Welcome to the Fraunhofer Group for Microelectronics

Europe’s largest R&D provider for smart systems

"Research Fab Microelectronics Germany"

On April 6, 2017, the Federal Ministry of Education and Research (BMBF) launched the first research fab for micro- and nanoelectronics operating throughout Germany.

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Our Range of Services

Technological and system developments for smart systems from a single provider

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Business Office

We support you in finding the right contact person and advise you on the possibilities of cooperation.

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"Microelectronics News"

Our paper edition is published four times a year and features information about current research results and developments by our member institutes.

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20 Years as Innovation Driver for Microelectronics

Personalities who have shaped the Fraunhofer Group for Microelectronics since its founding in 1996 and define it today.

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Our Range of Services


Business Areas

Application-oriented development


Trans-sectoral Areas

Expert support in technological areas


Core Competences

Technological basis for products of the future 


Our Latest Customer Brochure

R&D expertise in smart systems of 18 Fraunhofer institutes across Germany at a glance 

Latest News


Efficient and compact voltage converters are setting new standards for electromobility

By 2020, it is intended that there be a million electric vehicles on Germany’s roads. In order to fulfill this target set by the federal government, the possibilities offered by e-mobility must be improved. With the development of an innovative half-bridge circuit, Fraunhofer IAF has been able to take an important step in this direction.

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Leti and Fraunhofer team up to strengthen microelectronics innovation in France and Germany

Two leading European research institutes today announced their new collaboration to develop innovative, next-generation microelectronics technologies to spur innovation in their countries and strengthen European strategic and economic sovereignty.

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Sensors and Sensor Systems

Failures and unplanned maintenance work on safety-critical industrial systems generally result in high costs to operators. Often, these failures announce themselves in advance through atypical operating parameters such as rising temperatures, moisture intrusion, or loss of pressure. A flexible monitoring system developed at Fraunhofer IPMS measures just these parameters, evaluates them, and derives failure risks for the systems.

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Permanent condition monitoring for infrastructural works

Infrastructural works such as bridges need to withstand a lot: they are greatly exposed to wind and weather conditions and also need to deal with constantly increasing traffic levels. What is more, many buildings and elements of infrastructure are currently reaching the end of their projected service life and require regular evaluation of their condition in order to guarantee that it is safe to continue to use them. However, regular and thorough condition monitoring of viaducts has, until now, meant a significant contribution of time and personnel, which has also made it very cost-intensive.

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To the "Microelectronics News"