Collaboration

Partnerships for research, development, and technology transfer – from collaborative projects to tailored innovation solutions.

About SAL

Insights into SAL’s mission, values, research activities, and contribution to Europe’s innovation ecosystem.

WBG Pilot Line

The WBG Pilot Line aims to strengthen the competitiveness of the European semiconductor industry by accelerating the adoption of advanced wide-bandgap technologies across the entire value chain. Its focus lies on WBG semiconductors such as SiC and GaN, as well as novel ultra-WBG materials for high-power and high-frequency applications.

Project goals

  • Realize an integrated pilot line focused on the developments of the wide-bandgap (WBG) semiconductors technologies for power and radio frequency (RF) electronics
  • Improve the European supply chain for WBG substrates
  • Demonstrate a European value chain through shared development of novel semiconductor and MEMS devices based on wide-bandgap materials

 

Project
facts

Title: Wide Band Gap Pilot Line
Program: Chips for Europe Initiative
Funding Agency: European Union
Project Coordinator: Italian National Research Council (CNR)
Duration: 01.06.2025 – 31.05.2030

WBG Pilot Line

Accelerating innovation in wide bandgap semiconductors—from research to industrial-scale solutions. Discover how the WBG Pilot Line supports the next generation of power and radio frequency electronics.

Similar Projects

Discover more projects with similar focuses and technologies.

5Gearing

5GEARING aims to develop guide­lines on the deploy­ment of 5G campus network for manu­fac­turing indus­tries targeting local and rural regions. Using these guide­lines, the project targets the demon­stra­tion of the 5G system capa­bil­i­ties in an indus­trial envi­ron­ment with defined traffic profile of an indus­trial use case. 5GEARING contributes to expanding the 5G network ecosystem from trial to launch involving customers, vendors, service providers, inte­gra­tors, and acad­emia.

SURFBOND

The goal of SURF­BOND is the development of advanced surface preparation lines for fusion and hybrid bonding….

NOVETROL

Within the NOVETROL project, a novel, fast, passive, and self-regulating current limiter for DC networks is being investigated. This device is based on the extraordinary magnetoresistance effect occurring in semiconductors with very high charge carrier mobility. The component functions similarly to a thermistor: instead of increasing its resistance with rising temperature, the resistance increases in response to the magnetic field generated by the fault current that the system is intended to limit….

Contact

Business Development
Lisa Kainz MA
Business Development Microsystems
Graz
Project Manager
Priv.-Doz. Dr. Marco Deluca
Head of Research Unit Thin Film Technologies (TFT)
Graz

Newsletter

Our Science & Stories newsletter provides the latest news, bietet aktuelle Neuigkeiten, Forschungshighlights und spannende Einblicke
von Silicon Austria Labs – direkt ins Postfach.