Skip to content
GearOpen.com

GearOpen.com

GearOpen.com is the hub for the latest developments in technology, AI, software, computers, transportation, consumer electronics, and scientific innovation.

  • Phones
  • Tablets
  • Laptops
  • Computers & IT
  • AI & Bots
  • Apps
  • Gaming
  • Audio & Video
  • Wearables
  • Smart Home
  • Cameras
  • Drones
  • Cars
  • Motorcycles
  • Yachts & Boats
  • Planes
  • Science
  • Tools
  • Toggle search form
CES 2021 | Qualcomm introduces next-gen fingerprint sensor for smartphones and foldables

CES 2021 | Qualcomm introduces next-gen fingerprint sensor for smartphones and foldables

Posted on January 12, 2021August 27, 2023 By Jarvis

Qualcomm has introduced its second-generation 3D Sonic Sensor under-display fingerprint reader. The new scanner offers a 77 percent larger fingerprint reader area and is 50 percent faster than its first-gen scanner which featured in Samsung’s Galaxy S20 and Note20 models.

Under-display fingerprint sensors have become increasingly common among Android smartphones and they look like they are here to stay. 
…
Continue here:
https://www.notebookcheck.net/Qualcomm-introduces-next-gen-fingerprint-sensor-for-smartphones-and-foldables.514692.0.html

Phones Tags:3D, android, fingerprint, galaxy, Galaxy S20, Qualcomm, Samsung, sensor, sonic

Post navigation

Previous Post: Hands on: Acer Chromebook Spin 514 review
Next Post: Xiaomi Mi 11 release date might be a lot sooner than we thought

Related Posts

Score an official Apple MagSafe Charger for 60% off in this wild blowout sale Phones
Apple’s iPhone Handoff feature will cost you $5 a month on T-Mobile – Engadget Phones
Survey says you shouldn’t be spooked by Samsung’s One UI 9 update Phones
Honor Magic 6 Lite Review Phones
iOS 13's new Optimized Battery Charging feature explained iOS 13’s new Optimized Battery Charging feature explained Phones
Need backup power on the go? The BLUETTI Elite 10 Mini is 40% off right now Phones

Copyright © 2026 GearOpen.com.

Powered by PressBook Grid Dark theme