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Fanless computers, embedded boards, and edge AI platforms for factory lines, vehicle systems, machine vision, and remote infrastructure.
We work across processor, automation, and edge AI stacks so procurement and engineering teams can evaluate compatibility with fewer handoffs.
We focus on the parts of industrial hardware selection that matter in practice: fit with existing systems, manageable revisions, and fewer surprises between sample approval and rollout.
Roadmap visibility, revision discipline, and consistent platform planning help reduce redesign risk across long programs.
Thermal design, metal enclosures, and industrial-grade component choices support harsh sites with tighter service windows.
Serial, LAN, USB, display, GPIO, and expansion options make it easier to match legacy equipment and modern edge stacks.
Clear roadmaps and revision control keep long programs stable.
Thermal discipline and industrial parts support harsher sites.
Right-fit I/O makes legacy equipment and edge stacks easier to match.
Engineering review stays close from evaluation through pilot.
Consumer-grade hardware fails quietly in industrial heat. This guide covers the real specs that matter when deploying computing in automotive plants, welding zones, and extreme-temperature environments where ambient temperatures routinely exceed 50°C.
Bring us the operating environment, I/O map, installation method, and target workload. We will help narrow the right industrial system path for sample, pilot, and rollout.
Share your thermal envelope, target I/O, mounting constraints, and preferred compute platform. We will help narrow the right system architecture for evaluation and rollout.
