iRel40 project focused on Quality 4.0, physics of failure, robustness validation, and design-for-reliability across chip-package-board systems.
X-FAB GLOBAL SERVICES GMBH
Semiconductor foundry services company contributing manufacturing and reliability expertise for power devices, GaN transistors, and AI-edge microcontrollers.
Their core work
X-FAB Global Services is the commercial services arm of X-FAB, one of Europe's leading analog and mixed-signal semiconductor foundries. They provide semiconductor manufacturing expertise, particularly in reliability engineering, chip-package-board design validation, and specialty process technologies. In H2020 projects, they contribute foundry knowledge for power semiconductors (GaN), microcontroller fabrication, and AI-ready system-on-chip designs. Their value lies in bridging the gap between research-grade semiconductor designs and volume-ready manufacturing processes.
What they specialise in
YESvGaN project targets vertical gallium nitride power transistors on silicon substrates for cost-effective wide band gap power devices.
StorAIge project develops next-generation MCUs with embedded storage for AI inference at the edge, emphasizing low power and security.
All three projects require foundry-level manufacturing knowledge — reliability validation, GaN process development, and MCU fabrication.
How they've shifted over time
X-FAB's H2020 involvement is concentrated in 2020–2021, so the evolution window is narrow. Their initial entry through iRel40 focused on semiconductor reliability — Quality 4.0, prediction models, and physics-of-failure analysis for chip-package-board systems. Shortly after, they expanded into next-generation device technologies: vertical GaN power transistors (YESvGaN) and AI-capable microcontrollers (StorAIge), signaling a shift from reliability assurance of existing devices toward enabling emerging semiconductor architectures.
X-FAB is moving from process reliability assurance toward manufacturing enablement for next-generation power semiconductors and AI-edge computing hardware.
How they like to work
X-FAB never coordinates H2020 projects — they join as a participant or third-party contributor, consistent with a foundry providing manufacturing expertise to research-driven consortia. With 140 unique partners across just 3 projects, they operate in very large consortia (averaging ~47 partners per project), typical of major ECSEL/KDT-style industry initiatives. This means they are comfortable in complex, multi-stakeholder environments but are not driving the research agenda themselves.
Despite only 3 projects, X-FAB has touched 140 unique partners across 15 countries, reflecting participation in large pan-European semiconductor ecosystem initiatives. Their network is broad but shallow — wide reach through mega-consortia rather than deep bilateral ties.
What sets them apart
X-FAB brings something rare to EU consortia: real foundry manufacturing perspective. While most semiconductor research partners are universities or design houses, X-FAB contributes the process technology and manufacturing validation knowledge needed to move devices from lab to fab. For anyone developing new semiconductor devices — whether GaN power transistors or AI-edge SoCs — having a foundry partner who understands reliability at scale is a significant asset for reaching higher TRL levels.
Highlights from their portfolio
- iRel40Major European reliability initiative (ECSEL-scale with ~50+ partners) tackling Industry 4.0 quality methods for semiconductor systems — X-FAB joined as third party.
- StorAIgeLargest EC funding for X-FAB (EUR 253K), targeting next-gen MCUs with embedded AI — positions them in the growing edge-AI hardware market.
- YESvGaNAddresses vertical GaN-on-silicon, a breakthrough approach to making wide band gap power semiconductors affordable — directly relevant to Europe's green energy transition.