Leibniz Institute for High Performance Microelectronics
The Leibniz Institute for High Performance Microelectronics (IHP) is one of the internationally recognized competence centers for silicon-germanium technology.
We conduct cutting-edge research and development into silicon-based systems, high-frequency circuits and technologies for wireless and broadband communication. As a transition between basic research and application-oriented applications, the institute makes significant contributions to the innovative strength and ability of Germany and Europe as a location.
The IHP's research focuses on economically relevant topics that are used in:






Fields of Activity
News
iCampµs Cottbus: Launch of the second project phase of the "Innovation Campus Electronics and Microsensors - iCampµs Cottbus"
The BMBF is funding the second phase of the iCampµs future project with 20 million euros. The focus of the developments is on Smart Health, Environmental Sensor Technology 4.0 and Industry 4.0.
Students develop a functioning AI chip at IHP
Project "Brandenburg/Bayern Aktion für KI-Hardware-Themen im Lehrplan der Universitäten" pushes practice-oriented teaching. The successful cooperation in the Joint Lab between the University of Potsdam and the IHP serves as a model.
Revival of the sugar beet: hacking robot successfully tested
In the zUCKERrübe research project, the Eberswalde University of Applied Sciences (HNEE) and IHP are developing a fully automated robot for weed control in sugar beet cultivation. The scientists are relying on AI and robotics to solve the problem in a timely manner, especially for organic farming.
Science digital: Experiment in the children's room
The Future Day for Girls and Boys in Brandenburg 2022 once again took place digitally at the IHP. On April 28, 20 pupils logged on to follow the rounds of talks, experiments and video contributions broadcast live from the IHP lecture room.
What follows coal? Future opportunities through microsensor technology and digitalization
The Federal Ministry of Research supports regional structural change through innovative technologies with 20 million euros: Through research and development, five non-university research institutions and the BTU are creating a broad technical spectrum.
World record: Ultrafast germanium photodiodes
A new world speed record has been set by the waveguide-coupled germanium photodiode developed at IHP. The breakthrough was achieved through a special thin-fin design in which a germanium lamella was integrated as part of a photodiode on a silicon waveguide.