As AI Ignites a Semiconductor Expansion Frenzy, Is EuropeHome to a Lithography GiantFalling Seriously Behind? ASML: Zero Sales in Europe in Q2

Title context: As AI Ignites a Semiconductor Expansion Frenzy, Is EuropeHome to a Lithography GiantFalling Seriously Behind? ASML: Zero Sales in Europe in Q2 Text: A senior executive at ASML Holding NV ADR, Europe's most valuable company, said the company currently sells no chipmaking equipment in Europe, and repeatedly emphasized that as the United States, China, and India invest heavily in developing their own domestic semiconductor manufacturing and advanced packaging supply chains, Europe faces a serious risk of falling behind in semiconductor industry supply. The executive's remarks come as products such as Meta Muse and OpenAI Astra expand the range of tasks they can complete autonomously, driving a new rally in the global stock market's semiconductor sector. For ASML Holding NV ADR, this means manufacturing demand for advanced logic chips and advanced memory chips is expected to grow in tandem. Its position as the sole supplier of extreme ultraviolet lithography equipment (EUV) places it at the most critical upstream bottleneck in the AI computing investment frenzy. Benefiting from the extraordinarily strong AI semiconductor capacity expansion driven by the booming global AI infrastructure wave, ASML Holding NV ADR's U.S. ADR (ASML.US) has surged 60% year-to-date, while the two other major U.S. semiconductor equipment giantsLam Research (LRCX.US) and Applied Materials (AMAT.US)have posted even stronger gains, each up nearly 80% year-to-date. "We can't sell any equipment in Europe itself. That's because there's no investment in Europe, and because there are no chip manufacturing plants or wafer fabs being built there," said Frank Heemskerk, ASML Holding NV ADR's executive vice president for global public affairs, at an event in Amsterdam late Monday. Europe is home to the world's leading semiconductor equipment companies, yet lacks matching domestic chip manufacturing investment. Europe contributed zero to ASML Holding NV ADR's net system sales in the second quarter; for comparison, the 1% in 2025 corresponds to combined net system sales across Europe, the Middle East, and Africa. This data reveals the gap between Europe's equipment technology advantages and domestic fab investment, and explains why executives are calling on Europe to act faster. Wells Fargo & Company and another Wall Street financial giant, Citi, recently raised their global wafer fab equipment (WFE) spending forecasts, highlighting that against the macro backdrop of the booming global AI computing infrastructure buildout and the "memory chip super-cycle," semiconductor equipment makers are also entering a super growth cycle. They will be the core beneficiaries of the rapid capacity expansion trend for AI chips (covering AI GPU/AI ASIC/TPU) and DRAM/NAND memory chips. Semiconductor equipment giants such as ASML Holding NV ADR, Lam Research, and Applied Materials have also seen their share prices rise strongly alongside the semiconductor sector recently, with gains significantly outpacing the benchmark performance of semiconductor ETFs. In chip fabs, Applied Materials' presence can be found everywhere. Unlike ASML Holding NV ADR, which has always focused on lithography, Lam Research leans more toward etching, cleaning, patterning, and critical thin-film processes, particularly high-aspect-ratio (HAR) etching/deposition and related process capabilities required for 3D NAND memory. Applied Materials' high-end equipment plays an important role in nearly every step of chip manufacturing, with products covering atomic layer deposition (ALD), chemical vapor deposition (CVD), physical vapor deposition (PVD), rapid thermal processing (RTP), CMP, wafer etching, ion implantation, and other important chipmaking stages. Global Race for Semiconductor Expansion, Yet Europe Stays Cold? A senior executive at ASML Holding NV ADR, Europe's most valuable company, said the company currently sells no chipmaking equipment in Europe; as the United States, China, and India invest heavily in developing their own domestic semiconductor industries, Europe faces the risk of falling behind. ASML Holding NV ADR is a key pillar of the semiconductor supply chain because it is the sole manufacturer of precision lithography equipment necessary for producing cutting-edge chips. Customers including Taiwan Semiconductor Manufacturing Co., Ltd. Sponsored ADR and Samsung Electronics use its equipment to print complex transistor patterns on silicon wafers, and these machines are also key to driving the global AI boom. The European Union is comprehensively revising its Chips Act. The law, which took effect in 2023, was aimed at addressing semiconductor shortages during the COVID-19 pandemic and increasing Europe's share of global chip production. However, the law has largely failed to effectively stimulate new chip factory investment. The EU's audit body said last year that the EU is unlikely to achieve its goal of doubling its market share by 2030. ASML