This trap indicates that the specified power supply failed.

This trap indicates that live patch uninstall
has started.

This trap indicates that live patch install
succeeded.

This trap indicates that live patch uninstall
failed.

This trap indicates that no packet fabric card available
in a redundant pair.

This trap indicates that at least one fabric card is available
in a redundant pair or no npbs are present for the pair.

This trap indicates that the specified packet fabric has failed.

This trap indicates that the specified Packet Fabric took
over for a Failed Packet fabric.

This trap indicates that the power supply failure identified
by the trap eciPowerSupplyFailure has been cleared.

This trap indicates that a Packet Fabric has recovered from
a failure or the failed Packet Fabric has been removed.

This trap indicates that the specified RSVP label-switched-path
switched over to a active path on a failover.

This trap indicates that the interface's receive utilization
exceeded the configured threshold

This trap indciates that the interface's receive utilization
dropped below the configured threshold

This trap indicates that the interface's transmit utilization
exceeded the configured threshold

This trap indciates that the interface's transmit utilization
dropped below the configured threshold

This trap indicates that the specified Fan Tray
has been removed

This trap indicates that the specified Fan Tray has been detected

This trap indicates that the specified board is missing.
A board can be missing for two reasons; it was present at
	system startup but was then removed or there exist configuration
	but the board is not present.

This trap indicates that the specified chip has encountered
an egress overflow condition.

This trap indicates that the specified chip has encountered
an inderect memory access timeout

This trap indicates that the Fan Filter needs to be changed

This trap indicates that the Fan Filter change reminder has been reset

This trap indicates that the specified packet fabric is not
compatible with the npb.

This trap indicates that the specified physical
component has experienced an overtemperature condition.

This trap indicates that the specified packet fabric incompatiblity
has been cleared.

This trap indicates that the specified Physical (PHY)
interface card has failed.

This trap indicates that the Physical (PHY) interface
card identified by the eciPhyCardFailure trap has come
back online.

This trap indicates that the specified module has failed.

This trap indicates that the specified module is failing
and should be replaced as soon as possible.

This trap indicates that the specified module is operating
in a degraded mode, and should be serviced.

This trap indicates that the specified physical component
has exceeded the automatic shutdown temperature threshold.

This trap indicates that the physical component
identified by the eciShutdownTemperature trap is
now below the automatic shutdown temperature.

This trap indicates that no timing card available
in a redundant pair.

This trap indicates that at least one timing card is available
in a redundant pair or no npbs are present for the pair.

This trap indicates that the physical component
identified by the eciOverTemperature trap has returned
to a normal temperature.

This trap indicates that the specified timing module has failed.

This trap indicates that the specified Timing took
over for a Failed Timing.

This trap indicates that a Timing module has recovered from
a failure or the failed Timing has been removed.

This trap indicates that the specified timing is not
compatible with the npb.

This trap indicates that the specified timing incompatiblity
has been cleared.

This trap indicates that a hitless software upgrade
has started.

This trap indicates that a hitless software upgrade
ended successfuly.

This trap indicates that a hitless software upgrade
Failed.

This trap indicates that a hitless software rollback
has started.

This trap indicates that a hitless software rollback
ended successfuly.

This trap indicates that a hitless software rollback
Failed.

This trap indicates a change in operational status

This trap indicates that Terminal Loopback (also known
as Local Loopback) is configured on the specified port
In a terminal loopback, the signal that is about to be
transmitted is connected to the associated incoming receiver.

This trap indicates that Terminal Loopback (also known
as Local Loopback) is cleared on the specified port
In a terminal loopback, the signal that is about to be
transmitted is connected to the associated incoming receiver.

This trap indicates that the specified power supply failed.

This trap indicates that the specified physical
component has experienced an overtemperature condition.

This trap indicates that the physical component
identified by the overTemperature trap has returned
to a normal temperature.

This trap indicates that the specified Physical (PHY)
interface card has been removed.

This trap indicates that the Physical (PHY) interface
card identified by the eciPhyCardRemoved trap has come
back online or a new PHY interface card has been detected.

This trap indicates that the specified RSVP label-switched-path
switched over to a active path on a failover.

This trap indicates that the interface's receive utilization
exceeded the configured threshold

This trap indciates that the interface's receive utilization
dropped below the configured threshold

This trap indicates that the interface's transmit utilization
exceeded the configured threshold

This trap indciates that the interface's transmit utilization
dropped below the configured threshold

This trap indicates that the specified chip has encountered
an egress overflow condition.

This trap indicates that the specified chip has encountered
an inderect memory access timeout

This trap indicates that the Fan Filter needs to be changed

This trap indicates that a software install
has started.

