OPPO Reno9 Series Image Configuration Announces Mariana X Self developed Chip+Front and Rear Dual Flagship Portrait Lens

A few days ago, OPPO officially announced the relevant news of OPPO Reno9 series, which will be officially released on November 24. Later, OPPO officially announced the image configuration of OPPO Reno9 series, which not only carries the self developed Mariana X image chip, but also uses flagship portrait lenses in front and back, and Pro+is equipped with optical anti shake, which can bring you a very high-quality shooting experience.

OPPO Reno9 series continues to carry OPPO's self-developed image dedicated NPU chip - Mariana X. Mariana X is the first independent image dedicated NPU chip on the mobile terminal, which realizes 18TOPs@Int8 (Equivalent 72TOPs@Int4 ）", 11.6TOPs/w, leading industry 20bitUltra HDR capability, and four breakthroughs in real-time RAW computing. At the same time, Mariana X can also provide clearer 4K HDR video recording and night view performance. In terms of hardware configuration, the rear of theReno9 series is equipped with a flagship Sony camera of 50 million pixels and supports OIS optical anti shake.

Of course, the OPPO Reno9 series front camera released this time is as powerful as it is.All the OPPO Reno9 series are equipped with a 32 million pixel super sensitive cat eye lens that is deeply customized with Sony, integrating the RGBW image fusion unit developed by OPPO, further improving the ability of color restoration and dark light shooting. At the same time, all the OPPO Reno9 series support the AF auto focusing system, and the full scene self shooting is super clear.

At the same time of hardware upgrading, the OPPO Reno9 series of software algorithm upgrading also declinedThe Reno9 series portrait algorithm has evolved again and has been upgraded to a new dual core portrait computing engine. The upgraded algorithm can significantly improve the analytical power and dynamic range of the film, while retaining a soft and natural image appearance, and can play a significant role in low illumination scenes such as dark light and backlight, creating a shooting effect with clear details and true colors.