Tocools Synthetic Temperature Test Results

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 Tocools A1M 27.1 48.0 56.7 67.7 84.6 none 1 med low

29 JMC Products 400023 23.1 44.5 65.2 55.3 85.2 Chomerics T725 1 low easy

30 Sibak AT01515B 23.0 45.1 64.6 60.1 95.2 none 2 med stiff

50W 50W 100W 100W

The initial results are not looking too promising for this rather large aluminum heatsink as it comes in very low in the list of reference heatsinks here. Let's look at the final rise above ambient temperatures to really see how the Tocools AIM stands out.

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 Tocools A1M 20.9 29.6 40.6 57.5

27 Thermaltake Volcano 6cu+ 13.8 28.8 32.1 57.9

28 Coolermaster HHC-L61 25.7 26.8 49.7 60.8

29 JMC Products 400023 21.3 42.0 32.1 62.0

30 Sibak AT01515B 22.1 41.6 37.1 72.2

50W 50W 100W 100W

The final performance of the Tocools AIM is a little better, but still rather low on the totem pole. It is important to remember that the unit we tested is still very much a pre-production cooler. Most of Tocools heatsinks right now are based on a triangular base at the bottom of the fins, and I would suspect that this heatsink will be seeing similar treatment before a production version is actually released.

In this orientation the Tocools AIM doesn't really offer much to the cooling world. It is a good OEM cooler I suppose, but there are much smaller heatsinks with similar performance so the benefit really isn't here yet. A little extra work may be able to whip the AIM into better shape. If the latest crop of heatsinks to arrive in the lab are any indication, Tocools are steadily on their way to making a better cooler, so we'll be looking forward to those, and passing on the AIM model.

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