Central to WAYTOGO FAST, OCEAN12, PRIME, and BEYOND5 — all focused on advancing FDSOI nodes from 28nm down to 12nm for various applications.
GLOBALFOUNDRIES Dresden Module One LLC & Co. KG
Major European semiconductor fab specializing in FDSOI process technology for automotive, 5G, IoT, and silicon photonics applications.
Their core work
GLOBALFOUNDRIES Dresden is a major semiconductor fabrication facility (fab) operated by one of the world's largest contract chipmakers. Their Dresden site specializes in advanced FDSOI (Fully Depleted Silicon on Insulator) process technology, manufacturing chips for automotive, IoT, 5G communications, and low-power applications. Within EU projects, they contribute semiconductor process expertise, advanced metrology and inspection capabilities, and manufacturing know-how for next-generation chip technologies from RF devices to silicon photonics.
What they specialise in
REFERENCE (SOI RF substrates), BEYOND5 (RFSOI for 5G/V2X), and OCEAN12 demonstrate deep RF semiconductor expertise across multiple generations.
MADEin4 focused on AI-driven metrology and inspection platforms for Industry 4.0 semiconductor manufacturing.
SIPHO-G (2021-2025) targets advanced GeSi components for optical modulators, photodetectors, and transceivers — a new direction for the fab.
PRIME addressed ultra-low-power memory architectures for IoT, while BEYOND5 targeted low-power connectivity for IoT and V2X applications.
How they've shifted over time
In the early period (2015-2017), GLOBALFOUNDRIES Dresden focused on foundational FDSOI substrate development and RF-SOI performance optimization — building the core process technology. From 2018 onward, they shifted toward applications of that technology: autonomous driving chips (OCEAN12), AI-powered manufacturing control (MADEin4), 5G/V2X communications (BEYOND5), and silicon photonics (SIPHO-G). The trajectory shows a clear move from developing the manufacturing process itself to deploying it across high-growth application domains.
GLOBALFOUNDRIES Dresden is expanding from pure semiconductor process R&D into application-specific chip platforms for 5G connectivity, autonomous mobility, and optical communications — expect future work in photonics integration and specialized RF domains.
How they like to work
GLOBALFOUNDRIES Dresden operates exclusively as a participant, never leading projects — consistent with a large industrial partner that brings manufacturing capability and process expertise to consortia led by research institutes or system integrators. With 139 unique partners across 19 countries, they work in large ECSEL-type consortia typical of the European semiconductor ecosystem. Their broad partner base suggests they are a sought-after fab partner rather than a loyalty-driven collaborator, making them accessible for new consortium builders who need industrial semiconductor manufacturing capacity.
Extensive European semiconductor network spanning 139 unique partners across 19 countries, built through large-scale ECSEL joint undertaking projects. Strong connections to the European chip design, equipment, and automotive electronics ecosystem, with likely concentrated ties to French (STMicroelectronics/CEA-Leti FDSOI ecosystem) and German semiconductor clusters.
What sets them apart
GLOBALFOUNDRIES Dresden is one of very few large-scale semiconductor fabs in Europe capable of manufacturing FDSOI chips at advanced nodes — a technology increasingly critical for automotive, IoT, and 5G markets where European sovereignty matters. Unlike research institutes, they bring actual high-volume manufacturing capability to consortia, meaning project results can transition to production. For any consortium that needs to demonstrate a path from lab to fab within Europe, GLOBALFOUNDRIES Dresden is an essential partner.
Highlights from their portfolio
- PRIMELargest single EC contribution (€2.94M) — focused on ultra-low-power technologies and memory architectures for IoT, reflecting the fab's strategic bet on energy-efficient computing.
- BEYOND5Builds the European RFSOI supply chain for 5G and millimeter-wave connectivity — directly tied to EU semiconductor sovereignty ambitions.
- SIPHO-GTheir most recent project (2021-2025) marks a strategic expansion into silicon photonics, signaling a new technology direction for the Dresden fab.