NEWS

What is a ToF Camera Sensor and How Is It Used for 3D Depth Sensing and Smart Vision?   With the rapid development of smart hardware and robotics, ToF camera sensors (Time-of-Flight sensors) have become a key technology for achieving high-precision 3D depth perception. ToF sensing technology can generate real-time depth maps and 3D point clouds, providing powerful spatial awareness for machine vision, industrial automation, intelligent security, AR/VR, and other...

How Do 77GHz 4D Radar and ToF Sensors Work Together in Autonomous Driving Systems?   With the rapid development of autonomous driving, intelligent transportation systems (ITS), and Advanced Driver Assistance Systems (ADAS), high-precision environmental perception has become a core competitive technology. Among them, 77GHz 4D imaging millimeter-wave radar (mmWave radar) and Time-of-Flight (ToF) depth sensors are jointly forming a new generation of multi-sensor fusion perception architecture. High-performance radar systems such...

How Do ToF Laser Distance Sensors Improve AGV and AMR Robot Navigation? In the context of continuously advancing smart manufacturing and industrial automation, high-precision distance measurement has become a core component of robotic perception systems. Time-of-Flight (ToF sensor) technology is gradually replacing traditional ultrasonic and infrared ranging solutions and is now widely used in AGV obstacle avoidance system, AMR autonomous mobile robot navigation, smart warehouse automation, and industrial inspection equipment....

What is a TOF 3D Camera and what are its advantages and applications?   With the rapid development of 3D vision sensing technology, the ToF 3D camera (Time-of-Flight 3D camera) has become a key solution for depth measurement and spatial perception. ToF 3D technology captures three-dimensional depth information by emitting high-frequency light pulses and detecting their return time, enabling the creation of structured depth maps and 3D point clouds. It is widely used...