A Design Method of High Density Blade Server

Abstract

The invention provides a design method of a high-density blade server. The method is distinguished from a traditional blade server system structure which takes a processor as a center, and is a high-density blade server system framework design which can support a high-speed co-processor and has a function of supporting local data storage and abundant I / O (Input / Output) expansion; in a new system structure, the limitation that a previous blade server system framework only takes a common processor unit as the center and has the bad I / O expansibility is broken through; through an innovative design, a high-speed conversion module based on the common processor is used as a conversion bridge of the common processing unit, the high-speed co-processor and an I / O expansion unit, so that in the unified system framework, the high-speed co-processor is supported, and the self information and the operation processing capability of the single blade server are greatly improved, and the problem that the floating-point calculation capability of the common processor in the previous server framework is low can be avoided.

Description

technical field [0001] The invention relates to the field of computer communication, in particular to a design method of a high-density blade server system supporting high-speed coprocessors, local storage and IO expansion. Background technique [0002] The development of high-performance computing technology is accompanied by the development of computer technology, that is to say, since the birth of computer technology, people have been striving for computer systems with higher computing power. In the past few decades, it can be said that it has been an era of continuous innovation in high-performance computer architecture and communication technology. Various architectures and network interconnection technologies including MPP, SMP, and clusters have emerged. Especially in recent years, cluster technology has developed rapidly and has become one of the mainstream architectures for building supercomputer systems. [0003] GPU computing refers to the use of graphics process...

AI Technical Summary

Problems solved by technology

However, in the growing field of high-performance commercial computing applications, higher requirements are placed on the computing power and scalability of the system, but the existing blade server architecture is limited by space constraints and only uses general-purpose processor units as the center and I I / O scalability is poor. Based on the existing blade server system architecture, a high-density blade server architecture design that supports high-speed coprocessors, local storage, and IO expansion is proposed.

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