Core contributor across MADEin4 (which they coordinated), 3DAM, IT2, ID2PPAC, PIN3S, and TAPES3 — all focused on measurement and characterization for advanced nodes.
APPLIED MATERIALS ISRAEL LTD
Global semiconductor equipment leader providing advanced metrology, inspection, and AI-driven process control for chip manufacturing from 7nm to 2nm nodes.
Their core work
Applied Materials Israel is the Israeli R&D arm of Applied Materials, the world's leading supplier of semiconductor manufacturing equipment. They develop advanced metrology, inspection, and process control systems used in chip fabrication at the most advanced technology nodes (from 7nm down to 2nm). In H2020 projects, they contribute equipment expertise, metrology solutions, and AI-driven manufacturing process control to European semiconductor pilot lines and research consortia.
What they specialise in
Participated in the full progression from SeNaTe (7nm) through TAKE5/TAKEMI5 (5nm), TAPES3 (3nm), to IT2 and ID2PPAC (2nm).
Keywords 'equipment and materials' recur across TAKEMI5, TAPES3, PIN3S, IT2, and ID2PPAC, reflecting their role as a major equipment supplier.
MADEin4 focused on AI-driven process control, cyber-physical systems, and Industry 4.0 applied to semiconductor fabs — a new direction beyond pure metrology.
R3-PowerUP (smart power pilot line) and REACTION (silicon carbide 8-inch wafer pilot line) show engagement in power semiconductor manufacturing.
How they've shifted over time
In their early H2020 participation (2015–2017), Applied Materials Israel focused on semiconductor process development and equipment supply for advanced nodes (7nm, 5nm), with a side engagement in power electronics and energy-efficient chip manufacturing. From 2018 onward, their focus shifted decisively toward metrology, inspection, and AI-powered process control — culminating in their coordinator role on MADEin4. The later projects also show increasing emphasis on heterogeneous integration, DTCO/STCO (design-technology co-optimization), and system-level thinking beyond individual process steps.
They are moving from being a passive equipment supplier toward becoming an active intelligence layer in semiconductor manufacturing — expect future work in AI-powered metrology, digital twins for fabs, and heterogeneous integration.
How they like to work
Applied Materials Israel primarily joins consortia as a participant (10 of 11 projects), contributing specialized equipment and metrology expertise to large European semiconductor initiatives. They coordinated one project (MADEin4), which was also their largest by funding, suggesting they step into leadership when the topic aligns with their core metrology strengths. With 177 unique partners across 21 countries, they operate as a well-connected hub in the European semiconductor ecosystem rather than a niche player with repeat partners.
With 177 unique consortium partners across 21 countries, Applied Materials Israel has one of the broadest networks in the European semiconductor R&D ecosystem. Their partnerships span the full chip manufacturing value chain — from research institutes and fab operators to other equipment vendors and design houses.
What sets them apart
Applied Materials Israel brings the R&D capabilities of the world's largest semiconductor equipment company into European consortia — a combination of deep industry knowledge, proprietary metrology technology, and global manufacturing insight that few European organizations can match. They are one of very few non-European companies consistently embedded in ECSEL and advanced-node pilot line projects, giving them a unique bridge role between global semiconductor industry practice and European R&D ambitions. For consortium builders, partnering with them signals access to industrial-grade metrology and inspection tools that can move from lab to fab.
Highlights from their portfolio
- MADEin4Their only coordinator role and largest funding (EUR 2.6M) — focused on AI-driven metrology for Industry 4.0, signaling their strategic pivot toward intelligent process control.
- IT2Part of the 2nm technology node effort, placing them at the absolute frontier of semiconductor miniaturization alongside Europe's top research organizations.
- REACTIONUnusual departure from their silicon-focused work — involvement in Europe's silicon carbide 8-inch wafer pilot line shows interest in the fast-growing power semiconductor market.