Poland Enters the European Semiconductor Race. Important Agreement with France

Why It Matters

The collaboration accelerates Poland’s capability to produce advanced, secure chips, reducing EU reliance on Asian suppliers and bolstering defence‑critical supply chains.

Key Takeaways

• CEZAMAT partners with French state‑run CEA‑Leti on FD‑SOI research.
• FD‑SOI offers low power, photonics integration, and radiation resistance.
• Pilot‑line FAMES links Poland with EU’s IMEC and Fraunhofer initiatives.
• Plan to launch a 130‑nm FD‑SOI fab in Poland within years.
• Knowledge‑transfer model avoids costly license fees, builds local expertise.

Pulse Analysis

The European Union has launched the Chips Act to revive home‑grown microelectronics and cut dependence on Asian foundries. Central to the strategy are research powerhouses such as France’s CEA‑Leti, Belgium’s IMEC and Germany’s Fraunhofer, which operate pilot‑line projects that bridge laboratory breakthroughs and industrial production. Poland’s CEZAMAT, based at Warsaw University of Technology, has now entered this elite network through a formal cooperation with CEA‑Leti. The agreement gives Polish scientists direct access to the same R&D infrastructure that underpins the continent’s leading chip manufacturers, marking a significant step toward a more balanced European supply chain.

The partnership focuses on Fully Depleted Silicon‑on‑Insulator (FD‑SOI), a 130‑nanometre technology prized for its low‑power consumption, seamless integration with photonics and micromechanics, and exceptional radiation hardness. These traits make FD‑SOI ideal for Internet‑of‑Things devices, autonomous sensors, and mission‑critical aerospace or defence systems where power budgets are tight and exposure to ionising radiation is inevitable. By leveraging CEA‑Leti’s experience with Samsung and GlobalFoundries, CEZAMAT can accelerate prototype development, validate design kits, and train engineers without the massive capital outlay required for a brand‑new lithography node.

For Poland, the deal is more than a research contract; it is a blueprint for building a domestic semiconductor fab that could serve both civilian markets and national security needs. The knowledge‑transfer model sidesteps costly licence purchases, allowing incremental investment as competence matures. A successful FD‑SOI line would diversify the EU’s chip portfolio, create high‑value jobs, and strengthen the region’s resilience against supply disruptions or hostile electronic attacks. As the EU tightens its strategic autonomy, Poland’s emerging role could become a cornerstone of Europe’s next‑generation chip ecosystem.