Central to WAYTOGO FAST, MADEin4, PIN3S, and IT2 — all focused on advanced semiconductor process equipment, metrology, and inspection systems.
PRODRIVE TECHNOLOGIES BV
Dutch electronics manufacturer specializing in semiconductor process equipment, metrology systems, and power electronics for advanced chip fabrication and energy applications.
Their core work
Prodrive Technologies is a Dutch high-tech electronics company that designs and manufactures advanced electronic systems, power electronics, and precision equipment. Within H2020, they contribute hardware and electronics expertise to semiconductor manufacturing projects — particularly metrology, inspection, and process control equipment for next-generation chip fabrication. They also bring power electronics and energy management capabilities, as seen in their work on micro-CHP systems and modular hybrid energy storage. Their core value lies in translating complex electronic designs into production-ready equipment for demanding industrial applications.
What they specialise in
MADEin4 (Metrology Advances for Digitized ECS industry 4.0), PIN3S, and IT2 all involve precision measurement and process control for semiconductor fabrication.
EnerTwin (micro CHP power electronics) and iSTORMY (modular power electronics interfaces, universal BMS for hybrid energy storage).
MADEin4 involves cyber-physical system edge computing for manufacturing, while iSTORMY uses digital twin modelling for energy storage management.
How they've shifted over time
Prodrive's early H2020 involvement (2015–2018) was broader, spanning advanced semiconductor substrates (WAYTOGO FAST) and micro-CHP energy systems (EnerTwin). From 2019 onward, they concentrated sharply on semiconductor process technology — metrology, inspection, nano-scale equipment, and materials for 3nm and 2nm nodes (PIN3S, IT2, MADEin4). The keyword shift from general manufacturing/cyber-physical terms to semiconductor-specific vocabulary (lithography, DTCO, Moore's Law, heterogeneous photonics) signals a deliberate deepening into next-generation chip manufacturing infrastructure.
Prodrive is positioning itself as a key equipment supplier for sub-5nm semiconductor manufacturing in Europe, making them a strong partner for any consortium working on European chip sovereignty.
How they like to work
Prodrive participates exclusively as a partner — they have never coordinated an H2020 project, which is typical for industrial equipment suppliers who contribute specialized hardware rather than driving research agendas. With 116 unique partners across 15 countries, they operate in large consortia (consistent with ECSEL and IA funding schemes that assemble broad European value chains). This suggests they are comfortable integrating into complex multi-partner projects and delivering defined technical work packages.
Prodrive has collaborated with 116 unique partners across 15 countries, reflecting the large-scale semiconductor consortia typical of ECSEL joint undertaking projects. Their network spans the European semiconductor ecosystem, with likely strong ties to other Dutch high-tech players in the Eindhoven/Brainport region.
What sets them apart
Prodrive occupies a distinctive niche as a full-stack electronics design and manufacturing house that can take research-stage concepts and engineer them into production equipment. Unlike pure research institutes, they bring manufacturing capability; unlike large OEMs, they remain flexible enough to work on custom, low-volume precision systems. For consortium builders in semiconductor or advanced manufacturing, they offer the rare combination of R&D participation and the ability to actually build the resulting hardware.
Highlights from their portfolio
- PIN3SLargest funding (EUR 828,750) — pilot integration of 3nm semiconductor technology, placing Prodrive at the frontier of Europe's most advanced chip manufacturing effort.
- IT2Targets the 2nm node with work spanning lithography, metrology, and heterogeneous photonics — represents the bleeding edge of semiconductor process technology.
- iSTORMYDemonstrates cross-sector versatility: modular power electronics and digital twin modelling for stationary energy storage, distinct from their semiconductor core.