Vivo R&D king glory adaptive picture quality mode, continuous game without frame loss
Yesterday (November 10), Vivo officially held a dual core technical communication meeting, at which the new generation of self-developed chip V2 of Vivo was officially unveiled. The compatibility and functionality of this self-developed chip have been greatly improved, and the on-chip memory unit, AI computing unit and image processing unit have been greatly upgraded. In addition, it also brings five new functions, among which the adaptive image quality mode of King Glory has attracted many people's attention.
Vivo's cooperation with MediaTek has brought about5 functions, includingMCQ multi cycle queue, King Glory adaptive image quality mode, chip eye protection, APU framework integration and AI airport mode
Tianji 9200 is the first platform in the industry that supports MCQ. The MCQ multi loop queue can support up to eight channels of data transmission between CPU and UFS, making application software switching and background download wake-up faster and smoother. According to vivo data, after supporting the MCQ multi cycle queue function, AndroBench's random write speed increased by 16.7%, and Anthare's run score increased by 4878 points, mainly due to the optimized storage performance.
For game players, there is also a God optimization function this time, that is, the King Glory adaptive picture quality mode brought about by Vivo's cooperation with MediaTek and King Glory. After the adaptive function is turned on, the game frame rate is close to full frame, with an average variance of only 0.92, and it can be said to be very stable when playing games in a 26 ℃ environment, under theKing Glory 120+extreme configuration.
Among other functions, the chip eye protection is a hardware level low blue light eye protection technology, which can dynamically adjust the picture, reduce the blue light, and at the same time, the screen will not be biased.
The APU framework integration is to apply the underlying general capabilities of Tianji 9200 to the vivo self-developed platform, so that algorithms can be coordinated among multiple processors, resulting in significant energy efficiency improvement, and to launch camera ultra clear documents, live text and other functions.
AI airport mode can achieve an average energy saving of 30% during user flight; After the flight mode is turned off, the network connection can be quickly restored in 1.52 seconds at the earliest, making the recovery speed one step faster.
In terms of performance tuning, vivo also announced their achievements with MediaTek, which exceeded 1.28 million points, and greatly optimized energy consumption in games, videos and other scenes.The power consumption in 4K 60 frame video recording scenes is 25% lower than that in Tianji 9000.
From the test results released by vivo, the adaptive image quality mode of vivo is very awesome. For games like King Glory, you can play for more than an hour without any frame drop, which can greatly improve the user's experience.
