AMD has released the second generation of the Ryzen 2000 processor, which is based on the new 12nm process and Zen+ new architecture. It has significantly improved frequency to delay, and the price is lower than the previous generation.
More conscientiously, AMD will not only continue to present original radiators, but also bring its own from the high-end to the low-end, especially the flagship Ruilong 7 2700X also upgraded the new version of Wraith Prism.
It uses four pure copper heat pipes + a large area of pure copper base contact design, with adjustable speed and 36dBA quiet fan, and added independent RGB aura, support unique RGB Dark mode, overall compact, will not affect the memory installation.
After dismantling, I discovered that On the fan, there appeared the logo of the Cooling Factory Cooler Extreme, apparently like the Ruilong Generation Radiator, AMD still chose the cool ODM OEM.
Fan number 'FD09225H12LPE', there is no relevant information, it seems cool cold for Ruilong 2 2700X specifically designed, can only see the voltage and current DC12V 0.6A.
In addition, the original radiator of Ruilong 7 2700, Ruilong 5 2600X is the Wraith Spire of Wraith Spire, consistent with that of the previous generation Ruilong 5 1600X, the basic structure of big plug copper + extruded aluminum fins, supports fan speed regulation, but no RGB lighting effect.
Dismantling found that the fan number is FA09025L12LPB , Used to cool radiators such as MasterLiquid Maker 92 , Acclaimed, high voltage mute type, diameter 90mm, maximum speed 2600RPM, supply voltage and current DC12V 0.15A.
In addition, it can be seen that the radiator is designed to efficiently dissipate heat in a compact body. The internal use of a heat column, the heat dissipation principle is similar to our common heat pipe, vacuum cavity heat dissipation, and so on, all use the cyclic phase change process to take away the heat, the heat dissipation effect is similar to a super thick upgraded version of soaking board.
Simply put: When the heated end (bottom) absorbs heat, the liquid around the inner wall of the heat pipe rapidly evaporates to form steam, and quickly flows to the condensation end (top), and condenses into a liquid, releasing a lot of heat, and then returning to the bottom The hot end of the department begins a new cycle.
