Qualcomm’s 3D Sonic Max ultrasonic fingerprint sensor uses the evolving ultrasonic technology to read 3D features such as the ridges, grooves, and pores of the user’s fingers.

The sensor operates in harsh industrial environments and can be used in autonomous mobile robots and autonomous guided vehicles. The starter kit comprises a demo board with a USB-A to micro-B cable ...

Ultrasonic speed and temperature sensor provides maintenance-free reliability all season long. AIRMAR, the company who invented the Smart™ Sensor, has raised the bar with a new ultrasonic speed and ...

The innovative V-shaped gas sensor features an advanced ultrasonic transmission design that enables efficient gas detection, ... ImageForNews_16227_17394425685168505.jpg ...

Toposens, a manufacturer of safety equipment, announces the launch of a 3D ultrasonic collision avoidance sensor for automotive and industrial vehicles. Called ECHO ONE, the product is based on ...

The new ultrasonic sensor boasts a 77% larger fingerprint reader area that captures 1.7 times more data than Gen 1, Qualcomm said. More importantly, it’s about 50% faster than its predecessor.

Each ADAR sensor offers a 180×180° field of view, allowing autonomous mobile robots (AMRs) to safely navigate around people and objects. The beamforming technology behind ADAR—used in SONAR, RADAR, ...

That should change this year, as Google is switching to an ultrasonic fingerprint sensor across the Pixel 9 series – except the Pixel 9 Pro Fold, which has a side-mounted fingerprint sensor.

The bottom line is an ultrasonic under-display fingerprint sensor is always better than an optical sensor. So, kudos to Google for finally making the switch. The Pixel Fold 2 won’t get this upgrade ...