Core contributor to OCEAN12 (FDSOI up to 12nm node) and WAKeMeUP, both built around FDSOI process technology.
STMICROELECTRONICS (GRAND OUEST) SAS
French semiconductor division specializing in FDSOI technology, embedded memory, and ultra-low-power microcontrollers for automotive and AI-edge applications.
Their core work
STMicroelectronics Grand Ouest is a French division of the global semiconductor giant STMicroelectronics, focused on advanced microcontroller design and embedded memory technologies. Their work centers on FDSOI (Fully Depleted Silicon on Insulator) semiconductor processes, non-volatile memory integration, and ultra-low-power system-on-chip solutions. They contribute semiconductor expertise to European initiatives targeting automotive autonomous driving, smart mobility, and AI-at-the-edge computing. As a large industrial player, they bring production-grade chip design and pilot line capabilities to research consortia.
What they specialise in
WAKeMeUP focused on embedded flash and phase change memory for processors; StorAIge continues with next-generation MCU storage elements.
StorAIge targets ultra-low-power secured SoC for AI on the edge; WAKeMeUP addressed energy consumption in embedded processors.
OCEAN12 explicitly targets autonomous driving applications; WAKeMeUP addresses wafers for automotive key applications.
StorAIge (2021-2024) focuses on embedded storage for next-gen MCUs ready for AI on the edge, signaling a new direction.
How they've shifted over time
Their early H2020 work (2018-2019) was broadly anchored in FDSOI semiconductor processes, automotive autonomous driving, and embedded memory technologies like flash and phase change memory — classic semiconductor R&D concerns. By 2021, their focus narrowed toward ultra-low-power microcontrollers with embedded AI capabilities, reflecting the industry-wide shift toward edge computing. The move from "making better chips for cars" to "making AI-ready chips for everything" is a clear strategic pivot.
They are moving toward embedded AI at the edge — expect future work to focus on energy-efficient MCUs that can run machine learning workloads locally without cloud dependency.
How they like to work
STMicroelectronics Grand Ouest joins large European consortia as a participant or third party — they have never coordinated an H2020 project from this entity. With 152 unique partners across 19 countries, they plug into broad, industry-driven Innovation Action consortia where they contribute specific semiconductor expertise rather than leading the research agenda. This is typical for a large industrial company providing enabling technology to multi-partner projects.
With 152 unique consortium partners across 19 countries, they have an extensive European network concentrated in the semiconductor and electronics value chain. Their reach spans most of the EU's major research nations, reflecting STMicroelectronics' position as a pan-European industrial anchor in chip design.
What sets them apart
As a division of one of Europe's largest semiconductor manufacturers, they bring actual chip fabrication and pilot line capability to consortia — not just simulation or design, but the ability to produce real silicon. Their FDSOI specialization is distinctive: few European entities can offer deep expertise in this specific low-power transistor technology. For any consortium needing industrial-grade microcontroller or embedded memory validation, they are one of a handful of credible partners in Europe.
Highlights from their portfolio
- WAKeMeUPLargest funded project (EUR 931K) and their most technically rich contribution, spanning embedded flash, phase change memory, and FDSOI for automotive-grade microcontrollers.
- StorAIgeTheir most recent project and a strategic signal — positions next-generation MCUs for AI workloads at the edge, marking a clear shift toward embedded intelligence.
- OCEAN12Ambitious push to advance FDSOI technology to 12nm node for autonomous driving — demonstrates their role at the frontier of European semiconductor miniaturization.