Samsung´s Foundry business is reportedly making significant strides in developing its 2 nm Gate-All-Around (GAA), or SF2, manufacturing node, as it aims to catch up with Taiwan Semiconductor Manufacturing Company (TSMC), its primary competitor in advanced semiconductor fabrication. Recent updates from South Korean industry insiders suggest that Samsung engineers have narrowed the technological gap with TSMC, whose 2 nm wafer products are seeing historically high demand and whose facilities are being upgraded for future 1.4 nm production.
Leak reports from the past month indicate that Samsung´s SF2 trial yields have surpassed 40 percent, which, while still lagging behind TSMC´s estimated 60 percent yield, represent a notable improvement. According to sources cited by Chosun Biz, Samsung is in the final stage of performance evaluation for its 2 nm process, and this progress has piqued the interest of leading clients such as NVIDIA and Qualcomm. Both companies are reportedly evaluating Samsung´s SF2 node as a potential alternative manufacturing option, with NVIDIA considering it for upcoming commercial and enterprise GPUs, and Qualcomm exploring it for future smartphone application processors.
Industry speculation indicates that the rising cost of TSMC´s 2 nm wafer services is prompting major technology companies to assess more cost-effective production channels outside of Taiwan. As Samsung´s trial yields continue to improve and its process nears final validation, the competitive dynamics of the semiconductor market are evolving. This intensifying race between leading foundries is set to shape future trends in high-performance chips, which underpin advances in Artificial Intelligence, data centers, and consumer electronics.
