Fraunhofer Institute for Photonic Microsystems
Quantum Manufacturing for Scalable Quantum Computing in Europe
Quantum manufacturing is a key enabler of industrial quantum computing and a strategic pillar for technology sovereignty in Saxony, Germany, and across Europe. Fraunhofer IPMS develops CMOS-compatible quantum manufacturing technologies by combining established 300 mm semiconductor processes with advanced quantum device engineering.
Our work enables the transfer of quantum technologies from laboratory research into scalable semiconductor-based production environments.
From Lab to Fab: Our Technology Capabilities
Fraunhofer IPMS develops scalable manufacturing technologies for superconducting and spin-based quantum devices. Our expertise spans the full process chain—from materials engineering and nanofabrication to device integration and cryogenic validation.
Our capabilities include:
- CMOS-compatible quantum device fabrication on 300 mm wafers
- Superconducting thin films and resonator technologies
- Spin qubit nanopatterning and micromagnet integration
- BEOL integration and advanced packaging
- Thermal management concepts for improved qubit coherence
- Integration of control and readout electronics
- Cryogenic RF, microwave, and electrical characterization
By combining these capabilities, we enable reproducible and scalable quantum device manufacturing.
Enabling Europe's Quantum Manufacturing Ecosystem
Fraunhofer IPMS contributes semiconductor manufacturing expertise to Europe’s quantum ecosystem by developing reliable and industrially compatible fabrication processes for future quantum processors.
Through close collaboration with research institutions and industry, we help accelerate the industrialization of quantum technologies and strengthen Europe’s position in scalable quantum computing hardware development.
