We provide engineering services together with our collection of verified open source RTL blocks.
When low latency, precise synchronisation, safety or reliability are essential, FPGAs are likely the best tool to achieve the requirements. With over 50 years of accumulated design experience, our team will help you design a tailored solution.
The massive amount of data generated by high speed analog to digital converters asks for parallel processing without storage of data. Advanced signal processing algorithms extract the transmited information in a sea of noise.
Data from electrical, radio, radar, accoustic, mechanical, optical, magnetic, radiation sensing devices need to be interpreted, transformed, cleaned, compresses, demodulated, stored so that information can be put to use.
Software defined radio, Sonar, Radar, Metronomy,
Our reference: Sonar System, WIFI-RAsentinel
We provide all RTL blocks to implement custom networking solution from 10 Mbit to 10 Gbit Ethernet, UDP, PTP and other custom protocols on request.
Our design elements give you full flexibility and visibility for your design. When off the shelf chips do not support your set of requirements, a FPGA based networking device in the domain of automotive, space, industrial, defence might be the best soultuion. If you have to meet safety certification regulations, using design blocks without source code are not an option.
our reference: 10 GBit Ethernet switch
We provide comprehensive FPGA design services tailored for video processing. Our approach includes custom FPGA designs crafted in Verilog to meet your specific needs, ensuring high-performance processing for real-time video analytics through optimized, high-speed data paths. We focus on efficient resource utilization, creating designs that are both cost-effective and power-efficient, thereby maximizing the value of your investment. Our solutions are designed with scalability in mind, offering flexibility and adaptability to keep pace with evolving technologies. Moreover, we integrate open-source IP blocks and tools, enhancing the quality and reliability of our FPGA designs.
Our reference: USB webcam
When data speed, low latency or precise timing have to be met, FPGA might be the only solution.
Industrial systems like lidar, laser cutting, motion control or electric welding do profit from fast inline process controll. Active vibration dampening, contactless bearings, safety condition monitoring system might use fast image sensors, electromagnetic sensors, Xray. If the processes are fast, ordinary CPU driven controll systems might be too slow.
our reference: uberCLOCK 25 MHz PID controller