Xiaomi 14T redefines mobile photography with Leica collaboration, cutting-edge innovation
Xiaomi has unveiled its latest premium smartphone, the Xiaomi 14T, designed to revolutionise mobile photography and deliver top-tier performance. Co-engineered with renowned camera manufacturer Leica, this high-end device seamlessly integrates cutting-edge camera technology with powerful hardware specifications.
At the heart of the Xiaomi 14T is an impressive triple-camera system co-developed with Leica, featuring a 50MP Leica Summilux main camera equipped with a Sony IMX906 image sensor, a 12MP ultra-wide lens, and a 50MP 50mm equivalent telephoto camera. Designed for professionals and enthusiasts alike, the camera setup promises exceptional image quality and advanced photography capabilities.
Beyond photography, the Xiaomi 14T excels in videography, offering 4K recording at 60fps. Features such as cinematic blur, rack focus, and Leica-style colour filters enable users to experiment with a filmmaking edge—right from their pocket.
Powering the device is the MediaTek Dimensity 8300-Ultra processor, built on advanced 4nm technology for superior performance and energy efficiency. Users can enjoy content on the 6.67-inch 144Hz AMOLED display with a peak brightness of 4,000 nits and 1.5K resolution, housed within an IP68-rated water- and dust-resistant design.
Battery life is equally impressive, with a 5,000mAh battery featuring 67W HyperCharge technology, allowing a full charge in just 45 minutes. Additionally, advanced AI capabilities enhance photography, scene recognition, and battery optimisation, ensuring a seamless user experience.
With these premium features, the Xiaomi 14T reinforces the company's ongoing commitment to innovation in the smartphone market, particularly in mobile photography and performance. Through its collaboration with Leica, Xiaomi has successfully merged mobile technology with the artistry of classic photography. The result is a smartphone that goes beyond capturing moments—it tells stories, frame by frame, lens by lens.
