Xiao Bian explain: WEBOX WE30's ultimate cooling is how to do it?
Therefore, the Czech friends saw the fan-cooled fins that appeared on the WE30, which were not eye-catching but enough bright enough to have 70 heat-dissipation holes. Of course, this is just a “specialty†you can see.
In order to achieve the ultimate heat dissipation effect, the direct heat dissipation holes are not small, but the inner heat sink has a decisive influence on the overall heat dissipation performance. The WE30 uses two separate nano-carbon heat sinks to heat the core processor on the main board.
What is a nano carbon heat sink?
At present, there are mainly three types of heat-dissipating film materials in the market: natural graphite heat-dissipating film, artificial graphite heat-dissipating film, and carbon nano-thermal film. The first problem of natural graphite heat sink is that it cannot be made very thin. At the same time, due to the structural factors of natural graphite itself, the heat dissipation effect of natural graphite is the worst of the three materials.
Artificial graphite can be made very thin, and the heat dissipation effect is very good, mainly reflected in the rapid cooling rate, but a big problem with artificial graphite is that the price is too expensive, and it costs thousands of square meters, and the graphite heat sink has a common problem, that is, graphite is Extrusion molding, made of finished products also need to glue, film, a lot of bad process, etc. At the same time in the die-cutting process, the edge of graphite is easy to fall powder, so we must do edge processing. Nano-carbon heat dissipation film is made of nano-carbon material. The thinnest can be 0.03MM. Nano-carbon and graphite are allotropes. The principle of heat dissipation is similar. Generally, the heat dissipation power of natural graphite is about 400, and that of artificial graphite is 1500. , Nano-carbon heat dissipation in the 1000-6000, heat is still very effective.
In other words, nano-carbon heat sinks are the current choice for optimal performance. Whether it is the extreme environment in the test room or our actual use, the WE30 can keep the high-speed operation of the hardware from being affected by the use time, which is closely related to the efficient heat dissipation performance.
Finally, Big Eyes saw that some new users responded that the box felt a little warmer when it touched. In fact, this is a very normal phenomenon. Because of the heat dissipation structure, the heat inside the box is quickly brought to the box casing to ensure the normal operation of the chip in the box. This is why the WEBOX rarely suffers from crashes.
In order to achieve the ultimate heat dissipation effect, the direct heat dissipation holes are not small, but the inner heat sink has a decisive influence on the overall heat dissipation performance. The WE30 uses two separate nano-carbon heat sinks to heat the core processor on the main board.
What is a nano carbon heat sink?
At present, there are mainly three types of heat-dissipating film materials in the market: natural graphite heat-dissipating film, artificial graphite heat-dissipating film, and carbon nano-thermal film. The first problem of natural graphite heat sink is that it cannot be made very thin. At the same time, due to the structural factors of natural graphite itself, the heat dissipation effect of natural graphite is the worst of the three materials.
Artificial graphite can be made very thin, and the heat dissipation effect is very good, mainly reflected in the rapid cooling rate, but a big problem with artificial graphite is that the price is too expensive, and it costs thousands of square meters, and the graphite heat sink has a common problem, that is, graphite is Extrusion molding, made of finished products also need to glue, film, a lot of bad process, etc. At the same time in the die-cutting process, the edge of graphite is easy to fall powder, so we must do edge processing. Nano-carbon heat dissipation film is made of nano-carbon material. The thinnest can be 0.03MM. Nano-carbon and graphite are allotropes. The principle of heat dissipation is similar. Generally, the heat dissipation power of natural graphite is about 400, and that of artificial graphite is 1500. , Nano-carbon heat dissipation in the 1000-6000, heat is still very effective.
In other words, nano-carbon heat sinks are the current choice for optimal performance. Whether it is the extreme environment in the test room or our actual use, the WE30 can keep the high-speed operation of the hardware from being affected by the use time, which is closely related to the efficient heat dissipation performance.
Finally, Big Eyes saw that some new users responded that the box felt a little warmer when it touched. In fact, this is a very normal phenomenon. Because of the heat dissipation structure, the heat inside the box is quickly brought to the box casing to ensure the normal operation of the chip in the box. This is why the WEBOX rarely suffers from crashes.
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