Xiaomi 17T to Soon Launch in India, Triple Rear Camera System, Vivo, Samsung, Oppo

The new smartphone series of Chinese devices maker Xiaomi will soon be launched in the international market. These smartphones will have a Leica-tuned triple rear camera unit inside the square-shaped camera module. A smartphone of this series can also be launched in India soon.
Xiaomi’s unit in the country has launched a Post Teaser of the launch of a new ‘T’ series smartphone has been given. This could be Xiaomi 17T. There is less possibility of introducing Xiaomi 17T Pro of this series in the country. Xiaomi 17T series will be launched in select international markets on May 28. The smartphones in this series will have a Leica-tuned triple rear camera unit inside a square-shaped camera module.

Information about the camera, battery capacity and processor of these smartphones can be available in the next few days. Recently, a tipster had said that Xiaomi 17T may have a 6.59-inch 1.5K AMOLED display with a refresh rate of 120 Hz and a pixel density of 460 ppi. Xiaomi 17T Pro of this series can be given a 6.83 inch 1.5K AMOLED touchscreen display with a resolution of 1,280 x 2,772 pixels, refresh rate of 144 Hz and 447 ppi pixel density. Xiaomi 17T may have 4nm octacore MediaTek Dimensity 8500 Ultra and Xiaomi 17T Pro may have 3nm octacore MediaTek Dimensity 9500 chipset.

Xiaomi’s new premium smartphone can also be launched soon. The company has given information about the key features of Xiaomi 17 Max. With this smartphone, Xiaomi may return to the big screen premium smartphone category. Xiaomi 17 Max will be provided with an 8,000 mAh battery. The company claims that this is one of the highest capacity batteries in its smartphones. This smart fone The battery can support 100 W wired charging and 50 W wireless charging. Xiaomi’s new silicon-carbon battery technology can be used in this. A larger battery than this can be fitted even in smartphones with less thickness. Xiaomi 17 Max will have a 6.9 inch ‘Super Pixel’ display. It may use a new red luminous material to improve display brightness.