Port parameters
Configured Alarms
The Configured Alarms parameter specifies the alarms that are monitored by the interface.
Table A-8: Configured Alarms (cfgAlarms): OTU Alarms
|
Configurable OTU Alarms | |
|---|---|
|
OTU Backward Defect Indication |
OTU Bit Error Rate Signal Degrade |
|
OTU Bit Error Rate Signal Fail |
OTU Alarm Indication Signal |
|
Loss of Multi-frame |
Loss of OTU Framing |
|
Loss of Signal |
Loss of Clock |
|
ODU Alarm Indication Signal |
Uncorrectable FEC errors |
|
FEC Rx/Tx Mode Mismatch |
FEC Signal Degrade |
|
FEC Signal Failure |
OTU Backward Incoming Alignment Error |
|
OTU Incoming Alignment Error |
OTU Trace ID Mismatch |
|
PM Trace ID Mismatch |
OPU PSI Payload Type Mismatch |
|
OPU PSI Trace Mismatch |
PM Backward Defect Indication |
|
ODU Locked |
ODU Open Connection Indication |
Table A-9: Configured Alarms (cfgAlarms): Wave Tracker Alarms
|
Configurable Wave Tracker Alarms | |
|---|---|
|
Power Control Low limit reached |
Power Control High limit reached |
|
Power Control Degrade |
Power Control Failure |
|
Encoder Degrade |
Encoder Failure |
Table A-10: Configured Alarms (ampcfgAlarms): Optical Amplifier Alarms
|
Configurable Optical Amplifier Alarms | |
|---|---|
|
Amplifier Module communication failure |
Amplifier Loss of output power |
|
Amplifier Loss of input optical power |
Amplifier Module Case temperature low |
|
Amplifier Module Case temperature high |
Amplifier Pump temperature |
|
Amplifier Pump over-current |
— |
Table A-11: Configured Alarms (tdcmcfgAlarms): Optical Tunable Dispersion Compensation Module Alarms
|
Configurable Optical Tunable Dispersion Compensation Module Alarms | |
|---|---|
|
Tdcm module communication failure |
Tdcm EEPROM invalid |
|
Tdcm thermal control temperature limit |
Tdcm thermal control unlocked |
|
Tdcm module temperature low |
Tdcm module temperature high |
|
Tdcm not ready |
— |
Expected Rx Bytes
The Expected Rx Bytes parameters specify the expected type of receiver (Rx) Trail Trace Identifier (TTI) in the OTU. The parameters appear only when the Expected Rx Mode parameter is set to Bytes.
The value is a hexadecimal number.
Table A-12: Expected Rx Bytes parameters
|
Parameter |
Specifies the TTI for |
|---|---|
|
Expected Rx Bytes (pmTtiExp) |
PM |
|
Expected Rx Bytes (smTtiExp) |
SM |
|
Expected Rx Bytes (psiTtiExp) |
PSI |
Expected Rx Mode
The Expected Rx Mode parameters specify the expected type of TTI in the OTU overhead.
Table A-13: Expected Rx Mode parameters
|
Parameter |
Specifies the TTI for |
Options |
|---|---|---|
|
Expected Rx Mode (pmTtiExpMode) |
PM |
Auto (default) String Bytes |
|
Expected Rx Mode (smTtiExpMode) |
SM | |
|
Expected Rx Mode (psiTtiExpMode) |
PSI |
Expected Rx String
The Expected Rx String parameters specify the expected receiver (Rx) TTI in the OTU overhead. The parameters are only configurable when the Expected Rx Mode parameter is set to String.
The value is 0 to 192 bytes.
Table A-14: Expected Rx String parameters
|
Parameter |
Specifies the TTI for |
|---|---|
|
Expected Rx String (pmTtiExp) |
PM |
|
Expected Rx String (smTtiExp) |
SM |
|
Expected Rx String (psiTtiExp) |
PSI |
The auto-populated default sequence is the name of the NE, the IOM number, the MDA slot number, the port number, and the DWDM channel number.
J0 Byte
The J0 Byte parameter specifies a numeric value for a SONET section trace. This value is inserted at the source and is checked against the value expected by the receiver. The parameter is configurable when the Framing parameter is set to SONET and the SONET Section Trace Mode parameter is set to Byte. The range is a hexadecimal number from 00 to FF. The default is 01.
Receiver
These parameters specify the TTI in the received OPU overhead. The auto-populated default sequence is the name of the NE, the IOM number, the MDA slot number, the port number, and the DWDM channel number.
Table A-15: Receiver parameters
|
Parameter |
Specifies the TTI for |
Options |
|---|---|---|
|
Receiver (pmTtiRx) |
PM |
0 to 192 bytes |
|
Receiver (smTtiRx) |
SM |
0 to 192 bytes |
|
Receiver (psiPayloadTypeRx) |
PSI |
0 to 254 bytes |
Transmitter Bytes
The Transmitter Bytes parameters specify the type of transmit (Tx) TTI in the OTU. These parameter appears only when the Transmitter Mode parameter is set to Bytes.
The value is a hexadecimal number.
Table A-16: Transmitter Bytes parameters
|
Parameter |
Specifies the TTI for |
|---|---|
|
Transmitter String (pmTtiTx) |
PM |
|
Transmitter String (smTtiTx) |
SM |
|
Transmitter String (psiTtiTx) |
PSI |
Transmitter Mode
The Transmitter Mode parameters specify the type of TTI in the OTU overhead.
Table A-17: Transmitter Mode parameters
|
Parameter |
Specifies the TTI for |
Options |
|---|---|---|
|
Transmitter Mode (pmTtiTxMode) |
PM |
Auto (default) String Bytes |
|
Transmitter Mode (smTtiTxMode) |
SM | |
|
Transmitter Mode (psiTtiTxMode) |
PSI |
Transmitter String
These parameters allow specify the type of transmit TTI in the OTU overhead. These parameters are only configurable when the Transmitter Mode parameter is set to String.
The value is 0 to 192 bytes.
Table A-18: Transmitter String parameters
|
Parameter |
Specifies the TTI for |
|---|---|
|
Transmitter String (pmTtiTx) |
PM |
|
Transmitter String (smTtiTx) |
SM |
|
Transmitter String (psiTtiTx) |
PSI |
The auto-populated default sequence is the name of the NE, the IOM number, the MDA slot number, the port number, and the DWDM channel number.