ASML: The Dutch Monopoly on EUV Lithography Machines

ASML is the only company in the world that manufactures working extreme ultraviolet lithography machines at production scale, making it the single chokepoint for leading-edge chip manufacturing. Each high-NA EUV system costs roughly 350 million euros and is required to fabricate chips at 3nm, 2nm, and smaller nodes.

ASML is a Dutch company, spun out of Philips in the 1980s, that holds an effective monopoly on extreme ultraviolet lithography machines used to manufacture leading-edge semiconductors. Intel, Nikon, and Canon all attempted EUV development and stepped back; only ASML, partnered with German optics maker Zeiss, brought a commercial system to market. The machine is not a typical monopoly in the antitrust sense — it is a 'literally no one else can do this' monopoly, the product of three decades of compounding engineering breakthroughs across thousands of suppliers. ASML's first-generation low-NA EUV machines, shipped from 2016 onward, run at 0.33 numerical aperture and print features around 13nm. The next-generation high-NA EUV system, shipping from 2024 to 2026, uses larger 0.55 NA optics, delivers an 8x vertical and 4x horizontal shrink, and can print features as small as 8nm. Each high-NA unit costs roughly 350 million euros (about 400 million USD), ships in 25 trucks and 7 Boeing 747s, integrates roughly 100,000 parts from 5,000 suppliers, and contains around 40,000 bolts, 3,000 cables, and 2 kilometers of internal hosing. ASML's market capitalization peaked near 350 billion euros in 2024, briefly making it Europe's most valuable technology company. The strategic importance follows directly: Moore's Law continued past the late-2000s deep-UV wall only because EUV worked. Every TSMC and Samsung leading-edge fab depends on these machines. Without ASML, the modern chip industry's roadmap stops. See The Strait of Hormuz: The World's Most Critical Oil Chokepoint for the closest analogue in commodity infrastructure — ASML plays a similar role for compute.

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