This trap indicates that a software install
ended successfuly.

This trap indicates that a software install
Failed.

This trap indicates that the specified Physical (PHY)
interface card has been removed.

This trap indicates that a software scheduled upgrade timer
has started.

This trap indicates that a software scheduled upgrade timer
expired.

This trap indicates that a software scheduled upgrade timer
canceled.

This trap indicates that LMP link status changed.

This trap indicates that link mismatch happened.

This trap indicates that Te link status changed.

This trap indicates that Control Channel Created.

This trap indicates that Control Channel Deleted.

This trap indicates that Control Channel status changed.

This trap indicates that link mismatch cleared.

This trap indicates that the Physical (PHY) interface
card identified by the eciPhyCardRemoved trap has come
back online or a new PHY interface card has been detected.

This trap indicates that link-osnr or/and link-length changed.

This trap indicates that live patch install
has started.

This trap indicates that live patch install
succeeded.

This trap indicates that live patch install
failed.

This trap indicates that live patch activate
has started.

This trap indicates that live patch activate
succeeded.

This trap indicates that live patch activate
failed.

This trap indicates that live patch deactivate
has started.

This trap indicates that live patch deactivate
succeeded.

This trap indicates that live patch deactivate
failed.

This trap indicates that the specified atm interface
is entering Loss of Cell Delineation (LCD) state.

This trap indicates that the Loss of Cell Delineation
state identified by trap LCDDetected has
been cleared.

This trap indicates that the specified atm interface
is entering Out of Cell Delineation (LCD) state.

This trap indicates that the Out of Cell Delineation
state identified by trap OOCDDetected has
been cleared.

This trap indicates that the specified SDH lower order VC
path is receiving an Alarm Indication Signal (AIS) from
the far-end equipment.

This trap indicates that the Loss Of Pointer (LOP)
condition identified by trap sdhLOVCPLOPDetected has
been cleared.

This trap indicates that the specified sdh lower order VC
path is receiving Unequipped path label from the remote end.

This trap indicates that the Unequipped path label (UNEQ)
condition identified by trap sdhLOVCPUNEQDetected has
been cleared.

This trap indicates that the specified sdh lower order VC
path has detected a Path signal Label Mismatch condition
(PLM) as the expected label does not match with the one
received from remote end.

This trap indicates that the Path signal Label Mismatch (PLM)
condition identified by trap sdhLOVCPPLMDetected has
been cleared.

This trap indicates that the Alarm Indication Signal
(AIS) condition identified by trap sdhLOVCPAISDetected has
been cleared.

This trap indicates that the specified SDH lower order VC
path is receiving a Remote Defect Indication Signal (RDI)
from the far-end equipment.

This trap indicates that the Remote Defect Indication Signal
(RDI) condition identified by trap sdhLOVCPRDIDetected has
been cleared.

This trap indicates that the specified SDH lower order VC
path is receiving a Remote Failure Indication Signal (RFI)
from the far-end equipment.

This trap indicates that the Remote Failure Indication Signal
(RFI) condition identified by trap sdhLOVCPRFIDetected has
been cleared.

This trap indicates that the specified SDH lower order VC
path is experiencing Loss Of Multiframe (LOM) condition.

This trap indicates that the Loss Of Multiframe (LOM)
condition identified by trap sdhLOVCPLOMDetected has
been cleared.

This trap indicates that the specified sdh lower order VC
path is experiencing Loss Of Pointer (LOP) condition.

This trap indicates that a request has come down from
a higher layer, such as an l2t, to stop transmitting rdi

This trap indicates that Terminal Loopback (also known
as Local Loopback) is configured on the specified Fast
Ethernet port. In a terminal loopback, the signal that
is about to be transmitted is connected to the associated
incoming receiver.

This trap indicates that Terminal Loopback (also
known as Local Loopback) is cleared on the specified
Fast Ethernet port. This configuration may be set
explicitly or to clear the previous configuration.

This trap indicates that the specified Fast Ethernet
port is experiencing Loss of Carrier.

This trap indicates that the Loss of Carrier condition
identified by trap feLossOfCarrierDetected has been
cleared.

This trap indicates that a request has come down from
a higher layer, such as an l2t to disable the transmitter

This trap indicates that a request has come down from
a higher layer, such as an l2t, to re-enable the transmitter

This trap indicates that a request has come down from
a higher layer, such as an l2t to send an RDI signal
to the remote side.  In our implementation this will
constitute causing an auto-negotiation link state failure
to the remote end.

