| ID | Name | Meaning |
|---|---|---|
| 1 | Subrack No. | Subrack No. |
| 2 | Slot No. | Slot No. |
| 3 | Cpu No. | CPU No. |
| 4 | Chip type | 8=GE interface chip,9=TDM switch chip,14=E1T1 interface chip,17=Optical interface chip,46=HOM UCode,51=bridge chip,128=SDRAM,129=SRAM,130=FLASH,131=CPLD,132=FPGA,133=VXWORKS,134=GE interface chip,135=FE/GE interface chip,136=E1T1 interface chip,137=IMA process chip,138=IMA process chip,139=E1T1 map chip,140=SDH/SONET interface chip,141=PPP/MP link layer process chip,142=SDH/SONET interface chip,143=SUBFPGA,144=SUBCPLD,145=SUBSRAM,146=EEPROM,147=SUB_BOARD_UP,148=SUB_BOARD_DOWN,149=NPMAC |
| 5 | Chip No. | Chip index |
| 6 | Alarm Attribute | 0=Normal, Alarms period are longer than the Transient Threshold. 1=Transient Count, The times and the period of the alarms whose periods are shorter than the Transient Threshold are summed up. If the sum result is longer than the Alarm Occurrence Period Threshold or Alarm Occurrence Times Threshold, an alarm so called Transient Count Alarm is triggered. Because Transient Count Alarm is based on accumulative result, the recovery of the alarm may occur at least one Summing Cycle later. The Summing Cycle can be query by MML "LST STATSLDWIN". |
Y => The alarm is cleared. The alarm handling is complete.
N => The alarm persists. Go to 2.
Y => The alarm is cleared. The alarm handling is complete.
N => The alarm persists. Please contact Huawei Customer Service Center.