Google to Revolutionize with Under-Display Facial Recognition on Pixel 11

Published Date : 30/10/2024 

Google is reportedly developing under-display facial recognition technology for the upcoming Pixel 11, aiming to surpass Apple’s Face ID in terms of security and screen real estate. This move aligns with Google’s commitment to advanced biometric authentication and AI-powered image processing. 

Leaked documents suggest that Google is developing under-display facial recognition technology for its upcoming Pixel 11, potentially making it the first major smartphone to offer this feature. According to details from Google’s chip division on the Tensor G6 chip’s image signal processor, this technology would allow face authentication without a visible display notch or cutout, a significant departure from current Pixel models, which rely on standard camera-based facial recognition.

This under-display infrared (IR) camera would maintain security levels comparable to Apple’s Face ID, which has been a market standard since its debut. Google’s recent Pixel 8 series achieved a “Class 3” security rating, the highest for biometric authentication, demonstrating the company’s commitment to robust security.

The move to an under-display system aligns with Google’s ongoing improvements in AI-powered image processing through its custom Tensor chips, enhancing the accuracy and reliability of its facial recognition technology.

The development could place Google ahead in the race, as Apple is not expected to implement under-display Face ID before 2026. Apple’s current TrueDepth camera system, known for its 3D facial recognition, has traditionally required a prominent notch.

As smartphone manufacturers prioritize maximizing screen space while maintaining security, under-display biometric technology is seen as the next competitive frontier. This technology not only enhances the aesthetic appeal of the device but also improves user experience by eliminating the need for intrusive notches or cutouts.

Google’s Pixel series has consistently pushed the boundaries of innovation, and the introduction of under-display facial recognition in the Pixel 11 is another step forward in this direction. The company’s dedication to advanced technology and user-centric design is evident in its ongoing efforts to integrate cutting-edge features into its products.

Stay tuned for more updates on the Pixel 11 and the revolutionary under-display facial recognition technology that could redefine the smartphone industry. 

Frequently Asked Questions (FAQS):

Q: What is under-display facial recognition technology?

A: Under-display facial recognition technology is a method of facial authentication that uses a camera hidden under the smartphone's display to scan and recognize the user's face without the need for a visible notch or cutout.

Q: How does Google’s under-display facial recognition compare to Apple’s Face ID?

A: Google’s under-display facial recognition technology is designed to maintain security levels comparable to Apple’s Face ID, which has been a market standard since its debut. It aims to offer the same level of security without the need for a visible display notch.

Q: When is the expected release of the Pixel 11 with under-display facial recognition?

A: The exact release date for the Pixel 11 with under-display facial recognition has not been officially announced, but it is expected to be released in the near future, potentially ahead of Apple’s implementation of similar technology in their devices.

Q: What is the significance of the Tensor G6 chip in this development?

A: The Tensor G6 chip, developed by Google, is integral to the under-display facial recognition technology. It houses the image signal processor that enables the accurate and secure facial authentication without a visible display notch.

Q: How does under-display biometric technology benefit smartphone users?

A: Under-display biometric technology benefits smartphone users by maximizing screen real estate, improving the aesthetic appeal of the device, and providing a seamless and secure user experience without the need for intrusive notches or cutouts. 

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