Conclusions, Part 1

As before, drawing conclusions on these products is less about simply crowning one the victor than it is about figuring out just what they offer on balance against each other, whether or not they hit the right price points, and what they're competing with. So while NZXT's Kraken X60 and Corsair H110 both dominate the charts, that doesn't make them the best choices for everyone. It's easier to fit a 120mm Corsair H80i into most cases than a 280mm Asetek radiator.

The Corsair H90

I've been a pretty big advocate of Corsair's products for some time now. Their RAM has largely been synonymous with "guaranteed to run right the first time" in my group, I still use and adore the K90 keyboard on my main workstation (and the M60 mouse on my Alienware M17x), and Corsair Link is a product with a lot of potential. That's why the H90 and H110 are such a disappointment.

Outside of the mounting bracket, what you see here with the H90 is pretty much what you get. The H90 and H110 are barebones packages that are uncharacteristically devoid of any of the care and polish you typically expect with Corsair kit. Beyond that, using a different fan doesn't really make up for the fact that the Asetek 140mm radiator is a bit of a dud. Corsair really should've included two fans to differentiate themselves from the NZXT Kraken X40; as it stands, NZXT's package offers more features and better connectivity at the exact same price, making the H90 a non-starter.

The Corsair H110

If the lack of trimmings on the H90 was essentially fatal, on the H110 it's at most crippling. Not including any allowances of any kind for the fact that the H110 has two PWM fans to run is borderline unacceptable, but the H110 does have at least two advantages against the NZXT Kraken X60: price and fan quality.

Build quality and performance are almost identical between the two products. The 280mm radiator does allow Corsair's fans to stretch their legs, though, and while at low speeds there's very little difference between the X60 and H110, at high speeds the H110 is able to produce comparable performance at lower noise levels. The fans NZXT uses on the X40 and X60 really only have two noise profiles: quiet at their lowest setting, and then unpleasantly loud at almost any other setting. Corsair's enjoy a more gradual ramp.

There's also the fact that despite its lackluster presentation (or maybe because of it), the H110 is ten bucks cheaper than the NZXT Kraken X60. If you're willing to make the sacrifices needed, the H110 at least makes a case for itself, and Corsair does offer a superior five year warranty on its products compared to the two year warranties on the Krakens.

Performance Results Conclusions, Part 2: Swiftech
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  • glenster - Friday, February 1, 2013 - link

    The Thermaltake Water 2.0 Extreme is 27dB--how does it compare?
  • Beenthere - Friday, February 1, 2013 - link

    Before long they will be using auto sized radiators to try and surpass the excellent and reliable cooling provided by a highend HSF costing 1/2 the price of an inferior closed loop coolers that can and have leaked in the past causing hundreds of dollars in PC hardware damage, lost data, lack of use of the PC for weeks, RMAs, etc. Why people are so gullible as to buy an inferior CPU cooling system is beyond me. I guess when you're technically challenged, you equate water to better cooling even when it's not.
  • Stuka87 - Friday, February 1, 2013 - link

    "Meanwhile, the radiator itself has a larger reservoir than the competition, is user accessible and serviceable, and is produced from higher quality materials. Instead of just using aluminum, the H220 has copper fins and brass tubing, which theoretically will allow it to both dissipate heat more effectively and last longer. "

    In the quote above, it is stated that the H220 uses copper and brass instead of aluminum. While copper is great as its the best conductor of heat, brass is significantly worse than copper or aluminum. Kind of seams like a price cutting tactic over the use of aluminum and copper. Unless I am missing something?
  • Death666Angel - Friday, February 1, 2013 - link

    My guess would be corrosion.
  • Galcobar - Friday, February 1, 2013 - link

    Galvanic corrosion -- two dissimilar metals in contact are a problem, particularly with something reactive such as copper. It's why you can't use steel brackets to hold copper piping.

    Copper and brass (a copper-zinc alloy) are electrochemically similar so galvanic corrosion isn't an issue. Aluminum, however, is much more anodic than copper or brass.
  • Nickel020 - Monday, February 11, 2013 - link

    Brass is what's used in almost all high-end watercooling radiators, Swiftech isn't cutting any corners there. The fins themselves are actually copper, and that's what's most important. There's also different kinds of brass, and the one they're using for the tubing is almost certainly better than aluminum. Otherwise you'd find high-end watercooling radiators made with aluminum tubing, but they all use brass or (a few) copper.
  • Gc - Friday, February 1, 2013 - link

    The Cinica Eurora article says they claim increased power efficiency in part by running the processors at lower water-cooled temperatures. It could be interesting to see how much power each water-cooling system takes, both for comparing with air-cooled systems, and for comparing with potential processor power savings.
  • Gc - Friday, February 1, 2013 - link

    [Sorry, "air-cooled" is the wrong term for the contrast. These water-cooling systems carry the heat to an air cooled radiator also, just like the vapor cooled heat pipes in many CPU coolers carry heat to an air cooled radiator.]
  • RaistlinZ - Friday, February 1, 2013 - link

    Can fans be mounted on the Swiftech for push/pull config? If so, they've got my money.
  • Dustin Sklavos - Saturday, February 2, 2013 - link

    Why yes. YES THEY CAN! And in fact their fan control header supports up to seven fans!

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