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Researchers in a TU Eindhoven-led European project have tested chips designed to bring AI processing closer to the user. With working prototypes and industrial partners involved, the next question is how the technology will find its way into commercial products.
Amsterdam-based EpoQ has won PhotonDelta’s photonics contest for its plan to develop a compact atomic clock. The award provides technological services to help shrink precision timekeeping equipment for potential use in satellites, navigation and scientific instruments. A working prototype and first customers remain the next milestones.
SMART Photonics and GlobalFoundries plan a joint manufacturing service combining Eindhoven’s light-producing components with silicon photonics. Targeting availability in the second half of 2027, the partnership offers a potential route to international customers—with qualification, delivery conditions and commercial adoption still to follow.
Axelera AI is building a European customer base for its AI chips. Relationships with OVHcloud, Safran, Telefónica Tech and 2CRSi show how the Eindhoven company’s technology could reach cloud services, industrial equipment and business infrastructure—and which steps towards commercial use remain.
From XIVER’s investment in ASML technology to developments in AI and photonics, Brainport’s next chapter is taking shape around a practical question: can European expertise build a stronger European customer base?
Europe’s AI Gigafactories will be shaped by electricity, cooling, connectivity and industrial demand. Finland, Spain, Germany and Brainport illustrate competing priorities — and a deeper question: who will control the infrastructure and secure lasting access for European users?
Europe already possesses many of the companies, technologies and industrial sectors needed to sustain a semiconductor market. The challenge is no longer only building fabs, but connecting demand across mobility, energy, healthcare, telecom, aerospace and AI infrastructure.
Economic growth is widely associated with prosperity, innovation and opportunity. Yet growth is never merely an economic process. It also distributes costs, pressures and benefits, raising a fundamental question: who ultimately captures the value that growth creates?
Europe’s semiconductor future may depend less on isolated regional excellence and more on the continent’s ability to connect its ecosystems into a coherent technological architecture. From Eindhoven to Dresden and Leuven to Milan, Chips Act 2.0 increasingly reveals the importance of continental coordination.
Europe is building a new generation of deep tech — but risks losing control at the moment of scale. As global capital steps in, the question shifts from innovation to ownership: who will finance, and ultimately shape, Europe’s technological future?
