TAIPEI—Feb. 2, 2026—EverFocus today announced its robotics edge computing solutions, jointly developed with ACROSSER, powered by NVIDIA Jetson to support robotics, vision manufacturing AI, and autonomous industrial applications at the edge.

As robotics systems are increasingly deployed in production environments, edge computing platforms must deliver reliable AI performance, real time processing, and long term operational stability. EverFocus robotics solutions are designed to meet these requirements by combining NVIDIA Jetson powered AI acceleration with industrial grade system design and deployment readiness.

The robotics lineup supports a range of workloads, from vision based robotic perception to compute intensive autonomous processing. Each platform is offered as a standalone system, allowing system integrators and solution providers to select the appropriate Jetson class based on performance requirements, power constraints, and form factor needs.

Robotics Edge Platform Portfolio

• EAR 100T
  Powered by NVIDIA Jetson T5000, targeted at higher performance edge AI workloads, supporting advanced robotic perception, sensor fusion, and autonomous decision pipelines in more demanding environments.

• EAR 70N
  Powered by NVIDIA Jetson AGX Orin, built for compute intensive robotics applications, including multi camera vision systems, real time perception, and complex AI inference workloads commonly found in industrial automation and autonomous machinery.

• EAR 30N
  Powered by NVIDIA Jetson Orin NX, optimized for lightweight deployments that require efficient edge AI inference, compact size, and lower power consumption, ideal for mobile robots and embedded robotic subsystems.

Together, this product range supports a wide spectrum of robotics applications, including industrial robots, autonomous mobile robots, intelligent inspection systems, and vision based automation. The platforms are engineered with industrial grade design principles, long lifecycle support, and integration readiness for robotic frameworks, sensors, and peripheral devices.