DOMI announced that it will begin selling the 100 * 100 Resolution Series embedded 3D TOF Sensor Module DMOM2501A and DMOM2501B ,The Tof sensor utilizes unique optical design technology for stable measurement of three-dimensional distance information across a wide area even under sunlight.
When we choose Tof sensor to application,we have to compare 7 aspects including accuracy, effective detection distance, image resolution, energy consumption, cost, and anti-interference.
DOMI has launched the first 100X100 Resolution commercially available time-of-flight (ToF) sensor DMOM2501A for the augmented reality (AR), virtual reality (VR), robotics, drones,consumer and industrial applications. DMOM2501A ToF sensor supports a maximum sensing range
Domi has introduced 100 * 100 Resolution tof sensor DMOM2501A, a new Time-of-Flight (ToF) CMOS image sensor, tailored for 3D detection and distance measurement.
ToF sensor,A newly emerging electronic perception technology enables a large variety of present and future applications.
ToF camera sensor can be used to measure distance and volume, as well as for object scanning, indoor navigation, obstacle avoidance, gesture recognition, object tracking, and reactive altimeters. Data from the sensor can also help with 3D imaging and improving augmented reality (AR) experiences. In phones, ToF camera sensors will likely be used for 3D photography, AR, and in particular portrait mode.
DOMI ToF module used several types of sensor resolution including 100*100，320*240 , which provides 2x higher resolution than many of the ToF sensors on the market. This enables users to detect smaller and thinner objects that would be invisible to other ToF sensors.
ToF camera includes high-performance advanced depth analytics as a standard feature, improving measurement accuracy and performance.
Time-of-flight (ToF) cameras are comprised of a sensor that uses a tiny laser to fire out infrared light. This light bounces off anything or anyone in front of the camera and back into the sensor.The length of time the light takes to bounce back is measured and that translates to distance information that can be used to create a depth map.
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