Embedded Systems Solutions.
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High-quality Electronics: From Idea to Reality

From an innovative idea to a successful series product, we are with you every step of the way. Our experienced team of electronics engineers and developers bring a depth of expertise and creative thinking to understand your requirements and develop innovative solutions. We utilise proven methods and the latest technologies to ensure your product meets the highest quality standards.

Our expertise ranges from small embedded systems, e.g. for IoT applications including wireless communication interfaces (3G/4G/5G, LTE, WiFi, BLE, etc.) to complex hardware designs with high-performance SoC systems (Xilinx FPGA, ARM Cortex A, etc.) and high-speed buses (GBit ETH, PCIe, MIPI, etc.) and the necessary assemblies. We take into account later certification and series production at an early stage and take measures to achieve these goals.

When developing a product, many aspects have to be taken into account that do not directly influence the hardware design but can lead to high costs in production. In production, different departments come together and need to be perfectly coordinated (PCB manufacturer, PCB assembler, housing manufacturer, device manufacturer). Each of these partners has its own requirements and capabilities that must be taken into account for the overall process in order to remain cost-efficient.

Thanks to our many years of experience, we know what is important and help with coordination so that the production process remains successful and scalable.

Our Approach.

  1. Close collaboration: Working in partnership with our customers is of major importance. In close dialogue and cooperation, we work out your requirements and vision together and create a concept for optimal implementation. We keep you informed throughout the entire development process to ensure that the end product exceeds your expectations and is successfully established on the market.
  2. Holistic development approach: A holistic approach that considers not only the hardware but also the software and associated systems is crucial. Through optimal component selection, efficient and cost-optimized design, and the consideration of aspects such as "design for manufacturing", "design for testability", signal integrity, and power integrity throughout the entire development process, we ensure that the end product is not only functionally convincing but can also be efficiently manufactured, tested and reliably operated.
  3. Quality control and reliability: Compliance with the highest quality standards and comprehensive simulations, tests, and quality controls are essential to ensure the reliability of the end product. This is the only way to ensure that the product can withstand the demands of real-life conditions.

Our Tools.

  • Altium Designer
  • Eagle
  • KiCad
  • LTSpice, ngspice, Qucs, K-Sim
  • Signal Integrity Analyzer, Power Integrity Analyzer
  • Laboratory including measuring equipment for test set-ups and development

Design & Simulation.

Do you have a specific inquiry or would you like to find out more about us?

Don't hesitate and let's talk about it!