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The biggest obstacle of overclocking--Heat

The biggest obstacle of overclocking--Heat

  • Categories:Events
  • Author:
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  • Time of issue:2018-09-28 00:00
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(Summary description)How to deal with the heat when overclocking.

The biggest obstacle of overclocking--Heat

(Summary description)How to deal with the heat when overclocking.

  • Categories:Events
  • Author:
  • Origin:
  • Time of issue:2018-09-28 00:00
  • Views:
Information

The biggest obstacle of overclocking--Heat

The biggest obstacle of overclocking--Heat

Overclocking is taking a computer component such as a processor and running at a specification higher than rated by the manufacturer. Every part produced by companies such as Intel and AMD are rated for specific speeds. They have tested the capabilities of the part and certified it for that given speed.

 

The primary benefit of overclocking is additional computer performance without the increased cost. Most individuals who overclock their system either want to try and produce the fastest desktop system possible or to extend their computer power on a limited budget. In some cases, individuals are able to boost their system performance 25% or more!

 

The biggest obstacle to overclocking the computer system is heat. Today's high-speed computer systems already produce a large amount of heat. Overclocking a computer system just compounds these problems. As a result, anyone planning to overclock their computer system should be very aware of the needs for high-performance cooling solutions.

 

The most common form of cooling a computer system is through standard air cooling. This comes in the form of CPU heatsinks and fans, heat spreaders on memory, fans on video cards and case fans. Proper airflow and good conducting metals(thermal grease is the one of the key materials) are key to the performance of air cooling. Large copper heatsinks tend to perform better and the greater number of case fans to pull in air into the system also helps to improve cooling.

 

Beyond air cooling, there is liquid cooling and phase change cooling. These systems are far more complex and expensive than standard PC cooling solutions, but they offer a higher performance at heat dissipation and generally lower noise. Well-built systems can allow the overclocker to really push the performance of their hardware to its limits, but the cost can end up being more expensive than processor to begin with. The other drawback is liquids running through the system that can risk electrical shorts damaging or destroying the equipment.

 

(More details about the thermal grease HYA9 and HYT1 for overclocking, learn more from our website: www.halnziye.net )

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