Undoubtedly, nowadays, mobile phones have become the main tool for people to record the moments of life, especially in the current fire of social platforms, people have put forward higher requirements for the image shooting experience of mobile phones. From the perspective of the flagship new machine released by mobile phone manufacturers in recent years, it is not difficult to see that they are each piled up in the image shooting, such as 100 million pixels, outsole main camera, periscope telephoto lens and microscope, etc., so that the mobile phone shooting experience continues to align with professional cameras.
When it comes to images, I believe many people will also think of Nubia. After all, in recent years, Nubia can be said to have given users many surprises in mobile phone image shooting. Not long ago, Nubia also officially announced that it will officially release the flagship of the new year at 14:00 on February 25 - Nubia Z40 Pro, and many people are full of expectations for the image strength of this new machine. Before the press conference, combined with the official exposure of the information, let's see if this new machine can be worthy of the title of "image flagship".
It is reported that the Nubia Z40 Pro will be equipped with a 35mm master lens this time, which can reduce imaging distortion by 35%, increase the amount of light into the lens by 80%, increase the picture clarity by 78%, and increase the full-scene film completion rate by 70%. In addition, the new machine will also be equipped with Sony's IMX787 sensor, with a large Aperture of F/1.6, and support OIS optical image stabilization, as well as shooting stars, star tracks and new constellation gameplay.
In terms of other configurations, the machine will be equipped with a new generation of Snapdragon 8 mobile platform, Antutu running score of up to 107W+, and this time the fuselage is also equipped with a stronger heat dissipation system, the first micro-nano cavity graphene phase change temperature equalization plate, based on the micro-nano cavity structure design and solid-liquid dual-state phase change material filling, heat absorption performance is 140% higher than the traditional phase change material, and supplemented by a nine-layer surrounded cold heat dissipation design, greatly improving the heat dissipation efficiency.