Euclyd, an Eindhoven semiconductor company developing hardware for running trained AI models, said on September 15 it had signed a Series A exceeding €200 million. Its intended buyers include enterprises, national AI infrastructure programs and operators of very large data centers. The financing supports work on processors and complete computing systems designed to reduce the electricity and infrastructure needed to serve AI applications.
The company's focus is inference: taking new input through a trained model to generate a prediction or decision. Its architecture aims to reduce the movement of data between memory and processing units, an approach intended to lower energy consumption. NL Times described that design in April, while reporting that the company's efficiency claims had yet to be independently validated at scale.
Euclyd's roadmap links a chip called craftwerk with a computing system its website calls CWS 32. The company says it designs processors and memory together, combining specialized, programmable chips with optimization of the surrounding system. Its recruitment spans chip design, firmware, compilers and runtime software—the software needed to translate and execute workloads on the hardware.
Commercial adoption remains a development task. NL Times reported in April that Euclyd was discussing potential business with four prospective clients, with first deliveries potentially arriving in 2027 or 2028. Those were prospects and a possible timetable. The September announcement describes preparations for commercial deployment across its target markets.
Samsung, Somerset Capital Partners, the EQT-managed Scaleup Europe Fund and Innovation Industries co-led the round. Participants include EIFO, imec.xpand, Brabant Development Agency and Quadri. Former ASML chief executive Peter Wennink joins as board chairman. The announced euro threshold equates to about $230.8 million using the European Central Bank's September 15 reference rate; Euclyd describes the financing as signed.
Euclyd says the financing will expand engineering, advance its chip and systems roadmap and strengthen ecosystem partnerships. That makes the next business test concrete: turning an integrated hardware design into systems that prospective buyers can deploy, with the promised energy savings demonstrated on their workloads.