As a spin-off of the Institute for Electronics Engineering at the University of Erlangen-Nuremberg, we offer you know-how in the field of radion frequency (RF) technology. We support your project by consulting and developing RF systems and RF components for any technology readiness levels (TRL). Since we always focus on your application and thus the necessary overall system from the antenna to the firmware, we will find the most suitable RF solutions and components for you. Due to our close connection to cutting-edge science and our participation in international research projects, we always guarantee the most innovative solutions.
We support your projects with our know-how in the field of high-frequency technology. For this purpose, we develop customized, innovative concepts and solutions for you based on cutting-edge technology.
Based on your specific requirements we develop individual components and complete systems in the field of high frequency sensor technology and communication. In doing so, we always consider the entire system from hardware components to algorithms and finally user interface.
By performing simulations with state-of-the-art software tools, we have the opportunity to evaluate your existing systems and components and optimize them for specific applications. In addition, we develop detailed simulation models to increase the efficiency of the development process and shorten the time-to-market.
Using the latest measurement technology, we characterize systems and materials in practice. Channel and propagation models can also be created and evaluated on the basis of measurements. Traceable measurement protocols, accurate evaluation and visualization of the data are a matter of course for us.
We use modern high-frequency technology for our system solutions. This offers numerous advantages over the classical methods, from which your application benefits.
Our team disposes of a wide range of expertise in the field of high-frequency system engineering. Benefit from our many years of experience with the latest state of the art.