PIC/3/hwPtimAlarm_active: The trace identifier mismatch in the higher order path alarm. (hwPhysicalPortIfIndex=[hwPhysicalPortIfIndex],BoardID=[hwPhysicalPortInSlot],CardID=[hwPhysicalPortInCard],PortID=[hwPhysicalPortInPort],HpID=[hwSDHHpPerfCurrentHpIndex],InterfaceName=[hwPhysicalPortName])
| Parameter Name | Parameter Meaning |
|---|---|
|
hwPhysicalPortIfIndex |
Index of physical port. |
|
hwPhysicalPortInSlot |
Slot ID. |
|
hwPhysicalPortInCard |
Card ID. |
|
hwPhysicalPortInPort |
Port ID. |
|
hwSDHHpPerfCurrentHpIndex |
High-order path ID. |
|
hwPhysicalPortName |
Name of physical port. |
1. Check whether any optical fiber is connected to the optical interface. If no optical fiber is used, shut down the laser of the optical interface and check whether the alarm is cleared.
2. Check whether the flag j1 configuration of the peer device is correct. If it is incorrect, change the configuration and check whether the alarm is cleared.
3. Check whether the optical fiber is broken. If the optical fiber is broken, replace the optical fiber and check whether the alarm is cleared.
4. Check whether the receive optical power of the local device is less than the minimum value. If the receive optical power is less than the minimum value, clean the optical fiber connector and the optical interface on the interface board. Check that the flange and the optical attenuator are properly connected and the optical attenuator value is in the normal range. Then check whether the alarm is cleared.
5. Check whether the receive optical power of the local device is high. If the receive optical power is greater than the maximum value, increase the attenuation value to adjust the receive optical power to the normal range and check whether the alarm is cleared.
6. Check whether the laser on the corresponding interface board of the remote device is shut down. If the laser is shut down, switch on the laser and check whether the alarm is cleared.
7. Check whether the transmit optical power is proper on the remote device. If the transmit optical power is proper, replace the corresponding interface board and check whether the alarm is cleared.
8. Check whether the clock board of the remote device fails. If the clock board fails, replace the clock board and check whether the alarm is cleared.
9. Check whether the interface board of the local device where the alarm was generated fails. If the interface board fails, replace the interface board and check whether the alarm is cleared.
10. Collect alarm information, log information and configuration information, and then contact technical support personnel.
1. Check whether any optical fiber is connected to the optical interface. If no optical fiber is used, shut down the laser of the optical interface and check whether the alarm is cleared.
2. Check whether the flag j1 configuration of the peer device is correct. If it is incorrect, change the configuration and check whether the alarm is cleared.
3. Check whether the optical fiber is broken. If the optical fiber is broken, replace the optical fiber and check whether the alarm is cleared.
4. Check whether the receive optical power of the local device is less than the minimum value. If the receive optical power is less than the minimum value, clean the optical fiber connector and the optical interface on the interface board. Check that the flange and the optical attenuator are properly connected and the optical attenuator value is in the normal range. Then check whether the alarm is cleared.
5. Check whether the receive optical power of the local device is high. If the receive optical power is greater than the maximum value, increase the attenuation value to adjust the receive optical power to the normal range and check whether the alarm is cleared.
6. Check whether the laser on the corresponding interface board of the remote device is shut down. If the laser is shut down, switch on the laser and check whether the alarm is cleared.
7. Check whether the transmit optical power is proper on the remote device. If the transmit optical power is proper, replace the corresponding interface board and check whether the alarm is cleared.
8. Check whether the clock board of the remote device fails. If the clock board fails, replace the clock board and check whether the alarm is cleared.
9. Check whether the interface board of the local device where the alarm was generated fails. If the interface board fails, replace the interface board and check whether the alarm is cleared.
10. Collect alarm information, log information and configuration information, and then contact technical support personnel.
1. Check whether any optical fiber is connected to the optical interface. If no optical fiber is used, shut down the laser of the optical interface and check whether the alarm is cleared.
2. Check whether the flag j1 configuration of the peer device is correct. If it is incorrect, change the configuration and check whether the alarm is cleared.
3. Check whether the optical fiber is broken. If the optical fiber is broken, replace the optical fiber and check whether the alarm is cleared.
4. Check whether the receive optical power of the local device is less than the minimum value. If the receive optical power is less than the minimum value, clean the optical fiber connector and the optical interface on the interface board. Check that the flange and the optical attenuator are properly connected and the optical attenuator value is in the normal range. Then check whether the alarm is cleared.
5. Check whether the receive optical power of the local device is high. If the receive optical power is greater than the maximum value, increase the attenuation value to adjust the receive optical power to the normal range and check whether the alarm is cleared.
6. Check whether the laser on the corresponding interface board of the remote device is shut down. If the laser is shut down, switch on the laser and check whether the alarm is cleared.
