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Surface Roughness Comparator: Surface finish is an important factor that we all look for when holding a new heatsink. Flipping a cooler over to see how well the base has been machined is a quick way to judge the attention to detail that was put into making it. The following FrostyTech Surface Roughness Comparator offers a concise cross section common machine surface finishes. Not every heatsink base will fit into the envelope of this gage, but it does offer a very handy set of representations. This commercially available gage has 22 machined surfaces from 2 to 500 microinches; Lapped (2, 4, and 8 µ" RA), Ground (8, 16, 32, and 63 µ" RA), Blanchard Ground (16 and 32 µ" RA), Shape Turned (32, 63, 125, 250, and 500 µ" RA), Profiled (63, 125, 250, and 500 µ" RA), and Milled (63, 125, 250, and 500 µ" RA).
Acoustic Samples: Listen to this Heatsink! Verax produce very quiet fans, and this makes their heatsinks some of the quietest units around. To listen to this heatsink for yourself in operation, be sure to click on the little headphones icon below and download the Acoustic Sample MP3 file. We have split the acoustic sample into two parts, the first is the Polargate AL S running at full speed, and the second, at the lowest noise setting.
Sound Level Measurements: Listening to the actual noise a heatsink makes allows you to hear what pure numbers alone cannot get across. To further emphasize FrostyTech's reliance on cold hard facts when evaluating a heatsink, we also take Decibel readings with a sound level meter. These results may be higher than the manufacturer's listed specs, but then again these are real world measurements. Measurements are made on the dB (A) scale.
Even with both fans running at their lowest RPM, the Verax Polargate Al S, comes in with just over 32 dBA of noise - which is very, very quiet indeed. When set to the highest thermal performance setting, the Verax heatsink becomes more audible, and weighs in with just over 52 dBA noise inside our acoustic measurement chamber (sound meter is about 12" away from heatsink). Now lets see what these sound measurements translate into with respect to thermal performance!
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