Holding NV ADR and the European Commission have been seeking ways to boost the EU's technological competitiveness, strengthen supply chains, and create chip demand. Meanwhile, other countries are injecting government funds and adopting other incentives to promote domestic semiconductor production. According to Heemskerk, the United States, China, and India are also actively courting the chip equipment maker to expand its local operations. "We need to scale up production, and that won't only happen in the Netherlands," he said. "There is fierce competition to get us to expand elsewhere. For ASML Holding NV ADR, what matters is that Europe can act proactively." Heemskerk said China and India "roll out the red carpet for me and say: 'Come invest here too, build your factories here.'" "We conduct a quarter of our R&D work in the United States, and they ask: 'Can't you raise that to half?'" In the second quarter, individual European domestic markets contributed zero to ASML Holding NV ADR's net system sales, while the EMEA (Europe, Middle East, and Africa) breakdown has not yet been precisely aggregated. By comparison, in 2025, Europe, the Middle East, and Africa combined accounted for 1% of its net system sales. The chart above shows that ASML Holding NV ADR delivered no new equipment to Europe in the second quarternet system sales by region in Q2. Source: ASML Holding NV ADR disclosure documents. In the first half of the year, South Korea was ASML Holding NV ADR's largest lithography machine market, especially for the largest EUV lithography equipment market (EUV equipment is needed for HBM and advanced DRAM capacity expansion in data centers), followed by the China market. Notably, in May of this year, ASML Holding NV ADR signed a cooperation agreement with Tata Electronics Private Limited aimed at enhancing India's domestic chip manufacturing capabilities. From the AI Agent Frenzy to Fab Capacity Expansion: The Twofold DRIVE of the Semiconductor Equipment Super-Cycle From a global business perspective, ASML Holding NV ADR's growth foundation is already supported by company guidance and expansion plans. When the company announced second-quarter results in July, it raised its full-year 2026 net sales guidance to 43 billion45 billion euros, explicitly stating that AI is driving advanced logic and memory demand, with customers accelerating capacity expansion. The company plans to increase annual capacity by about 30% in 2027 from a 2026 base of approximately 65 low-NA EUV and approximately 130 immersion DUV units, and is studying further expansion in 2028. Therefore, the investment significance of recent positive iterative progress in AI agent technology lies in substantially and comprehensively reinforcing the long-term sustainability of the existing AI semiconductor expansion trend; the latest reports showing the United States, China, and India actively courting ASML Holding NV ADR investment further reflect global competition for semiconductor manufacturing capacity. From an underlying architecture perspective, agents expand a single question-and-answer into a continuous workflow of "understanding the taskplanningcalling toolsexecutingverifying." Prefill needs to process input context, decoding continuously generates results, the key-value cache expands with context length and concurrency scale, and browsers, code execution, and external tools require coordination among CPU, memory, and storage. Muse's dedicated virtual machine and Astra's multi-step computer operation capabilities both reflect this change. Higher task success rates and lower completion costs can in turn attract more work into AI systems. The resulting industrial transmission is: expanded application scope and usage scale drive growth in computing, storage, and interconnect capacity, which then gradually translates into equipment demand through chipmaker capacity expansion and process upgrades. These are semiconductor supply chain demand derivations based on AI inference system architecture. Different equipment leaders handle different manufacturing stages: ASML Holding NV ADR mainly benefits from wafer capacity expansion in advanced logic and advanced DRAM, as well as increased demand for critical lithography exposure; Lam Research participates in the manufacturing of 3D memory structures, through-silicon vias, and advanced packaging interconnects through etching and deposition equipment; Applied Materials supports advanced transistors, HBM, and heterogeneous integration through technologies such as material deposition, planarization, metal interconnects, and wafer stress control. As chip structures become more three-dimensional, HBM stacking becomes more complex, and packaging integration becomes more advanced, equipment investment is simultaneously driven by both "the need to manufacture more wafers" and "the need for more complex processes per wafer and package." The continued simultaneous rise of these two extraordinarily explosive demand drivers is the most well-supported industrial logic behind the global market's "semiconductor equipment super-cycle."