This trap indicates that the IP address pool utilization over the
last 60 seconds has gone over the configured threshold

This trap indicates that the IP address pool utilization has gone
back below the configured threshold

This trap indicates that the IP address pool utilization over the
last 60 seconds has gone over the configured threshold

This trap indicates that the IP address pool utilization has gone
back below the configured threshold

This trap indicates that Terminal Loopback (also known
as Local Loopback) is configured on the specified 10 Gigabit
Ethernet port. In a terminal loopback, the signal that
is about to be transmitted is connected to the associated
incoming receiver.

This trap indicates that the MAC chip is no longer
detecting a remote link fault signal from its link partner.

This trap indicates that Terminal Loopback (also
known as Local Loopback) is cleared on the specified
10 Gigabit Ethernet port. This configuration may be set
explicitly or to clear the previous configuration.

This trap indicates that a request has come down from
a higher layer, such as an l2t to disable the laser

This trap indicates that a request has come down from
a higher layer, such as an l2t, to re-enable the laser

This trap indicates that a request has come down from
a higher layer, such as an l2t to send an RDI signal
to the remote side.  In our implementation this will
constitute causing an auto-negotiation link state failure
to the remote end.

This trap indicates that a request has come down from
a higher layer, such as an l2t, to stop transmitting rdi

This trap indicates that the MAC chip has detected
a remote link fault signal from its link partner.

This trap indicates that the multi-link bundle interface
has become operational as its current number of active
links is equal to or exceeds the required minimum number
of active links.

This trap indicates that the multi-link bundle interface
has become inoperative as its current number of active
links is less than the required minimum number.

This trap indicates that the multi-link bundle link
has become operational.

This trap indicates that the multi-link bundle link
has become inoperative.

This trap indicates that the multi-link bundle interface
has become operational as its current number of active
links is equal to or exceeds the required minimum number
of active links.

This trap indicates that the multi-link bundle interface
has become inoperative as its current number of active
links is less than the required minimum number.

This trap indicates that the multi-link bundle link
has become operational.

This trap indicates that the multi-link bundle link
has become inoperative.

This trap indicates cross connected ccm defect

This trap indicates some Remote Mep Defect

CCM Invalid Maid

Unexpected Mep

Unexpected Period

Connectivity Loss Or RDI

Llcf Detected

This trap indicates Forward direction is in unavailable state

This trap indicates Backward direction is in unavailable state

This trap indicates %of DM measurements not completed in 15min

This trap indicates %of DM measurements not completed in 1 Day

This Trap indicates receiving of invalid CCM Message

This trap indicates %of FD measurements that were larger/equal to Th1 in 15min

This trap indicates %of FD measurements that were larger/equal to Th1 in 1 Day

This trap indicates %of FDV at forward direction that were larger/equal to Th1 in 15min

This trap indicates %of FDV at forward direction that were larger/equal to Th1 in 1 Day

This trap indicates %of FDV at backward direction that were larger/equal to Th1 in 15min

This trap indicates %of FDV at backward direction that were larger/equal to Th1 in 1 Day

This trap indicates %of SLM measurements not completed in 15min

This trap indicates %of SLM measurements not completed in 1 Day

This trap indicates unavailability percentage at forward direction in 15min

This trap indicates unavailability percentage at forward direction in 1 Day

This Trap indicates port status status is blocked

This trap indicates unavailability percentage at backward direction in 15min

This trap indicates unavailability percentage at backward direction in 1 Day

This trap indicates rdi bit set in the received CCM

This trap indicates some Remote Mep Defect

This trap indicates cross connected ccm defect

This Trap indicates receiving of invalid CCM Message

This Trap indicates port status status is blocked

This trap indicates rdi bit set in the received CCM

This trap indicates bfd session up

This trap indicates bfd session down

This trap indicates bfd session up

This trap indicates bfd session down

This trap indicates that the specified SFP port
temperature exceeds the high alarm level.

This trap indicates that the specified SFP port
TX bias returned to a safe level.

This trap indicates that the specified SFP port
TX bias is below the low alarm level.

This trap indicates that the specified SFP port
TX bias returned to a safe level.

This trap indicates that the specified SFP port
TX power exceeds the high alarm level.

This trap indicates that the specified SFP port
TX power returned to a safe level.

This trap indicates that the specified SFP port
TX power is below the low alarm level.

This trap indicates that the specified SFP port
TX power returned to a safe level.

This trap indicates that the specified SFP port
RX power exceeds the high alarm level.

This trap indicates that the specified SFP port
RX power returned to a safe level.

This trap indicates that the specified SFP port
RX power is below the low alarm level.

This trap indicates that the specified SFP port
temperature returned to a safe level.

This trap indicates that the specified SFP port
RX power returned to a safe level.

This trap indicates that the specified SFP port
temperature exceeds the high warning level.

