CPU coolers are an essential part of any team, at least since the 486. They are responsible for cooling our processor and all who have lived certain times of the computer or has mounted one, knows that a processor without the heat-sink can burn in a matter of less than one second.
Yet we should do an assessment, one thing is the heat sink and one fan, which makes a set of cooling of a chip. There are chips that do not require more than a passive heat sink and air flow passing through the tower has sufficient, but other than current processors ULV or the like, require active cooling systems.
We are at a slightly more peaceful than a year ago and the current processors from AMD and Intel are no longer a real toaster, so investing in a specific cooling system is not the factory is no longer necessary to maintain reasonable temperatures. So now a good fan can be a good investment for future processors, over clock and keep out the noise generated by our team.
This heat sink provides us with a pack to ride in any socket that has now in the market, which is grateful, but the obligation for manufacturers to increase manufacturing costs. Rather, the final product price.
Temperature measurements are not exact or anything, since we use the sensor on the motherboard, however as we do all the tests with the same plate, we can measure differences in temperatures during the tests. We have also used the program Speed fan and we looked at the temperature reading as a core or core, in principle this should be reliable, but just in case we both.
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