Deepcool Announces Dual Fin Array Cooler for $60

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Deepcool is extending its twin CPU cooler line with a more economic solution.

The NepTwin CPU cooler carries a suggested retail price of $60.

The six heat pipe and dual aluminum fin array design is combined with two fans. The PWM fan runs at 900 to 1500 rpm while the front side fan is fixed at 1300 rpm. System builders can also opt to combine the NepTwin with up to four PWM fans.

According to Deepcool, the cooler supports all CPU sockets and CPUs with a TDP of up to 150 watts, including Intel Sandy Bridge-E (LGA2011) and LGA1366, 1156, 1155, 775 as well as AMD 1, 2, 2+, 3, and 3+.

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19 Comments Comment from the forums
  • house70
    Cool (no pun intended...); now for some benchmarks, please.
    Reply
  • oj88
    Isn't it just like Noctua NH-D14? I wonder how can deepcool get away with patent infringement.
    Reply
  • >amd1 socket
    Reply
  • amuffin
    oj88Isn't it just like Noctua NH-D14? I wonder how can deepcool get away with patent infringement.There are many coolers like the NH-D14.

    EX:
    Thermalright Silver Arrow and the ThermalTake Frio Extreme.
    Reply
  • goodguy713
    yea im thinking 4 fans facing one direction ? ... push pull push pull.. tug of war any one?
    Reply
  • goodguy713
    im thinking 4 fans facing one direction = jet stream.. push pull push pull any one? sounds like a tug of war .. to me..
    Reply
  • burns11
    How would you fit four fans to this?

    http://www.deepcool-jp.com/ProductPic/ProductPic/BigPic/2012072610204626.jpg
    Reply
  • goodguy713
    4 corners one on each side .. it would litterally be a tug of war ..
    Reply
  • ShadyHamster
    for proper air flow you can only fit 3 fans to this cooler, 1 in the middle and 1 on each end.
    Reply
  • s3anister
    goodguy7134 corners one on each side .. it would litterally be a tug of war ..ShadyHamsterfor proper air flow you can only fit 3 fans to this cooler, 1 in the middle and 1 on each end.You could still get excellent air flow with four fans, one on each corner. One would need four fans arranged in a 3:1 or 2:2 intake to exhaust ratio. If you had three intake fans pushing air in (again, one on each corner, nothing in the middle of the heat sink) and one fan with a very high static pressure (like a Delta fan) on the rear pulling to exhaust the heat, I'd imagine one would achieve very good thermals but at the cost of extreme noise.
    Reply