ZTE sub-brand Nubia has announced the Red Magic 10 Pro series, which may include models like Red Magic 10 Pro and Red Magic 10 Pro+. This smartphone will come as a successor to last year's Red Magic 9 Pro and Red Magic 9 Pro+. Ahead of the official launch, the brand has given information about the display of the Pro model of this series. It will feature BOE's 1.5K resolution display and high screen-to-body ratio, which promises to deliver a superb viewing experience. The Red Magic 10 series will be powered by Qualcomm's Snapdragon 8 Elite chipset.
World's first smartphone with 1.5K True Screen
The Red Magic 10 Pro will be the first smartphone to come with a display called 'Wukong Screen', which is jointly developed by BOE and Red Magic. The display has a resolution of 1.5K and a screen-to-body ratio of 95.3 percent. The company claims that this will be the world's first smartphone with a 1.5K True screen. Notably, it will be launched in China next week.
What is a 1.5K resolution display? Red Magic 10 Pro's 1.5K resolution display is being introduced with a special name 'Wukong Screen'. The 1.5K resolution means the display has a slightly higher pixel count than Full HD, allowing better details to be clearly seen in visuals such as videos and games.
Limited battery consumption with excellent clarity This provides a better experience for users as colors and contrasts look more vibrant, especially if you are using the phone for photo or video editing or playing hi-graphic games. However, a 2K or 4K display may provide greater clarity than a 1.5K display, but may also consume more battery. In such situations, 1.5K resolution is a balance that provides excellent clarity while also consuming limited battery.
7000mAh battery, 100 watt charger The Red Magic 10 Pro series will be launched in China on November 13 at 3 PM (12:30 PM IST) and its pre-booking is ongoing in China. The phone is said to have a Snapdragon 8 Elite chipset, a 7,000mAh battery and support 100W fast charging.
Image Credit: (Divya-Bhaskar): Images/graphics belong to (Divya-Bhaskar).
