Samsung has recently declared its ambition to initiate mass production of 1nm semiconductor processes by 2030, positioning itself as the pioneering manufacturer to outline a concrete timeline for this cutting-edge production milestone. This strategic move is set to intensify the rivalry with TSMC for supremacy in advanced semiconductor technology. Presently, TSMC has already stepped into the angstrom age with its most sophisticated processes, with the A14 (1.4nm) node anticipated to commence production in 2028 and the A16 process scheduled for large-scale manufacturing in the latter half of 2026.

Samsung's 1nm process will incorporate a 'fork-sheet' architecture to significantly boost transistor density. Responding to the escalating demand for high-performance chips in AI applications, Samsung is consistently ramping up its R&D investments and capital outlays, alongside refining its existing advanced processes. The company has engineered a tailored 2nm process, dubbed 'SF2T,' specifically for supplying Tesla's AI6 chips, with the expectation of commencing mass production at its new Texas facility in 2027.