Samsung Delays High-NA EUV Adoption Until 2030 for 1 Nm Node
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9 Articles
Samsung beats the cards of the race to miniaturization. The Korean giant presses on pause, shifting its thinnest chips to better consolidate its gains and prepare a major technological transition, but later than expected.
It's been more than a year since Samsung received ASML's best lithographic machines. And yet, the South Korean giant will wait several years before starting to use them.
Samsung Foundry updates process roadmap to move 1.4nm node to 2029 — high-NA EUV will enable 1nm-class and smaller nodes in 2030 and beyond
Samsung Foundry presented its updated fabrication technologies roadmap at the 2026 Next-Generation Lithography + Patterning Conference (NGL 2026) this week, revealing some major changes compared to the 2024 roadmap, reports ZDNet Korea. Instead of rushing its SF1.4 node (1.4nm-class) to the market, Samsung will focus on refining its SF2 (2nm-class) manufacturing processes in the next three years. And starting with its SF1A (1nm-class) fabricatio…
Samsung pushes adoption of most advanced chipmaking machines to 1nm
Samsung is one of the world's most advanced chipmaking companies and the first to launch chips made using a 3nm-class node. It was expected to adopt the world's most advanced chipmaking machines for its 2nm node, but the company has decided to postpone that move. Park Chang-min, Master of the Foundry Process Development Team at Samsung's Semiconductor R&D Center, revealed (via @Jukan05) at the Next Generation Lithography + Patterning Conference…
Samsung Joins TSMC in Stalling ASML's High NA EUV Rollout, Pushing the Costly Machines to 1nm Chips
Korean chip manufacturer Samsung is planning to introduce high-NA extreme ultraviolet (EUV) lithography into its production facilities to manufacture chips with the 1-nanometer manufacturing process node. The report comes courtesy Samsung Electronics' VP of Technology, ChangMin Park, and it adds that Samsung will rely on the latest lithography machines for volume production of the chips. These chips could enter mass production as early as 2030, …
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