Samsung Delays High-NA EUV Adoption for 1nm Chip Until 2030 - Techgenyz

Samsung is reportedly delaying the widespread adoption of High-NA EUV technology for its 1nm chip manufacturing until around 2030, aligning with its long-term roadmap rather than immediate advanced-no... Read original →

Samsung's delay in adopting High-NA EUV for 1nm chip production signals a critical juncture where technological ambition meets economic pragmatism in semiconductor manufacturing. This move impacts the entire supply chain, particularly affecting ASML’s revenue trajectory and forcing competitors like Intel to accelerate their own investments. From a policy perspective, the delay reflects heightened scrutiny over advanced lithography equipment, especially amid ongoing U.S.-China tech tensions, which could further complicate global supply chain logistics. In market terms, Intel may leverage this gap to solidify its lead, while TSMC and UMC might optimize current Low-NA processes to maintain competitiveness. Looking ahead, the widespread adoption of High-NA EUV is unlikely before 2030, pushing the industry into a transitional phase dominated by hybrid techniques and multi-patterning. Cost efficiency and yield optimization will thus become decisive factors in shaping the competitive landscape.