Synopsis: South Korea and the Netherlands deepen semiconductor cooperation beyond ASML, expanding collaboration into photonics, AI, research, and supply chain resilience amid rising global technology competition.
South Korea and the Netherlands are expanding their semiconductor partnership beyond their long-standing ties with Dutch chip equipment giant ASML, as both countries seek broader collaboration across emerging technologies, research, and supply chain resilience. The growing cooperation reflects increasing global competition in the semiconductor industry and the strategic importance of advanced chip technologies.
While ASML remains central to bilateral semiconductor relations due to its dominance in extreme ultraviolet (EUV) lithography equipment, officials and industry experts emphasize that future cooperation now extends into areas such as photonics, artificial intelligence, advanced materials, quantum technologies, and semiconductor talent development. The partnership is increasingly viewed as a comprehensive innovation alliance rather than a relationship centered solely on manufacturing equipment.
Dutch Ambassador to South Korea Peter van der Vliet highlights photonics as a promising area for deeper cooperation. Photonics technology, which uses light for high-speed data transmission and advanced computing applications, is emerging as a critical component of next-generation semiconductor and AI systems. Both countries are seeking to combine Dutch expertise in precision engineering with South Korea’s strengths in large-scale chip production and commercialization.
Also read: SK Industry Minister Discusses Economic Ties with Kyrgyzstan
South Korea is home to global semiconductor leaders such as Samsung Electronics and SK hynix, while the Netherlands plays a vital role in the global chip ecosystem through ASML and related high-tech industries. Analysts note that the two countries occupy complementary positions within the semiconductor supply chain, creating opportunities for collaboration in research, workforce development, and advanced manufacturing technologies.
The partnership is also gaining strategic importance amid rising geopolitical tensions and global efforts to secure semiconductor supply chains. Export restrictions, technological competition, and increasing demand for AI-related chips are encouraging countries to strengthen alliances with trusted technology partners. South Korea and the Netherlands are both navigating pressures linked to the US-China technology rivalry while attempting to maintain competitiveness in the global semiconductor market.
In recent years, both governments have intensified semiconductor cooperation through policy dialogues, research partnerships, innovation missions, and industry exchanges. Discussions now include collaboration in sustainable semiconductor manufacturing, advanced packaging, talent mobility, and clean energy technologies linked to chip production.
Industry observers believe the evolving partnership demonstrates how semiconductor alliances are becoming increasingly multidimensional, extending beyond equipment supply into broader ecosystems of innovation, digital infrastructure, and strategic technological resilience.