Thermalright Venomous-X CPU Cooler Review

Written by Harry Butler

January 24, 2010 | 09:45

Tags: #comparison #cooler #cpu-cooler #heat #review #temperature #tested #titan-fenrir #true

Companies: #test #thermalright

Testing and Results

We've included results from several CPU coolers in each test. Not all are present in all socket tests because some aren't compatible. In this case we've tried to include a similar cooler from that particular company, such as the Noctua NH-C12P which is compatible with LGA 775 and Socket AM2+, but not with LGA1366. In this case we've used Noctua's NH-U12P SE 1366.

Where CPU coolers had alternative fan speeds, we've tested at both the lowest and highest fan speed settings and recorded idle and load delta T results for each setting to give you some idea as to how much performance is affected.

We've also included the reference cooler for each socket which is a good indicator of what kind of improvement you'd see when upgrading. For instance, you certainly wouldn't want to buy a third-party cooler that performs worse than the reference cooler.

Delta T is the difference in °C between the ambient temperature and the recorded temperature of the hardware, in this case the CPU. We used Core Temp 0.99.4 to take temperature readings of the CPU from the Digital Thermal Sensor (DTS) embedded in the core of every modern CPU, at idle and under load while using the smallfft test in Prime95.

A multimeter thermal attachment probe was used to take the ambient air temperature three inches away from the case's primary intake location. The delta T is a more accurate and comparable method of recording temperature because the ambient room temperature of our test lab fluctuates from day to day.

As the venomous-X does not ship with an AM3 bracket (you'll need to buy one separately) we've not been able to include any AMD performance figures. Our LGA1156 rig is built around an Intel Core i7-870 overclocked to 3.6GHz with a vcore 1.35V. Finally, the LGA1366 test rig results were obtained from our new thermal test rig, which uses a Biostar Tpower X58A motherboard, and an Intel Core i7-965 overclocked to 3.6GHz ( 27x133) at 1.3Vcore.

As the Venomous-X doesn't ship with a fan, we've fitted it with first one, and then a second Sharkoon Silent Eagle 1000. These fans came out convincingly on top in our 120mm round up, combining quiet 20DbA operation with a reasonable 36CFM. We've also tested the LGA 1156 system using a much, much noisier Sunon 120mm six amp fan, pushing over 80CFM, although needless to say this is much, much louder than the pair of Silent Eagles!

LGA1366 Results

Arranged by 100% CPU Load Delta T value

  • Thermalright Venomous-X (1xhigh CFM 120mm fan)
  • Thermalright Ultra 120 eXtreme1366 RT
  • Titan Fenrir TTC-NK85TZ (high speed)
  • Titan Fenrir TTC-NK85TZ (low speed)
  • Gelid Tranquillo
  • Thermalright Venomous-X (1x120mm fan)
  • Intel reference cooler
    • 16
    • 48
    • 17
    • 49
    • 16
    • 49
    • 17
    • 51
    • 19
    • 55
    • 19
    • 56
    • 24
    • 74
0
10
20
30
40
50
60
70
80
Temperature (°C)
  • Idle
  • Load

Socket LGA1156 CPU delta T

Arranged by 100 per cent CPU load delta T value

  • Titan Fenrir Xmas Edition (high speed)
  • Zalman CNPS 10X Quiet (high speed)
  • Noctua NH-D14 (high speed)
  • Thermalright Venomous-X (1xhigh CFM 120mm fan)
  • Thermalright Venomous-X (2x120mm fan)
  • Titan Fenrir Xmas Edition (low speed)
  • Thermalright Venomous-X (1x120mm fan)
  • Gelid Tranquillo
  • Akasa X4
  • Thermaltake Silent 1156
  • Intel reference cooler
    • 8
    • 30
    • 10
    • 31
    • 10
    • 33
    • 13
    • 34
    • 13
    • 37
    • 11
    • 38
    • 15
    • 38
    • 14
    • 40
    • 12
    • 41
    • 15
    • 50
    • 23
    • 71
0
10
20
30
40
50
60
70
delta T (°C) (lower is betterl)
  • Idle
  • Load

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