OnePlus 13 Debuts with Goodix's Ultrasonic Under-Display Fingerprint Scanner: A Leap Forward in Speed and Security

The has just launched, marking a new chapter in smartphone security with its advanced under-display fingerprint scanner, crafted by Goodix. This feature, set beneath a stunning 6.82-inch display from BOE, uses groundbreaking ultrasonic technology, distinguishing it from standard sensors with enhanced speed, accuracy, and reliability.

A Game-Changer in Wet and Challenging Conditions

What truly sets this Goodix fingerprint scanner apart is its ability to work seamlessly in less-than-ideal conditions—whether users have wet or dirty fingers. By harnessing ultrasonic waves rather than relying solely on optical technology, Goodix enables the OnePlus 13 to quickly and accurately identify fingerprints, regardless of moisture or grime. This makes it a stand-out feature for users needing dependable access, no matter the situation.

How Ultrasonic Technology Redefines Security

Ultrasonic sensors use sound waves to capture a high-definition 3D map of the user’s fingerprint. When a finger is placed on the screen, the scanner emits a gentle ultrasonic pulse, which then bounces back, capturing depth-based information. This technology provides an intricate map of the fingerprint, making it nearly impossible for unauthorized access through forged prints. In comparison, traditional optical scanners only generate a 2D image of the fingerprint, which, while effective, lacks the security depth and accuracy of a 3D ultrasonic map.

Goodix’s ultrasonic sensor technology isn’t new to the industry, but its presence in flagship devices such as the OnePlus 13, Xiaomi 15, iQOO 13, and Vivo X100 Ultra speaks to its rising importance in smartphone security. Companies like Samsung, Google, and Oppo have also integrated this sensor type, acknowledging its value for users prioritizing secure, convenient access to their devices.

Ultrasonic vs. Optical: Why the Future Is 3D

While optical under-display sensors are commonly found in mid-range devices due to their lower cost, they capture only a 2D image of the fingerprint, building a series of images for security. Ultrasonic technology, however, offers a much more detailed, robust solution—especially important for smartphones storing sensitive personal data. It’s a more advanced option, but its higher cost has limited its usage to flagship devices.

With the OnePlus 13, the integration of Goodix’s ultrasonic sensor signifies a growing trend toward enhanced biometric security, a feature likely to become more prevalent as users increasingly demand both convenience and protection. This collaboration between OnePlus and Goodix marks a new level of quality for fingerprint security in mobile devices, pushing the boundaries of what users can expect from their phones.

In a world where data security and user experience matter more than ever, the OnePlus 13’s fingerprint scanner stands as a testament to OnePlus’s commitment to leading in innovation and offering users a secure, adaptable, and streamlined experience.