Thursday, May 16th 2013
Xigmatek Announces Janus Low-profile CPU Cooler
Xigmatek rolled out the Janus low-profile CPU Cooler. It uses a C-type aluminum fin-array design. From a mirror-polished nickel-plated copper base, six 6 mm-thick heat pipes convey heat to an aluminum fin-stack arranged along the plane of the motherboard. It is ventilated by two fans arranged in a top-flow push-pull configuration. The top fan is a 10 mm-thick 120 mm spinner, while the bottom one is a 15 mm-thick 80 mm one. The bigger fan spins at 800-1200 RPM, pushing up to 38.42 CFM of air; while the smaller one does around 2000 RPM, pushing 13.53 CFM. Measuring 120 x 110 x 45 mm (WxDxH), the Janus weighs about 430 g. It supports most modern CPU socket types, including Intel LGA1150, LGA1155, LGA1156, LGA2011, LGA1366, and LGA775; and AMD AM3+/AM3/AM2+/AM2, FM2/FM1.
27 Comments on Xigmatek Announces Janus Low-profile CPU Cooler
A 10mm thick fan is hugely impressive, all the "thin" 120mm fans i've seen (like the Gelid Slim 12 UV for example) are 17mm thick. Are you 100% certain it is 10mm though as you say the bottom fan is 15mm thick yet the top one looks bigger? Maybe the top fan is 17/20mm not 10mm?
They come with small aluminum heat sinks which cool the chip and surrounding components well enough but not quiet enough thus why i want to replace them, i would hope this is overkill for the heat they produce.
BTW, 60C is not even close to overheating a chipset.
that cooler would look kinda cool on a gfx card lol
I say this as i was a silly bear and put stock AMD athlon x2 65w TDP heat sink on a 125w phenom 9850 on a DFI lan party jr board which the heat coming from that was blowing on to the stick of ram next to the socket and on the VRM heat sink which had a heat pipe running to the north bridge which all got much hotter than when i had it paired with the phenom x2 965 stock cooler which i intended to be used with the 9850.
But that was my fault for using the wrong cooler when i was testing spare parts for a HTPC setup.
Bad PR photo's are bad.
1st Image clearly shows Top-Down.
2nd Image shows Bottom-Up. (or inverted Top-Down, because the image show the cooler turned around)
It is ventilated by two fans arranged in a top-flow push-pull configuration. I don't know how to further explain for you to understand.
Why are some of you confused over such a simple thing? :confused:
and not like this:
There is a name for that...