Cabinet type modular high-density blade server system

Abstract

The invention discloses a cabinet type modular high-density blade server system, which relates to the field of servers and aims to be a large-sized server system which is high in intensity, modular in design and easy to deploy. The technical scheme includes that the cabinet type modular high-density blade server system comprises a main body cabinet (10), a server host blade subsystem (20), a management subsystem A (22), a power subsystem (30) and a cabinet back plate subsystem (60); the power subsystem comprises a power module (31) and a management subsystem B (32); the server host blade subsystem is arranged above the front end of the main body cabinet; the cabinet back plate subsystem used as a data signal transmission center is connected with the server host blade subsystem, the management subsystem A, the power module and the management subsystem B via data signals; and the cabinet back plate subsystem further used as a power transmission center is used for receiving power output of the power subsystem, and supplying power for the server host blade subsystem, the management subsystem A and the management subsystem B.

Description

technical field [0001] The invention relates to the server field, in particular to a cabinet-type server system. Background technique [0002] Today, with the rapid development of information technology, computer applications are becoming more and more complex, and the requirements for computing power are also getting higher and higher. Servers that can provide high-performance computing have broader application prospects. However, with the continuous increase of various applications, the number of servers also continues to increase, and the ensuing problems become more and more prominent. [0003] The increase in the number of servers will inevitably put forward higher requirements for deployment. The data center is constantly being upgraded, and the floor area is getting larger and larger. As a result, the power consumption, heat dissipation and server management of the data center involved put forward higher requirements. high demands. [0004] With the development of s...

AI Technical Summary

Problems solved by technology

The traditional server cooling method uses its own simple fan module to dissipate heat, and then the data center faces the entire room for cooling. Such a traditional server cooling method is not conducive to energy saving

At the same time, the traditional servers that implement the above deployment methods all have their own independent power supplies, and the more independent power supplies the server has, the more losses it will cause

[0006] In addition, the continuous increase in the number of servers has also brought about limitations in the space of the data center computer room and messy lines, making server equipment inconvenient in terms of installation, movement, expansion, management and maintenance, etc.

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