This trap indicates that the specified SFP port
temperature returned to a safe level.

This trap indicates that the specified SFP port
temperature is below the low warning level.

This trap indicates that the specified SFP port
temperature returned to a safe level.

This trap indicates that the specified SFP port
voltage exceeds the high warning level.

This trap indicates that the specified SFP port
voltage returned to a safe level.

This trap indicates that the specified SFP port
voltage is below the low warning level.

This trap indicates that the specified SFP port
voltage returned to a safe level.

This trap indicates that the specified SFP port
TX bias exceeds the high warning level.

This trap indicates that the specified SFP port
temperature is below the low alarm level.

This trap indicates that the specified SFP port
TX bias returned to a safe level.

This trap indicates that the specified SFP port
TX bias is below the low warning level.

This trap indicates that the specified SFP port
TX bias returned to a safe level.

This trap indicates that the specified SFP port
TX power exceeds the high warning level.

This trap indicates that the specified SFP port
TX power returned to a safe level.

This trap indicates that the specified SFP port
TX power is below the low warning level.

This trap indicates that the specified SFP port
TX power returned to a safe level.

This trap indicates that the specified SFP port
RX power exceeds the high warning level.

This trap indicates that the specified SFP port
RX power returned to a safe level.

This trap indicates that the specified SFP port
RX power is below the low warning level.

This trap indicates that the specified SFP port
temperature returned to a safe level.

This trap indicates that the specified SFP port
RX power returned to a safe level.

This trap indicates that the specified SFP port
voltage exceeds the high alarm level.

This trap indicates that the specified SFP port
voltage returned to a safe level.

This trap indicates that the specified SFP port
voltage is below the low alarm level.

This trap indicates that the specified SFP port
voltage returned to a safe level.

This trap indicates that the specified SFP port
TX bias exceeds the high alarm level.

This trap indicates that the specified CTM BIT failed.

This trap indicates that the CTM BIT failure identified
by the trap eciCtmBitFailure has been cleared.

This trap indicates that Facility Loopback (also known
as Remote Loopback) is configured on the specified SONET/SDH
port. In general, a Facility Loopback connects the
incoming received signal to the transmitter in the return
direction. In a SONET/SDH facility loopback, the signal is
looped back by connecting the incoming received signal
immediately following the optical-to-electrical conversion
(before descrambling) to the associated return transmitter.

This trap indicates that the Line Alarm Indication
Signal (Line AIS) error condition signaled by the trap
SonetLineAISDetected has been cleared.

This trap indicates that the specified SONET/SDH port is
experiencing Line Remote Defect Indication (Line RDI).
A Line RDI failure is declared when the incoming Line
RDI defect persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Line Remote Defect
Indication (Line RDI) failure identified by trap
SonetLineRDIDetected has been cleared. A Line RDI failure
is cleared when no Line RDI defects are detected for
10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
experiencing Path Alarm Indication Signal (Path AIS).
A Path AIS failure is declared when the Path AIS defect
persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Path Alarm Indication
Signal (Path AIS) failure identified by trap
SonetPathAISDetected has been cleared.  A Path AIS
failure is cleared when the Path AIS defect is absent
for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port
is experiencing Path Remote Defect Indication
(Path RDI). A Path RDI failure is declared when the
incoming Path RDI defect persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Path Remote Defect
Indication (Path RDI) failure identified by trap
SonetPathRDIDetected has been cleared. A Path RDI
failure is cleared when no Path RDI defects are detected
for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
experiencing Loss of Pointer (LOP). An LOP failure is
declared when the LOP defect persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Path Loss of Pointer
(Path LOP) failure identified by trap
SonetPathLOPDetected has been cleared. A Path LOP
failure is cleared when the Path LOP defect is absent
for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
receiving an errored C2 Path Label byte. Bellcore
Document TA-NWT-000253 Sections 3.3.2.3 and 6.3.1.1.8
states that the Path Label (C2) byte should have the
value 0x13 or 0x01.

This trap indicates that Facility Loopback (also known as
Remote Loopback)  is cleared on the specified SONET/SDH port.
This configuration may be set explicitly or to clear the
previous configuration.

This trap indicates that the Errored Path Label (C2)
byte error condition signaled by the
SonetPathLabelDetected trap has been cleared.

This trap indicates that the specified SONET/SDH port is
experiencing an unequipped (UNEQ) failure. A UNEQ
failure is declared when the UNEQ defect persists
for 2.5 +/- 0.5 seconds.

This trap indicates that the unequipped (UNEQ)
failure identified by trap SonetUNEQDetected has been
cleared. A UNEQ failure is cleared when the UNEQ defect
is absent for 10 +/- 0.5 seconds.

