The LM75A temperature is too high, triggering the power-off of the MINI chip. The PCIe switch temperature is too high, triggering frequency decrease. The LM75C temperature is too high, triggering frequency decrease. The LM75B temperature is too high, triggering frequency decrease. The LM75A temperature is too high, triggering frequency decrease. The health status of the MINI3 chip is abnormal.Ĭheck that the device heat dissipation is normal.įailed to obtain the temperature of the MINI0 chip.įailed to obtain the temperature of the MINI1 chip.įailed to obtain the temperature of the MINI2 chip.įailed to obtain the temperature of the MINI3 chip. The health status of the MINI2 chip is abnormal. The health status of the MINI1 chip is abnormal. The health status of the MINI0 chip is abnormal.Ĭontact Huawei engineers to locate the fault. The obtained 12 V power data is abnormal.Ĭheck whether the service load is too high.įailed to query the temperature of the PCIe switch chip. The LM75A temperature sensor is abnormal. The LM75B temperature sensor is abnormal. The LM75C temperature sensor is abnormal. If the upgrade fails (the flash is abnormal), the system prompts the user to return the MCU to the factory to burn the off-chip flash.Ĭheck whether the board is properly installed. ![]() ![]() In this case, the system prompts the user to upgrade the MCU to update the active and standby areas of the off-chip flash. APP active and standby areas damaged: In the off-chip flash, the active and standby areas of the APP are damaged, and the MCU cannot be started after being powered off.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |