Until today, for users, mobile phones are no longer a single means of communication, and when purchasing a new mobile phone, imaging capabilities have gradually become the focus of user investigation. Most of the imaging capabilities are reflected in the hardware specifications of the mobile phone rear shooting, the main camera of the super base, the high magnification telephoto, etc., but the post-shooting material will bring a poor sense of experience, such as limited by the space of the mobile phone, the high magnification telephoto will also occupy more space, and the bulge of the mobile phone rear photograph will also affect the feel. Since you can't start with hardware stacking, upgrading the software algorithm while upgrading the hardware is the proof of the strength of major mobile phone manufacturers.
Multi-master camera fusion computational photography technology, enjoy this recording process that is only yours
On September 22, Honor held an imaging technology conference to show the latest breakthrough in image technology of the Honor Magic3 series. In the face of the limited space of mobile phones, Honor Magic3 delivered a satisfactory answer with "multi-main camera fusion computational photography".
Taking the Honor Magic3 to The Ultimate Edition as an example, its camera module has a total of 4 cameras, an 8*8 dTOF laser focus system and a multi-light color temperature sensor. In the hardware specifications that are not inferior to mobile phones at the same price, its multi-camera information acquisition in the early stage and the integration of AI image computing power in the later stage are even more brilliant.
When a photo is taken, in addition to the camera used for shooting, the rest of the camera will also be used for information collection. The collected information will be fused into a sample piece by AI image computing power in the later stage, and the user can get a piece with a very high degree of completion.
Whether it is the line texture of the building, or the light and dark details of the blue sky and white clouds, or the color presentation of the object, the Honor Magic3 Ultimate Edition relies on the blessing of integrated computational photography technology, so that the samples taken by the main photographer have a more accurate grasp of the real white balance and dynamic range of the environment.
This also benefits from the linkage between the color sensor and the black and white sensor under the glory multi-main camera fusion technology, the color sensor is responsible for recording the color and exposure, the black and white sensor is responsible for recording the detailed texture, and the division of labor and cooperation of the dual sensors makes the overall performance of the sample more stable.
V1 chip + ZEISS + micro-gimbal, enjoy the endless fun brought by creation
On the evening of September 9, Vivo officially released the annual peak flagship mobile phone vivo X70 series. After 24 months and more than 300 R&D teams, vivo X70 series introduced a new self-developed professional imaging chip V1, which is also a huge attempt by vivo to deal with the current situation of the industry.
This time, vivo X70 Pro+ adopts the design of the three main cameras of the large outsole micro-gimbal, equipped with a 50 million pixel super large bottom main camera, a 48 million pixel IMX598 custom sensor, a 12 million pixel professional portrait main camera, and an optimized design for high-speed data processing through the V1 chip to achieve the possibility of real-time preview of the film.
With the blessing of the V1 chip and the 1/1.3-inch oversized bottom GN1 sensor, the main camera of the vivo X70 Pro+ can achieve high-quality imaging whether it is in the day of full light, the evening when the light is weakened or the picture with the back to the sun, allowing you to shoot a large film at your fingertips.
The main camera can have such high-quality imaging, but also thanks to the vivo X70 Pro + for the first time to use low dispersion ultra-high lens lenses, which is also the top SLR lens often used in the lens, this vivo can be said to lead the industry trend, the application of the current mobile phone industry used in the lowest dispersion of the lens material, to ensure that the photo can have the greatest purity.
Not to mention the vivo X series of housekeeping skills "micro-PTZ stabilization" technology, with the blessing of the V1 chip, this core technology on the vivo X70 Pro+ body is like a tiger, this time to achieve full lens super image stabilization, that is to say, whether it is shooting scenery, shooting people, shooting macro, shooting wide angle, looking far or recording video, full focus segment, full time can do stabilization, can be said to be the ceiling of the current mobile phone shake stabilization.
Computational optics breaks through physical boundaries to build a new imaging system for a new era
From the Glory Magic3 series multi-main camera fusion computing to the vivo X70 series V1 chip, this year's mobile phone manufacturers can be described as magical in the field of computational photography, and huawei P50Pro is even more unyielding. Although there is no "ancestral" Sony custom sensor, its sample performance is still the first level in the current smartphone.
The Huawei P50 Pro is equipped with dual image units, including a primary color camera with a maximum of 50 million pixels and a large Aperture of F1.8, a primary color camera that supports OIS optical image stabilization, and a monochrome primary camera with a 40-megapixel, F1.6 aperture. And because there is no Bayer filter coverage, every pixel is very solid, and every detail is perfectly restored.
In this upgrade, the most important thing is, of course, the addition of XD Optics .) Through the reversible optical path, Huawei calculates the light information and the lost light information through the lens, so the optical characteristics of the lens can be known in the design process of the lens module, and the original information of the image is restored through the post-algorithm to make up for the loss of the optical end.
Huawei P50 series of computational optics for the global information restoration, mainly to correct aberrations and enhance high-frequency signals, the original picture becomes clear and sharp, Huawei P50 series of optical systems, mechanical structures, electronic devices respective characteristics in the algorithm under the baton is unified integration, constitute a new era of new imaging system.
It is supplemented by a thinner lens design that further compresses the thickness of the lens module while improving image quality and performance, breaking through physical boundaries. Whether it is the enhancement of clarity by computational optics or the ability of the primary color engine to restore the color of the picture, the Huawei P50 series is an excellent sequel to the Huawei P series.