3D face recognition module DMOM2508CL launched by DOMI can be perfectly applied to smart door locks, providing a complete ToF camera face recognition solution for smart lock brands. So, what is ToF camera facial recognition technology? The ToF camera facial recognition technology uses a laser transmitter to emit light pulses. After encountering an object, the light will be reflected, and then the ToF chip captures the flight time of the light. The distance between the object and the lens can be determined by simple formula calculation.
Compared with other 3D facial recognition technologies, ToF camera facial recognition technology has the advantages of fast response time, good adaptability to low-light environments, low power consumption, low cost, and small size. From these advantages, it can be seen that the fast response time and strong adaptability to low light environments mean that the ToF camera technology will bring users a faster unlocking experience, and there is no need to worry about light affecting the unlocking; low power consumption means that the ToF camera technology will be intelligent The door lock brings better battery life; and the low cost means that it can bring a lower-cost 3D facial recognition solution to the smart door lock brand, so as to create a cost-effective 3D facial recognition smart lock product.
DMOM2508CL is a face recognition module based on 3D ToF technology, which has the characteristics of high recognition accuracy, low power consumption, fast startup speed and small size. The module integrates an algorithm board, a high-precision 3D TOF module with a resolution of 320*240, and the algorithm board can be connected to the door lock main control board through serial communication to form a complete face recognition door lock. It can be applied to scenes with high-precision face recognition requirements such as families and companies.
Security of the DMOM2508CL ToF camera has met the needs of smart door locks, bringing consumers a safe, convenient and reliable unlocking experience.
