Samsung Unveils Cutting-Edge ToF and Global Shutter Sensors for XR and Beyond

Samsung has unveiled two game-changing sensors, the ISOCELL Vizion 63D and Vizion 931, poised to redefine the XR landscape. The ISOCELL Vizion 63D, a ToF and Global Shutter Sensor, boasts an integrated depth-sensing ISP, reducing power consumption by 40%. This 320 x 240px sensor, featuring Backside Scattering Technology (BST), offers enhanced accuracy in measuring phase shifts, making it ideal for service robots, industrial applications, and XR devices.

Samsung ISOCELL Vizion 63D

The ToF sensor supports flood and spot lighting models, accommodating short-range high-resolution and extended-range scenarios. Its versatility positions it for applications in XR devices, facial recognition, and industrial robotics. The sensor’s efficiency is underscored by its ability to handle calculations internally, ensuring a seamless user experience.

In tandem, Samsung introduces the ISOCELL Vizion 931, a global shutter sensor designed to eliminate the notorious rolling shutter effect. With a 640 x 640px resolution, this sensor excels in iris recognition, eye tracking, and facial and gesture detection, particularly in head-mounted display devices like XR headsets.

ISOCELL Vizion 931

The Vizion 931’s global shutter functionality captures all pixels simultaneously, preventing distortion caused by fast-moving objects or camera motion. To simplify product design, Samsung introduces “multi-drop,” enabling connection of up to four Vizion 931 sensors with a single wire, a feature likely to appeal to XR headset manufacturers.

Both sensors are already in the sampling phase for OEMs globally, indicating Samsung’s commitment to pushing the boundaries in XR technology. Industry insiders speculate a potential collaboration between Samsung, Google, and Qualcomm, marking a strategic reentry into the XR market.

In conclusion, Samsung’s ISOCELL Vizion 63D and Vizion 931 represent significant advancements in ToF and Global Shutter Sensor technology, offering unparalleled performance in XR applications and beyond.

Source | Via