Real-time image measurement and computation! FPGA boards are used for image capture and image processing.
We would like to introduce a development case of our "FPGA Real-Time Super-Resolution Processing System." The system uses an FPGA board for image capture and processing, achieving photon counting-based image measurement and computation in real-time. It performs preprocessing, binarization, labeling, and centroid calculation for camera input of 2048×2048 pixels at 30 fps. Additionally, the processing results undergo a 4×4 super-resolution processing and are output in real-time as an integrated image of 8192×8192 pixels. [Case Overview] ■ Developed Product: FPGA Real-Time Super-Resolution Processing System ■ Development Details: - The system uses an FPGA board for image capture and processing, achieving photon counting-based image measurement and computation in real-time. *For more details, please refer to the related links or feel free to contact us.
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● Image Giken assists customers with their development. We provide extensive support for customer development across hardware, FPGA, firmware, and software. If you provide us with a product concept, we can deliver a working prototype. For small lots, mass production supply is also possible. ● Image Giken is an expert in images. Through the development of various cameras and image sensor application devices, we have accumulated know-how in image signal processing. We have also quickly tackled and realized advanced interfaces such as USB 3.0, 3G-SDI (3D format compatible), MIPI (CSI-2 / DSI), and SLVS-EC Ver2.0. By using hardware processing with FPGA, we achieve high-speed processing and real-time processing. We implement real-time noise reduction processing for a 1.3 million pixel 2000fps CMOS image sensor. Additionally, we provide functions such as labeling engines as FPGA IP.
