ASML Ships $400 Million High-NA EUV Tools for 8-Nanometer Chips
Updated
Updated · MIT Technology Review · Jun 23
ASML Ships $400 Million High-NA EUV Tools for 8-Nanometer Chips
3 articles · Updated · MIT Technology Review · Jun 23
Summary
$400 million high-NA EUV machines are now shipping to fabs, giving chipmakers tools that can pattern features at 8 nanometers—down from 13 nanometers on ASML’s earlier EUV systems.
AI demand is driving the rollout as chipmakers race for denser, faster and more power-efficient chips; ASML says the higher 0.55 numerical aperture can nearly triple transistor density.
ASML built the system by scaling existing EUV rather than changing light sources, redesigning optics, mirrors and stages to preserve throughput near 200 wafers an hour despite the tighter patterning.
Intel bought the first production machine and is testing it in Oregon, while TSMC appears more cautious because the tools cost far more than earlier EUV machines and may not be deployed at scale until the 2030s.
ASML’s dominance—about 90% of lithography tools—also sharpens geopolitical stakes, with China barred from buying top-end systems and startups pursuing x-ray or atom-beam alternatives that remain years from volume production.
Can startups using x-rays and helium atoms finally break ASML's monopoly on the future of advanced chipmaking?
With China developing its own EUV prototype, are Western technology sanctions becoming an obsolete strategy?
Will Intel's $400M early-adopter gamble pay off, or will TSMC's patient, cost-focused strategy win the semiconductor war?
High-NA EUV in 2026: The $350 Million Machines Reshaping the Semiconductor Race for Sub-2nm Leadership
Overview
As of June 2026, the semiconductor industry is undergoing a major transformation with the immediate adoption of ASML’s High-NA EUV technology. This advanced lithography tool, featuring a 0.55 numerical aperture, is essential for manufacturing chips at sub-2nm nodes, helping to overcome the physical limits of circuit printing at the atomic scale. The rapid shift to High-NA EUV has driven ASML’s strong financial results and marks the start of a new era of capital intensity in chipmaking. This technology is now central to enabling the next generation of high-performance computing and artificial intelligence.