Rapid Prototyping Kit

If you have chosen an FPGA or a completely discrete solution to implement your system, an ASIC can enable economically feasible scaling to large volume production. Additionally, an ASIC offers other advantages such as a drastic reduction in power consumption and installation space, the elimination of supply chain problems, and a significant increase in operational reliability that can only be realized with an application-specific chip.

Has your solution a proven value proposition? Are there opportunities for expansion into new markets or application areas? In such cases, forward-looking planning is crucial from the beginning. Even if your planning does not currently include a dedicated ASIC, our rapid prototyping kit can help you prepare for a seamless transition and integrate scalability into your planning from the start.

The rapid prototyping kit is customized to meet your specific needs and requirements. It enables the development of your system on an FPGA, where you can implement new functions, extensions, or series tests. Additionally, we are working on converting your system into an ASIC.

Our rapid prototyping kit includes all the necessary components, from modeling and development guidelines to platform selection and the FPGA board itself, based on your specific requirements.

If necessary, we can also conduct a feasibility study with you to determine all requirements and create a dedicated specification for your ASIC.

Rapid Prototyping Kit
© Fraunhofer IIS/Bianca Möller

RISC-V customization and special solutions

Depending on your requirements, we also carry out special adaptations to current RISC-V IP

  • Instruction set extensions
  • Adaptation of storage, interfaces, sensors
  • Integration of computing algorithms
  • Implementation of signal processing methods
  • Firmware and driver support

More Information

Chip Design and Modular IP Service

Chip Design Services – according to your specific requirements!

Design Customization

Instruction set extension for microcontrollers