The semiconductor industry’s reliance on a deeply integrated global supply network presents a formidable obstacle to efforts aimed at reconcentrating advanced chip production in the United States, according to analysis from ASML, the Netherlands-based manufacturer of critical lithography equipment.
ASML, headquartered in Veldhoven, has emerged as a central figure in discussions surrounding semiconductor supply chain resilience. The company’s extreme ultraviolet (EUV) lithography machines represent the technological frontier of chipmaking capability, enabling the production of the most advanced microprocessors and memory chips globally. However, the very existence of ASML’s market-leading position underscores a broader reality: manufacturing cutting-edge semiconductors cannot be achieved through isolated national efforts.
The production of advanced microchips requires coordination among hundreds of specialized suppliers distributed across multiple continents. From materials suppliers to precision engineering firms, optical component manufacturers to software developers, each participant in the ecosystem has developed deep expertise over decades. ASML itself depends on suppliers from across Europe, Asia, and North America to manufacture its own equipment. Similarly, major foundries such as TSMC in Taiwan operate within this same interconnected web of dependencies, with no single nation possessing all necessary capabilities in-house.
A Multidecade Undertaking
Policymakers in Washington have increasingly emphasized domestic semiconductor manufacturing capacity as a strategic priority, particularly following supply chain disruptions in recent years. However, industry observers note that recreating a self-sufficient semiconductor ecosystem within the United States would constitute a fundamentally different challenge from simply relocating existing facilities or subsidizing new construction.
Building the necessary institutional knowledge, workforce expertise, and supplier relationships that characterize today’s semiconductor industry would require substantial time investment. Training specialized technicians, establishing research institutions capable of advancing process technology, and developing supplier networks for hundreds of intermediate components cannot occur on compressed timescales. Industry analysis suggests such an undertaking would span multiple generations rather than representing a project achievable within a single decade.
European Implications
For European stakeholders, ASML’s position as a linchpin supplier underscores both opportunity and vulnerability. The Netherlands-based firm’s dominance in EUV lithography ensures European technological leadership in a critical sector, yet also highlights the continent’s dependence on functioning global trade relationships. European semiconductor manufacturers and equipment suppliers remain integrated within the same international networks that characterize the broader industry.
Regulatory frameworks governing semiconductor manufacturing, trade restrictions on advanced equipment exports, and investment policies aimed at bolstering domestic capacity will shape how quickly or effectively any reshoring initiatives progress. The complexity of semiconductor production creates natural constraints on the feasibility of rapid supply chain reorganization, regardless of policy interventions or available capital investment.