Accelerating Real-Time Edge AI Connectivity Artificial intelligence is increasingly moving from the cloud to the edge. Robotics, machine vision, industrial automation, autonomous systems, and intelligent devices all require real-time processing of data generated by cameras and sensors. While AI processors provide the computing power for inference and decision-making, efficient movement of sensor data remains a critical challenge. GOWIN's Holoscan Sensor Bridge (HSB) helps bridge the gap between image sensors, high-speed interfaces, and AI compute platforms, enabling flexible, low-latency connectivity for next-generation edge AI systems. Our latest featurued devolopment playtform is spec compatible to Nvidia Holoscan and Nvidia DRIVE Hyperion Platforms. Reference Architecture Solution Benefits Why Use GOWIN FPGAs for Edge AI Connectivity? High-Speed Interface Support Support for MIPI D-PHY, C-PHY, Ethernet, SFP+, QSFP+, and additional high-speed interfaces. Flexible Sensor Integration Connect image sensors, cameras, displays, and peripheral devices to AI compute platforms. Low-Latency Data Transport Efficient movement of high-bandwidth sensor data between the physical world and AI processing systems. Compact and Power Efficient Built on GOWIN's Arora V architecture, optimized for embedded and edge applications. Scalable System Design Support for robotics, machine vision, industrial automation, medical imaging, and autonomous platforms.CompatibiltySpec compatible to Nvidia Holoscan and Nvidia DRIVE Hyperion Platforms. Featured Development Platform DK_ETH-SENSOR-BRIDGE_GW5AT-LV60UG225 Development Platform: GW5AT-60 FPGA Arora V 22nm FPGA High-speed SerDes Hard MIPI D-PHY DDR3 Support Embedded Vision Applications Industrial and Edge AI Systems   Applications Robotics Machine Vision Industrial Automation Smart Cameras Autonomous Systems ADAS Medical Imaging Intelligent Transportation        

FoC Industrial Motor Control System Demo DK Motor GW5AS Evaluation Board This demo highlights GOWIN’s single-chip FPGA-based solution for industrial motor control, built on the GW5AS25 with an integrated Cortex-M4 processor. By combining real-time FPGA acceleration with MCU flexibility, the platform enables precise, deterministic Field-Oriented Control (FOC) for modern motion control systems. The design demonstrates multi-motor control in a single device, making it well-suited for applications such as CNC equipment, robotics, and industrial servo drives, where performance, synchronization, and cost efficiency are critical. Explore the architecture, hardware setup, and control flow in the demo below.

Power your next high-resolution display design with GOWIN FPGAs. Whether you are developing automotive infotainment systems, AR/VR headsets, USB-C displays, or embedded panels, GOWIN provides a flexible and cost-optimized platform for implementing DisplayPort, Embedded DisplayPort (eDP), and DisplayPort Alt Mode solutions. With high-speed SerDes, MIPI C-PHY / D-PHY, and DisplayPort support integrated into devices such as the Arora-V GW5AT series, GOWIN enables seamless DisplayPort-to-MIPI video bridging, multi-display support, and high-resolution data transport in compact, low-power designs. Contact our sales team to learn how GOWIN can support your DisplayPort-based designs.