Like anything else requires or generates a lot of energy – combustion engines, batteries, etc. – computers require a cooling system to keep the parts work within the operating temperature. Specifically, central processing units, which mainly act as a “brain” of the computer. Similar to the engines, the more powerful the central processing unit, the more demanding needs. When the most powerful central processing unit you need to cool down, one on YouTube looks at The Not-Forfice: the cooling system from the F82 BMW M4.
How to work
While the latest and largest changes with seasons, the latest high -performance central treatment unit is Threadripper 9995WX Pro from AMD. With a huge strength, huge cooling requirements come. Like gears heads, one of the first things that personal computer fans with new devices is the “Virklock Dam”, which is mainly launched from the factory guard and allows the central processing unit to run it to the maximum. In normal circumstances, the central processing unit can order more than 1000 watts of energy. This ton of heat to work – it will certainly be more when the operating frequency is raised. This is also about reducing traditional computer liquid cooling systems. One alternative is liquid nitrogen. Of course, this is only if you are not smart – or crazy – enough to take a peek on the BMW hood.
In the video, you can watch the Chinese YouTube Geekerwan coming out to Yas Marina Blue BMW F82 M4. After looking under the hood a little, the video is cut into its creation: a homemade cooling system for the CPU that includes parts of Yoinked from the BMW M4 that runs S55. “The BMW M4 is almost a civil car with the best cooling performance in the world,” says in the video. Along with the coolant, the Gycranan also pulled the BMW M4 water pump. Apparently, the pump is able to provide 1,200 liters per hour, and it may suffice to cool the strong central treatment unit that is ridiculed. A group of fans withdrawn from Toyota Haylander ends from the homemade cooling platform.
Standards and results
After installing the cooling system at home to the CPU, the results were a mixed bag. While everything works, the CPU failed to reach its potential peak of 5.0 MHz, crowned about 4.9 MHz. But perhaps more interesting, the coolant was “still cold” during the criteria of JacWan. What does this mean? In the end, it is a problem with devices. Energy consumption in the CPU exceeded 4.9 MHz 2000 watts. This is more than that the power source of 1600 watts can deal with it, and the connection from the CPU to the cooling system was not at the level of the task, and in a flow from the bottle and not allowing the rest of the components to work at its best. You can check the entire video on YouTubeAlthough you will need to rely on translations if you do not speak the tray.