ASML CEO: Our EUV Monopoly Is Untouchable — No Competitors on the Horizon

Background and Context At the Milken Institute Global

Conference held in Beverly Hills on May 5, 2026, Christophe Fouquet, the newly appointed Chief Executive Officer of ASML, delivered a definitive statement regarding the company's strategic position in the global semiconductor supply chain. Speaking amidst a backdrop of intensifying geopolitical tensions and increasingly stringent export controls, Fouquet asserted that ASML’s monopoly in extreme ultraviolet (EUV) lithography remains unassailable. The remarks were not merely a display of corporate confidence but a critical signal to investors and industry stakeholders during a pivotal transition period for the Dutch equipment giant. As the sole provider of EUV lithography systems, ASML holds the keys to manufacturing advanced semiconductors at process nodes of 7 nanometers and below, making its technological supremacy a central pillar of the global tech economy. The context of Fouquet’s address is deeply rooted in the complex interplay between commercial interests and national security policies. The United States and its allies have progressively tightened restrictions on the export of advanced semiconductor manufacturing equipment to China, aiming to curb Beijing’s technological advancement in high-performance computing. However, Fouquet argued that these geopolitical headwinds have inadvertently reinforced ASML’s competitive moat rather than eroding it. By limiting the ability of potential rivals to access critical components or test beds in the world’s largest chip markets, the regulatory environment has effectively raised the barriers to entry for any new entrants attempting to replicate ASML’s capabilities. Furthermore, the timing of Fouquet’s appointment and his subsequent public stance is significant. As the new leader of ASML, he faces the immediate challenge of stabilizing market expectations and reassuring shareholders who are sensitive to the volatility of long-cycle semiconductor capital expenditures. The semiconductor equipment industry operates on a model heavily dependent on multi-year order backlogs and deep integration with major foundries such as TSMC, Samsung, and Intel. Consequently, the CEO’s ability to project stability and long-term dominance is directly correlated with the company’s stock performance and its capacity to secure future commitments from downstream customers who must bet billions on specific technology roadmaps.

Deep Analysis The technical complexity underlying ASML’s EUV dominance is staggering, involving the precise coordination of tens of thousands of subsystems. Fouquet emphasized that EUV lithography is not merely a single machine but a culmination of decades of innovation in optics, materials science, and precision engineering. The technology requires a light source capable of generating extreme ultraviolet wavelengths, which is then manipulated by mirrors of unprecedented smoothness, many of which are co-developed with Carl Zeiss SMT in Germany. This level of integration creates a supply chain ecosystem that is virtually impossible to duplicate in the short term. No other nation or corporation possesses the complete vertical integration and specialized knowledge base required to manufacture these systems at scale. From a commercial perspective, the economic stakes of this monopoly are immense. Each EUV lithography machine carries a price tag exceeding 150 million euros, reflecting not only the cost of components but also the immense R&D investment amortized over a small number of units. This high barrier to entry ensures that ASML maintains robust profit margins and retains significant pricing power. The "customer lock-in" effect is further strengthened by the fact that major chipmakers have aligned their production roadmaps with ASML’s release schedules for next-generation High-NA EUV systems. Breaking this cycle would require not just financial capital, but a complete restructuring of the global semiconductor manufacturing architecture. However, the analysis must also account for the strategic responses from other major economies.

While Fouquet dismissed the immediate threat of competitors, the long-term landscape is being reshaped by state-led initiatives. China is aggressively investing in domestic lithography research, aiming to develop alternative solutions that do not rely on EUV technology for mature nodes or to eventually catch up in advanced nodes. Similarly, Japan continues to hold a dominant position in critical upstream materials, such as photoresists, which are essential for the lithography process. These developments suggest that while ASML’s hardware monopoly may remain intact for the foreseeable future, the broader ecosystem is becoming more fragmented and diversified.

Industry Impact The implications of ASML’s unchallenged position extend far beyond the company’s balance sheet, influencing the entire trajectory of the global semiconductor industry. For chipmakers like TSMC, Samsung, and Intel, access to ASML’s latest tools is a prerequisite for maintaining technological leadership. Any disruption in ASML’s supply chain or a delay in its product roadmap could cascade through the industry, affecting everything from smartphone processors to artificial intelligence accelerators. The concentration of such critical capability in a single entity creates systemic risk, prompting governments and corporations to seek redundancy in their supply chains, even if full duplication of EUV capabilities is currently impossible. Moreover, the geopolitical dimension of ASML’s monopoly has turned the company into a strategic asset for the Netherlands and the European Union. The Dutch government’s decisions regarding export licenses are closely watched by Washington and Beijing alike. Fouquet’s insistence on the permanence of ASML’s dominance serves to justify the company’s compliance with export restrictions while simultaneously arguing against the feasibility of alternative supply sources. This stance reinforces the narrative that decoupling from ASML is not a viable option for the global industry, thereby preserving the company’s market access in allied nations while navigating the complexities of restricted markets. The industry also faces the challenge of sustaining innovation in the face of physical and economic limits.

As Moore’s Law slows, the reliance on advanced lithography to achieve incremental performance gains becomes more critical. ASML’s ability to deliver High-NA EUV systems will determine the pace of advancement in AI chip design and other compute-intensive applications. If ASML fails to meet its technological milestones, the industry could face a stagnation in performance improvements, leading to increased costs for end-users and potentially slowing the adoption of next-generation technologies. Thus, ASML’s performance is inextricably linked to the broader health and innovation capacity of the tech sector.

Outlook Looking ahead, the sustainability of ASML’s monopoly will depend on its ability to continue innovating at a pace that outstrips the efforts of potential challengers.

While Fouquet’s comments suggest confidence in the near-term stability of the market, the long-term outlook is shaped by the gradual diversification of global semiconductor capabilities. China’s push for self-sufficiency, although unlikely to result in immediate EUV competitors, will likely lead to a bifurcation in the market, with separate supply chains for restricted and unrestricted regions. This fragmentation could reduce ASML’s total addressable market in the long run, even if its dominance in the unrestricted segment remains absolute. Additionally, the company must navigate the internal challenges of managing a highly specialized workforce and maintaining its R&D pipeline. The talent required to develop and maintain EUV technology is scarce, and competition for skilled engineers is intensifying globally. ASML’s ability to attract and retain top talent will be a key determinant of its future success. Furthermore, the company must balance its commercial interests with the political pressures exerted by its home country and key customers, a delicate act that requires sophisticated diplomatic and strategic management. Ultimately, while ASML’s EUV monopoly appears unshakeable in the current geopolitical climate, it is not immune to the forces of change. The company’s future will be defined by its capacity to adapt to a world where technological sovereignty is becoming a primary driver of industrial policy. As nations invest heavily in reshoring and friend-shoring semiconductor production, ASML will need to evolve from a pure equipment supplier to a strategic partner in national security and economic resilience. The coming years will test whether ASML’s technological lead is sufficient to maintain its central role in a rapidly changing global order.