Core contributor across WAYTOGO FAST, BEYOND5, WAKeMeUP, TARANTO, and REFERENCE — all centered on silicon-on-insulator and advanced substrate technologies.
STMICROELECTRONICS FRANCE
Major semiconductor manufacturer contributing FDSOI, embedded memory, RF/5G, and sensing technologies to European electronics R&D consortia.
Their core work
STMicroelectronics France is the French arm of one of the world's largest semiconductor companies, specializing in advanced silicon technologies for IoT, automotive, 5G communications, and sensing applications. They design and manufacture FDSOI (Fully Depleted Silicon on Insulator) chips, embedded memory architectures, and RF/mmWave components used across industries from connected vehicles to smart factories. In H2020, they contribute deep expertise in CMOS process technology, non-volatile memory integration, and emerging sensing platforms like LiDAR and single-photon detectors. Their work sits at the intersection of semiconductor fabrication and system-level integration for next-generation electronics.
What they specialise in
PRIME, REMINDER, and WAKeMeUP focus on ultra-low-power memory architectures including phase change memory and embedded flash for microcontrollers.
TARANTO (which they coordinated), BEYOND5, and REFERENCE target BiCMOS and RFSOI platforms for 5G, V2X, and mmWave connectivity.
VIZTA project develops Time-of-Flight sensors, single-photon avalanche diodes (SPADs), and LiDAR systems for automotive and industrial vision.
QLSI project explores large-scale quantum integration in silicon using CMOS-compatible devices — a forward-looking bet on quantum.
AUTOPILOT (IoT-enabled autonomous driving), WAKeMeUP (automotive microcontrollers), and BEYOND5 (V2X communication) address the automotive semiconductor value chain.
How they've shifted over time
In 2015–2018, STMicroelectronics France focused on foundational semiconductor R&D: advanced substrates (SOI RF), ultra-low-power memory architectures for IoT, and neuromorphic computing (NeuRAM3). From 2019 onward, their work shifted decisively toward application-driven technologies — automotive sensing (LiDAR, Time-of-Flight), 5G/mmWave RF platforms, embedded flash for automotive MCUs, and even quantum computing in silicon. The trajectory shows a company moving from process-level research toward full system integration and next-generation application domains.
STMicroelectronics France is pivoting toward application-ready sensing, connectivity, and quantum platforms — partners should expect growing focus on automotive, 5G infrastructure, and silicon-based quantum computing.
How they like to work
STMicroelectronics France overwhelmingly participates as a consortium partner (13 of 16 projects) rather than leading, which is typical for large semiconductor companies that contribute specialized IP and fabrication capabilities to broader research efforts. They coordinated only TARANTO, an ECSEL project on BiCMOS for RF/THz applications. With 285 unique partners across 26 countries, they operate as a well-connected hub in European electronics R&D — a reliable industrial anchor that brings manufacturing scale and silicon expertise to academic and SME-led consortia.
With 285 consortium partners spanning 26 countries, STMicroelectronics France is deeply embedded in the European semiconductor and electronics research ecosystem. Their network reflects the broad, multi-country consortia typical of ECSEL and large-scale ICT projects.
What sets them apart
STMicroelectronics France brings something rare to H2020 consortia: actual high-volume semiconductor manufacturing capability combined with advanced R&D. Unlike university labs or design-only SMEs, they can take research results from pilot lines to production-grade silicon. Their FDSOI technology platform — spanning RF, memory, sensing, and even quantum — makes them a versatile industrial partner for any project that needs to prove a concept works in real silicon.
Highlights from their portfolio
- TARANTOTheir only coordinated project — developing advanced BiCMOS platforms for RF and terahertz applications, signaling strategic priority in next-gen communications.
- WAKeMeUPLargest single EC contribution (EUR 742,818) — integrating non-volatile memory into FDSOI automotive microcontrollers, bridging memory research with real product lines.
- QLSIA bold move into quantum computing hardware using CMOS-compatible silicon — positions them at the frontier of quantum-classical integration.