Controller

Designed for autonomous robots across diverse scenarios, ACU series establishes precise environmental awareness through multimodal perception interfaces (cameras, LiDAR, radar, etc.) and time synchronization units. Powered by a highly integrated hardware architecture (with dedicated NPU and industrial-grade communication buses) and intelligent algorithms, it enables closed-loop perception-decision-control to deliver practical robotic solutions.

Autonomous Control Unit

Designed for autonomous robots across diverse scenarios, ACU series establishes precise environmental awareness through multimodal perception interfaces (cameras, LiDAR, radar, etc.) and time synchronization units. Powered by a highly integrated hardware architecture (with dedicated NPU and industrial-grade communication buses) and intelligent algorithms, it enables closed-loop perception-decision-control to deliver practical robotic solutions.

 Autonomous Control Unit
 Control Driver Unit

Control Driver Unit

Designed for autonomous robots across diverse scenarios, ACU series establishes precise environmental awareness through multimodal perception interfaces (cameras, LiDAR, radar, etc.) and time synchronization units. Powered by a highly integrated hardware architecture (with dedicated NPU and industrial-grade communication buses) and intelligent algorithms, it enables closed-loop perception-decision-control to deliver practical robotic solutions.

 Motion Control Unit

Time Synchronized Unit

Synchronizes multi-sensor systems within devices and across clusters, autonomously correcting timing deviations to unify coordination. Supports robotics, autonomous platforms, and industrial IoT with scalable, self-consistent clock alignment.