The development and production of state-of-the-art microelectronics requires the global exchange of know-how and cross-border cooperation in research and manufacturing. The institutes of the Research Fab Microelectronics Germany (FMD) and the edacentrum are working together in the Velektronik project to create this platform for trusted electronics.
To this end, networking within the projects of the "Trusted Electronics (ZEUS)" guideline funded by the Federal Ministry of Education and Research is essential.
Design and IP protection
Projects with trusted technologies in the fields of design and IP protection
Trust through transparency: methods and tools for designing open-source, trustworthy processors.
Trusted sensor systems for mobile and industrial applications.
Design methods and HW/SW co-verification for unique identifiability of electronic components.
Preventing attacks on electronic systems through innovative multi-sensor technology.
Projekte mit vertrauenswürdigen Technologien im Bereich Fertigung:
Prevention of attacks on electronic systems through novel ceramic multilayer systems.
Novel reconfigurable transistors for know-how protection of electronic components.
Unique identifiability for trusted microelectronics with chiplets.
Know-how protection for trusted heterogeneous electronic systems with chiplets.
Unique identifiability for trusted hybrid sensor electronics using additive manufacturing.
Heterogeneous photonics electronics platform for trusted open source processors.
Distributed manufacturing for novel and trusted electronics with split-manufacturing approach for semiconductor manufacturing.
Labeling and analysis
Projects with trusted technologies in the areas of labeling and analysis:
Novel secure electronic components for the "Chain of Trust".
Electronic know-how protection for innovative sensor systems.
Novel design methods for trustworthy electronic circuits.
Know-how protection and identifiability of electronic components for trustworthy production chains.