At Fraunhofer IZM in Cottbus we work on the development of miniaturized and scalable high frequency radar sensors, proximity sensors and high-speed systems for sensing, communication (5G, 6G) and computing, specifically in the following application areas:
- Medical & Healthcare
- Hardware Security & Civil Security
- Smart Farming, Smart City & Smart Factory
We design, test, characterize and optimize new configurations of sensors and high-speed systems as well as their integrated components (e.g. antennas) and electronic packaging platforms from 100 MHz to 500 GHz using our holistic design approach, the M3-approach (methodologies, models, measures). Unlike conventional design methods, the M3-approach enables systematic derivation, and implementation of reliable application-specific design measures right at the beginning of the development process. These measures take into account the impact of a wide range of factors (e.g. application environment, packaging technologies and manufacturing tolerances) that affect system functionality, performance, reliability and cost. Consequently, our M3-approach leads to optimized and cost-effective development of systems, components and electronic packaging platforms without multiple re-design iterations (First-Time-Right).
We look forward to having you as our cooperation partner.