Traditional Culture Encyclopedia - Photography and portraiture - Which is better, Xiaomi 13 or Redmi k70?

Which is better, Xiaomi 13 or Redmi k70?

Xiaomi 13 and Redmi K70 are both mobile phones equipped with 8Gen2 processor from Snapdragon, but they are different in other aspects. Generally speaking, Xiaomi 13 performs well in camera, performance and design, while Redmi K70 performs well in battery life and charging.

First of all, in terms of taking pictures, Xiaomi 13 has a relatively good photo-taking ability. Leica optical lens, equipped with 74.7mm telephoto lens, supports 3.2 times optical zoom, OIS optical image stabilization and 7P lens. These configurations can provide better photo effects, especially when shooting at a distance.

Secondly, in terms of performance, Xiaomi 13 performed well. It uses Qualcomm Snapdragon 8Gen2 eight nuclear processor, equipped with LPDDR5X+UFS4.0 storage combination, and has excellent performance. At the same time, Xiaomi 13 also adopted MIUI 14 operating system, which provided a smoother operating experience.

Xiaomi 13 highlights

Leica native dual image quality: Xiaomi 13 is equipped with Leica native dual image quality, including Leica super color images, and establishes an image color database with Leica * * *. The whole link supports P3 wide color gamut, and the color capture is improved by 25%. This enables Xiaomi 13 series to challenge the most difficult moment in the industry, that is, at sunset, which is also the photographer's favorite "golden moment". Xiaomi 13 Leica super-color image can perfectly restore the rich colors in this scene and achieve a shot.

Super computational photography ability: Xiaomi 13 series also has super computational photography ability, which upgrades the focusing ability of CyberFocus and increases the autofocus of shooting scenes such as insects, birds and vehicles.

Powerful performance: Xiaomi 13 series is equipped with Snapdragon 8Gen2 processor, LPDDR5X memory, UFS4.0 flash memory and built-in 4642mm? Ultra-large area VC liquid cooling heat dissipation.