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  • New Intel CPU Cooler Utilizes Asetek Sealed Loop Liquid Cooling Technology

    PRESS RELEASE - Asetek Inc., the world’s leading supplier of liquid cooling solutions for computers, announced today that Intel has chosen Asetek liquid cooling technology for Intel’s first liquid cooler for Intel processors, the Intel® Thermal Solution RTS2011LC. Asetek will also manufacture these liquid coolers for Intel. The new Intel liquid CPU cooler enables customers to extract greater performance from Intel processors than ever before with an Intel cooling solution.


    Sophisticated cooling technology is essential to the proper operation of all modern CPUs. The choice of cooling technology impacts both the performance and the acoustics of a PC. The superior performance of the Intel Thermal Solution RTS2011LC makes it the right choice for over-clocking enthusiasts and users of CPU intensive software including applications for digital content creation, CAD, engineering simulation, scientific modeling, financial modeling and PC gaming.


    “Intel has been in contact with Asetek since they pioneered sealed loop liquid cooling in 2005,” said Darrin Lynch, Product Marketing Engineer at Intel. “Their proven track record of superior performance and consistent reliability made Asetek technology the natural choice for building Intel’s flagship thermal solution.”



    "We are proud that Intel chose Asetek to develop the RTS2011LC liquid cooler,” said André Sloth Eriksen, Founder and CEO of Asetek. “Asetek and Intel both see the importance and passion of the enthusiast market and are happy to offer this solution."

    Asetek pioneered the development of sealed loop liquid cooling in 2005 and is today the world’s largest supplier of sealed loop liquid coolers by both revenue and volume. Asetek and Intel collaborated to design the Intel Thermal Solution RTS2011LC, with Asetek contributing the liquid cooler design and Intel developing the fan that removes heat from the liquid cooler’s radiator. The liquid cooler utilizes Asetek’s zero maintenance sealed loop liquid cooling technology. The liquid cooler’s radiator mounts on the chassis and only the pump and cold plate mount on the CPU, reducing the mass that must be supported by the motherboard. This robust design enables the cooler to meets Intel’s stringent shock/drop testing.


    The Intel Thermal Solution RTS2011LC water cooler is compatible with the 2nd generation Intel® Core™ i7 Processor family for socket LGA2011, including the new Intel® Core™ i7-3960X processor, as well as Intel® Core™ i7 Processor Family and Intel® Core™ i5 processor Family for socket LGA1366, LGA1156, and LGA1155.

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    Comments 3 Comments
    1. Jester's Avatar
      Jester -
      Oh so it will be backwards compatible. I might pick one up depending on how it does in reviews. Intel or Asetek said that with the default fan, it would perform as well or better than the Corsair H70 with it's default push/pull setup. This is an evolved cooler, probably newer than the Antec Kuhler H2O 920 which was the best AIO cooler until the Corsair H80/H100 came out. I'd like to see it compared to the H80 (which is made by CoolIT).
    1. vincedea's Avatar
      vincedea -
      how long do these AIO coolers last? im thinking of going this route for my next build.
    1. Jester's Avatar
      Jester -
      Quote Originally Posted by vincedea View Post
      how long do these AIO coolers last? im thinking of going this route for my next build.
      Pumps last for who knows how many years. If the manufacturer did everything right with the coolant then you shouldn't run into any stains either. Choose wisely though - only very few can outperform top tier air coolers. The only worthwhile ones (going by reviews and results on various forums) are the Antec Kuhler H2O 620 (won't beat all air coolers but great for the price), Corsair H80 (beat the Antec Kuhler H2O 920 at hardwareheaven, and these beat most air coolers although I've never seen them compared to the Thermalright Silver Arrow or Noctua NH-D14), and I guess the bigger H100 might seem worthwhile.

      The problem with the H100 is that it costs a lot more for a longer but thinner radiator, so total cooling capacity just via radiator is not as much as it could be. On top of that, the pump is identical to the H80 as far as I can tell and this makes it only perform marginally better than the H80 (going by results that Corsair showed themselves a while ago).