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	Arkua	628	23.9	42.7	42.1		58.9	62.3	none	1	med	med
2	Thermal Integration	TI-V77L	26.5	39.1	44.4		57.5	63.6	grey	1	med	med
3	Sibak	AC02625B	23.2	41.3	59.0		43.2	64.7	none	1	loud	med
4	Swiftech	MCXC370	21.4	38.3	43.4		53.5	65.7	none	1	med	med
5	Sibak	AC06725TH	22.5	42.9	46.2		61.7	67.7	none	1	Very loud	med
6	Coolermaster	HHC-001	21.7	40.0	44.8		56.3	68.1	none	1	loud	easy
7	Tocools	Crown	23.2	38.8	53.2		47.9	70.2	none	1	loud	stiff
8	Dynatron	DY1206BH-625	23.2	40.0	55.1		47.6	70.4	none	1	loud	stiff
9	Cho-Liang	CB0307U17	23.0	40.4	45.8		57.5	70.3	none	1	med	stiff
10	Vantec	CCK-6027D	27.4	45.4	49.6		64.9	73.4	none	1	med	med
11	Coolermaster	HSC-V62	21.4	47.4	52.8		61.7	74.5	none	1	quiet	easy
12	Cybercooler	P5750	23.3	43.4	49.2		63.5	74.9	none	1	loud	med
13	Swiftech	MCX370	22.3	42.0	46.1		60.3	75.6	none	1	med	hard
14	NengTyi	XPC5000	23.9	46.5	49.1		69.1	76.1	none	1	med	med
15	Spire	5F263	22.6	44.7	51.8		64.3	76.2	white	1	low	med
16	Titan	TTC-CU5TB	24.2	46.2	51.2		61.8	76.4	none	1	loud	stiff
17	Taisol	CGK760092	23.4	42.7	51.3		61.2	77.5	pink	1	low	med
18	Cho Liang	CB0315U17	28.5	46.9	56.0		64.2	77.5	none	1	med	med
19	Spire	5T235	22.3	43.0	50.3		62.8	78.1	white	1	med	med
20	Zalman	CNPS6000-Cu	24.8	46.4	53.8		65.6	78.2	none	1	very low	easy
21	Ajigo	MF014-021	27.8	47.6	54.0		65.6	78.5	grey	1	med	med
22	Ajigo	SF017-011	27.2	47.5	55.1		65.7	78.9	grey	1	med	med
23	AVC	112AM1	24.8	46.6	52.9		70.1	79.6	none	1	low	stiff
24	GlacialTech	Igloo 2310	23.5	44.9	53.7		66.7	80.8	silver	1	med	very stiff
25	Sibak	AE01625B	23.5	40.8	54.4		57.1	81.0	none	1	loud	easy
26	Coolermaster	HHC-L61	21.5	47.2	48.3		71.2	82.3	none	1	quiet	easy
27	Thermaltake	Volcano 6cu+	26.5	40.3	55.3		58.6	84.4	carbon	1	loud	med
28	JMC Products	400023	23.1	44.5	65.2		55.3	85.2	Chomerics T725	1	low	easy
29	Sibak	AT01515B	23.0	45.1	64.6		60.1	95.2	none	2	med	stiff
				50W	50W		100W	100W

Faced with some very strong high performance competition the Ajigo MF014021 initially places towards the lower end of the reference heatsinks. As was the case with the SF017011, there are not that many 60mm heatsinks on this list of reference heatsinks so things should be kept in scale. The performance level appears to be average, but we will have to see what the rise above ambient results tell us first before we make our final conclusions.

Rise Above Ambient Temp. (c)
	Mfg.	Model	27mm large copper block	15mm small copper block		27mm large copper block	15mm small copper block
			50W	50W		100W	100W
1	Thermal Integration	TI-V77L	12.6	17.9		31.0	37.1
2	Arkua	628	18.8	18.2		35.0	38.4
3	Sibak	AC02625B	18.1	35.8		20.0	41.5
4	Swifech	MCXC370	16.9	22.0		32.1	44.3
5	Sibak	AC06725TH	20.4	23.7		39.2	45.2
6	Vantec	CCK-6027D	18.0	22.2		37.5	46.0
7	Coolermaster	HHC-001	18.3	23.1		34.3	46.4
8	Tocools	Crown	15.6	30.0		24.7	47.0
9	Dynatron	DY1206BH-625	16.8	31.9		24.4	47.2
10	Cho-Liang	CB0307U17	17.4	22.8		34.5	47.3
11	Cho Liang	CB0315U17	18.4	27.5		35.7	49.0
12	Ajigo	MF014-021	19.8	26.2		37.8	50.7
13	Cybercooler	P5750	20.1	25.9		40.2	51.6
14	Ajigo	SF017-011	20.3	27.9		38.5	51.7
15	NengTyi	XPC5000	22.6	25.2		45.2	52.2
16	Titan	TTC-CU5TB	22.0	27.0		37.6	52.2
17	Coolermaster	HSC-V62	26.0	31.4		40.3	53.1
18	Swiftech	MCX370	19.7	23.8		38.0	53.3
19	Zalman	CNPS6000-Cu	21.6	29.0		40.8	53.4
20	Spire	5F263	22.1	29.2		41.7	53.6
21	Taisol	CGK760092	19.3	37.8		27.9	54.1
22	AVC	112AM1	21.8	28.1		45.3	54.8
23	Spire	5T235	20.7	28.0		40.5	55.8
24	GlacialTech	Igloo 2310	21.4	43.2		30.2	57.3
25	Sibak	AE01625B	17.3	30.9		33.6	57.5
26	Thermaltake	Volcano 6cu+	13.8	28.8		32.1	57.9
27	Coolermaster	HHC-L61	25.7	26.8		49.7	60.8
28	JMC Products	400023	21.3	42.0		32.1	62.0
29	Sibak	AT01515B	22.1	41.6		37.1	72.2
			50W	50W		100W	100W

Interestingly the Ajigo MF014021 manages to eke out a small performance gain over the SF017011 model, even though it has a slightly larger fan. The differences (of about 1 degree in our tests) could be due to the base finish, or other factors. Realistically speaking, the separation is too small to draw any real conclusions.

What we can say is that for its size, and for the size of the fan used, the Ajigo MF014021 produces some rather impressive results. The small, compact, copper-aluminum heatsink even manages to out-perform the all copper Titan TTC-CU5TB heatsink on the small interface die at 100W.

Given what we have seen from these first two examples of Ajigo heatsinks we would be very interested to see what the company could come up with on an larger scale - perhaps even for the socket 478 pentium 4.

For the moment we will have to be content with this heatsink, and its use on non-overclocked systems where noise levels and good cooling are the priorities.