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![]() These results are very impressive. At stock speeds while the computer was idling, the temperature was 6 degrees Celsius BELOW the ambient temperature. When we put a load on it, it only went 7 degrees above what we were feeling in our room. Adding voltage to a processor greatly increases the heat that it dissipates, and thus, the temperature. Our idle temps were still below ambient, albeit barely. Our load went up a lot steeper than at stock settings, but still kept a 1.45V processor under 50 degrees by a good margin. This kind of performance can’t be achieved by even the most expensive, bulky water cooler on the market. But the Freezone can do it with the footprint of a bargain-bin all-in-one kit. The performance here is impressive, to say the very least. But how does it affect your games? Throughout our previous tests, we’ve discovered that Counter-Strike 1.6 is probably the best test to use when measuring a CPU’s gaming capabilities. We followed our standard procedure of playing a demo straight from GotFrag and recording the FPS with fraps. Here’s what we got: As you can see in this comparison, overclocking our processor in the most CPU-limited game in common use gave us a 9% performance boost, which is sizable. Honestly, you could get this kind of overclock even on stock cooling, but the Freezone can take these speeds and keep your processor cooler than any air cooler will accomplish, even at stock speeds. |




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