Photos of iQOO 10 Smartphone Series Unveiled
The iQOO 10 smartphone series will be officially released at 7:30 p.m. on July 19. The smartphone brand revealed the appearance of these new products on July 8.
The iQOO 10 series is available in both Legend and Track versions. The former adopts Legend’s classic tricolor pattern matched with brand-new white organic silicon leather, while the latter adopts a monochromatic and heterogeneous design, half smooth and half soft.
According to the official pictures, the Legend version’s design is also very consistent with iQOO smartphones’ key characteristic: “young.” Apart from the conventional white background and tricolor strips of blue, black and red, the upper part of this smartphone appears bright black. Additionally, the tricolor strips intersect with this black backplate in a T-shape, which is very novel design.
The new product will be equipped with the Qualcomm Snapdragon 8+ flagship processor, which adopts TSMC 4nm process, and the main frequency of its super-large core CPU has been increased to 3.2 GHz. The comprehensive score of AnTuTu, a software benchmarking tool, has exceeded 1.1 million points.
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The text in the lower right corner of the poster confirms 200W wired charging, which is exclusive to its Pro models, as well as that the standard models support 120W fast charging.
Regarding its configurations, prominent tech industry Weibo blogger “Digital Chat Station” revealed that the smartphone features a 6.78-inch 2K+120Hz centered single-hole curved screen, a rear 50MP large image sensor with triple-cameras including medium and a telephoto lens supporting 40x digital zoom. Equipped with a Snapdragon 8+ Gen1 processor, the new model has vivo’s self-developed ISP image chip, the V1+, a dual-cell battery, and the first 200W super-flash charging.
According to a previous report by chinastarmarket.cn, the ultra-thin diaphragm and anode materials used in the model’s super flash charge function have achieved a breakthrough of “Automotive Grade.” The materials are characterized by their thinness, which is more conducive to improving charging performance.
