pair is cleared. Severity = Clear NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates abnormal condition on the working SONET line is cleared. Severity = Clear NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates abnormal condition on the standby SONET line is clear. Severity = Clear NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates sonet APS configuration changed

This trap indicates that sonet APS architecture mode on the two ends of the APS pair is different. This mismatch will no cause a mode switch from 1+1 on the near end. Far end, if capable, may change its mode. If far end is not capable, manual intervention will be required. NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

This trap indicates sonet APS architecture mode mismatch is cleared. NOTE: it is used by SRME too and the moduleSlotNumber will identify the source from PXM or SRME

Sent when the VISM card's IP address is changed.

Sent when a VISM Channel becomes active. genericLineNum is always set to 0 since it is not applicable to VISM.

Sent when a VISM Channel is deleted genericLineNum is always set to 0 since it is not applicable to VISM.

Indicates port added.

Indicates port active.

Indicates port Failed.

Sent when vismChanActivityState transitions to active.

Sent when vismChanActivityState transitions to standby.

Sent when vismChanActivityState transitions to failed.

Sent when vismChanLockingState transitions to lock.

Sent when vismChanLockingState transitions to unlock.

Indicates that an entry has been added to vismCasVarintTable.

Indicates that an entry has been deleted from vismCasVarintTable.

Indicates that casVariantState is transitioned to configured.

Indicates that casVariantState is transitioned to notConfigured.

Indicates that the VISM Codec template has been changed.

Indicates that the vismMode has been changed on the card.

Sent when a scalar object/objects changes. The bit map indicates the group to which the changed object/objects belong. For a single SET operation, a single trap will be sent per group, regardless of how many objects got changed in in that group.

Sent when a table config has changed. The bit map tells which table got changed. and vismTrapIntIndex1 shows the index of the table entry which got changed. If there are 2 index values, the 2nd index will be contained in vismTrapIntIndex2. If the table has a string index, the index value will be contained in vismTrapStrIndex1.

Indicates that an entry has been added to the table vismAal2CidCnfTable.

Indicates that an entry has been deleted from the table vismAal2CidCnfTable.

Indicates that an entry has been added to the table vismHdlcChanTable.

Indicates that an entry has been deleted from the table vismHdlcChanTable.

Indicates port deleted.

Sent when a VISM Channel is added genericLineNum is always set to 0 since it is not applicable to VISM.

Sent when a VISM Channel fails genericLineNum is always set to 0 since it is not applicable to VISM.

Sent when a VISM Channel is brought down.

Sent when a VISM Channel is brought up from down. The previous RowStatus of this channel must be outOfService.

Sent when a VISM Channel is rerouted.

sent when aal2 muxing type is changed.

sent when cid state changes.

sent when networkCacConfigState changes.

Indicates that the vismFeatureBitMap has been changed on the card.

Sent when the config is cleared.

Indicates that no PLPP alarm exists

Indicates that PLPP alarm exists

Indicates that PLPP Loopback Enabled

Indicates that PLPP Loopback Disabled

Indicates that Port is Active and out of Alarm

Indicates that Port Failed (In Alarm)

Indicates that Port is Deleted

Indicates that Port SVC resource range has changed (used for ATM T1/E1 UNI ports)

Indicates that Port SVC resource range has changed (used for IMA ports)

Indicates that Ip change has been detected from the CPE connected to the ausm PORT

Sent when an AUSM logical channel is in Alarm, i.e. the channel can pass traffic within the PNNI n/w but is in Alarm because of CPE connectivity, or the line being in alarm. This trap is not applicable to MGX Release 1.x.

Sent when an AUSM logical channel fails, i.e. the channel cannot pass traffic within the PNNI n/w. This trap is not applicable to MGX Release 1.x.

Sent when a Channel becomes active

Sent when a Channel fails (In alarm)

Sent when a Channel is deleted

Sent when a AUSM Channel is brought down. This trap is not applicable to MGX Release 1.x.

Sent when a AUSM Channel is brought up from down. The previous RowStatus of this channel must be outOfService. This trap is not applicable to MGX Release 1.x.

Sent when a AUSM Channel is rerouted. This trap is not applicable to MGX Release 1.x.

Sent when a CESM Channel becomes active

Sent when a CESM Channel is deleted

Sent when a CESM Channel egress underflows

Sent when a CESM Channel egress overflows

Sent when a CESM Channel Egress cell loss occurs

Sent when Idle suppression starts on this connection

Sent when Idle suppression stops on this connection

indicates port added (enabled)

indicates port active

indicates port is failed

indicates port is deleted

Sent when a CESM Channel is brought down. This object is not applicable to MGX Release 1.x.

Sent when a CESM Channel is brought up from down. The previous RowStatus of this channel must be outOfService. This object is not applicable to MGX Release 1.x.

Sent when a CESM Channel is rerouted. This object is not applicable to MGX Release 1.x.

Sent when a CESM Channel becomes active

Sent when a CESM Channel is deleted

Sent when a CESM Channel egress underflows

Sent when a CESM Channel egress overflows

Sent when a CESM Channel Egress cell loss occurs

Sent when Idle suppression starts on this connection

Sent when Idle suppression stops on this connection

Sent when an CESM logical channel is in Alarm, i.e. the channel can pass traffic within the PNNI n/w but is in Alarm because of CPE connectivity, or the line being in alarm. This object is not applicable to MGX Release 1.x.

Sent when a CESM logical channel fails, i.e. the channel cannot pass traffic within the PNNI n/w. This object is not applicable to MGX Release 1.x.

Sent when a CESM Channel becomes active

Sent when a CESM Channel is deleted

Sent when a CESM Channel egress underflows

Sent when a CESM Channel egress overflows

Sent when a CESM Channel Egress cell loss occurs

indicates port added (enabled)

indicates port active

indicates port failed

indicates port deleted

Indicates that Broadband Interface is Added .

Indicates that Broadband Interface is Active.

Indicates that Broadband Interface is Deleted

Indicates that Broadband Interface is Failed ( In alarm )

Indicates that Broadband Interface configuration has been modified.

Indicates that Broadband Interface Resource has been allocated to a network controller ( for e.g. PAR )

Indicates that Broadband Channel on user port of PXM is Added

Indicates that Broadband Channel on user port of PXM is Active and No alarms exist.

Sent when a Channel is deleted

Sent when a Channel fails (In alarm)

This trap is generated when a alarm status of the node (parnNodeId) changes.

This trap is generated when a node (parnNodeId) parameters change.

This trap is generated when a new trunk is added in the network.

This trap is generated when the status of the trunk changes or the type of alarm changes.

This trap is generated when the trunk is deleted from the network.

This trap is generated when the trunk parameters are configured.

This trap is generated when a connection is upped. This trap is generated only by the node that masters the connection.

This trap is generated when a connection is downed. This trap is generated only by the node that masters the connection.

This trap is generated when a connection is auto removed.