Xiaomi 12 seems like Xiaomi Civi! With Snapdragon 898, the appearance of Xiaomi 12 is exposed!

The Xiaomi Mi 12 flagship series will be officially released at the end of the year, and will be equipped with the Snapdragon 898 chip, and may even be released as early as November. This means that the phone may be less than two months away from meeting everyone.

The appearance of the Mi 12 series will adopt a Civi-like design, especially the screen scheme will be very similar. The Mi 12 series will abandon the four-curved design widely adopted this year and replace it with a more concise and beautiful hyperboloid solution. And the curvature will be relatively small, similar to a micro-curved surface, which can greatly ensure that the display effect is not affected.

At the same time, the borders on the four sides of the screen will also be further compressed, and the screen-to-body ratio will be further increased. Coupled with the small aperture front camera in the center, it will bring a very shocking visual effect.


In addition, the Mi 12 series will also completely solve the problem of the R angle that users have given a lot of feedback. Previously, the Mi 11 series will cause serious visual interference because the four corners of the screen are not synchronized with the four corners of the fuselage, and the visual effect of the front bright screen is greatly reduced. Mi 12 will avoid this problem well.

It is worth mentioning that Xiaomi Mi 12 will also be further upgraded in terms of screen quality. There are currently many rumors that it will be equipped with an LTPO adaptive refresh rate screen. It can realize the adaptive refresh rate adjustment function of 1-120Hz, which can be switched according to the use scene, taking into account the requirements of high refresh rate and low power consumption.


In addition to carrying the Snapdragon 898, Xiaomi Mi 12 will also bring greater upgrades in imaging. It is revealed that the Xiaomi Mi 12 flagship machine is equipped with two sets of solutions in the imaging system, one of which is a 50-megapixel super-large main camera solution. Another plan is to carry 200 million ultra-high pixel main camera.