Netherlands Launches World's First Industrial Photonic Chip Factory with €153 Million Investment

2026-03-10 semicon

Netherlands, Tuesday, 10 March 2026.
Construction began March 8, 2026, on a groundbreaking facility in Eindhoven that will produce chips using light instead of electricity, promising revolutionary advances in AI and telecommunications while strengthening European technological independence.

Revolutionary Technology Behind the Investment

This facility represents a fundamental shift in semiconductor manufacturing, focusing on photonic chips that utilize light rather than traditional electricity for data processing [1]. The technology, known as integrated photonics, enables faster data transmission with significantly lower energy consumption compared to conventional electronic semiconductors [2]. The Eindhoven factory will produce indium phosphide photonic chips on 6-inch (15.24 cm) wafers, marking the world’s first industrial-scale production line for this advanced technology [1][3]. These chips process information by detecting, generating, transporting, and processing light, allowing communication systems to send more information simultaneously over longer distances while consuming less power [2].

Massive European Investment and Collaboration

The project secured substantial funding through multiple channels, with the total investment reaching €150-172 million depending on the funding stream [4][5]. PhotonDelta contributed €53 million as part of the PhotonDelta National Growth Fund program, while the broader European initiative received support from the European Chips Act through the PIXEurope consortium [4]. The Dutch Ministry of Defense allocated €20 million specifically for defense applications, reflecting the technology’s strategic military importance [6]. Minister Herbert emphasized the project’s significance, stating: “With this investment, we are going to work to move from knowledge and innovation to concrete applications of integrated photonics” [4]. The PIXEurope consortium encompasses 20 partners across 11 European countries, from Barcelona to Helsinki, making this one of five new European chip pilot lines [7].

Key Players and Location Details

The factory construction is a collaboration between several prominent Dutch organizations, with TNO (Netherlands Organisation for Applied Scientific Research) and High Tech Campus Eindhoven serving as the primary initiators [1][6]. Additional partners include Eindhoven University of Technology (TU/e), PhotonDelta, and SMART Photonics [1]. The facility is being constructed at the High Tech Campus in Eindhoven, approximately 200 meters from SMART Photonics’ existing smaller-scale production facility [8]. SMART Photonics, which currently employs 200 people and operates 50-60 machines including equipment from ASML, brings 15 years of experience in scaling photonics chip technology to the collaboration [8]. CEO Eelko Brinkhoff of PhotonDelta noted the historic nature of the project: “For the first time in more than 40 years, the Netherlands is building a factory for chip production again” [4].

Production Timeline and Strategic Applications

The factory is scheduled to become fully operational by 2028, with production capacity reaching up to 10,000 wafers and 10 million chips annually [1]. The facility will initially employ approximately 40 specialists after the startup phase, with SMART Photonics planning to expand to 300-350 employees as production scales up [4][8]. The photonic chips will serve critical applications across multiple sectors, including AI data centers, 6G telecommunications networks, medical innovations, supercomputers, quantum computing, aerospace, and defense systems [1][2]. Defense Minister Yeşilgöz highlighted the strategic importance, explaining that photonic chips enable secure communications that cannot be disrupted by enemy interference, making them ideal for military operations and drone navigation without GPS dependency [6]. The technology’s defense applications extend to optical communication systems, with Ukraine already utilizing similar optical communication technology for drone operations [6].

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photonic chips semiconductor manufacturing