The latest buzz surrounding the upcoming Google Pixel 9 series suggests that a groundbreaking upgrade is in store for fingerprint scanning technology. Reports indicate that the new smartphones will be equipped with ultrasonic in-display fingerprint sensors, specifically Qualcomm’s 3D Sonic Gen 2 (QFS4008). This innovative technology, also found in the Samsung Galaxy S24 Ultra, promises improved speed and accuracy compared to traditional optical sensors. What sets ultrasonic sensors apart is their ability to function effectively even when users’ fingers are wet or slightly dirty, eliminating the need for a specific portion of the display to illuminate for the sensor to work.
In addition to the base and Pro models in the Google Pixel 9 series, there are speculations about the introduction of a Pixel 9 Pro XL variant. While details have been kept under wraps, leaks suggest that all models, with the exception of the Pixel 9 Pro Fold, will feature the advanced ultrasonic in-display fingerprint scanners. The foldable Pixel 9 Pro Fold, on the other hand, is expected to incorporate a side-mounted fingerprint sensor integrated into the power button, providing a seamless and convenient user experience.
It is anticipated that the Google Pixel 9 series will be powered by Tensor G4 SoCs and will come pre-installed with Android 15. The base Pixel 9 model is rumored to boast a 6.24-inch AMOLED display, while the Pro and XL variants are expected to showcase larger screens measuring 6.34 inches and 6.73 inches, respectively. Recent leaks have also unveiled a pink color option for the vanilla Google Pixel 9, featuring a distinctive pill-shaped rear camera module.
The imminent launch of the Google Pixel 9 series promises to deliver an array of exciting updates and features that are sure to captivate tech enthusiasts and smartphone users alike. With cutting-edge fingerprint scanning technology, innovative variants, and impressive specifications, the new Pixel 9 series is poised to set a new standard in the realm of smartphone technology and design.