RC-POM-MIB Table View

An index value that uniquely identifies a port on a
blade or line-card.

Each bit other than ddm-ok represents a specific error.
Any combination of error bits is allowed.

The identifier value indicates type of calibration.

The identifier value indicates type of external power.

The connector type is a 16 character field that
contains ASCII characters, left-aligned and padded
on the right with ASCII spaces. This is an assigned
name that indicates some characteristic of the
layer-1 interface.

The vendor name is a 16 character field that
contains ASCII characters, left-aligned and padded
on the right with ASCII spaces. The vendor name
shall be the full name of the corporation, a
commonly accepted abbreviation…

The vendor part number is a 16 byte field that
contains ASCII characters, left-aligned and padded
on the right with ASCII spaces, defining the vendor
part number or product name.

The vendor revision number is a 4-byte field that
contains ASCII characters, left-aligned and padded
on the right with ASCII spaces, defining the
vendor product revision number.

The vendor serial number is a 16 character field
that contains ASCII characters, left-aligned and
padded on the right with ASCII spaces, defining
the vendor serial number for the transceiver.

The date code is an 8-byte field that contains the
vendor's date code in ASCII. This field is
mandatory and takes the form: YYMMDDLC where
YY is the 2 low order digits of the year (00=2000),
MM is the month, 01 thru 12,…

This is a 16 byte left-justified ASCII field that
records the Nortel Product Equipment Code order
number for the module. Nortel part numbers are 9
bytes long, so the 10th through 16th byte should
be NULL.

This is a 10 byte left-justified ASCII field that
records the Nortel supplied Common Language
Equipment Identifier code for the device. The CLEI
code is a Telcordia human-readable representation
of the 1D barcode.

This boolean indicates whether or not the device
supports the DDM capability.

This value tells what Aux1 is measuring.The values are
as follows:

0 Auxiliary monitoring not implemented
1 APD Bias Voltage mV (units of 10 mV)
2 Reserved
3 TEC Current (mA)
4 Laser Temperature
5 L…

This value tells you what AUX2 is measuring.The values are
as follows:

0 Auxiliary monitoring not implemented
1 APD Bias Voltage mV (units of 10 mV)
2 Reserved
3 TEC Current (mA)
4 Laser Temperature
…

Nominal transmitter output wavelength at room
temperature. It is expressed in nano-meters.

This value represents the internally measured
module temperature. It is expressed in units of
1/256 of a degree Celsius and can range from -40C
to +125C with 0.0001 accuracy.The most significant byte is
the signed inte…

This value represents the vendor specified high
temperature threshold. If the device
temperature exceeds this value, a temperature high
is asserted. It is expressed in the same
units as the measured temperature.

This value represents the vendor specified low
temperature threshold. If the device
temperature falls below this value, a temperature
low is asserted. It is expressed in the same
units as the measured temperature.

This value represents the vendor specified high
temperature warning threshold. If the device
temperature exceeds this value, a temperature high
warning is asserted. It is expressed in the same
units as the measured temp…

This value represents the vendor specified low
temperature warning threshold. If the device
temperature falls below this value, a temperature
low warning is asserted. It is expressed in the
same units as the measured te…

This value represents the internally measured
supply voltage. It is a positive number expressed
in microvolts and can range from 0 to 65535 mV.

This value represents the vendor specified high
voltage threshold. If the measured voltage exceeds
this value, a high voltage is asserted. It
is a positive number expressed in microvolts.

This value represents the vendor specified low
voltage threshold. If the measured voltage falls
below this value, a low voltage is asserted.
It is a positive number expressed in microvolts.

This value represents the vendor specified high
voltage warning threshold. If the measured voltage
exceeds this value, a high voltage warning is
asserted. It is a positive number expressed in
microvolts.

This value represents the vendor specified low
voltage warning threshold. If the measured voltage
falls below this value, a low voltage warning is
asserted. It is a positive number expressed in
microvolts.

This value represents the internally measured
transmitter laser bias current. It is a positive
number expressed in units of 2 microamps and can
range from 0 to 131 mA with 0.0001 accuracy.

This value represents the vendor specified high
current threshold. If the measured bias
current exceeds this value, a high current alarm
is asserted. It is a positive number expressed
in units of 2 microamps and can ran…

This value represents the vendor specified low
current threshold. If the measured bias
current falls below this value, a low current
is asserted. It is a positive number
expressed in units of 2 microamps and can range
f…

This value represents the vendor specified high
current warning threshold. If the measured bias
current exceeds this value, a high current warning
is asserted. It is a positive number expressed in
units of 2 microamps a…

This value represents the vendor specified low
current warning threshold. If the measured bias
current falls below this value, a low current
warning is asserted. It is a positive number
expressed in units of 2 microamps…

This value represents the internally measured
coupled TX output power. It is a positive number
expressed in units of micro watts and can range
from 0 to 65.535 mW (-40 to 18.16 dBm).

