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Hello everyone,
I know that an Overclocking techniques are used to increase the computer performance. But at the same time, we have also to take care about the cooling while doing overclocking. Otherwise there are chances of the processor to get damaged.!! I know some basic ways like providing enough ventilation and fan for cooling the processor. But please tell me what are an alternative cooling ways for overclocking? Waiting for your response.!! :rolleyes:
Overclocking enthusiasts have a number of tools at their disposal with which to practice their art without overheating their CPUs. Adequate cooling not only improves overall system stability, but also improves long-term reliability, keeping the components like the microprocessor, without suffering undue stress from excessive heat, it also increases their lifetime. So it is absolutely necessary to have knowledge about the cooling before doing overclocking.
The fan placed on the radiator, remove the heat rising from the radiator and expel. The radiator is often composed of a radiator mounted itself on heat pipes, increasing the thermal conductivity. There are also radiators operating a liquid metal (still inside the heat pipe), the latter being moved by an electromagnetic pump and providing performance quite decent but for a price it is costly. This can be considered as one better way of cooling the CPU.
You have good option of the passive air cooling. The passive air cooling is simply composed of a radiator. The advantage of this system is to be perfectly silent. You can also check the Water cooling passive. The passive water cooling uses the natural conductivity of the box enclosing the radiators that are present over there to receive the water heated by the various components on the circuit water cooling. According to me, the only manufacturer to make passive watercooling is Zalman. The advantage of this system is that it is silent. There are chances that noise can possibly come from the pump.
The cooling water asset is built the same way as the passive, but the heat collected by the radiator is directly expelled by fans located on the radiator to achieve a delta nearest possible zero. It pointed out that the radiators work just as well without a fan, a heater that is the basis assets can be transformed into a liability with an increase of approximately 15% of temperature, remains to define your priorities. For the installation of fans, I advise you to aspiration, an increase of 1-2°C is then observed.
For waterblock, there are two systems, the HPDC (High pressure drop) and FPDC (Low pressure drop). A HPDC has a "maze complex, forcing the water to take many turns. A FPDC instead let the water flow at will, without drawing too complicated. We recommend a system for HPDC (these are the waterblock that determine whether the system is prone HPDC or FPDC) pump with a column of water high and a FPDC pump flow rate. In both cases it is preferable to use a liquid called "dielectric" as Feser F1 to avoid, in case of leakage, damage to surrounding components.