High image quality and high frame rate have always been the development direction of mobile games, but the corresponding thing is that once the graphic rendering efficiency is not high, the system resource supply is not controlled, the power consumption surge will make the battery life worse, and the extra heat will cause stuttering.
Chip-level gaming technology
In order to solve this "pain", OnePlus, together with the advantages of the world's four major R&D bases, spent two years to launch a game optimization technology that can be called "killer" in the mobile phone industry: HyperBoost full-link game frame stabilization technology, which includes core technologies such as graphics heterogeneity, GPA limit frame stabilization and O-Sync overclocking response, so that OnePlus 10Pro can provide users with a stable frame rate, fast start-up, and cool control game experience.
The first is the graphics heterogeneous technology, which can refine and disassemble the graphics instructions sent by the CPU to the GPU, and then rationalize and redistribute. For example, in the team battle, the mobile phone can more accurately know what elements cause the stuttering, whether it is the hero factor or the dynamic effect problem caused by the big move, and then greatly reduce the load of the mobile phone by accurately and reasonably arranging the priority of element rendering.
GPA limit frame stabilization technology
Behind the GPA limit frame stabilization technology equipped with one plus 10Pro is a powerful AI model, which is a set of powerful AI models, which is a collection of a variety of AI algorithms through the four major research and development bases of North America, Taipei, Shenzhen and Nanjing, and iterates and self-training in two years without interruption, so that it can intelligently adjust the CPU and GPU frequencies through "AI frame stabilization ability accumulation" and "system resource refined management", and finally achieve game limit frame stabilization.
Touch low-latency technology
Finally, there is the O-Sync overclocking response. OnePlus 10Pro combines hardware and software, starting from the LTPO screen, and exclusively customizing the low-latency chip, and then to the in-depth self-research, thus breaking through the low-latency algorithm of Android limitations.
O-Sync overclocking response is not turned on O-Sync overclocking response
This feature allows users to reduce the delay between the application to the screen display by more than 30ms when using the OnePlus 10Pro, thereby obtaining faster operational response speed in the actual experience, so that the user can achieve a smoother operation experience than other models in the game, whether it is opening the camera or releasing skills.
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