Is Xiaomi 12X seriously hot when playing games?

Author:Qing Time:2024-06-24 17:28

No matter what kind of mobile phone, when the game runs for a certain period of time, there will be heat. Whether the heat is severe or not depends on the heat dissipation and configuration of the mobile phone itself. The Xiaomi 12X is equipped with the Snapdragon 870 processor, and its performance is very powerful. It is not as hot as the Snapdragon 888. Will the Xiaomi 12X get stuck when running the game due to heat? Xiao Bian has brought detailed evaluation. Let's have a look.

Is Xiaomi 12X seriously hot when playing games?

Does Xiaomi 12X play game cards? Does Xiaomi 12X burn when playing games

Xiaomi 12X adoptsVC liquid cooling heat dissipation, 2600mm ² Super large VC liquid cooling, calm in the whole process, and stabilize the overall situation. Graphite heat dissipation area up to 10345mm ², 226mm ² White graphene and 2600mm ² The super VC keeps you in an excellent experience state.

Game Test

The actual measurement shows that Xiaomi 12X supports the 120Hz mode of Glory of the King at most, and the average frame rate can reach about 89fps, which is stable.

After all, the body thickness of the Xiaomi 12X is there, and the temperature control mechanism must be conservative. It is precisely under such temperature control that the heating performance of the Xiaomi 12X is satisfactory. After half an hour of playing, the maximum back temperature is about 42.5 ℃. The Snapdragon 870 processor is still more than adequate for games with general load, but it is a little powerless for games with high load such as Genshin Impact.

The overall game adaptation of Xiaomi 12X is very good. For mobile games such as Glory of the King, Xiaomi 12X can run easily. This super large VC liquid cooling system can prevent team battles from getting stuck and mobile phones from getting hot. The overall performance is very good.

Millet 12X

Millet 12X

3299¥

  • Snapdragon 870 mobile platform
  • WiFi6LPDDR5
  • 2600mm super large VC liquid cooling heat dissipation

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