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Theory: Ideal Cooling

Can't Touch This! A Comparison of 46 CPU Coolers
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This table shows a comparison of the thermal conductivity of different metals.

The basic principle behind a CPU cooler can be reduced to a single mathematical equation which describes the heat flow of two media while ignoring external factors:

Iw = ??x (T1-T2) x (l/A)

A brief explanation is in order - Iw describes the heat flow created between two different bodies (materials) the moment a temperature difference (T1 and T2) exists. I describes the length and/or the distance between the two bodies, while A describes the surface (cooling or radiating surface). Gamma describes the thermal conductivity coefficient. A quick glance at this equation reveals which qualities an almost ideally designed cooler must have. The temperature difference (T1-T2) is the factor that drives heat flow. In addition, heat flow is substantially affected by the material's thermal conductivity (gamma) and the radiating surface . That should explain the fundamentals.

Summary
  1. Cooler Trends - Complex Design & Precious Materials
  2. Cooler Trends - Complex Design & Precious Materials, Continued
  3. Theory: Ideal Cooling
  4. Cooler Master EP5-6151: Plain Jane Cooler For Undemanding Tastes
  5. Cooler Master DP5-6H51: Small Heat Sink - Large Fan
  6. Cooler Master DP5-6G11: Flatliner
  7. Blizzard Thunderbird: Shooting Star
  8. TRIG T40-6EA: Powerful Fence-Straddler
  9. TRIG T40-6EAC: XXL And Case Fan
  10. Global Win WBK 38: Behind Bars
  11. Global Win WBK 68: Wacky Little Brother
  12. Global Win CAK 38: Top Model With High Cooling Performance
  13. Elan Vital FSCUG9C: Ribbed Structure Made Of Sheet Steel
  14. Elan Vital FSCUG9C-6FC: Unsuccessful Thermal Trigger
  15. SPRING SPCT381 BAF-1B: Black And Quiet
  16. SPRING SPCT801 AAF-1B: Son Of Flatliner
  17. SPACEWALKER: A Nobody In The Crowd
  18. AVC Mega-Cool: Compact And Powerful
  19. Taisol CGK 744092: Unergonomic
  20. Smart Cooler FSM 1168T: Buyer Beware!
  21. Molex 371650008: Avant-garde Design
  22. Molex 371660002 U. 371610002: Little Brother
  23. Zalman CCC Project: Much Ado About Nothing
  24. Zalman CNPS2005 (Aluminum): Below Expectations
  25. Zalman CNPS3000 (Copper): Better Than Aluminum
  26. Zalman CNPS3100G (Gold): The Crowning Glory In Gold
  27. Zalman CNPS3100 (Cu-Au Alloy): Visual Blarney
  28. Zalman Coolers: Poor Manufacturing Quality
  29. Laboratory Tests Up Close & Personal - CPUs Maxed At 100%
  30. Cooling Temperature: Range From 30°C To 56°C
  31. Noise Level - Is That A Construction Site Or An Office?
  32. A Real Heavyweight - Swiftech's 789 Grams!
  33. Specific Cooling Performance - Swiftech Duo Still In The Lead
  34. Fan Speed - 2850 RPM To 6700 RPM
  35. Summary - A Comparison Of All 46 Coolers
  36. Conclusion - Just Say "No" To Cheap Generics
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