Announced last week, the flagship smartphone Huawei Mate 10 Pro quickly tested the popular profile resource DxOMark. Thanks to innovative innovations based on the use of a monochrome 20 megapixel camera and 12 megapixel RGB sensor (joint development with Leica), the device received an impressive 97 points in the general DxOMark test. As a result, such a high rating allowed Huawei Mate 10 Pro to take the second place in the corporate rating, where Google Pixel 2 remains the leader with an advantage of 1 point. According to Huawei, both main cameras have an aperture value of f / 1.6, and during the shooting, the technology uses artificial, trained intelligence. The use of AI allows not only more accurately focusing on the subject, but also making more precise settings and creating a high-quality bokeh effect. Testing the photographing process on the Huawei Mate 10 Pro showed that subjects achieved good color reproduction, proper exposure and wide dynamic range, excellent white balance and low noise even in low light. The positive properties of flagship photography include accurate and fast autofocus, high-quality 2x zoom, which allows you to get a photo with decent detail when approaching objects. The testers also noted the high quality of the generated bokeh effect with the right choice of the main subject; the disadvantages of photography include unstable exposure in serial shots, insufficient texture detail in any light, the appearance of artifacts when photographing the sky and unnaturally saturated red color. Creating a video on the main camera of Huawei Mate 10 Pro showed the following positive aspects: • Fast and accurate autofocus with good tracking of captured objects • No blur effect under various lighting conditions • Natural colors and accurate white balance in different lighting conditions • High-quality exposure • Low Optical noise level DxOMark experts considered video imperfections to be: low texture detail, insufficient dynamic range for high-contrast shooting, and the appearance of a pronounced orange color spectrum in artificial light.