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Nine new supercomputers worldwide, powered by NVIDIA's Grace Hopper Superchips, are set to accelerate scientific research and discovery in areas like climate change, exploration, and drug discovery. With a combined processing power of 200 exaflops, these energy-efficient systems will significantly boost research capabilities. The Alps, EXA1-HE, Helios, JUPITER, and Miyabi supercomputers are among those utilizing NVIDIA's technology, featuring innovative cooling systems and AI-driven architectures to drive better energy efficiency and innovation.
By Dr. Tony Hoang4.6
99 ratings
Nine new supercomputers worldwide, powered by NVIDIA's Grace Hopper Superchips, are set to accelerate scientific research and discovery in areas like climate change, exploration, and drug discovery. With a combined processing power of 200 exaflops, these energy-efficient systems will significantly boost research capabilities. The Alps, EXA1-HE, Helios, JUPITER, and Miyabi supercomputers are among those utilizing NVIDIA's technology, featuring innovative cooling systems and AI-driven architectures to drive better energy efficiency and innovation.

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