Goodix has announced the implementation of its ultrasonic fingerprint solution in the newly released Vivo X100 Ultra smartphone. The collaboration represents the first large-scale commercial deployment of Goodix’s ultrasonic fingerprint technology, marking a significant step in its broader adoption.
Goodix, known for its in-display fingerprint technology, has developed an ultrasonic fingerprint solution that uses CMOS sensor architecture and wafer-level acoustic processing. Goodix says its tech offers a higher signal-to-noise ratio, allowing for clearer fingerprint images and fast recognition, even with wet or oily fingers. By detecting the distinct features of fingerprints through acoustic sensing, the solution enhances the security of the authentication process.
The sensor system employs a low-voltage driving system to reduce power consumption and simplify hardware design, offering easier integration for mobile manufacturers. Its ultra-thin chip module offers design flexibility, providing additional space for other mobile components and allowing for a flexible unlocking area design to improve user comfort.
Goodix aims to advance the adoption of ultrasonic fingerprints by optimizing supply chain processes, enhancing production efficiency, and reducing costs.
The company’s product lineup now includes capacitive, optical in-display, and ultrasonic fingerprint sensors, offering a comprehensive range of solutions. And the Vivo X100 Ultra and X100s series also incorporate other Goodix technologies, such as smart audio amplifiers, audio software, optical in-display fingerprint sensors, and AMOLED touch solutions.
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May 15, 2024 – by Ali Nassar-Smith
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