RISC-V Alliance Japan
日本語Rapidus transistor manufacturing technology (1): About Planar type, FinFET type and Gate-All-Around type IBM announced on May 6, 2021, the world’s first his 2-nanometer (nm) chip technology, a major advance in semiconductor design and processing. The technology is based on IBM’s second-generation nanosheet technology and incorporates a Gate-All-Around (GAA) nanosheet …
Manufacturing technology in Rapidus (2) DMCO = Design‐Manufacturing Co-Optimization Japan’s Rapidus’ announcement that it will adopt DMCO (Design for Manufacturing and Co-Optimization) in its 2nm manufacturing process demonstrates Rapidus’ corporate stance to break head-on into the core of FinFET and 3D semiconductor technology. It tells a story. 1. Design for …
Disclaimer: The insights and analyses presented in this article are those of RISC-V Alliance Japan and do not represent the official stance or commentary of DENSO. Other RISC-V Day Tokyo 2024 Winter Articles: DENSO joins RISC-V International: http://riscv.or.jp/2024/01/denso-risc-v/ Codasip: https://riscv.or.jp/en/2023/11/codasip-talks-about-how-custom-compute-will-change-the-world/ SMR: https://riscv.or.jp/en/2023/12/going-nuclear-a-guide-to-smrs-and-nuclear-powered-data-centers/ Rapidus 2nm Fab: https://riscv.or.jp/en/2023/12/22596/ IBM and Rapidus: …
If you are interested in registering for RISC-V Day Tokyo 2024 on January 16, 2024, click here. Codasip has made significant advances in RISC-V processor technology. Recently they announced a new series of RISC-V processors called the 700 family. The series is a highly configurable family of processors designed for …
The following article was created by the RISC-V Association based on an article on Esperanto Technology. More accurate information can be obtained by participating in RISC-V Day. Click here to register for RISC-V Day Esperanto Technologies has developed a scalable “Generative AI Appliance” based on RISC-V technology. In Esperanto, the …
