
Through the GameHub application, GameSir Company announced that it has successfully optimized the ability to emulate PC games on Dimensity chip lines, promising to bring performance that directly competes with Qualcomm's Snapdragon line.

For a long time, emulating complex software such as PC games on Android has been one of the clearest demonstrations of the flexibility of this operating system. However, the gaming community often assumes that only devices equipped with Qualcomm Snapdragon chips are the optimal choice for this task, thanks to their good compatibility with popular emulators such as GameHub or Winlator.

After a long wait, GameSir has officially announced an important update for GameHub, focusing on improving performance for MediaTek SoCs using Mali GPUs.

Specifically, the Dimensity 9000 to 9400 chipsets will be better supported to play PC games using DirectX9 to DirectX11. Notably, GameSir claims that the performance can be “equivalent to Qualcomm Adreno, and even superior in some cases.”

To achieve this result, the GameHub team had to overcome many technical challenges. They improved the Vulkan implementation on Mali GPUs, added missing drivers, and fixed the instability of the shader compiler.

The core solution is the creation of a proprietary “code conversion mechanism” that “translates” DirectX graphics commands from PC games into a language that the Mali GPU can understand and process efficiently.

Not only that, the GameHub team also revealed that they have proactively contacted MediaTek to cooperate in developing specialized drivers for Mali GPUs, to further optimize game emulation.

The partnership doesn't just benefit Dimensity chip users. Google's own Tensor chips (used in Pixel phones) also come with Mali GPUs.

Therefore, it is very likely that these devices will also "indirectly benefit" from GameHub's breakthrough improvements, opening up a brighter future for the emulator gaming community on the Android platform.
Source: https://khoahocdoisong.vn/gamehub-cap-nhat-gia-lap-game-pc-tren-chip-dimensity-muot-ma-post2149043146.html
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