Advantech MIC-FG-HSB Sensor-Over-Ethernet Converter Board

MIC-FG-HSB Sensor-Over-Ethernet Converter Board Powered by FPGA

The MIC-FG-HSB Sensor-Over-Ethernet Converter Board is a high-performance FPGA-powered solution designed for real-time, low-latency sensor data acquisition and streaming. Supporting MIPI camera converter boards and 8P GMSL boards, the MIC-FG-HSB Sensor-Over-Ethernet Converter Board handles up to 4K resolution at 30FPS, making it ideal for AI, robotics, autonomous vehicles, and industrial automation applications.

With ultra-low latency real-time data processing, the MIC-FG-HSB Sensor-Over-Ethernet Converter Board ensures minimal delay between sensor capture and GPU computation, delivering fast and reliable performance. Direct streaming of sensor data to GPU memory accelerates AI inference and computer vision workloads. Developers benefit from versatile software support, including V4l2, GStreamer, and Python on Linux, enabling flexible and programmable pipelines tailored to specific applications.

Compact, reliable, and optimized for high-bandwidth data transfer, the MIC-FG-HSB Sensor-Over-Ethernet Converter Board provides a robust platform for edge computing and advanced AI deployments. Whether integrating into autonomous systems, smart cameras, or industrial monitoring solutions, the MIC-FG-HSB Sensor-Over-Ethernet Converter Board empowers engineers and system integrators to implement scalable, high-performance, and real-time sensor processing solutions. With the MIC-FG-HSB Sensor-Over-Ethernet Converter Board, next-level sensor-to-GPU applications are now achievable.