ToF cameras are accurate, fast, long-range, and cost-effective, which are determined by the properties of the laser. As a result, ToF sensors are flexible, capable of detecting near and far objects of various shapes and sizes, and are not affected by humidity, air pressure and temperature, making them suitable for indoor and outdoor use.
DOMI latest ToF camera has high pixel resolution, an industrial-grade camera, and a small size, which can be used for long-distance depth information collection indoors and outdoors. Advanced image processing and analysis algorithm, strong processing capability, less CPU resource occupation, high accuracy and good compatibility.
DOMI latest generation DMOS5030A Pulse Hybrid ToF pixel design combines the high integration of indirect ToF, the high precision and fast response of pulsed ToF, and the advantages of low power consumption and strong anti-interference ability of direct ToF.
Taking automobile applications as an example, if ToF camera technology is used, the reversing system can detect multiple pedestrians or obstacles at different distances at the same time. After being processed by the software, it can also warn the distance with images or sounds to help drivers understand the relevant road conditions behind the car.
DOMI latest ToF sensor can measure up to 6 meters away, and can be widely used as a 3D image sensor and camera in industrial fields such as autonomous flying drones. Equipped with this sensor, drones or autonomous transport robots can avoid collisions with obstacles, helping to improve the operability and safety of such equipment.
DOMI ToF Camera DMOM2808D is designed for industrial applications and is available in a variety of configurations.
DOMI latest generation of RGB Camera DM-RGBD-5003A, based on ToF sensor technology, improves the efficiency of light collection and ranging processing speed, resulting in accurate and stable high-performance depth data.
DOMI launched the ultra-small size ToF camera DM_DTOF2002C0, which is compact in size. Based on the principle of time-of-flight ranging, it emits near-infrared light through the built-in VCSEL light source. time to calculate distance information. It is mainly used for short-range precise ranging, such as robot vacuum, service robots, etc., to detect the distance of surrounding objects, walls or ground, and realize functions such as obstacle avoidance, wall detection, and cliff detection.
Page 9 of 47