TSUBAME4.0, which will be fully operational in spring of 2024, will deliver 20 times more accelerated compute performance than its predecessor to accelerate AI-driven cutting-edge research and convergence science
Rendering of TSUBAME4.0 supercomputer
Tokyo Institute of Technology (Tokyo Tech) Global Scientific Information and Computing Center (GSIC) and (NYSE: HPE) announced to build its next-generation supercomputer, TSUBAME4.0, to accelerate AI-driven scientific discovery in medicine, materials science, climate research, and turbulence in urban environments.
Tokyo Tech is one of the world’s leading universities in science and technology. With the TSUBAME4.0 supercomputer, users will have the ability to train more AI models and run applications in computational science and analytics, simultaneously, to augment research efforts and improve productivity.
TSUBAME4.0, which was procured under the Japanese government procurement rules and was awarded to HPE Japan, will be fully operational in spring of 2024. The system will be based in a newly constructed facility in Tokyo Tech’s Suzukakedai campus.
TSUBAME4.0 will be built using HPE Cray XD6500 supercomputers, which provide maximum performance and specialized capabilities to run modeling and simulation workloads required for complex scientific research. The HPE Cray XD6500 supercomputers are also highly dense and purpose-built to support accelerated compute that is optimized to power AI, analytics, and image-intensive applications.
“TSUBAME has been supporting our research on cyclic peptide drug discovery, which is anticipated to become the next-generation medicine,” said Professor Yutaka Akiyama, School of Computing, Tokyo Tech. “TSUBAME has always been our partner in the daring challenges of achieving world’s first. It has been supporting reproduction of biophysical phenomena with hundred-fold larger simulations, and through exhaustive calculation on hundreds of cases has generated quantitative proof of predictive ability. With the significantly accelerated TSUBAME4.0, we look forward to its support in realizing intelligent drug discovery through large-scale molecular simulation and fusing it with deep learning technology in generating predictive models.”
TSUBAME4.0 will achieve a theoretical peak performance of 66.8 petaflops at 64-bit double precision. Additionally, the system will reach 952 petaflops at 16-bit half-precision, delivering 20 times more accelerated compute performance than TSUBAME3.0, its predecessor. TSUBAME4.0 will provide significantly higher performance to address the computational demands of many users, serving as a “supercomputer for everyone.”
“National research centers across the globe rely on supercomputing to drive science, engineering, and AI initiatives to understand complex phenomena and accelerate innovation,” said Justin Hotard, executive vice president and general manager, HPC, AI & Labs, at HPE. “Tokyo Tech is a powerful example of an organization that continues to invest in supercomputing and opens it to a broader community to enable cutting-edge research and new capabilities in AI. We are proud to continue our collaboration with Tokyo Tech and NVIDIA to build TSUBAME4.0, which features HPE Cray supercomputing innovation to deliver the massive performance required to augment Tokyo Tech’s ongoing scientific and AI-driven missions.”
Since the launch of TSUBAME1.0 in April 2006, the TSUBAME supercomputers have provided computing resources to global industry, academia, and government organizations as “everyone’s supercomputer”. GSIC of Tokyo Tech is the first university to adopt GPU-enabled supercomputers1, has gained recognition for delivering one of the most advanced, cutting-edge supercomputer centers in the world.
About TSUBAME4.0
“NVIDIA’s computing platform drives acceleration at every scale for AI and HPC,” said Ian Buck, vice president of HPC and Hyperscale Computing, NVIDIA. “Tokyo Tech’s TSUBAME4.0 supercomputer, powered by NVIDIA H100 GPUs, NVIDIA Quantum-2 InfiniBand and our AI and HPC software, will empower researchers and scientists to tackle some of the world’s most complex challenges and drive breakthroughs that can benefit society as a whole.”
The TSUBAME4.0 configuration is similar to the existing TSUBAME series, which involves the x86_64 CPUs and CUDA compatible GPUs. This will enable the continued use of existing program assets and the fast-paced adoption of cutting-edge computational science and technology.
TSUBAME4.0 will be built with 30 HPE Cray XD6500 supercomputers equipped with two 3rd Gen AMD EPYCTM 9654 processors, four NVIDIA H100 Tensor Core GPUs, and 768 GiB of main memory. The storage system will consist of the Cray ClusterStor E1000, connected by a Lustre file system with 44.2PB of hard disk-based shared storage, and 327TB of SSD-based high-speed storage. Each compute node is also equipped with 1.92TB of NVMe-compatible high-speed SSD storage. The compute nodes and storage system will be connected to a high-speed network, and directly connected to the Suzukakedai’s campus’ network at a speed of 100 Gbps via SINET6.
