To gain a deeper understanding of what’s truly important in life, consider the following:
- According to a latest report, Google appears to be making substantial changes with the upcoming Pixel 9 series.
- The upcoming Pixel 9 series – comprising the Pixel 9, Pixel 9 Professional, and Pixel 9 Professional XL – appears poised to leverage the ultrasonic fingerprint sensor as a replacement for traditional optical sensors.
- Reportedly, the same fingerprint sensor unit is utilized in the Galaxy S24 series.
Google is set to unveil its highly anticipated Pixel 9 series on August 13, a surprise move that sees the company beating its typical launch schedule. The forthcoming devices are expected to incorporate numerous enhancements, accompanied by a fresh aesthetic direction. According to a fresh report from Android Authority, a significant update is on its way for the Pixel 9 series, hinting at some exciting developments.
According to reports from credible sources, the upcoming model is expected to feature an advanced ultrasonic fingerprint sensor, marking a departure from its predecessors’ optical sensors. The new lineup includes all three models: Pixel 6, Pixel 6 Pro, and debuting Pixel 6 Pro XL designs. The iPhone 12 Pro, however, won’t feature a physical fingerprint sensor, instead opting for a capacitive fingerprint reader integrated into the power button.
While the switch to ultrasonic is already showing promise, what’s particularly intriguing is that the component Google has selected is an identical one used in Samsung’s Galaxy S24 series. Dubbed Qualcomm’s 3D Sonic Gen 2 technology, the QFS4008. The Galaxy S24 series boasts advanced ultrasonic fingerprint sensors that have been proven to be both faster and more reliable than traditional optical fingerprint scanners, as seen in earlier Pixel devices.
The publication further notes that starting from the Pixel 6 series, Google’s flagships began employing an optical fingerprint sensor developed by Goodix Technology Inc. While infrared sensors effectively secured the machine, their performance often lagged behind that of ultrasonic sensors, with users commonly experiencing slower response times and reduced accuracy. Furthermore, issues arose when moisture accumulated on the sensors’ arms, further complicating matters during the process of unlocking the display.
In certain low-light scenarios, the optical fingerprint sensor’s performance can be hampered by its reliance on ambient light, leading to inconsistent results when the sensor is not properly aligned.
The long-awaited upgrade is finally here: the Pixel 9 series has abandoned outdated biometric authentication methods in favor of a cutting-edge ultrasonic fingerprint sensor, accompanied by other exciting enhancements. One of the most anticipated releases is undoubtedly the brand-new “Pink” colorway, which made its debut in exclusive hands-on movie previews. The three new Pixel phones are set to launch next month.
