The subsequent-generation supercomputer system will function multi-architecture with the most recent CPUs and GPUs and can consist of enormous storage capability and a high-speed community. This technique is predicted for use for numerous analysis and improvement within the subject of fusion science analysis. Particularly, the system might be used for exact prediction of experiments and creation of operation eventualities within the ITER mission, which is being promoted as a global mission, and the Satellite tv for pc Tokamak (JT-60SA) mission, which is being promoted as a Broader Strategy exercise, and for design of DEMO reactors. The DEMO mission promotes large-scale numerical calculations for DEMO design and R&D to speed up the belief of a DEMO reactor that contributes to carbon neutrality. As well as, NIFS will conduct numerical simulation analysis utilizing the supercomputer for multi-scale and multi-physics programs, together with fusion plasmas, to broadly speed up analysis on the science and purposes of fusion plasmas, and as an Inter-College Analysis Institute, will present universities and analysis institutes nationwide with alternatives for collaborative analysis utilizing the state-of-the-art supercomputer.
The brand new system consists primarily of 360 NEC LX 204Bin-3s (with a complete of 720 Intel (NASDAQ:) Xeon 6900Ps) and 70 NEC LX 401Bax-3GAs (with a complete of 280 AMD (NASDAQ:) Intuition MI300As), with complete theoretical efficiency of 40.4 petaflops of computing energy. Theoretical computing efficiency might be roughly 2.7 occasions larger than the mixed efficiency of the 2 supercomputers put in individually at QST and NIFS. The NEC LX 204Bin-3 is provided with MRDIMMs, which have excessive efficiency in HPC applications.
The supercomputer system consists primarily of the “LX series,” which was developed by combining the high-density packaging expertise and high-efficiency cooling expertise that NEC has developed over a few years within the improvement of supercomputers. The Intel “CPU Xeon6900P,” “MRDIMM,” and AMD’s -Intuition MI300A” GPUs installed in these server groups are the first introduction of its kind in Japan. In addition, the network environment uses “InfiniBand” with the NVIDIA (NASDAQ:) “QM9700,” “Altair PBS Skilled” software, and a scheduler optimized for AMD’s Instinct MI300A. In addition, as a storage environment, a DDN “ES400NVX2” will be deployed with a total capacity of 42.2 petabytes with a Lustre parallel file system “EXAScaler.” NEC will combine these parts together with software program optimization.
NEC will proceed to contribute to the event of cutting-edge applied sciences by selling the event of next-generation high-performance servers as a basis for utilization in industrial purposes and AI/Huge Knowledge domains, in addition to the standard utility areas of supercomputers. NEC may also help analysis actions within the educational area by offering educational analysis info infrastructure with HPC options at its core as certainly one of its BluStellar choices.
“Intel is proud to partner with NEC to power a system at the National Institutes for Quantum Science and Technology and National Institute for Fusion Science. By integrating the Intel Xeon 6900P Series, the first server CPU to support MRDIMMs, and the first in Japan, we’re delivering a leap in memory performance and bandwidth, an ideal choice for complex calculations and simulations required in fusion research.”
Ogi Brkic, Vice President & Common Supervisor, Go-To-Market Builders & Know-how Acceleration Workplace, Gross sales & Advertising and marketing Group, Intel
“We are very pleased that NEC has chosen to partner with AMD to power the next generation supercomputers ordered by both the National Institutes for Quantum Science and Technology and the National Institute for Fusion Science in Japan. We appreciate that NEC has selected AMD’s Instinct MI300A and this choice is further proof that AMD’s MI300 Series GPUs offer a compelling supercomputer accelerator solution. We believe that AMD innovation, together with NEC’s advanced technological capabilities, will continue to make a significant contribution to research conducted at the National Institutes for Quantum Science and Technology, and the National Institute for Fusion Science.”
-Jon Robottom, Company Vice President, Consultant Director & Common Supervisor, AMD Japan
“DDN is honored to continue to support cutting-edge fusion research at the National Institutes for Quantum Science and Technology and the National Institute for Fusion Science through our strong collaboration with NEC. The combination of DDN’s high-performance storage solution and NEC’s superior technology will provide stable performance and fast processing of large data sets to power complex simulations and advanced analytics in fusion science research. We are confident that through this collaboration, we will be able to accelerate innovative discoveries and technology development.”
-Robert Triendl, SVP Gross sales, Worldwide, DataDirect Networks, Inc. (DDN)
“With our specialized solutions, Giga Computing is proud to support the missions of both the National Institutes for Quantum Science and Technology and the National Institute for Fusion Science in advancing scientific discovery. For this cluster, our technology is incorporated into the NEC LX series servers with one of our models equipped with Intel Xeon 6900P series processors and MRDIMM technology, while the other uses the AMD Instinct MI300A GPU. This high-performance solution uses efficient liquid cooling to deliver remarkable processing speeds for nuclear fusion and complex plasma simulations. Consequently, it enables the institutes to achieve faster, more accurate results in the field of advanced nuclear fusion research.”
-Freya Yu, Gross sales Director, Giga Computing
“We are very pleased to collaborate with NEC in the selection of Altair PBS Professional for the next-generation supercomputer system at the National Institutes for Quantum Science and Technology and the National Institute for Fusion Science. We are confident that Altair PBS Professional is the industry’s most advanced workload management and job scheduling software for HPC and high-throughput computing, and that it will contribute to improving the productivity of the supercomputer system and optimizing its utilization and efficiency. We will continue to work with NEC to help our customers solve their challenges.”
-Eiichi Kazono, President and Consultant Director, Altair Engineering, Inc.
“We are very pleased to have been able to support the construction of a networking environment in partnership with NEC Corporation. The NVIDIA QM9700 is a networking switch that uses high-speed interconnect technology and is optimized for large-scale computing environments, especially for AI and academic research. It demonstrates its true value in data transfer for numerical analysis and simulations that require massive data processing. We are confident that this will further accelerate the research and development projects at the National Institutes for Quantum Science and Technology and the National Institute for Fusion Science and support the technological foundation for more innovative results. We will continue to strengthen our collaboration with NEC on networking products to accelerate the progress of our customers’ research.”
-Yukihiro Tsujii, Common Supervisor, Answer Enterprise Division, Ryoyo Electro Co.
About NEC Company
NEC Company has established itself as a frontrunner within the integration of IT and community applied sciences whereas selling the model assertion of “Orchestrating a brighter world.” NEC permits companies and communities to adapt to fast modifications happening in each society and the market because it supplies for the social values of security, safety, equity and effectivity to advertise a extra sustainable world the place everybody has the prospect to achieve their full potential. For extra info, go to NEC at https://www.nec.com.