Huawei officially unveiled the latest addition to its tri-fold lineup, the HUAWEI Mate XT 2 | ULTIMATE DESIGN. As the first smartphone to feature the LogicFolding Tau (τ) Chip, HUAWEI Mate XT 2 | ULTIMATE DESIGN marks the chip’s official entry into mass commercialization.
Ultimate Design: A Wing-Like Form for Intuitive Control
The phone debuts with a wing-like tri-fold design, continuously pushing the boundaries of ultimate aesthetics, craftsmanship, and innovation. It is the first device powered by the Kirin 9050 Pro chip and introduces several industry-first features and experiences, including the Xuanwu Ultra-Durable Tri-Fold Architecture, Smart Shield Privacy Screen, True-to-Color Camera 3.0, and the HarmonyOS 7 large-screen experience. As the pioneer of tri-fold phones, this new generation once again redefines the extraordinary.
The new HUAWEI Mate XT 2 | ULTIMATE DESIGN features a wing-like tri-fold design that opens from both sides, offering a more intuitive unfolding experience. The design philosophy draws on Chinese aesthetics, with a cloud pattern on the back panel created using Brocade Cloud craftsmanship. It is available in three colors: Purple, White, and Black. The camera ring inherits the iconic Star Diamond Glow design, crafted from Yttrium Crystal and fired at 1,800°C. Combining gemstone design and cutting techniques, it undergoes eight steps of fine polishing to form 33 star diamond facets, delivering a dazzling gemstone-like luster.
The device features the Xuanwu Ultra-Durable Tri-Fold Architecture, which re-engineers the hinge and screen technology for layered protection from the inside out. It is the first tri-fold phone to support IP58/59 dust and water resistance. The cover screen, made of Xuanwu Kunlun Glass, resists daily scratches and impacts with ease. It also features anti-glare technology, ensuring clear visibility even under direct sunlight.
The main screen uses a multi-layer composite ultra-tough structure, including a large UTG glass layer, aerospace-grade ultra-thin high-strength steel, and a carbon fiber support layer, providing robust impact resistance. The Advanced Precision Hinge System 2.0 employs a 5 curved arm structure and a synchronized linkage mechanism for even force distribution and reliable pressure resistance.
