Management device of multi-node server and server system

Abstract

The invention discloses a management device of a multi-node server and a server system, the management device comprises selection modules and N gating control module groups which are in one-to-one correspondence connection with all servers, N is an integer not less than 2, and the gating control module groups are respectively connected with all the selection modules. When receiving a selection signal generated by a server, the selection module sends a control signal generated by the server to the gating control module group corresponding to the selection signal, and the gating control module group sends the control signal to the server sharing module and is further used for receiving a feedback signal generated by the server sharing module according to the control signal. The server sharing module is used for receiving feedback signals and sending the feedback signals to the server through the selection module, and the server sharing module comprises a fan module, a storage module and a power supply module. The situation that the server cannot interact with the server sharing module when any gating control module group fails can be avoided, and the reliability of the multi-node server is improved.

Description

Technical field [0001] The present invention relates to the field of server management, in particular to a multi-node server management apparatus and server system. Background [0002] Multi-node servers are often used in the management of multiple servers in the scene, multi-node servers contain multiple servers and server common modules, such as power modules, fan cooling modules and storage modules, the server through the system bus and these modules connected, the server can interact with these, such as querying the remaining amount of storage space in the storage module and so on. In order to better manage the various servers and server common modules, the prior art sets up an SMC (System Management Controller, system management controller) between the server and the server common module, the server interacts with the server common module through the SMC, for example, the server obtains various information in the power module and the storage module through the SMC, controls ...

AI Technical Summary

Problems solved by technology

In order to better manage each server and the server common module, an SMC (System Management Controller, System Management Controller) is arranged between each server and the server common module in the prior art, and the server interacts with the server common module through the SMC, for example , the server obtains various information of the power module and storage module through the SMC, and controls the fan speed of the fan cooling module through the SMC, but when the SMC fails, the server cannot obtain various information of the power module and the storage module, and the SMC cannot control Fan speed, that is, the server cannot interact with the server common module, and there is a problem of low reliability

Images