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How strong is the Heat Dissipation of the Red Devil 7 Series? Large enough heat dissipation area even the warhead alloy is used

【Mobile phone China News】The performance of a mobile phone is not only based on what processor it is equipped with, but also depends on its heat dissipation ability, only by doing a good job of heat dissipation can we ensure the strong performance output of the mobile phone. Among many products, the game phone is actually a benchmark for performance, now, let's take a look at the upcoming Red Devil 7 series, maybe it will make you realize that "mobile phone heat dissipation can still do this?" ”

How strong is the Heat Dissipation of the Red Devil 7 Series? Large enough heat dissipation area even the warhead alloy is used

Red Devil 7 is equipped with ICE Magic Cold Cooling System, which is the industry's first gaming phone with a heat dissipation material area of more than 40,000 square millimeters, reaching 41,279 square millimeters. Built-in 20000RPM centrifugal cooling fan + warhead alloy canyon air duct 4124 square millimeters large VC heat dissipation plate. Deuterium front metal heat sink, ultra-flexible high thermal conductivity rare earth, superconducting copper foil high thermal conductivity gel, composite graphene, aerothermodynamic aviation aluminum frame, stacked full grade, heat dissipation ability is very strong.

How strong is the Heat Dissipation of the Red Devil 7 Series? Large enough heat dissipation area even the warhead alloy is used

A new generation of active cooling fan, fan wind pressure increased by 35%, volume reduction of 9.2%, air volume increased by 33.3%; a new generation of metal canyon air duct, warhead alloy material + double inlet design, thermal conductivity increased by 100%. On the basis of the original "north-south permeable" air duct structure, the back air inlet hole and double air inlet design are added, and the ventilation efficiency is greatly improved. According to the actual measurement of the Red Devil Laboratory, the maximum temperature of the fuselage decreased by 2.4 °C, and the average temperature dropped by 1.9 °C.

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