Server radiation anti-interference degree test method, device, equipment and medium

Abstract

The invention relates to the field of computers, in particular to a server radiation interference resistance testing method, device and equipment and a medium. The method comprises the following steps: carrying out a radiation emission test on a certain server in a plurality of servers in a test environment, and collecting a radiation signal generated by the certain server; performing waveform analysis on the radiation signal to determine a signal type; determining a test frequency based on the signal type and the radiation signal; and simulating a signal of which the frequency is equal to the test frequency in the test environment, and detecting whether the remaining servers operate normally or not. The scheme of the invention enriches the selection of the test frequency during the radiation resistance test, realizes more efficient and more accurate selection of the test frequency of the radiation immunity of the server, ensures that the server can meet the requirement of the radiation immunity, and ensures that the server can operate normally without being influenced by electromagnetic radiation in a complex electromagnetic environment such as a machine room.

Description

technical field [0001] The invention relates to the field of computers, in particular to a method, device, equipment and medium for testing the radiation immunity of a server. Background technique [0002] As the process of the information age continues to accelerate, various IT products are constantly being updated and flourishing. Especially with the advent of the cloud era, the performance requirements for servers are getting higher and higher. The demand for high-performance, high-configuration servers is increasing. With the continuous improvement of server performance, high-power and high-power servers have gradually become the mainstream of the server market. As traditional computing servers are more and more widely used, large-scale telecommunications and Internet industries have more and more needs for servers. For example, the telecommunications industry has built large-scale telecommunications equipment rooms, and the application environment and personnel opera...

AI Technical Summary

Problems solved by technology

However, the selection of test frequency values ​​for radiation immunity of traditional servers has great limitations. For example, in the frequency range between 80-88MHz, there are actually many frequency points that do not apply radiation interference tests

However, if the environment of the computer room where the server is located at this time happens to have a strong radiation interference signal in this frequency band, it will cause serious interference to the normal operation of the server, and even damage it.

In addition, since multiple servers of the same model are generally placed in the same cabinet, there may be serious radiation interference between them. The frequency points of these interferences are irregular and need to be determined through radiation testing.

It can be seen that the traditional server radiation immunity test cannot accurately and efficiently verify all the frequency points that may cause serious radiation disturbance, so it is urgent to improve

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