Top chipmakers embrace ASML’s $400M machines, agree to crucial chipmaking change

Several of the world's most prominent semiconductor manufacturers, including TSMC, Samsung, and Intel, have committed to utilizing ASML's next-generation high-numerical-aperture extreme ultraviolet (high-NA EUV) lithography systems.

These advanced machines, which carry a price tag of around $400 million each, employ highly sophisticated laser and mirror setups to print exceptionally miniature circuits onto silicon wafers. To complement this technological leap, the major chipmakers are cooperating to shift the industry standard from six-inch photomasks to a larger twelve-inch format. Industry experts estimate this transition in stencil size could enhance manufacturing throughput on the new machinery by approximately forty percent, helping companies meet the skyrocketing computational demands of modern artificial intelligence and consumer electronics.

While Intel has already initiated the deployment of these advanced machines for its latest mobile processor lines, Samsung and SK Hynix intend to launch high-NA EUV-driven memory chip production by late 2028, followed by TSMC's deployment for its core processing clients in 2030. Beyond the pure engineering achievements, these complex lithography systems represent a critical geopolitical friction point. Strict export controls imposed by Western governments prevent Chinese firms from acquiring ASML's leading-edge tools, leaving Chinese rivals to face the daunting task of independently replicating an incredibly complex global supply chain. Industry executives estimate it could take China up to fifteen years to develop equivalent domestic alternatives to these advanced mirror and lens technologies.