A SFP module has the ability to monitor and alarm on a high or low temperature reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 7 of byte 116 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal temperature of the SFP exceeds the high temperature warning
level. The SFP temperature is stored at bytes 96 & 97 of the SFP diagnostic register table.
1: sfpLabel
Objects:
2: sfpTemperature
3: sfpThresholdHighTempWarning
•Low Temperature WarningBegin and Clear
A SFP module has the ability to monitor and alarm on a high or low temperature reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 6 of byte 116 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal temperature of the SFP falls below the low temperature warning
level. The SFP temperature is stored at bytes 96 & 97 of the SFP diagnostic register table.
1: sfpLabel
Objects:
2: sfpTemperature
3: sfpThresholdLowTempWarning
•High Vcc WarningBegin and Clear
A SFP module has the ability to monitor and alarm on a high or low Vcc voltage reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 5 of byte 116 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal supply voltage to the SFP exceeds the high voltage warning
level. The SFP voltage is stored at bytes 98 & 99 of the SFP diagnostic register table.
A SFP module has the ability to monitor and alarm on a high or low Vcc voltage reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 4 of byte 116 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal supply voltage to the SFP falls below the low voltage warning
level. The SFP voltage is stored at bytes 98 & 99 of the SFP diagnostic register table.
1: sfpLabel
Objects:
2: sfpTemperature
3: sfpThresholdLowVccWarning
•High TX Bias WarningBegin and Clear
A SFP module has the ability to monitor and alarm on a high or low TX bias current reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 3 of byte 116 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal current to the SFP transmitter exceeds the high current warning
level. The SFP TX current value is stored at bytes 100 & 101 of the SFP diagnostic register table.
A SFP module has the ability to monitor and alarm on a high or low TX bias current reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 2 of byte 116 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal current to the SFP transmitter falls below the low current warning
level. The SFP TX current value is stored at bytes 100 & 101 of the SFP diagnostic register table.
A SFP module has the ability to monitor and alarm on a high or low TX laser power reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 1 of byte 116 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the SFP transmitter laser power exceeds the high power warning level. The
SFP TX power value is stored at bytes 102 & 103 of the SFP diagnostic register table.
A SFP module has the ability to monitor and alarm on a high or low TX laser power reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 0 of byte 116 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the SFP transmitter laser power falls below the TX low power warning level.
The SFP TX power value is stored at bytes 102 & 103 of the SFP diagnostic register table.
A SFP module has the ability to monitor and alarm on a high or low RX laser power reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 7 of byte 117 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the SFP received laser power exceeds the high power warning level. The
SFP RX power value is stored at bytes 104 & 105 of the SFP diagnostic register table.
A SFP module has the ability to monitor and alarm on a high or low RX laser power reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 6 of byte 117 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the SFP received laser power falls below the low power warning level. The
SFP RX power value is stored at bytes 104 & 105 of the SFP diagnostic register table.
A SFP module has the ability to monitor and alarm on a high or low temperature
readings. This ability is internal to the SFP and is part of the digital diagnostic interface
common to many SFPs. This notification is sent when bit 7 of byte 112 in the real-time
diagnostic registers changes from 0 to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal temperature of the SFP exceeds the high temperature
alarm level. The SFP temperature is stored at bytes 96 & 97 of the SFP diagnostic
register table.
A SFP module has the ability to monitor and alarm on a high or low temperature reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 6 of byte 112 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal temperature of the SFP falls below the low temperature alarm
level. The SFP temperature is stored at bytes 96 & 97 of the SFP diagnostic register table.
A SFP module has the ability to monitor and alarm on a high or low Vcc voltage reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 5 of byte 112 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal supply voltage to the SFP exceeds the high voltage alarm level.
The SFP voltage is stored at bytes 98 & 99 of the SFP diagnostic register table.
1: sfpLabel
Objects:
2: sfpTemperature
3: sfpThresholdHighVccAlarm
•Low Vcc AlarmBegin and Clear
A SFP module has the ability to monitor and alarm on a high or low Vcc voltage reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 4 of byte 112 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal supply voltage to the SFP falls below the low voltage alarm level.
The SFP voltage is stored at bytes 98 & 99 of the SFP diagnostic register table.
