How many steps do you need to take a good image? Framing, selecting the angle, adjusting the focal length and light, shooting, post-refining or editing, etc. But for most friends who like to shoot now, one is that they do not have professional shooting equipment, and the other is

How many steps do you need to take a good image? Framing, selecting the angle, adjusting the focal length and light, shooting, post-refining or editing, etc. But for most friends who like to shoot now, one is that they do not have professional shooting equipment, and the other is that they do not have such professional technology. More people hope that a mobile phone can solve the shooting problem, be easy and comfortable, and can also produce films. Snapdragon is a leader in the smartphone industry and has a forward-looking vision and is well aware of user needs. While continuously improving the performance of mobile platforms, we also pay great attention to breakthroughs in imaging strength. Now, through Snapdragon phones, we can indeed easily achieve the achievements of 8K HDR video shooting.

In terms of the imaging performance of mobile platforms, it is not an exaggeration to say that Snapdragon is an industry pioneer. As we all know, Snapdragon ISP is also well-known in the industry. As early as 2019, the Snapdragon 865 reduced low-light ambient noise with two 14-bit Spectra 480 ISPs and could process 2 billion pixels per second. It was the only mobile platform in the industry that could support 8K video shooting at that time.

For an industry technology, the innovations and breakthroughs that can be achieved in three years are extremely gratifying. Snapdragon took three years to raise the imaging technology to the height of the ceiling. Taking the new Snapdragon 8 as an example, the first 18-bit ISP for mobile terminals is added to build the first mobile platform that can support 8K HDR video shooting. With an amazing speed of 3.2 billion pixels per second, a single camera can capture 108 million pixels of images, which can capture 4096 times dynamic range image data beyond the previous generation. There is no doubt that the powerful imaging capabilities of the new Snapdragon 8 have successfully opened the door to the era of professional mobile imaging. The reason why the image strength of the Snapdragon "core" can be at the top of the industry is, in addition to the addition of 18-bit ISP, there is another important point, which is the assistance of the Qualcomm AI engine. Snapdragon 865 once combined with a 14-bit two ISP and the fifth-generation Qualcomm AI engine to achieve 15 trillion operations assisted photography per second. As for the new Snapdragon 8, it integrates the seventh-generation Qualcomm AI engine, reaching four times the computing power of the previous generation, and also integrates Leica-style filters. Let Android phones become professional photography devices, and users can easily shoot 8K HDR images. Each frame can clearly display 1 billion colors, rich in details and vividly displayed.

, which was previously equipped with the new Snapdragon 8, is based on the super computing power of the 18-bit three ISP and Qualcomm's seventh-generation AI engine, and has its own chip to realize multiple integrated computing. The result of winning the first place in the DXO score is a proof. But in fact, the Honor Magic 4 series focuses on smart flagships, and imaging capabilities are just part of it. This can also be seen that the new Snapdragon 8 image is very strong. There are many mainstream professional imaging flagships on the market at present, so it is not surprising to choose the new Snapdragon 8.

Snapdragon 8K technology has achieved a qualitative leap in three years, which has indeed brought us many surprises. In the future, 8K technology will be applied to more scenarios, and there will be more ways to play in professional mobile photography. In the new Snapdragon 8K vision, there is still more potential to be explored.