Nowadays, "self-developed chips" can be described as a must for technology giants, and domestic head manufacturers have achieved major breakthroughs in the track to enhance the computing power limit of products. At the OPPO new product launch on February 24, the new Find X5 series realized the first commercial use of THE OPPO self-developed NPU chip Mariana MariSilicon X for self-developed imaging, and together with the Snapdragon 8 processor, it broke the long-standing collaboration problem between the algorithm, chip and sensor, and raised computational photography to a new height, and the shooting experience caused widespread concern.
According to the official introduction, the SELF-developed imaging professional NPU chip Mariana X equipped with the OPPO Find X5 series is manufactured by an advanced 6nm process, which has the characteristics of high performance and low power consumption, providing equivalent AI computing power of up to 18TOPS, 11.6TOPS/w energy efficiency, and bringing up to 20bit of ultra-high dynamic range processing power. As a result, it takes mobile computing images to a whole new level with unprecedented AI computing energy efficiency, industry-leading Ultra HDR, lossless real-time RAW computing, and maximized sensor capabilities.
First of all, in order to solve the low-quality imaging problem caused by the chip computing power can not cope with the amount of RAW domain information, Mariana X pre-positioned the traditional back-end processing to the RAW domain, based on more advanced AI algorithms and 20bit HDR to do real-time calculation of each pixel, to maximize the repair of picture noise, to achieve higher quality RAW domain original image information. Even when using third-party software, RAW domain-based computing can help find X5 Pro bring sharper native image quality, such as WeChat, Douyin, Kuaishou and other apps can get the same high-quality picture as the system camera.
In the extremely challenging night scene video scene, Mariana X can lift the image quality limitation of the night scene video 1080P, increase the ultra-clear night video resolution by 4 times, and each frame can also improve the purity of the picture with real-time pixel-level AI noise reduction processing, and with the help of Ultra HDR super dynamic range to obtain a brighter night shooting effect, so OPPO Find X5 Pro achieves the industry's first support for 4K ultra-clear night video effect.
In terms of color, because Mariana X has outstanding vertical integration capabilities, OPPO Find X5 Pro's self-developed 3A algorithm can effectively solve the coordination problem of sensors, chips and algorithms, so it can help mobile phones solve more color problems in a targeted manner. For example, in the case of some solid colors or large-area obfuscated colors, the self-developed 3A algorithm can effectively exert the maximum potential of customized spectral sensors and bring more accurate color reproduction effects. Moreover, the 1G6P lens used in the main camera and the 13-channel color temperature sensor can also provide more accurate color performance, which can produce natural results in any light.
It is worth mentioning that the OPPO Find X5 Pro is also equipped with oppo | The Hasselblad mobile imaging system, which uses the calibration scheme of the Hasselblad medium format camera to color debug the IMX766, also brings three master filter options, allowing users to achieve blockbuster texture with a single shot. In addition, the phone also has a Hasselblad XPAN mode, which can support the classic 65:24 wide format shooting, and restores the classic 45mm lens, which can achieve both black and white and color film styles, and restore the Hasselblad experience in an all-round way.
In addition to effectively improving the strength of computational photography, OPPO Find X5 Pro also has more camera hardware and software upgrades to further achieve image quality. For example, in terms of stabilization performance, the new machine is equipped with five-axis suspension stabilization, which is the industry's first hardware-level OIS, the same lens module can also achieve dual optical stabilization of sensors and lenses, can easily cope with the movement trajectory in various directions, greatly improve the amount of light into the night photo, and can also achieve stable and clear video quality, ICE2.0 dynamic capture engine can also carry out accurate noise reduction, and the mobile phone can be said to have comparable to the professional camera level of stabilization performance.
It is not difficult to see that from the high computing power support of the NPU dedicated to self-developed images to the full-link vertical integration of computational photography, the #OPPO Find X5# Pro under the dual flagship core has indeed brought about a comprehensive evolution of picture and video processing, effectively solving the traditional pain points of computational photography. At the same time, the new machine also uses hardware improvements such as OIS five-axis image stabilization and 1G6P glass lens to upgrade the imaging level of the whole machine in multiple dimensions, and opens up an innovative shooting experience through the Hasselblad imaging system. It can be said that oppo Find X5 Pro has really brought a new mobile phone shooting experience to the majority of consumers, completing a variety of extreme imaging needs, which is quite worthy of attention!