Samsung Doubling Down On Newer 1.4nm+ Nodes Through Design And Optimization Techniques, As It Enters The Advanced Sub-2nm Club With TSMC & Intel - Wccftech

Samsung Electronics announced at the 2026 SAFE Forum that its 1.4nm process development is progressing smoothly, while unveiling a significant breakthrough: the development of an improved iteration ca... Read original →

Samsung’s push into 1.4nm+ signals a tangible leap in design-technology co-optimization and EUV utilization, directly accelerating demand for next-gen EDA flows, advanced packaging, and HBM interfaces. Geopolitical friction—especially U.S. export controls—heightens supply chain fragility due to overreliance on ASML’s high-NA EUV tools, inflating capex. TSMC (Taiwan, China) will likely counter with rapid N2P/N2X iterations, while Intel leverages its Intel 14A node to lock in clients via its IDM 2.0 ecosystem. Over the next 18 months, this three-way race will force AI chipmakers to pre-commit foundry capacity, but yield ramp velocity will decide dominance. If Samsung fails to stabilize 1.4nm+ yields by early 2027, it risks ceding premium market share once again to TSMC.