Both SeNaTe (7nm) and TAKE5 (5nm) directly target sub-10nm node technology development within ECSEL Innovation Actions.
ASM BELGIUM NV
Belgian arm of ASM International: semiconductor deposition equipment specialist for advanced 5–7nm node manufacturing processes.
Their core work
ASM Belgium NV is the Belgian subsidiary of ASM International, a global manufacturer of semiconductor deposition equipment used in chip fabrication. Their core expertise lies in thin-film deposition processes — particularly epitaxy and atomic layer deposition (ALD) — which are critical steps in producing advanced semiconductor nodes. In H2020, they contributed industrial equipment knowledge and process engineering to large European consortia tackling the technical barriers of 7nm and 5nm semiconductor manufacturing. They represent the bridge between research-stage process innovation and the industrial-scale equipment that makes it manufacturable.
What they specialise in
ASM International's core product line — atomic layer deposition and epitaxy equipment — underpins their technical contribution to both semiconductor node projects.
Participation in ECSEL-IA projects implies integration of deposition steps into full process flows targeting volume-manufacturable nodes.
How they've shifted over time
Both H2020 projects fall within a narrow 2015–2019 window and follow a clear linear trajectory: SeNaTe addressed 7nm node technology, and TAKE5 moved directly to 5nm, reflecting the semiconductor industry's roadmap-driven push toward ever-smaller geometries. There is no observable shift in domain — the focus remained consistently on advanced node deposition — but the progression from 7nm to 5nm signals a systematic deepening of capability rather than a broadening of scope. Given the short timeline and narrow project set, it is difficult to detect a strategic pivot; what is visible is disciplined advancement along a single technological axis.
Their trajectory points directly toward sub-5nm and 3nm node research, making them a likely partner for any European initiative targeting next-generation semiconductor manufacturing under programs like Key Digital Technologies (KDT JU).
How they like to work
ASM Belgium consistently joins as a participant rather than leading consortia — a pattern typical of large industrial equipment suppliers who contribute specific process modules rather than orchestrating full research programs. Both projects were ECSEL Innovation Actions, which routinely involve 30–80 partners, so their 51 unique partners across 2 projects reflects standard large-consortium participation rather than an unusually broad independent network. Prospective partners should expect a well-defined, technically focused contribution rather than broad project management involvement.
ASM Belgium has engaged with 51 unique partners across 10 countries from just 2 projects, a high-density network that reflects the large, pan-European consortium structure of ECSEL projects. Their connections span the European semiconductor ecosystem — likely including IDMs, research institutes, equipment vendors, and EDA providers typical of ECSEL consortia.
What sets them apart
ASM Belgium brings something most research partners cannot: direct access to commercially deployed semiconductor deposition equipment and the process engineers who build and qualify it at industrial scale. As part of the ASM International group — one of only a handful of global ALD equipment suppliers — they carry weight in any consortium that needs to demonstrate a pathway from lab result to manufacturable process. For a European consortium seeking credibility with chip manufacturers or fab operators, ASM Belgium's presence signals real industrial viability.
Highlights from their portfolio
- SeNaTeThe larger of the two projects (EUR 446,245 EC funding), targeting 7nm node technology — a milestone in European semiconductor research during a period when global leadership in advanced nodes was increasingly concentrated outside Europe.
- TAKE5Directly follows SeNaTe by targeting 5nm node technology, demonstrating a sustained, roadmap-driven commitment to the European semiconductor scaling agenda rather than one-off participation.