This value represents the vendor specified high
transmit power threshold. If the measured
transmitter power exceeds this value, a
transmitter power high is asserted. It is
a positive number expressed in units of micro
w…

This value represents the vendor specified low
transmit power threshold. If the measured
transmitter power falls below this value, a
transmitter power low is asserted. It is a
positive number expressed in units of micro…

This value represents the vendor specified high
transmit power warning threshold. If the measured
transmitter power exceeds this value, a
transmitter power high warning is asserted. It is
a positive number expressed in …

This value represents the vendor specified low
transmit power warning threshold. If the measured
transmitter power falls below this value, a
transmitter power low warning is asserted. It is
a positive number expressed i…

This value represents the internally measured
received power. It is a positive number expressed
in units of micro watts and can range from 0 to
65.535 mW (-40 to 18.16 dBm).

This value represents the vendor specified high
receiver power threshold. If the measured
received power exceeds this value, a receiver
power high is asserted. It is a positive
number expressed in units of micro watts a…

This value represents the vendor specified low
receiver power threshold. If the measured
received power falls below this value, a receiver
power low is asserted. It is a positive
number expressed in units of micro watts…

This value represents the vendor specified high
receiver power warning threshold. If the measured
received power exceeds this value, a receiver
power high warning is asserted. It is a positive
number expressed in units …

This value represents the vendor specified low
receiver power warning threshold. If the measured
received power falls below this value, a receiver
power low warning is asserted. It is a positive
number expressed in unit…

This represents the internally measured A/D
value specified.

This value represents the vendor specified high
Aux1 threshold.

This value represents the vendor specified low
Aux1 threshold.

This value represents the vendor specified high
Aux1 warning threshold.

This value represents the vendor specified low
Aux1 warning threshold.

This represents the internally measured A/D
value specified.

This value represents the vendor specified high
Aux1 threshold.

This value represents the vendor specified low
Aux1 threshold.

This value represents the vendor specified high
Aux1 warning threshold.

This value represents the vendor specified low
Aux1 warning threshold.

Used to indicate the current temperature status

Used to indicate the current voltage status

Used to indicate the current laser bias status

Used to indicate the current transmitter power
status

Used to indicate the current receiver power status

Used to indicate the current Aux1 status

Used to indicate the current Aux2 status

This value represents the internally measured transmitter
laser bias current in channel 1 of QSFP.. It is a positive
number expressed in units of 2 microamps and can range
from 0 to 131 mA with 0.0001 accuracy.

This value represents the internally measured transmitter
laser bias current in channel 2 of QSFP.. It is a positive
number expressed in units of 2 microamps and can range
from 0 to 131 mA with 0.0001 accuracy.

This value represents the internally measured transmitter
laser bias current in channel 3 of QSFP.. It is a positive
number expressed in units of 2 microamps and can range
from 0 to 131 mA with 0.0001 accuracy.

This value represents the internally measured transmitter
laser bias current in channel 4 of QSFP.. It is a positive
number expressed in units of 2 microamps and can range
from 0 to 131 mA with 0.0001 accuracy.

This value represents the internally measured TX output
power in channel 1 of QSFP. It is a positive number
expressed in units of micro watts and can range from 0
to 65.535 mW (-40 to 18.16 dBm).

This value represents the internally measured TX output
power in channel 2 of QSFP. It is a positive number
expressed in units of micro watts and can range from 0
to 65.535 mW (-40 to 18.16 dBm).

This value represents the internally measured TX output
power in channel 3 of QSFP. It is a positive number
expressed in units of micro watts and can range from 0
to 65.535 mW (-40 to 18.16 dBm).

This value represents the internally measured TX output
power in channel 4 of QSFP. It is a positive number
expressed in units of micro watts and can range from 0
to 65.535 mW (-40 to 18.16 dBm).

This value represents the internally measured received
power in channel 1 of QSFP. It is a positive number
expressed in units of micro watts and can range from 0
to 65.535 mW (-40 to 18.16 dBm).

This value represents the internally measured received
power in channel 2 of QSFP. It is a positive number
expressed in units of micro watts and can range from 0
to 65.535 mW (-40 to 18.16 dBm).

This value represents the internally measured received
power in channel 3 of QSFP. It is a positive number
expressed in units of micro watts and can range from 0
to 65.535 mW (-40 to 18.16 dBm).

