Some static seems to have gotten into this recording of the NP60D in operation so that is why there are the large marks in the waveform view, and the single line in the spectral image. This should hopefully not be too noticeable in the MP3 recording, which you can download by clicking on the headphones. After all we're the only one's who let you listen to this heatsink!

Synthetic Temperature Test Results: *Ranked according to 100W small interface die test results.

FrostyTech Synthetic Temperature Test Platform Results
	Mfg.	Model	Ambient Temp.	27mm large copper block	15mm small copper block		27mm large copper block	15mm small copper block	Thermal pad	No. Fans	Fan Noise	Clip force
				50W	50W		100W	100W
1	Thermal Integration	TI-V77L	26.5	39.1	44.4		57.5	63.6	grey	1	med	med
2	Dynatron	DY1206BH-638	22.5	37.3	46.3		51.5	67.4	none	1	high	med
3	Vantec	CCK-6027D	27.4	45.4	49.6		64.9	73.4	none	1	med	med
4	OCZ	Dominator	26.5	37.7	50.9		52.4	74.2	none	1	loud	med
5	Swiftech	MCX370-0A	22.3	42.0	46.1		60.3	75.6	none	1	med	hard
6	Akasa	Silver Mountain	26.6	46.2	51.5		65.0	76.1	none	1	loud	med
7	Titan	TTC-D5TB2A	22.2	45.5	49.4		67.4	77.1	none	1	low	easy
8	Vantec	CCK-6035D-Retail	26.5	44.2	52.8		63.2	77.9	none	1	loud	med
9	Thermaltake	Volcano 6cu+	26.5	40.3	55.3		58.6	84.4	carbon	1	loud	med
10	Thermalright	CB-6L	24.6	50.3	57.7		73.8	92.7	white pad	1	low	med
11	BitsPower	NP60D	20.6	46.6	58.3		72.4	94.9	none	1	med	easy
12	Fortis	A92	26.7	45.6	65.8		67.8	97.8	none	1	loud	stiff
				50W	50W		100W	100W

If this were a serious competition I would be taking my bets off the Bitspower NP60D attaining any desireable level of cooling performance. By the looks of these numbers, the NP60D appears to be struggling to find a place in the current world of small silicon die processors that produce substantial amounts of heat.

Rather, it would seem that the NP60D is a holdover from the days of the socket 370 Celeron... the 366 MHz Celeron that is.