Conclusion, Part 1: Corsair

With the results at our disposal, we can now evaluate each cooler on its own merits. The charts can tell us how good the coolers are at their jobs and how quiet they are, but it's also about price and value included in the package. This year's H80 boasts a major improvement over last year's in terms of both the fans used, but also the fan control, which is now a much more convenient software solution.

Corsair H55

Corsair's budget offering actually turns out to be one of its strongest. The H55 is as no-frills as it gets, but boasts a solidly performing fixed-speed fan and a respectably low price tag. You can have it for just $59, which is extremely competitive for a closed-loop liquid cooler. While no one would really argue that $59 is "cheaping out" on a processor cooler, this is nonetheless a good choice if you're on a tighter budget.

Corsair H60 (2013 Edition)

Unfortunately, part of the reason the H55 looks so good is because the H60 performs so poorly. The H60 runs $10 more than the H55 for an arguably better PWM-controlled fan and a somewhat lesser quality waterblock. In this corner of the market, there's really no legitimate reason to spend up on the H60 when the H55 performs as well or better for less.

Corsair H80i

The H80i is the other big winner in Corsair's lineup. While it's not an absolute killer in performance or in price, it does beat NZXT's Kraken X40 while being more compatible with different cases due to use of a thicker 120mm radiator and dual fans as opposed to the thinner 140mm radiator and single fan. You also benefit from the Corsair Link interface and software, which allows you to connect either a fan controller or an "i" series Corsair power supply to the waterblock and control them through the software. Corsair Link is much, much more robust than NZXT's solution, and Corsair has been steadily updating it since it appeared at the beginning of the year.

Corsair H100i

Inexplicably, Corsair's flagship dual-length solution is only able to at most achieve parity with the H80i. You can theoretically produce superior cooling performance by adding yet two more fans to the H100i, but you become increasingly at the mercy of your case's clearance, already an issue just by virtue of going with a dual-length radiator like this one. At the time of this writing, NewEgg is selling the H100i for cheaper than the H80i, so they may know something there as well. Either way, the H100i is a very hard sell when the H80i provides both better value and better compatibility.

Performance Results Conclusion, Part 2: NZXT and Recommendations
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  • buhusky - Wednesday, December 26, 2012 - link

    i'm interested to see the comparison of these vs. the stock air cooler included with the processor. sure, i could go find it somewhere else, but it'd help make this a more complete review if it was all just here, imo Reply
  • Beenthere - Wednesday, December 26, 2012 - link

    Unless you have some space limitation preventing you from using a quality HSF, a Closed Loop Cooler is a poor choice and has the very real liability of a water leak damaging your hardware, data loss, RMAs, etc.

    When you can buy a highend HSF for ~$60. that cools better, is quieter and never leaks water to damage your PC hardware, you'd be ignorant to buy a CLC which is inferior in every way as independent testing has confirmed.

    The Xigmatek Aegir SD128264 double heat-pipe HSF is a perfect example of a very quiet, cost effective, HSF fully capable of cooling an AMD FX CPU OC'd to 4.8 GHz. without issue. There are other HSFs with dual fans that cost more but few perform better than the Aegir. Note that the Xigmatek Aegie and other HSFs cool better than the Corsair H100 and AMD CLC cooler both of which are inferior and can leak water.

    http://www.newegg.com/Product/Product.aspx?Item=N8...

    http://www.frostytech.com/articleview.cfm?articlei...
    Reply
  • FriendlyUser - Wednesday, December 26, 2012 - link

    Thanks for the review. It would be great to include the stock cooler and a good air cooler (Noctua, Thermalright or even the cheap CoolerMaster 212 EVO).

    I'm tempted by closed-loop coolers, but I'm not sure the technology is yet mature. I think it's the future...
    Reply
  • etamin - Wednesday, December 26, 2012 - link

    I'd like to see a CM Hyper 212 thrown into the charts for some kind of air cooler reference. That would be a big help to determining value. Reply
  • cmdrdredd - Wednesday, December 26, 2012 - link

    As was said it would be nice to have a really high end air cooler from Noctua like the NH-D14 in the charts for reference. I mean, the noctua can be found for around $80 and the mounting is solid (no plastic to strip although it is heavier so...). Is a $140 closed water system worth an extra $60? Reply
  • rrohbeck - Wednesday, December 26, 2012 - link

    The NH-D14 is on sale for $69.99 AR today at Newegg. Reply
  • Spacecomber - Wednesday, December 26, 2012 - link

    Are these kits strictly designed to be CPU coolers, or are they expandable to include GPU and maybe even MB chipset cooling, too?

    Sorry if I missed the answer to this in quickly reading through the article. It seems like if you are going to switch over to a liquid cooling system, you'd also want it to include the GPU (at least this would be true for enthusiasts who also enjoy computer gaming).

    If these are CPU only kits, I suppose they might find a place in a media player computer.
    Reply
  • A5 - Thursday, December 27, 2012 - link

    These kits are CPU only. You could probably hack a GPU block into one of the dual-length systems, but at that point you should just go full custom and get better performance. Reply
  • Foeketijn - Friday, December 28, 2012 - link

    There are simple mounting frames to screw the 2012 Antec and corsair blocks on any recent GPU. But from what I see in reality, most people use tie wraps ; ). IMHO these closed loop cooler are more suitable for GPU's since the radiator conducting properties (relatively thin and aluminum) are often the limiting factor (considering the results according to the tweakers who changed the radiator of these things). The efficiency goes up when you
    1. Get more air in contact with the radiator (bigger radiator, better fan, a bit of spacing between the fan and the radiator to avoid airflowing "dead spots")
    2. Get more heat from the water to the actual air (copper radiator, more fins etc.)
    3. Get the temp delta bigger. (colder air or warmer water)

    Cooling the GPU does number 3. Since modern GPU's can draw a lot more power than a CPU especially @stock and they function without a problem at much higher temps.
    Reply
  • Novuake - Thursday, December 27, 2012 - link

    No Static Pressure readings? Nothing about the pumps on these thinks? Thermal paste that come with them? Really... What is going on with Anandtech? MORE DATA! More effort into this PLEASE... Reply

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