Due to its real-time depth information acquisition, ToF 3D depth cameras are popular in many sectors. This page introduces ToF 3D depth cameras, their operation, and their uses. We’ll also cover Vzense‘s ToF 3D depth camera reliability.
What’s ToF Technology
3D depth cameras estimate distance using “Time of Flight” (ToF) technology. ToF technology measures the time it takes an infrared pulse to reflect back to the camera. This data creates a 3D depth map of the topic.
How Do ToF 3D Depth Cameras Work
ToF 3D depth cameras gather depth data using infrared light and sensors. The camera produces an infrared pulse and measures its reflection time. Sensors create a 3D depth map of the topic. ToF 3D depth cameras are suited for applications that need real-time depth data.
ToF 3D Depth Camera Applications
ToF 3D depth cameras are used in several industries:
- Augmented and virtual reality: ToF 3D depth cameras correctly record scene depth, making augmented and virtual reality more immersive and realistic.
Robotics: ToF 3D depth cameras help robots avoid obstacles. Industrial automation improves manufacturing using them.
- Automotive: ToF 3D depth cameras may help ADAS identify and avoid obstructions. They assist autonomous cars navigate and recognize impediments.
Why Vzense ToF 3D Depth Cameras
Vzense develops ToF products and systems. Since 2016, its core team has researched 3D image, computer vision, image processing, sensor fusion, gesture recognition, and face recognition. Vzense provides exceptional services by developing standard goods for key applications and customized products and software with clients. They provide high-quality ToF 3D depth cameras for many sectors.