Xiaomi Mix Fold3 Hands-on Photo Leaked
Xiaomi enthusiasts around the world are eagerly anticipating the upcoming release of the Xiaomi Mix Fold3, the latest generation of their much-loved folding screen phone. Alongside it, there are whispers of a super-large screen Xiaomi Pad 6 Max tablet, making it an exciting month for Xiaomi fans.
Recently, a user on Bilibili shared a Xiaomi Mix Fold3 hands-on photo. The earlier leak revealed the device’s front, and today’s photo reveals its rear camera design and build details ahead of the official launch. The phone appears to retain a similar camera housing to its predecessor, but with a slight upward slope staring near the camera housing, reminiscent of the Xiaomi 13 Ultra flagship.
Xiaomi Mix Fold3 real-life photo confirms that the camera housing is a silver shining metal enclosure, housing a total of four camera sensors, including a periscope telephoto lens, arranged in a matrix style. Xiaomi is touting this setup as the “Leica Optical Full Focal Length Quad-camera,” promising impressive photography capabilities.
Adding to the intrigue, the image showcases a prominent “Big Leica” branding engraved above the flash and other sensors, all neatly managed in a long strip. This collaboration with Leica reaffirms Xiaomi’s commitment to delivering top-notch camera technology to its users.
Furthermore, the leaked photo confirms the presence of a leather back finish, adding an element of luxury and style to Mix Fold3’s design. This material choice not only enhances the phone’s aesthetic appeal but also provides a premium tactile experience for users.
Though the Xiaomi Mix Fold3 is yet to be officially unveiled, this tantalizing sneak peek has ignited excitement within the tech community. Xiaomi’s venture into foldable devices is expected to redefine smartphone functionality, and this latest installment promises to take the user experience to new heights. Stay tuned as we keep you updated on any further developments regarding the Xiaomi Mix Fold3 and the exciting world of foldable technology.
