ASML 2030 Financial Model
- ASML outlined a 2030 model centered on High‑NA EUV, AI demand, and HBM that raises expectations for supplier margins and capacity. - The model projects €44–60 billion revenue with 56–60% margins and an installed base worth about €13 billion recurring. - Higher EUV exposure intensity and margin targets imply tighter delivery capacity and influence VLSI firms' operational and outsourcing plans (x.com).
ASML told investors on November 14, 2024 that it sees a path to €44 billion to €60 billion in annual revenue by 2030, with gross margin rising to 56% to 60%. (asml.com) The company tied that model to stronger demand for extreme ultraviolet, or EUV, chipmaking tools, especially the newer High-NA version, plus heavier spending on artificial intelligence chips and memory. ASML said global semiconductor sales could pass $1 trillion by 2030, implying about 9% annual growth from 2025 through 2030. (asml.com) ASML also said customers are expected to use more EUV “exposures,” meaning more passes through lithography machines as chips get denser and more complex. The company said that shift should drive double-digit compound annual growth in EUV lithography spending for both advanced logic chips and dynamic random-access memory, or DRAM, between 2025 and 2030. (asml.com) Lithography is the step in chipmaking where patterns are projected onto silicon, like using light and lenses to print microscopic circuit maps. ASML is the only company that sells EUV systems at scale, and its High-NA machines use a wider lens opening to print finer features for the most advanced chips. (asml.com) That matters for the current chip cycle because artificial intelligence servers need both leading-edge logic chips and high-bandwidth memory, or HBM, stacks that move data quickly. In its 2025 annual report, ASML said memory investment was being fueled by HBM and DDR5 demand tied to AI applications. (asml.com) The model also leans on a larger recurring business after the machine sale. ASML said installed base management sales — its service and field-upgrade business — were €2.488 billion in the first quarter of 2026, up from €2.134 billion in the fourth quarter of 2025. (asml.com) That service stream helps explain why investors focus on margin as much as revenue. ASML reported gross margin of 53.0% in the first quarter of 2026, while its 2030 model points to 56% to 60%, implying a richer mix of software, upgrades, service and more mature High-NA shipments over time. (asml.com; asml.com) ASML has also kept repeating that the target depends on “different market and lithography intensity scenarios,” not a fixed order book. In its January 28, 2026 investor presentation, the company restated the same 2030 range rather than raising it. (asml.com) The practical effect is that every extra EUV layer raises pressure on tool output, parts supply and factory planning across the semiconductor equipment chain. ASML said before that it and its supply-chain partners were “actively adding and improving capacity” to meet customer demand. (asml.com) So the 2030 model is less a single forecast than a map of where chip manufacturing budgets are headed: more EUV steps, more AI logic, more HBM memory and more recurring service around the installed base. ASML has kept that map in place through its April 15, 2026 first-quarter update. (asml.com; asml.com)