7. Check whether the transmit optical power is proper on the remote device. If the transmit optical power is proper, replace the corresponding interface board and check whether the alarm is cleared.
8. Check whether the clock board of the remote device fails. If the clock board fails, replace the clock board and check whether the alarm is cleared.
9. Check whether the interface board of the local device where the alarm was generated fails. If the interface board fails, replace the interface board and check whether the alarm is cleared.
10. Collect alarm information, log information and configuration information, and then contact technical support personnel.
1. Check whether any optical fiber is connected to the optical interface. If no optical fiber is used, shut down the laser of the optical interface and check whether the alarm is cleared.
2. Check whether the flag j1 configuration of the peer device is correct. If it is incorrect, change the configuration and check whether the alarm is cleared.
3. Check whether the optical fiber is broken. If the optical fiber is broken, replace the optical fiber and check whether the alarm is cleared.
4. Check whether the receive optical power of the local device is less than the minimum value. If the receive optical power is less than the minimum value, clean the optical fiber connector and the optical interface on the interface board. Check that the flange and the optical attenuator are properly connected and the optical attenuator value is in the normal range. Then check whether the alarm is cleared.
5. Check whether the receive optical power of the local device is high. If the receive optical power is greater than the maximum value, increase the attenuation value to adjust the receive optical power to the normal range and check whether the alarm is cleared.
6. Check whether the laser on the corresponding interface board of the remote device is shut down. If the laser is shut down, switch on the laser and check whether the alarm is cleared.
7. Check whether the transmit optical power is proper on the remote device. If the transmit optical power is proper, replace the corresponding interface board and check whether the alarm is cleared.
8. Check whether the clock board of the remote device fails. If the clock board fails, replace the clock board and check whether the alarm is cleared.
9. Check whether the interface board of the local device where the alarm was generated fails. If the interface board fails, replace the interface board and check whether the alarm is cleared.
10. Collect alarm information, log information and configuration information, and then contact technical support personnel.
1. Check whether any optical fiber is connected to the optical interface. If no optical fiber is used, shut down the laser of the optical interface and check whether the alarm is cleared.
2. Check the flag j1 configuration of the peer device is correct. If it is incorrect, change the configuration and check whether the alarm is cleared.
3. Check whether the optical fiber is broken. If the optical fiber is broken, replace the optical fiber and check whether the alarm is cleared.
4. Check whether the receive optical power of the local device is less than the minimum value. If the receive optical power is less than the minimum value, clean the optical fiber connector and the optical interface on the interface board. Check that the flange and the optical attenuator are properly connected and the optical attenuator value is in the normal range. Then check whether the alarm is cleared.
5. Check whether the receive optical power of the local device is high. If the receive optical power is greater than the maximum value, increase the attenuation value to adjust the receive optical power to the normal range and check whether the alarm is cleared.
6. Check whether the laser on the corresponding interface board of the remote device is shut down. If the laser is shut down, switch on the laser and check whether the alarm is cleared.
7. Check whether the transmit optical power is proper on the remote device. If the transmit optical power is proper, replace the corresponding interface board and check whether the alarm is cleared.
8. Check whether the clock board of the remote device fails. If the clock board fails, replace the clock board and check whether the alarm is cleared.
9. Check whether the interface board of the local device where the alarm was generated fails. If the interface board fails, replace the interface board and check whether the alarm is cleared.
10. Collect alarm information, log information and configuration information, and then contact technical support personnel.
1. Check whether any optical fiber is connected to the optical interface. If no optical fiber is used, shut down the laser of the optical interface and check whether the alarm is cleared.
2. Check whether the flag j1 configuration of the peer device is correct. If it is incorrect, change the configuration and check whether the alarm is cleared.
3. Check whether the optical fiber is broken. If the optical fiber is broken, replace the optical fiber and check whether the alarm is cleared.
4. Check whether the receive optical power of the local device is less than the minimum value. If the receive optical power is less than the minimum value, clean the optical fiber connector and the optical interface on the interface board. Check that the flange and the optical attenuator are properly connected and the optical attenuator value is in the normal range. Then check whether the alarm is cleared.
5. Check whether the receive optical power of the local device is high. If the receive optical power is greater than the maximum value, increase the attenuation value to adjust the receive optical power to the normal range and check whether the alarm is cleared.
6. Check whether the laser on the corresponding interface board of the remote device is shut down. If the laser is shut down, switch on the laser and check whether the alarm is cleared.
7. Check whether the transmit optical power is proper on the remote device. If the transmit optical power is proper, replace the corresponding interface board and check whether the alarm is cleared.
8. Check whether the clock board of the remote device fails. If the clock board fails, replace the clock board and check whether the alarm is cleared.
9. Check whether the interface board of the local device where the alarm was generated fails. If the interface board fails, replace the interface board and check whether the alarm is cleared.
10. Collect alarm information, log information and configuration information, and then contact technical support personnel.