[News] Samsung Reportedly Expands 2nm Portfolio Ahead of 2029 SF1.4 Mass Production; SF2P+ Targets 2027–28 - TrendForce

As leading semiconductor manufacturers aim for mass production of 1.4nm-class chips between 2028 and 2029, the industry is accelerating the development of enhanced 2nm nodes to bridge the gap and meet... Read original →

Samsung’s aggressive 2nm roadmap isn’t just about bridging the gap to 1.4nm—it’s a strategic lock-in play for AI and autonomous driving clients via DTCO-optimized SF2P+ and SF2X. This pressures TSMC to accelerate N2U adoption to preserve its HPC IP compatibility edge. Technically, sub-2nm nodes intensify EUV layer complexity and yield challenges, straining ASML while exposing diminishing returns in scaling power reduction (SPR) for chip designers. Geopolitically, Samsung’s outreach to Chinese automakers risks future compliance disruptions if U.S.-EU export controls tighten on advanced nodes. Over the next 18 months, the industry will enter a 'pseudo-2nm' battleground: nominal nodes converge, but real-world PPA diverges sharply—forcing customers to prioritize supply chain resilience over lithography labels.