Glory Magic3 series multi-camera fusion image evaluation: clearer picture quality and more brilliant details.

From single shooting to subsequent double shooting, 3 shooting, 4 shooting or even 5 shooting, there are more and more cameras in smart phones, which can also provide users with more and more shooting experiences, such as super wide angle, macro, telephoto and so on. However, the number of cameras is increasing and the functions are becoming more and more abundant. But the progress of imaging is far less obvious than that of cameras. This is mainly because different cameras often focus on their own functions and fail to give full play to the synergy of multiple cameras. With the release of glory's new multi-camera fusion computing photography technology, multi-camera mobile phones are expected to usher in a new breakthrough in shooting. Below, the real shooting effect of Magic3 series machines will bring the real performance of multi-camera fusion technology.

After the glory Magic3 series is equipped with multi-camera fusion computing photography, the main upgrade is to strengthen signal acquisition. Relying on the image engine of HONOR image engine, multi-dimensional information collection based on multi-lens and multi-sensor, including black and color, and then through multi-modal information fusion technology, relying on the powerful AI computing photography ability brought by mobile phone chips, clearer and fuller photos can be obtained.

High pixel mode

Comparing the above two pictures, we can see that in the high pixel mode, with the blessing of the fusion algorithm, the color main camera will be fused with the black and white main camera, and the picture will be obviously clearer. The dolls in the dark will be brighter and clearer, and the details of the whole picture will be greatly improved, whether it is bright or the surrounding buildings.

Super wide angle mode

Ultra-wide-angle shooting is a mode that many users like, because it can have a larger frame and can shoot a larger picture in the case of limited space. But usually, the sensor size of the super wide-angle lens is smaller than that of the main lens, and the resolution and details of the main lens are also quite different, which makes the photos taken very different from the main lens. Under the glory fusion algorithm, the color main camera and ultra-wide angle are combined into one, which breaks through the limitation of ultra-wide angle sensor and improves the image quality.

We use the occlusion color main camera to compare the images, the occlusion color main camera on the left and the normal camera on the right. Thanks to the fusion algorithm, the contrast photos can be clearly seen through the details. After the fusion, the image quality of the details is obviously enhanced, and the definition of the lower edge and right side of the window and the building lines is obviously improved.

These two indoor pictures are more obvious. By comparison, we can see that the integrated alarm clock, whether it is the number inside the alarm clock or the overall outline, the hour hand and the minute hand, should be more clear.

Mid-near focal length photography

Daily life, travel, portrait photography, far and near focal length are the most commonly used application scenarios for users. At present, all mobile phones use fixed-focus lenses. For example, the glory Magic3 series uses a 1x main camera and a 3.5x optical zoom lens.

In actual use, users often use 1x and 3.5x, and there are other near-focus segments to shoot. However, the continuous zooming of the screen by cutting the main screen and digital zooming will affect the image quality of the near-focus segment, such as the appearance of jagged edge on the screen. In this regard, the glory fusion algorithm is to shoot the main shot and telephoto at the same time, and then fuse the images, thus increasing the clarity of the middle part of the main shot and greatly improving the image quality of the middle and near focal sections.

Comparing the above two groups of photos, we can see that under the shooting of 1x, the whole photo before fusion on the left side is good, but the clarity around the eyes and skin is still a little insufficient when the details are enlarged. After using the fusion technology, we can see that the overall picture on the right side is clearer, the local details are enlarged, and the overall clarity has been greatly improved, whether it is eyes, eyebrows or skin.

Telephoto shooting

Although telephoto shooting with mobile phones is not widely used in daily life, in some specific scenes, such as going to wild parks and high-rise buildings, it is generally far away, and animals can hardly be photographed under the normal camera mode of mobile phones, but telephoto lenses have always performed poorly in the industry. If they exceed 65,438+00 times, the picture quality is not satisfactory.

In this regard, the fusion algorithm of Glory Magic3 series is to fuse the color main camera with the periscope telephoto lens, so that the telephoto lens can increase the definition of the middle part of the main camera, and then improve the image shooting definition with a focal length of 54~94mm, and the definition can be improved by up to 180%.

Careful observation of the above photos shows that when taking photos before normal integration, the words of the Hall of Prayer for the New Year are almost indistinguishable, and the surrounding woodcut reproduction is also very vague. However, after the fusion of the main shot and telephoto, we can see that the characters in the Hall of Prayer for the New Year are very clear in the right picture, not only the characters, but also the surrounding golden sculptures and the surrounding patterns can be clearly distinguished.

Comments: Through comparison, it can be seen that under the condition that the hardware is unchanged, Glory relies on the dual main cameras of color sensor and black-and-white sensor, and with the blessing of fusion technology, all lenses participate in taking pictures, realizing the fusion coverage of full focal length, greatly improving the imaging details and picture clarity, and users can take better photos in different scenes.