This trap indicates that the specific SONET/SDH port is
experiencing a signal fail (SF) condition. A SF state
is declared when the SF defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the specific SONET/SDH port
signal fail (SF) condition has cleared. A SF state
is cleared when the SF defect is absent for
10 +/- 0.5 seconds.

This trap indicates that the specific SONET/SDH port is
experiencing a signal degrade (SD) condition. A SD state
is declared when the SD defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the specific SONET/SDH port
signal degrade (SD) condition has cleared. A SD state
is cleared when the SD defect is absent for
10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
experiencing Loss of Multiframe (Path LOM). An LOM failure is
declared when the LOM defect persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Path Loss of Multiframe
(Path LOM) failure identified by trap
SonetPathLOMDetected has been cleared. A Path LOM
failure is cleared when the Path LOM defect is absent
for 10 +/- 0.5 seconds.

This trap indicates that Terminal Loopback (also known
as Local Loopback) is configured on the specified SONET/SDH
port.  In a terminal loopback, the signal that is about
to be transmitted is connected to the associated,
incoming receiver.

This trap indicates that the specified SONET/SDH port
is experiencing Path Remote Server Defect Indication
(Path RDI Server). A Path RDI Server failure is declared
when the incoming Path RDI Server defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the Path Remote Server Defect
Indication (Path RDI Server) failure identified by trap
SonetPathRDIServerDetected has been cleared. A Path RDI
Server failure is cleared when no Path RDI Server defects
are     detected for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port
is experiencing Path Remote Payload Defect Indication
(Path RDI Payload). A Path RDI Payload failure is declared
when the incoming Path RDI Payload defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the Path Remote Payload Defect
Indication (Path RDI Payload) failure identified by trap
SonetPathRDIPayloadDetected has been cleared. A Path RDI
Payload failure is cleared when no Path RDI Payload defects
are detected for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port
is experiencing Path Remote Connectivity Defect Indication
(Path RDI Payload). A Path RDI Connectivity failure is declared
when the incoming Path RDI Connectivity defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the Path Remote Connectivity Defect
Indication (Path RDI Connectivity) failure identified by trap
SonetPathRDIConnectivityDetected has been cleared. A Path RDI
Connectivity failure is cleared when no Path RDI Payload defects
are detected for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
experiencing Line Remote Defect Indication (Line RDI).
A Line RDI failure is declared when the incoming Line
RDI defect persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Line Remote Defect
Indication (Line RDI) failure identified by trap
SonetLineRDIDetected has been cleared. A Line RDI failure
is cleared when no Line RDI defects are detected for
10 +/- 0.5 seconds.

This trap indicates that the specific SONET/SDH port is
experiencing a signal fail (SF) condition. A SF state
is declared when the SF defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the specific SONET/SDH port
signal fail (SF) condition has cleared. A SF state
is cleared when the SF defect is absent for
10 +/- 0.5 seconds.

This trap indicates that Terminal Loopback (also known
as Local Loopback) is cleared on the specified SONET/SDH
port. This configuration may be set explicitly or to
clear the previous configuration.

This trap indicates that the specific SONET/SDH port is
experiencing a signal degrade (SD) condition. A SD state
is declared when the SD defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the specific SONET/SDH port
signal degrade (SD) condition has cleared. A SD state
is cleared when the SD defect is absent for
10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
receiving a Line Alarm Indication Signal (AIS) from
the far-end equipment.

This trap indicates that the Line Alarm Indication
Signal (Line AIS) error condition signaled by the trap
SonetLineAISDetected has been cleared.

This trap indicates that the specified SONET/SDH port is
experiencing a Loss of Frame (LOF) failure. An LOF
failure is declared when the LOF defect persists for
2.5 +/- 0.5 seconds, except when a Loss of Signal (LOS)
defect or failure is present.

This trap indicates that the Loss of Frame (LOF)
failure identified by trap SonetLOFDetected has been
cleared. The LOF failure is cleared when the Loss of
 Signal (LOS) failure is declared, or when the LOF
defect is absent for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
experiencing Path Alarm Indication Signal (Path AIS).
A Path AIS failure is declared when the Path AIS defect
persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Path Alarm Indication
Signal (Path AIS) failure identified by trap
SonetPathAISDetected has been cleared.  A Path AIS
failure is cleared when the Path AIS defect is absent
for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port
is experiencing Path Remote Defect Indication
(Path RDI). A Path RDI failure is declared when the
incoming Path RDI defect persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Path Remote Defect
Indication (Path RDI) failure identified by trap
SonetPathRDIDetected has been cleared. A Path RDI
failure is cleared when no Path RDI defects are detected
for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
experiencing a Loss of Signal (LOS) failure. Bellcore
Document TA-NWT-000253 Section 6.3.1.1.1 states that a
SONET/SDH Network Element should declare an LOS failure
when the LOS defect persists for 2.5 +/- 0.5 seconds,
or when an LOS defect is present and the criteria for
a Loss of Frame (LOF) failure declaration have been met.

