3D ToF Depth Sensing IP Camera
The biggest difference between ToF and normal cameras is that it can obtain "3D" dimensional information. While 2D images are prone to overlap and distance discrimination, ToF's 3D image detection can even calculate the volume of an object. "Collision prevention" is one of ToF's best applications.
In industrial automation and medical fields, ToF applications can easily be expanded to replace the human eye's judgment function in unattended environments. Its small size and ease of deployment make it highly desirable for measurement and identification work.
3D ToF Depth Sensing IP Camera
Time of Flight
The biggest difference between ToF and normal cameras is that it can obtain "3D" dimensional information. While 2D images are prone to overlap and distance discrimination, ToF's 3D image detection can even calculate the volume of an object. "Collision prevention" is one of ToF's best applications.
In industrial automation and medical fields, ToF applications can easily be expanded to replace the human eye's judgment function in unattended environments. Its small size and ease of deployment make it highly desirable for measurement and identification work.
Device Sensing Radar
(Vital signs detection)
Bio-Sense Millimeter Wave (mmWave)
Radar (Radio Detection and Ranging) uses radio waves to calculate the direction, altitude and velocity of objects relative to the field and can be used to estimate shape. By embedding radar sensors, it allows us to locate objects in space and opens up many possibilities for different kinds of applications.
Millimeter wave radar refers to the radar working in the millimeter wave frequency band, which is completely unaffected by light and weather factors. It is an ideal sensor for vital sign detection and monitoring because millimeter-wave radar can provide millimeter-level distance detection accuracy.