Xiaomi Redmi Note 8 Pro: the business gaming phone

The Xiaomi Redmi Note 8 Pro and its quadruple photosensor revealed officially. Gaming oriented, the smartphone is equipped with MediaTek’s SoC Helio G90T, a 4500 mAh battery, and a liquid cooling system.

Xiaomi will present Redmi Note 8 and Note 8 Pro on August 29, 2019, but we are already beginning to know a lot about the brand’s next two smartphones, eagerly awaited after the excellent Redmi Note 7. We start by publishing official renderings of the Pro version of the mobile in its green color. You can’t see the screen but only the back of the smartphone. A rather classic design with a photo device reminiscent of the OnePlus 7 with three sensors vertically aligned in the center. It seems that there is a fingerprint sensor underneath the cameras. A fourth photo module accompanies the LED Flash on the right. As a reminder, the main photo module is Samsung’s ISOCELL Bright GW1 64 MP.

The Xiaomi Redmi Note 8 Pro with a 4500 mAh battery?

Redmi Lu Weibing’s executive said that the Xiaomi Redmi Note 8 Pro carries a massive 4500 mAh battery. A future champion of autonomy? Not necessarily. Xiaomi confirmed the presence of MediaTek’s gaming-oriented SoC Helio G90T on the Redmi Note 8. Engraved via the 12nm smelter procedure, it should be resource and energy-intensive. The 4500 mAh battery will, therefore, not be enough, and we can fear a significant impact on performance. Lu Weibing also said that the phone is compatible with a recharge faster than 10W, without giving exact data.

Liquid Cooling

We learned to see this exciting feature from a game phone from another Xiaomi sub-brand, Black Shark. The three devices in this house are much appreciated in the gaming world and have set several records. This is also due, in part, to the cooling technology that allows the processor and internal components to maintain a lower temperature when using the device excessively. In the case of the Redmi house newborn, as we see in the photo, this will allow us to keep it at 4° / ° 6 below the average temperature of “maximum load.”