This trap indicates that the specified SONET/SDH port is
experiencing Loss of Pointer (LOP). An LOP failure is
declared when the LOP defect persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Path Loss of Pointer
(Path LOP) failure identified by trap
SonetPathLOPDetected has been cleared. A Path LOP
failure is cleared when the Path LOP defect is absent
for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
receiving an errored C2 Path Label byte. Bellcore
Document TA-NWT-000253 Sections 3.3.2.3 and 6.3.1.1.8
states that the Path Label (C2) byte should have the
value 0x13 or 0x01.

This trap indicates that the Errored Path Label (C2)
byte error condition signaled by the
SonetPathLabelDetected trap has been cleared.

This trap indicates that the specified SONET/SDH port is
experiencing an unequipped (UNEQ) failure. A UNEQ
failure is declared when the UNEQ defect persists
for 2.5 +/- 0.5 seconds.

This trap indicates that the unequipped (UNEQ)
failure identified by trap SonetUNEQDetected has been
cleared. A UNEQ failure is cleared when the UNEQ defect
is absent for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
experiencing Loss of Multiframe (Path LOM). An LOM failure is
declared when the LOM defect persists for 2.5 +/- 0.5 seconds.

This trap indicates that the Path Loss of Multiframe
(Path LOM) failure identified by trap
SonetPathLOMDetected has been cleared. A Path LOM
failure is cleared when the Path LOM defect is absent
for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port
is experiencing Path Remote Server Defect Indication
(Path RDI Server). A Path RDI Server failure is declared
when the incoming Path RDI Server defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the Path Remote Server Defect
Indication (Path RDI Server) failure identified by trap
sonetVTRDIServerDetected has been cleared. A Path RDI
Server failure is cleared when no Path RDI Server defects
are     detected for 10 +/- 0.5 seconds.

This trap indicates that the Loss of Signal (LOS)
condition identified by trap losDetected has been
cleared.

This trap indicates that the specified SONET/SDH port
is experiencing Path Remote Payload Defect Indication
(Path RDI Payload). A Path RDI Payload failure is declared
when the incoming Path RDI Payload defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the Path Remote Payload Defect
Indication (Path RDI Payload) failure identified by trap
sonetVTRDIPayloadDetected has been cleared. A Path RDI
Payload failure is cleared when no Path RDI Payload defects
are detected for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port
is experiencing Path Remote Connectivity Defect Indication
(Path RDI Payload). A Path RDI Connectivity failure is declared
when the incoming Path RDI Connectivity defect persists for
2.5 +/- 0.5 seconds.

This trap indicates that the Path Remote Connectivity Defect
Indication (Path RDI Connectivity) failure identified by trap
sonetVTRDIConnectivityDetected has been cleared. A Path RDI
Connectivity failure is cleared when no Path RDI Payload defects
are detected for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
experiencing a Loss of Frame (LOF) failure. An LOF
failure is declared when the LOF defect persists for
2.5 +/- 0.5 seconds, except when a Loss of Signal (LOS)
defect or failure is present.

This trap indicates that the Loss of Frame (LOF)
failure identified by trap SonetLOFDetected has been
cleared. The LOF failure is cleared when the Loss of
Signal (LOS) failure is declared, or when the LOF
defect is absent for 10 +/- 0.5 seconds.

This trap indicates that the specified SONET/SDH port is
receiving a Line Alarm Indication Signal (AIS) from
the far-end equipment.

This trap indicates that the specified sonet virtual
tributary is receiving an Alarm Indication Signal (AIS) from
the far-end equipment.

This trap indicates that the Loss Of Pointer (LOP)
condition identified by trap sonetVTLOPDetected has
been cleared.

This trap indicates that the specified sonet virtual
tributary is receiving Unequipped path label from the
remote end.

This trap indicates that the Unequipped path label (UNEQ)
condition identified by trap sonetVTUNEQDetected has
been cleared.

This trap indicates that the specified sonet virtual
tributary has detected a Path signal Label Mismatch condition
(PLM) as the expected label does not match with the one
received from remote end.

This trap indicates that the Path signal Label Mismatch (PLM)
condition identified by trap sonetVTPLMDetected has
been cleared.

