Both SeNaTe and R2POWER300 drew on ASM Europe's core commercial capability: supplying and qualifying deposition systems for advanced semiconductor fabrication.
ASM EUROPE BV
Dutch semiconductor deposition equipment supplier active in 7nm logic and 300mm power chip manufacturing consortia.
Their core work
ASM Europe is a Dutch subsidiary of ASM International, one of the world's leading manufacturers of semiconductor deposition equipment — systems used inside chip fabs to deposit ultra-thin material layers via chemical vapor deposition (CVD) and atomic layer deposition (ALD). In H2020, they brought industrial-scale manufacturing expertise into large ECSEL consortia focused on pushing European semiconductor capability to the 7nm logic node and scaling power chip production to 300mm wafers. Their value in EU projects is precisely that gap-bridging role: they are not a university doing process research, but a commercial equipment supplier whose tools must actually work inside a production fab. Partnering with them means having a credible route from lab result to manufacturable process.
What they specialise in
SeNaTe (Seven Nanometer Technology) placed ASM Europe at the manufacturing end of Europe's most demanding semiconductor miniaturization effort of that era.
R2POWER300 targeted the transition of BCD Smart Power processes to 300mm wafer substrates, directly relevant to automotive and energy management chip supply chains.
ECSEL-IA projects require industry partners to validate that research processes are producible at scale; ASM Europe fills that role across both projects.
How they've shifted over time
Both H2020 projects fall within the same window (2015–2018), so no meaningful temporal shift is visible from this dataset alone. Their focus was consistent across that period: advanced deposition for logic at 7nm and power devices at 300mm — two parallel tracks of semiconductor scaling that were both active industry challenges at the time. The absence of projects after 2018 most likely reflects a shift toward successor frameworks (KDT Joint Undertaking, IPCEI on Microelectronics) rather than reduced R&D engagement, given ASM International's continued prominence in the global semiconductor equipment market.
With both projects in the same 2015–2018 window and no keyword evolution to trace, the clearest signal is selective engagement: ASM Europe joins large European consortia when the topic aligns with their product roadmap, making future collaboration most likely in KDT JU or IPCEI contexts around logic, memory, or power semiconductor equipment.
How they like to work
ASM Europe has participated exclusively as a consortium member — never as coordinator — in both H2020 projects. This is consistent with large industrial equipment companies that prefer to contribute technical expertise without carrying project management overhead. Their 61 unique partners from just two projects reflects the characteristic scale of ECSEL consortia, which routinely include 20–40 organisations per grant; they operate comfortably inside these large alliances as a manufacturing anchor rather than a research driver.
ASM Europe has connected with 61 distinct consortium partners across 13 countries through only two projects — a density that reflects ECSEL's deliberately pan-European, industry-heavy consortium design. Their network spans the core Western and Central European semiconductor ecosystem: the Netherlands, Germany, Belgium, France, and likely Scandinavia and Eastern Europe.
What sets them apart
ASM Europe brings something most consortium partners cannot offer: equipment that already ships into production fabs worldwide. While university partners generate process data and research institutes do characterisation, ASM Europe connects that research to the actual deposition tools that chip makers buy — which makes them essential for any consortium that needs to demonstrate a manufacturable pathway. As part of ASM International (a global top-3 deposition equipment supplier), they carry commercial credibility and supply-chain reach that smaller partners simply cannot replicate.
Highlights from their portfolio
- SeNaTeTargeted the 7nm logic technology node — the most demanding semiconductor frontier of its era — making it one of the most technically ambitious ECSEL consortia of the 2015 call.
- R2POWER300Addressed the industrially critical migration of BCD Smart Power processes to 300mm wafers, directly enabling cost-competitive European production of automotive and power-management chips.