Failure-free operation method of server mainboard memory system

Abstract

The invention particularly relates to a failure-free operation method of a server mainboard memory system. The failure-free operation method of the server mainboard memory system is used for solving the problems that presently when the memory in a server system is in a physical failure, the failure area cannot be shielded in time, the operational stability of the server system is affected seriously and real system stability control cannot be realized. The failure-free operation method of the server mainboard memory system solves the problem that presently the physical failure area in the memory of the server system cannot be shielded in time, can realize the automatic troubleshooting of the server mainboard memory system so as to ensure the automatic failure-free operation and the stability and safety design of the server mainboard memory system, and is of great significance in the operational stability of the server system.

Description

technical field [0001] The invention relates to the technical field of computer communication, in particular to a trouble-free operation method for a server motherboard memory system. Background technique [0002] Today's server motherboards use more and more types and quantities of memory, and the storage capacity of memory systems on server motherboards is getting higher and higher. There are 12 to 24 pieces of memory on the mainboard of a general server. The memory on the mainboard of the server has been strictly tested before the system is generated to prevent system problems caused by faulty memory. Because the memory system on the server motherboard participates in the high-load calculation of the system, and continuously stores data and provides calculation data. Therefore, the trouble-free work of the memory system directly affects the stability of the server system, and memory problems will cause the system to fail to work normally. In order to ensure the working ...

AI Technical Summary

Problems solved by technology

The current problem is that the memory system is heavily dependent on the CPU. When the CPU detects a problematic area in the memory space, the system will continue to store computing data here because the system cannot identify the faulty area.

When re-reading and utilizing this part of the data, there will be data error problems, and even cause the system application to exit abnormally.

Due to the one-way factor in this memory control method, it largely depends on the stability of the memory stick itself. When a physical fault occurs in the memory, the fault area cannot be shielded in time, which seriously affects the operation stability of the system and cannot achieve real stability. control

This control method that relies solely on the stability of the memory itself cannot meet the quality and safety requirements of the server system, and the system reliability is low.