Founded in 2019 and located in Bochum - Germany, we specialize in developing FPGA and Software IPs for embedded measuring systems. Since our inception, we have forged significant partnerships: since 2019, we've collaborated with a Japanese technology leader in steel process control systems, expanding our expertise and reach. In 2021, we initiated a collaboration with a leading German camera manufacturer, further enhancing our technological capabilities. By 2023, we became a regular partner of the DeepVision innovation network, solidifying our commitment to cutting-edge developments in the field of machine vision.
Drawing on more than 35 man-years of specialized experience, our team excels in developing advanced measurement systems. Our expertise encompasses dimension measurement systems, with a proven capability in high precision measuring width, strips, contour, and length. We also specialize in the development and manufacturing of defect detection systems, providing sophisticated solutions for identifying defects such as holes, cracks, and surface irregularities. Furthermore, our proficiency extends to the real-time processing of a variety of sensors, including optical, radar, and laser technologies.
Our expertise in FPGA programming encompasses real-time data processing and state-of-the-art data handling techniques. We have significant experience with Altera and Xilinx FPGAs, specialized in machine vision including GigE-Vision Transmitter integration, simulation techniques, AXI-, and Avalon- protocols. This breadth of knowledge allows us to deliver comprehensive FPGA solutions tailored to diverse requirements.
Our expertise in software programming encompasses a range of advanced techniques and solutions tailored for high-performance applications. We specialize in real-time processing of data, ensuring efficient and immediate handling of incoming information. Our proficiency in advanced zero-copy DMA techniques allows for direct data transfer between memory and devices, optimizing system performance and reducing CPU load. We develop Linux kernel drivers for FPGA configuration and memory access, enabling seamless integration and control of FPGA hardware within Linux environments. Our development of CPU and memory-efficient algorithms ensures optimal resource utilization, enhancing overall system efficiency. We also have extensive experience with various industrial network-based communication protocols, facilitating robust and reliable data exchange across different systems and networks. Additionally, we create web-based user interfaces for system configuration and diagnostics, providing intuitive and accessible tools for managing and troubleshooting system operations.
Our expertise in FPGA programming:
Our expertise in Software programming: