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Three Ways to Improve Your Computer's Cooling Capacity to Avoid High Temperatures!
The heat dissipation of laptops has always been a headache, but for desktops it is not so easy. Many desktops are over 90 degrees, so how can you improve cooling effect of desktops? Today I will share with you several methods to optimize cooling capacity of an assembled machine.
Whether or not to optimize heat dissipation in first place depends on whether our computer really needs to increase heat dissipation. Firstly, it is carrying out temperature and stress tests using software. Generally, there are two softwares available for temperature and stress testing, AIDA64 and Furmark. on CPU and graphics card. In general, it is normal if case temperature is below 80 degrees. If average temperature exceeds 80 degrees at full load, it means that cooling capacity is relatively poor.
Current chassis generally have horizontal ducting, meaning wind blows from front and blows from behind. For most people, this default duct is enough. there is also a fan above chassis, and wind enters from below and exits from above. Three-dimensional air duct with horizontal duct and vertical duct will have better heat dissipation effect. Of course, installation cost will be a little higher, but not too much.
For box, it is better to install a dust-proof mesh cover at air inlet, which can block a lot of dust and make future cleaning easier. In addition, fan is usually installed in as many fan positions as there are in case, and it can be installed as many as possible. If it is not mounted backwards, there is not much of a problem.
When choosing a CPU heatsink, it's good to have more heatpipes, but if heatpipes are large, it's much more useful than just looking at number of heatpipes in a heatsink.
Also, don't chase water-cooled radiators too much. If it is not a high quality water-cooled radiator, air-cooled radiators are more economical. In addition, a CPU air-cooled radiator is best to choose a side-fan type. If it blows directly on processor, it will not be compatible with chassis itself at all. The cooling fan conflicts, causing air duct to break. This will allow heat to accumulate inside case and not be easily removed.
Dedusting is definitely first step in optimizing desktop heat dissipation. When dusting, it is best to remove all equipment and dust each equipment, including chassis. Of course, if you find it troublesome. just clean it up. Suitable dust from various fans, as well as dust from fins of CPU cooler. Also don't forget to re-lubricate processor.