Automation enables smart factories and autonomous vehicles to transform an intelligent world. Factory automation powered by the embedded boards and systems to increase productivity, product quality, and profit, as well as the autonomous vehicle to better driving safety, lane capacity, and reduce cost. ASRock Industrial’s high performance, flexible I/Os, longevity embedded boards and systems are ideal solutions for factory automation and autonomous vehicle.
Designed for factory automation, ASRock Industrial’s embedded boards/systems with fanless design, rich I/Os for robotic arms, multi-displays, and data collection to empower manufacturing or assembly lines for the smart factory, and enable accurate auto-inspection and machine vision to better product quality. Our products also empower auto-labeling machines in packing and the automated guided vehicle (AGV) in warehouse logistics.
The evolution of autonomous vehicle requires powerful embedded computing PCs to run automatic driving systems and a variety of camera vision and sensors, such as Radar, GPS, ADAS for driving safety. ASRock Industrial’s embedded systems with powerful computing capability, LAN ports for data connectivity, and longevity lifecycle are ideal solutions for the autonomous vehicle.
One leading DMS company used the iEPF-9000S Series through workload consolidation approach for phenomenal upgrades in its AOI system. One iEPF-9000S can process all AOI tasks for product quality inspection, replacing the traditional setting of using at least two IPC systems and improving overall images data transmission performance. The results show improved data transfer rate up to one hundred times for increased product inspection efficiency with fewer devices to manage, thus smaller system equipment footprint and lower system integration complexity.Learn More
A world-leading Design and Manufacturing Service (DMS) Company to create smart manufacturing by using robotic arms and machine vision in production lines has resulted in higher efficiency and product quality outputs.Learn More