Japan's New 2nm 144-Core Chips Made TSMC & NVIDIA Chips Look Like TRASH!
By Evolving AI
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Japan is making a massive comeback in the global semiconductor industry, and its new 2nm chip technology could challenge NVIDIA, TSMC, and the future of AI hardware. Japanese semiconductor manufacturer Rapidus has developed working 2nm gate-all-around transistors using IBM nanosheet technology, bringing Japan back into the race for the world's most advanced processors. In this video, we explore Japan's 2nm semiconductor breakthrough, Rapidus' new Hokkaido chip factory, advanced EUV lithography, and its ambitious plans for faster, more affordable chip manufacturing. We also examine Fujitsu's new 144-core Monaka 2nm AI processor, designed for high-performance computing and energy-efficient AI inference. Meanwhile, Japanese startup Preferred Networks is developing its MN-Core L1000 AI accelerator, targeting up to 10 times the inference performance of conventional solutions, while NTT's IOWN photonic computing technology aims to replace electrical data connections with light to dramatical
Tags: Japan semiconductor, Rapidus, Rapidus 2nm, NVIDIA, NVIDIA Blackwell, NVIDIA GPU, TSMC, TSMC 2nm, 2nm processor, 2nm chip, semiconductor technology, semiconductor manufacturing, AI chips, AI processor, AI hardware, Preferred Networks, NTT IOWN, photonic computing, optical chips, AI accelerator
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