Detailed Narrative
AI as a Key Growth Driver
AI is identified as a major catalyst for the semiconductor industry, driving demand for advanced logic and DRAM. Management notes that while AI investments were previously not translating into immediate capacity additions, the last three months have shown customers moving forward with significant investments. This increased confidence in sustainable AI demand is expected to drive demand across ASML's entire product portfolio, including EUV and DUV, as AI applications require both advanced and more mature technologies.
Acceleration of Silicon Demand
The demand for silicon in AI applications is accelerating significantly faster than traditional Moore's Law. While Moore's Law historically required a 2x increase in transistors every two years, advanced AI products now demand a 16x increase over the same period. This acceleration necessitates not only scaling (smaller transistors) but also increased wafer volume, leading customers to build mega fabs and driving a 'hyper-cycle' of capacity expansion, as exemplified by NVIDIA's need for 4x more wafers for its 2027 products compared to today.
High NA and Deep UV Advancements
EUV is expected to have a strong year in 2026 with increased shipments and productivity improvements (e.g., 3,800 tools from 160 to 220 wafers per hour). High NA EUV tools are progressing, with the first 5200B accepted for high-volume manufacturing, enabling more advanced technology nodes around 2028-2029. Deep UV remains crucial, with new products like the NXT:870B KrF system achieving over 400 wafers per hour. ASML also shipped its first TWINSCAN XT:260 system for 3D integration, addressing the need to combine multiple chips.
Metrology, Inspection, and AI Integration
The metrology and inspection business grew almost 30% in 2025, driven by the need for enhanced process control at leading nodes. Progress in multi-beam e-beam inspection is expected to enable high-volume manufacturing in the coming years. ASML's collaboration and investment in Mistral AI aim to integrate AI into its products, support connected markets, and create new opportunities, strengthening core competencies and offering capabilities to customers.
Engineering Reorganization for Agility
ASML is implementing a significant reorganization within its technology and IT teams, resulting in 1,700 job reductions (1,600 from technology, 100 from IT). This difficult decision aims to simplify processes, reduce the number of leadership roles from 4,500 to 1,500, and create 1,400 new engineering positions. The goal is to enhance agility, improve engineer satisfaction by reducing organizational complexity, and ensure the innovation engine remains robust to support future growth.
Community Engagement and Infrastructure Expansion
ASML continues its commitment to the Brainport community through investments in mobility infrastructure, affordable housing, culture (Future Rijksmuseum, PSV Football Club), and education. A major milestone for 2026 is the groundbreaking of a second large campus in the Brainport Industries campus, with initial occupancy expected by 2028. This expansion supports the company's growth, debottlenecks existing facilities, and reinforces its local footprint.