Shulou(Shulou.com)11/24 Report--

Recently, Lenovo topped the HPC TOP500 list for the 12th time with 169sets of results, according to the latest global supercomputer (HPC) TOP500 list and Green500 list. In the Green500 list, Lenovo's two scientific computing clusters are in the top 10, of which the scientific computing cluster Henri built by Lenovo has topped the list for the third time in a row. The scientific computing cluster built by Lenovo for the Korea Institute of basic Sciences (ibs) is also on the list for the first time, ranking 10th.

Share performance double champion, Lenovo leads the scientific computing with outstanding strength.

The HPC TOP500 list, which measures the computing performance of high-performance computers around the world, is released every June and November. The Green500 list focuses on energy efficiency while focusing on the performance of computer systems, with the aim of promoting sustainable computing technology.

In the HPC TOP500 list released this time, Lenovo entered a total of 169 scientific computing clusters and topped the list for 12 times with a share of 33.8%. Moreover, Lenovo's scientific computing clusters are distributed in 19 countries and regions around the world, and its market share ranks first in 11 of them. Lenovo has a total of 58 scientific computing clusters deployed in China to enter this HPC TOP500 list.

Share distribution of the latest HPC TOP500 list in November 2023

Along with the HPC TOP500 list, the Green500 list, Lenovo's scientific computing cluster Henri topped the list for three times with an energy efficiency of 65.40 GFlops / Watts (65.4 billion floating-point operations per watt). It is worth mentioning that the scientific computing cluster built by Lenovo for the Korea Institute of basic Science also jumped to the 10th place in the latest ranking with a score of 45.12 GFlops / Watts.

November 2023, the top 10 of the latest Green500 list

The scientific computing cluster Henri built by Lenovo for Flatiron Research uses Lenovo ThinkSystem SR670 V2 server, with a total number of 8288 cores. The latest Henri system, with 14 computing nodes, not only tops the Green500 list, but also ranks 293rd on the HPC TOP500 list with a HPL (high-performance Linpack benchmark) of 2.88 PFlop / s.

In addition, the scientific computing cluster built by Lenovo for the Korea Institute of basic Science uses Lenovo ThinkSystem SR675 V3 GPU server, with a total number of 3936 cores. The cluster is among the top 10 in the latest Green500 list with a score of 45.12 GFlops / Watts, and is also included in the latest HPC TOP500 list.

Help scientific computing to embrace sustainable development, high performance and green computing to new heights

Lenovo's achievements in the latest HPC TOP500 list and Green500 list are not only due to the strong performance and technical solutions of Lenovo servers, but also to Lenovo's advantages in liquid cooling technology and energy efficiency management. With more than ten years of technology accumulation and innovation ability, Lenovo not only leads the development of liquid cooling technology and empowers the green development of scientific computing, but also provides a scientific computing management platform LiCO to give full play to the computing power advantages of the hardware platform and make efficient use of the performance of the platform.

On the liquid cooling node for scientific computing, Lenovo adheres to the design idea of "three high and one low" with high computing density, high stability, high security and low PUE. Thanks to this, Lenovo's independent Poseidon warm water cooling technology can reduce the PUE to 1.1, and the heat dissipation efficiency can be as high as 98%. In addition, Lenovo liquid cooling technology also covers air-liquid cooling mixing, whole liquid cooling, whole cabinet liquid cooling, single-phase immersion liquid cooling mainstream liquid cooling technology.

At the software level, Lenovo high-performance computing management platform LiCO can provide users with simple, easy-to-use, visual management services, with management, monitoring, alarm, job scheduling and other high-performance computing functions, from the energy management, job scheduling optimization and other aspects, effectively improve the management and performance utilization capabilities of high-performance computing clusters. In addition, the LiCO management platform also provides a series of optimization strategies that can improve computing performance while reducing cluster energy consumption, thus improving the energy efficiency of high-performance computing clusters.

In this two lists, Lenovo has firmly maintained its excellent performance in terms of performance and share, which is the recognition of Lenovo's technological innovation and sustainable development in the global market. In the future, Lenovo will continue to accumulate, strengthen its capabilities in key areas such as scientific computing and artificial intelligence with a wealth of infrastructure products and solutions, and constantly improve its own advantages. work with the industry and partners to empower the computing industry and its sustainable development.

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