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The blade server of the Advanced Energy Equipment Technology Institute of our institute was officially put into use.
On September 22, 2017, the Shuguang blade server purchased by the Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as the "High-end Institute") Advanced Energy Equipment Technology Research Institute (referred to as the "Advanced Energy Institute") was officially put into use. Through the financial support of the Industrial Technology Research Institute, the blade server has been successfully deployed and will be used for high-performance computing in scientific research.
With the rapid development of information society, human demand for information processing capabilities is getting higher and higher, not only oil exploration, aerospace defense, scientific research and other demand for high-performance computers, and finance, enterprises and other broader areas of high-performance computing demand is also growing rapidly.
Since May 2017, Advanced Energy Institute has completed market research, competitive negotiation, server room location, room environment renovation and other work of high-performance HPC servers, and finally built an excellent high-performance HPC computing platform, which will be used for OTSG flow field analysis of small reactors and 3D modeling platforms of small reactors and digital nuclear power.

Server Blade Platform
The overall double-precision peak performance of the high-performance HPC computing system reaches 7.04 trillion times per second, including 10 two-way computing nodes. The computing network adopts high-speed InfiniBand switches for system-wide line-speed switching. The platform provides complete cluster system software, including: node Linux operating system; Shuguang Gridview cluster operating system provides common mathematical function libraries such as system monitoring, management, alarm, statistics, job scheduling, OpenMP and MPI parallel development environment, GPU development environment, and other related HPC development runtime environment. The computing platform has the characteristics of high computing performance, large memory capacity, low overall power consumption, high density, and high reliability.

Server Blade Node
For the high-performance HPC servers purchased this time, Advanced Energy Institute will also provide high-performance computing platforms and high-performance computing services to research institutes in related technical fields, so as to promote the development of high-end institutes in the field of high-performance computing.
Report by Advanced Energy Equipment Technology Research Institute/Zhang Zhiqing Figure/Zhang Zhiqing