This value represents the internally measured received
power in channel 1 of QSFP. It is a positive number
expressed in units of micro watts and can range from 0
to 65.535 mW (-40 to 18.16 dBm).

Used to indicate the current laser bias status in
channel 1 for QSFP

Used to indicate the current laser bias status in
channel 2 for QSFP

Used to indicate the current laser bias status in
channel 3 for QSFP

Used to indicate the current laser bias status in
channel 4 for QSFP

Used to indicate the current transmitter power
status in channel 1 of QSFP

Used to indicate the current transmitter power
status in channel 2 of QSFP

Used to indicate the current transmitter power
status in channel 3 of QSFP

Used to indicate the current transmitter power
status in channel 4 of QSFP

Used to indicate the current receiver power
status in channel 1 for QSFP

Used to indicate the current receiver power
status in channel 2 for QSFP

Used to indicate the current receiver power
status in channel 3 for QSFP

Used to indicate the current receiver power
status in channel 4 for QSFP

This is a 32 bytes field to hold the Extreme SKU number.

This value represents the power-on counter. Host increments it
by 1 every 48 hours.

This value represents the Tx dB from low alarm. Host sets
it once only, after the first 48 consecutive hours of operation.
Update only if Tx_disable is not active.

This value represents the last gasp of Tx dB from low alarm.
Host updates it every 48 hours. Update only if Tx_disable is
not active.

This value represents the Rx dB from low alarm. Host sets
it after the first 48 consecutive hours of operation since
PMD power cycle. Update only if Rx_LOS is not asserted.

This value represents the last gasp of Rx dB from low alarm.
Host updates it every 48 hours. Update only if Rx_LOS is
not asserted.

This value represents the Tx dB from low alarm on QSPF
channel 1. Host sets it once only, after the first 48 consecutive
hours of operation. Update only if Tx_disable is not active.

This value represents the last gasp of Tx dB from low alarm
on QSPF channel 1. Host updates it every 48 hours. Update only
if Tx_disable is not active.

This value represents the Rx dB from low alarm on QSPF
channel 1. Host sets it after the first 48 consecutive hours
of operation since PMD power cycle. Update only if Rx_LOS is
not asserted.

This value represents the last gasp of Rx dB from low alarm
on QSPF channel 1. Host updates it every 48 hours. Update only
if Rx_LOS is not asserted.

This value represents the Tx dB from low alarm on QSPF
channel 2. Host sets it once only, after the first 48 consecutive
hours of operation. Update only if Tx_disable is not active.

This value represents the last gasp of Tx dB from low alarm
on QSPF channel 2. Host updates it every 48 hours. Update
only if Tx_disable is not active.

This value represents the Rx dB from low alarm on QSPF
channel 2. Host sets it after the first 48 consecutive hours
of operation since PMD power cycle. Update only if Rx_LOS is
not asserted.

This value represents the last gasp of Rx dB from low alarm
on QSPF channel 2. Host updates it every 48 hours. Update
only if Rx_LOS is not asserted.

This value represents the Tx dB from low alarm on QSPF
channel 3. Host sets it once only, after the first 48 consecutive
hours of operation. Update only if Tx_disable is not active.

This value represents the last gasp of Tx dB from low alarm
on QSPF channel 3. Host updates it every 48 hours. Update
only if Tx_disable is not active.

This value represents the Rx dB from low alarm on QSPF
channel 3. Host sets it after the first 48 consecutive hours
of operation since PMD power cycle. Update only if Rx_LOS is
not asserted.

This value represents the last gasp of Rx dB from low alarm
on QSPF channel 3. Host updates it every 48 hours. Update only
if Rx_LOS is not asserted.

This value represents the Tx dB from low alarm on QSPF
channel 4. Host sets it once only, after the first 48 consecutive
hours of operation. Update only if Tx_disable is not active.

This value represents the last gasp of Tx dB from low
alarm on QSPF channel 4. Host updates it every 48 hours.
Update only if Tx_disable is not active.

This value represents the Rx dB from low alarm on QSPF
channel 4. Host sets it after the first 48 consecutive hours
of operation since PMD power cycle. Update only if Rx_LOS
is not asserted.

This value represents the last gasp of Rx dB from
low alarm on QSPF channel 4. Host updates it every 48 hours.
Update only if Rx_LOS is not asserted.

This boolean indicates whether or not the device
supports the Extreme extra features.

An index value that uniquely identifies a port on a
blade or line-card.

This boolean indicates whether or not reset the QSPF
on the port.