This trap indicates that the Alarm Indication Signal
(AIS) condition identified by trap sonetVTAISDetected has
been cleared.

This trap indicates that the specified sonet virtual
tributary is receiving a Remote Defect Indication Signal (RDI)
from the far-end equipment.

This trap indicates that the Remote Defect Indication Signal
(RDI) condition identified by trap sonetVTRDIDetected has
been cleared.

This trap indicates that the specified sonet virtual
tributary is receiving a Remote Failure Indication Signal (RFI)
from the far-end equipment.

This trap indicates that the Remote Failure Indication Signal
(RFI) condition identified by trap sonetVTRFIDetected has
been cleared.

This trap indicates that the specified sonet virtual
tributary is experiencing Loss Of Multiframe (LOM) condition.

This trap indicates that the Loss Of Multiframe (LOM)
condition identified by trap sonetVTLOMDetected has
been cleared.

This trap indicates that the specified sonet virtual
tributary is experiencing Loss Of Pointer (LOP) condition.

This trap indicates CTM Framer line IF LOS.

This trap indicates CTM Framer LOF Cleared.

This trap indicates CTM Framer line IF AIS.

This trap indicates CTM Framer line IF AIS Cleared.

This trap indicates CTM Framer line IF LOS Cleared.

This trap indicates CTM Framer LOF.

This trap indicates CTM Framer LOF Cleared.

This trap indicates CTM Framer line IF AIS.

This trap indicates CTM Framer line IF AIS Cleared.

This trap indicates CTM Framer line IF LOS.

This trap indicates CTM Framer line IF LOS Cleared.

This trap indicates CTM Framer LOF.

This trap indicates that RCP Critical failure occured

This trap indicates that the RCP failure
identified by the trap eciRCPCriticalFailure has been cleared.

This trap indicates that RCP Major failure occured

This trap indicates that the RCP failure
identified by the trap eciRCPMajorFailure has been cleared.

This trap indicates that RCP Minor failure occured

This trap indicates that the RCP failure
identified by the trap eciRCPMinorFailure has been cleared.

This trap indicates that NPB Critical failure occured

This trap indicates that the NPB failure
identified by the trap eciNPBCriticalFailure has been cleared.

This trap indicates that NPB Major failure occured

This trap indicates that the NPB failure
identified by the trap eciNPBMajorFailure has been cleared.

This trap indicates that NPB Minor failure occured

This trap indicates that the NPB failure
identified by the trap eciNPBMinorFailure has been cleared.

This trap indicates that PFM Critical failure occured

This trap indicates that the PFM failure
identified by the trap eciPFMCriticalFailure has been cleared.

This trap indicates that PFM Major failure occured

This trap indicates that the PFM failure
identified by the trap eciPFMMajorFailure has been cleared.

This trap indicates that PFM Minor failure occured

This trap indicates that the PFM failure
identified by the trap eciPFMMinorFailure has been cleared.

This trap indicates that FCM Critical failure occured

This trap indicates that the FCM failure
identified by the trap eciFCMCriticalFailure has been cleared.

This trap indicates that FCM Major failure occured

This trap indicates that the FCM failure
identified by the trap eciFCMMajorFailure has been cleared.

This trap indicates that FCM Minor failure occured

This trap indicates that the FCM failure
identified by the trap eciFCMMinorFailure has been cleared.

This trap indicates that the specified Minor CTM BIT failed.

This trap indicates that the CTM BIT failure identified
by the trap eciCtmBitMinorFailure has been cleared.

This trap indicates that the specified CTM is failing.

This trap indicates that the specified CTM failed.

This trap indicates that the specified CTM failure is cleared.

This trap indicates that SFP has been removed.

This trap indicates that SFP is inserted after being out.

