How about the heat dissipation of Xiaomi 11 Youth Edition mobile phone?

The heat dissipation of the mobile phone affects the user's feel and the overall performance of the mobile phone. If the heat dissipation is good enough, the mobile phone can maintain a smooth use experience, which is more obvious when facing games. Xiaomi 11 Youth Edition is a cost-effective mobile phone with less than 2000 yuan. Many college students and people just entering the society have bought it. How about its heat dissipation performance in daily use?

Does Xiaomi 11 Youth Edition burn after long use? How about the cooling function of Xiaomi 11 Youth Edition

Xiaoomi 11 Youth Edition adopts the way of suspension liquid cooling and graphite cooling. On the surface of the motherboard chip shield, there is graphite for heat dissipation, which is specially designed for cpu heat dissipation. In the center of the mobile phone, there are also thermal conductive copper sheets and heat dissipation copper tubes, which can help the assistant computer heat dissipation. In addition, there is heat dissipation copper foil on the surface of the motherboard shield.

Although Xiaomi 11 Youth Edition is a mid-range mobile phone, Glory of the King has been adapted to the 90 frame mode of ultra clear extreme picture quality. The normal alignment can be maintained at 90 frames. The average frame rate in the 30 minute game is 79.1 frames, and the back temperature is about 38.3 ℃.

In daily operation, the body temperature can be stabilized between 27 ° - 29 °. After a game, the temperature has risen by about 5 ° - 7 °, and the overall temperature is maintained at about 40 °. The heat dissipation performance is standard.

From the actual test, the heating problem of Xiaomi 11 Youth Edition in daily use is not obvious. The main reason is that the heat dissipation performance in the game mode is poor, because the two types of heat dissipation systems used are liquid cooling+graphite. In addition, the configuration of this mobile phone is not very good, and the heat dissipation is almost understandable.