1: sfpLabel
Objects:
2: sfpTemperature
3: sfpThresholdLowVccAlarm
•High TX Bias AlarmBegin and Clear
A SFP module has the ability to monitor and alarm on a high or low TX bias current reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 3 of byte 112 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal current to the SFP transmitter exceeds the high current alarm
level. The SFP TX BIAS current value is stored at bytes 100 & 101 of the SFP diagnostic register
table.
A SFP module has the ability to monitor and alarm on a high or low TX bias current reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 2 of byte 112 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the internal current to the SFP transmitter falls below the low current alarm
level. The SFP TX BIAS current value is stored at bytes 100 & 101 of the SFP diagnostic register
table.
1: sfpLabel
Objects:
2: sfpTemperature
3: sfpThresholdLowTxBasAlarm
•High TX Power AlarmBegin and Clear
A SFP module has the ability to monitor and alarm on a high or low TX laser power reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 1 of byte 112 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the SFP transmitter laser power exceeds the high power alarm level. The
SFP TX power value is stored at bytes 102 & 103 of the SFP diagnostic register table.
1: sfpLabel
Objects:
2: sfpTemperature
3: sfpThresholdHighTxPowerAlarm
•Low TX Power AlarmBegin and Clear
A SFP module has the ability to monitor and alarm on a high or low TX laser power reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 0 of byte 112 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the SFP transmitter laser power falls below the low power alarm level. The
SFP TX power value is stored at bytes 102 & 103 of the SFP diagnostic register table.
A SFP module has the ability to monitor and alarm on a high or low RX laser power reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 7 of byte 113 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the SFP received laser power exceeds the high power alarm level. The SFP
RX power value is stored at bytes 104 & 105 of the SFP diagnostic register table.
1: sfpLabel
Objects:
2: sfpTemperature
3: sfpThresholdHighRxPowerAlarm
•Low RX Power AlarmBegin and Clear
A SFP module has the ability to monitor and alarm on a high orlow RX laser power reading. This
ability is internal to the SFP and is part of the digital diagnostic interface common to many SFPs.
This notification is sent when bit 6 of byte 113 in the real-time diagnostic registers changes from 0
to 1 (Begin) or from a 1 to a 0 (Clear).
This bit is set when the SFP received laser power falls below the low power alarm level. The SFP
RX power value is stored at bytes 104 & 105 of the SFP diagnostic register table.
An SFP module has entered into the TX Fault state (Begin) or has exited this state (Clear). This
state is determined by the TxFault status bit located in the SFP diagnostic registers.
1: sfpLabel
2: sysContact
Objects:
•LOSBegin and Clear
An SFP module has entered into the LOS state (Begin) or has exited this state (Clear). This state
is determined by the LOS status bit located in the SFP diagnostic registers.
This trap is not conditioned by the switch matrix, but is the LOS status of the SFP. For example,
this trap will be generated when a fiber is removed from the SFP or when a existing connection is
broken by the switch matrix.
A linkUp trap signifies that the SNMP entity has detected that one of its communication links left
the down state and transitioned into some other state (but not into the notPresent state).
•Network link Down(1.3.6.1.6.3.1.1.5.3)
A linkDown trap signifies that the SNMP entity has detected that one of its communication links
is about to enter the down state from some other state (but not from the notPresent state).
•Cold Start(1.3.6.1.6.3.1.1.5.1)
A coldStart trap signifies that the SNMP entity is reinitializing itself and that its configuration may
have been altered.
•Warm Start(1.3.6.1.6.3.1.1.5.2)
A warmStart trap signifies that the SNMP entity is reinitializing itself such that its configuration is
unaltered.
•nsNotifyStart(1.3.6.1.4.1.8072.4.0.1)
An indication that the SNMP agent has started running.
•nsNotifyShutdown(1.3.6.1.4.1.8072.4.0.2)
An indication that the SNMP agent is in the process of being shut down.
•mteTriggerFired(1.3.6.1.2.1.88.2.0.1)
A mte trigger event has fired. These are typically defined in the SNMP setup file: /etc/snmp/snmpd.conf.
Example: proc vxrcntl 6 6
Mar 19, 2014V4.2-513/13
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