Equipment plugged out

The temperature on the card has reached a shutdown threshold

Threshold Crossing Alert: GFP Near End Error seconds, 1 Day

Threshold Crossing Alert: GFP Near End Severely Errored seconds, 1 Day

Threshold Crossing Alert: Test Sequence Errors, 1 day

Power in min 1 Day

Power out min 1 Day

Power in max 1 Day

Power out max 1 Day

Threshold Crossing Alert: Rx Bad Octets, 1 day

Threshold Crossing Alert: Rx Bad Frames, 15 minutes

Threshold Crossing Alert: Rx Bad Frames, 1 day

Input power greater than predetermined threshold

Threshold Crossing Alert: Tx Bad Frames, 15 minutes

Threshold Crossing Alert: Tx Bad Frames, 1 day

OSC Link Down

External Input Device

OSC Loss of Signal

OSC Loss Of Power

OSC High Input Power

OSC Low Input Power

OSC High Output Power

OSC Low Output Power

Input power lower than predetermined threshold

Warm reset operation failed

Warm reset operation completed

Card SW Upgrade Failed

Operational Status was changed

FRU was swapped in

FRU was swapped out

Low Raman Gain

ALS is disabled by configuration

PathFinder parameters update event

Loss of Signal

Output power greater than predetermined threshold

Turn Transmitter Laser Off

Send RDI

Remote Link Fault

Loss of Marker Alignment

ODU Loss of Signal At Client Port

ODU Msi Mismatch

PCS Errored Blocks 15 minutes

Power drop exceeded predetermined threshold

Fiber connectivity configuration is missing and it may impact traffic

Inefficient Raman Pumping

Output power lower than predetermined threshold

Power Failures

Invalid output

Un-balanced path loss

Missing Pilot Channel

SwitchOver Happened

No Input Power

HA Disabled on RCPs Different SW Version

Fan-speed has changed

Turbo-mode has changed

Restoration Failure Timeout

Transceiver bias out of range

Restoration Admission Control Failure

Restoration Failure No Route Found

Faulty Trail

Trail Degraded

Restoration event

Reversion event

Data Link state changed event

Low Order ODU Msi Mismatch

Internal MF pulse not synchronized with CTM MF pulse

IV overflow occurred, likely due to persistent key-rotation failures

Wavelength mismatch

Threshold Crossing Alert: Message Integrity Check, 15 minutes

Threshold Crossing Alert: Message Integrity Check, 1 day

Ethernet Link Down

Auto-Negotiation Failed

Broadcast Packets 15M

Multicast Packets 15M

Group Address To MAC Ambiguity 15M

IGMP Query At Access 15M

Rx Error Octets 15M

Tx Utilization Percent 15M

Loss of Signal

OAM Discovery Failed

OAM Lost Link

OAM Remote Link Fault

OAM Remote Link Event

OAM Local Link Event

LAG Link Down

LAG Partial Link Down

Priority 0 Random Drop Octets Alarm 15M

Priority 1 Random Drop Octets Alarm 15M

Priority 2 Random Drop Octets Alarm 15M

Loss of Frame

Priority 3 Random Drop Octets Alarm 15M

Priority 4 Random Drop Octets Alarm 15M

Priority 5 Random Drop Octets Alarm 15M

Priority 6 Random Drop Octets Alarm 15M

Priority 7 Random Drop Octets Alarm 15M

Ctm A Failure

Ctm B Failure

LSP Setup Failed event

GMPLS Control Channel Down Alarm

Low OSNR value (less than OSNR tolerance)

Loss of Data

Automatic Power Reduction - Output power was reduced to maintain eye safety

High Pre-FEC BER

Card Input Voltage (-48V) fail

Card Power Supply fail

Image integrity check failed on the IO card

Ethernet link down or loss of carrier

The self-test test for software cryptographic module failed

The self-test for the hardware encryption block failed

The self-test for the hardware decryption block failed

CRC received from IO differs from the one expected by RCP

Installed equipment differs from the configured one

Loss of Multi Frame

ODUC Degraded

OTUC Bdi

OTUC Lof

OTUC Degraded

OTUC Lom

Fan Filter Equipment plugged out

timing Source Switch event

PreAmp Required gain out of range

PreAmp Required tilt out of range

PreAmp Gain change request is out of margin

Trail Trace ID Mismatch

Booster Required gain out of range

Booster Required tilt out of range

Booster Gain change request is out of margin

Reference Test completed

Non Reference test completed

Suspected fiber cut

End of fibermismatch

Fiber quality degraded

Missing fiber connectivity configuration

Missing reference test

Signal Degraded

Data Link is auto discovered

Loss of Channel Input

Loss of Channel Output

RCP failed to complete one key rotation cycle

Virtual port is down due to L2 ODUflex(GFP) failures

Start AINS

Stop AINS

AINS Expired

Resizing Control Over Head Mismatch alarm

Resizing Protocol completed successfully

Backward Defect Indication

Resizing final phase done successfully

OAM port is looped Event On

OAM port is looped Event Off

Threshold Crossing Alert: Message Integrity Check, 15 minutes

Threshold Crossing Alert: Message Integrity Check, 1 day

L2 Switch Bad Pkts

Random number generator on the encryption card has malfunctioned

Random bit generator on the encryption card has malfunctioned

Self-Tests related to TRNG failed

Failed to detect private key or signed X.509 certificate

Alarm Indication Signal

Unable to locate CA certificate installed on the card

Gateway NE uplink is down

Key Rotation Event

Security Breach

OTUA LOF

OTUA LOMF

OTUA DEG