Samsung is back in the ToF game with a new ISOCELL Vizion 33D sensor
Last updated: November quaternary, 2020 at 14:45 UTC+01:00
Samsung has fabricated a conclusion regarding its involvement with the ToF sensor segment and the company is not throwing in the towel. Earlier this year, information technology looked as if Samsung abandoned the ToF market segment and left Sony without a competitor, but that's far from the truth. Samsung is now ready to fight back with a new sensor called the ISOCELL Vizion 33D. No, '33D' is not a typo and the sensor isn't redefining string theory with additional dimensions either. Information technology's just how Samsung calls its latest ToF sensor in a bid to emphasize its powerful depth-sensing capabilities.
Samsung claims that the ISOCELL Vizion 33D sensor is optimized to provide best-in-class photography and AR/VR experiences besides as 3D scanning and video bokeh effects. The ISOCELL Vizion 33D is plainly capable of tracking moving objects with low latency thank you to a 4-tap demodulation organization and 120fps back up. The four-tap demodulation arrangement allows each pixel in the sensor to receive four phase signals simultaneously at 0, 90, 180, and 270 degrees, and this ways that the sensor is capable of generating a depth image with just a single shot.
Low ability requirements and infrequent autofocus
Whether or not the Galaxy S21 serial will employ the ISOCELL Vision 33D remains unclear, however, the sensor appears to take been created for multiple applications including mobile devices. A low power requirement is essential to a mobile camera sensor, and the ISOCELL Vision 33D has a total power consumption of under 400mW for both IR illumination and the ToF sensor. Meanwhile, the sensor is besides capable of assisting the main camera's autofocus.
Technical specifications include a high resolution (for a ToF sensor) of 640 past 480, 7um pixels, and a distance range of 0.two-5.0 meters. The sensor also uses Deep Trench Isolation (DTI) technology to reduce pixel crosstalk, as well as Backside Scattering Engineering (BST) to raise the sensor's quantum efficiency.
All in all, Samsung claims that the ISOCELL Vision 33D sensor is fast and accurate enough to enable next-level 3D facial authentication for mobile payments, which might suggest that Samsung is considering using the ISOCELL Vision 33D as a selfie/face authentication sensor in future Galaxy smartphone models. Or at the very least, the company is offering the ISOCELL Vision 33D to prospective clients looking for such a sensor.
Source: https://www.sammobile.com/news/samsung-back-tof-game-new-isocell-vizion-33d-sensor/
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