Offers to companies

Our topics are hardware implementations within model based design (model based hardware design), hardware/software codesign, algorithm and tool development, circuit optimization and design automation, neural networks. We create hardware in VHDL or Verilog HDL and optimization/generation software. Among others we have experience with Altera and Xilinx building blocks and design environments, Matlab/Simulink, Modelsim and common software development environments.

We work with you to develop highly optimized implementations of your digital circuits, also based on Matlab/Simulink models. Our expertise is in the area of Digital Signal Processing (DSP) or control and similar data paths for FPGA and SoC devices, but we are also interested in ASIC design. We develop your circuits in VHDL or Verilog HDL.

We analyze your problem together with you and design circuit and system solutions based on FPGAs, microcontrollers or state-of-the-art SoC (System-on-Chip) based FPGA system platforms in the areas of real-time signal processing, video data processing, neural networks, control and regulation applications and others according to your wishes and specifications.<x-cl> Digitalschaltungen. </x-cl>

We have proven expertise in the development and advancement of algorithms for hardware generation and optimization and the associated tools. We are happy to work with you on the extension of your in-house tools or on modules for the automated generation and optimization of hardware models.

We would be happy to discuss whether neural networks could be a solution to your problem.

Directly with you or in larger project groups, we work together with you on targeted development assignments. In addition to implementation tasks, our share also includes the design, analysis and adaptation of new and novel approaches to solving sub-problems.

Our main interest lies in the new development and investigation of solution approaches for difficult, so far unsolved problems. We will be happy to work with you to find solutions to problems that will only play a decisive role in your next but one product generation. You thus secure the advantage of smooth product development based on the latest research results.