Japan’s Rapidus Is Said Likely to Miss Mass Production Deadline

Rapidus reportedly falls behind schedule on 2nm chip production target, raising questions over Japan's chip ambitions

Japan's state-backed chipmaker Rapidus is facing mounting technological challenges that could delay its plan to begin mass-producing 2nm semiconductors by March 2028, potentially undermining Tokyo's efforts to rebuild its domestic advanced semiconductor manufacturing capabilities.

Japan’s Rapidus is said likely to miss mass production deadline

The government-backed startup has fallen behind schedule on its high-stakes pledge to mass produce cutting-edge chips by March 2028.

Rapidus Reportedly Months Behind on 2nm SRAM Development, Threatening 2028 Goals

Japan's government-backed semiconductor foundry venture, Rapidus, is reportedly facing significant hurdles in its race to commercialize leading-edge manufacturing. According to industry reports from TrendForce and Bloomberg, the company has fallen months behind schedule in developing functioning static random access memory (SRAM) cells, putting its aggressive March 2028 mass production target in jeopardy.   Key takeaways SRAM Milestone Missed:…

Japanese competitor TSMC has stalled: Rapidus risks disrupting the start of 2nm production

Japanese government-backed startup Rapidus has begun to fall behind its planned schedule to launch mass production of advanced chips by March 2028, Bloomberg reported, citing sources, noting that there is a risk of missing these deadlines. Image source: Brecht Corbeel/unsplash.com […]Read more at Aroged

Rapidus Could Miss 2 nm Mass Production Timeline Amid SRAM Issues

Japanese semiconductor maker Rapidus might miss the planned timeline for its 2 nm node production, as the company is reportedly struggling with its initial attempts at risk production and trial runs. According to a report by the Japan Times, 2 nm volume production at Rapidus facilities will likely be delayed by a few months due to difficulties in 2 nm production, specifically with SRAM. SRAM consists of tiny bitcells that serve as the foundation…