Samsung is preparing to launch its sixth-generation foldable devices. Meanwhile, a recent patent application from the company reveals that they are already developing innovative foldable and rollable models, aiming to distinguish their future products from the competition.
The patent application details a novel display technology that allows users to unlock their phones by touching any part of the screen, rather than a designated area. According to the abstract, this technology integrates a “fingerprint recognition sensor layer beneath the display panel.” This advancement promises to enhance user convenience and security by enabling seamless fingerprint recognition across the entire screen.
The patent application describes a technology designed to integrate a fingerprint recognition sensor directly into the display panel, which is the largest component of a portable communication device.
The company aims to create a display that integrates a fingerprint recognition sensor without needing an external light source. This innovative display is expected to enhance fingerprint recognition capabilities. Note that in the accompanying illustration, the thickness of the layers and regions may be exaggerated for clarity.
Exciting New Display Tech Set to Revolutionize Upcoming Galaxy Foldables
Current high-end foldable smartphones typically feature side-mounted fingerprint sensors, but advancements suggest that future models may adopt full-screen under-display fingerprint scanning technology. According to @xleaks7, Samsung’s upcoming foldable devices like the Galaxy Z Fold 7 and rollable smartphones could integrate this new technology. Recent patents also hint at flexible properties for both the first and second bases of these innovative designs.
Many users have expressed disappointment with the side-mounted sensor on foldable devices priced nearly $2000.
The issue stems partly from the necessity to maintain a slim profile, which currently necessitates a side-mounted fingerprint sensor. Samsung aims to address this by potentially integrating the fingerprint recognition system directly into the display panel, which could resolve the thickness concern while enhancing usability.