2026-09-10 · Fuente：HotHardware
The two companies reported the milestone at this week's SPIE conference in Monterey as a status update on commercializing High-NA EUV for high-volume manufacturing.
Intel Foundry and ASML put a headline figure on the industrialization of next-generation chipmaking this week: one million wafers processed on High Numerical Aperture (High-NA) Extreme Ultraviolet (EUV) lithography. The milestone was presented at the SPIE Photomask Technology + EUV Lithography conference in Monterey, where the two companies delivered a joint status update on the commercialization and high-volume manufacturing (HVM) deployment of the patterning technology.
Reaching the one-million-wafer mark is a meaningful gauge of maturity for any lithography platform. Cumulative wafer volume reflects not only tool availability but sustained operation in a production environment — the kind of running that exposes integration issues, calibration drift and yield dynamics long before a process node depends on the equipment. By presenting the number jointly, Intel Foundry and ASML positioned the milestone as shared validation of High-NA EUV's readiness for the commercialization and HVM deployment phase both companies described at the conference.
The Monterey update also underscores how a leading-edge patterning technology is being shepherded toward production readiness. High-NA EUV represents the next step in Extreme Ultraviolet lithography, and its path from laboratory evaluation into high-volume manufacturing is one of the most closely watched transitions in chipmaking equipment. Status updates at a technical forum such as SPIE — where photomask and lithography specialists convene — signal that the conversation has shifted toward the practical mechanics of commercialization rather than feasibility alone.
For Intel Foundry, the milestone lands at a time when demonstrated command of leading-edge process technology underpins its foundry ambitions. Showing sustained High-NA EUV output alongside ASML provides a concrete data point for the commercialization narrative both companies advanced at the conference. For ASML, cumulative wafer volume on its newest EUV platform strengthens the high-volume manufacturing case as chipmakers weigh their next-generation lithography commitments.
Etiquetas: Intel Foundry · ASML · High-NA EUV · EUV Lithography · High-Volume Manufacturing
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