3D TOF Super Induction Technology

3D TOF and screen fingerprints have a similar common: unlock. The difference is that the screen fingerprint uses the fingerprint, and the 3D TOF uses the face, but the future application scene of the 3D TOF is not limited to the mobile phone unlocking, such as video, human-computer interaction, AR, games and the like.
3D TOF super-sensing technology and 3D structure light and binocular stereo imaging are the three main 3D machine vision solutions in the industry. They send light pulses continuously to the target, then receive the light returned from the object with the sensor, and detect the light pulse. Flight (round trip) time to get the target distance.

Compared with 3D structured light, 3D TOF super-induction technology has the advantages of high effective depth information, long working distance, flexible structure layout and rich application scenarios.

3D TOF super-induction technology has an effective depth information of up to 300,000, 10 times that of structured light technology, and a working distance of up to 3 meters, which further expands the application scene, such as 3D fitting, 3D photography, MR somatosensory games, etc. The distance application scenario is achieved.