Subject


1.4nm


2025-12-31

[News] TSMC May Fast-Track 1.4nm at Central Taiwan Science Park as 2nm Yields Reportedly Beat Expectations

TSMC has announced that its 2nm process has entered mass production on schedule this quarter, with momentum at the advanced-node level continuing to build. According to Economic Daily News, sources say that because its 2nm yields have exceeded expectations, the company’s 1.4nm advanced process fab...

2025-11-26

[News] Rapidus Reportedly Eyes 2029 1.4nm Production with 2nd Hokkaido Fab to Catch Foundry Giants

Japan-backed Rapidus accelerates its 2nm push, outlining bold plans to catch up with top global foundries. Reports from Nikkei and Yomiuri Shimbun say while its first Hokkaido Chitose fab has yet to start mass production, the company aims to break ground on a second facility as early as FY2027, targ...

2025-10-20

[News] Fujitsu Reportedly Weighs Outsourcing 1.4nm CPUs to Rapidus for 2029 Launch of Fugaku Successor

While Fujitsu announced in early October that it would co-develop AI chips with NVIDIA to power Japan’s data centers by 2030, new details have now surfaced. According to Nikkei XTECH, the company is reportedly considering Rapidus as a potential manufacturing partner for its 1.4nm-class CPUs design...

2025-10-20

[News] TSMC Reportedly to Break Ground 1.4nm Taichung Fab on Nov. 5; Mass Production Slated in 2H28

Fresh off celebrating the first NVIDIA Blackwell wafer produced in Arizona, TSMC is ramping up its 1.4nm expansion in Taiwan. According to Economic Daily News, the company filed construction plans with the Central Taiwan Science Park Administration on October 17 and plans to break ground on November...

2025-06-25

[News] Samsung Reportedly Prioritizes 2nm/4nm Improvements, with 1.4nm Unlikely Before 2028-29

With key rivals TSMC and Intel aiming for 2nm and 18A mass production in the second half of 2025, Samsung is reportedly adjusting its business strategy as well. According to ZDNet, it is now focusing on yield improvements and optimization for its current advanced nodes, particularly 2nm and 4nm. ...

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