|CR-95C Copper IcePipe 95W Fanless CPU Cooler |
120 in stock
|CR-80EH Copper IcePipe 80W Fanless CPU Cooler |
466 in stock
Nofan IcePipe Fanless CPU Coolers
This next-generation fanless CPU cooler uses IcePipe technology - no fans, no dust, no noise. It is capable of silently cooling almost any modern processor with a TDP (thermal design power) output of up to 80 watts (CR-80EH) or 95 watts (CR-95C).
CR-95C 95 watt Copper IcePipe Cooler
Fanless cooling - at last!
Probably the biggest technical advancement of the last decade in the field of PC cooling has been the invention of the thermal heatpipe. This has allowed a much greater efficiency of heatsink to be designed since heatpipes are good at moving heat from one location to another, both quickly and silently.
However, the performance of heatpipes has been limited by their internal design, which relies on cyclic evaporation and condensation of the water inside them. That is until now! The next generation heatpipe has arrived - it's smaller, lighter, wickless and offers a massive improvement in performance. Its design is patented by Nofan Corporation of South Korea, and it's called the IcePipe.
The holy grail of quiet computing is excellent cooling without resorting to the use of a fan. Rather than using forced airflow along with its associated problems (noise, dust-build up, bearing wear and limited lifespan), convection cooling is undoubtedly the technology of the future and because of the IcePipe, this is now a realistic possibility.
The exact details of how the IcePipe works are a trade secret, but in essence it operates by liquid capillary action. By making the pipe very small, natural perpetual circulation of the liquid inside takes place and heat is efficiently dissipated into the attached heatsink fins. Of course, like conventional heatpipes, the IcePipes are permanently sealed in the factory so that no liquid can ever escape.
160 Point Contact on four Heatpipes maximises the heat transfer
The CR-95C is Nofan's flagship CPU cooler and replaces the CR-100A which was a slightly larger first-generation version. Because the CR-95C is physically a little smaller, it has much improved compatibility because of reduced interference with other motherboard components. It is certainly a thing of great beauty and if you happen to have a side-window in your PC, a definite talking point!
The primary consideration with the CR-95C (like all CPU coolers) is its ability to cool hot-running processors. The heat generated by a CPU is defined by its TDP (thermal design power) and is measured in watts. Newer processors tend to run cooler than previous generation models, although there will always be a trade-off between speed and heat. The CR-95C can continuously and silently cool any processor with a TDP specification of 95 watts and under, which includes the majority of processors on the market today - even high performance ones.
More recently, Nofan launched another version of the IcePipe: the CR-80EH. This is a smaller, cheaper version but is still capable of cooling processors with a TDP figure of up to 80 watts. Motherboard compatibility is enhanced and because of its smaller radius, the likelihood of adjacent PCI slot obstruction is reduced.
Due to the size of the cooler special consideration must be taken into account when choosing a motherboard. While it will physically fit on all compatible boards, the location of the CPU socket may prevent the motherboard (with the cooler installed) from fitting in a suitable case. This can happen if the CPU socket is too close to the edge of the motherboard.
Ideally, with the motherboard already seated in the case, measurements need to be taken to ensure that there is no obstruction within a 92mm radius of the centre of the CPU socket. You can find a large list of all the known compatible motherboards here.
Important note for installation of CR-95C and CR-80EH
Do not over-tighten or unevenly tighten the four CPU cooler retention screws!
The performance of the CR-95C is maximised when it’s oriented so that in a tower system, the Nofan logo is horizontal and not upside-down. In contrast, the orientation of the CR-80EH is unimportant.
|CR-95C Copper||CR-80EH Copper|
|Compatibility||Intel LGA1150/1155/1156/775 and AMD FM1/AM3+/AM3/AM2+/AM2||Intel LGA1150/1155/1156 and AMD FM1/AM3+/AM3/AM2+/AM2|
|Installation Method||Intel and AMD - backplate, requires motherboard removal|
|Dimensions (diameter x height)||180mm x 148mm||155mm x 113mm|
|Weight||730 g||300 g|
|Thermal resistance @ 25°C ambient||0.51 °C/W||0.58 °C/W|
|Dissipation area||217,036 mm²||98,157 mm²|
|CPU supported cores / clock speeds||Single, dual and quad / all speeds|
|Maximum RAM height||32 mm|
|Supplied thermal grease||NF-SI100|
|Acoustic noise level||0.0 dBA|
Cool and Quiet
I use an i7 Haswell processor for running protools audio software and Reason (often at the same time). In use for recording, mixing down and synthesising using multiple software instruments and many tracks I haven't seen the temperature get above 54C. Stress testing using Prime95 at its most extreme setting it varied between 77 - 82 C. Stopping the stress test saw an almost immediate fall to 60 and after a few minutes back to idle at about 40 C.
What can I say really? A real step forward especially if you are running recording software...
Does the job
Does the job, keeps Intel i7-4770K CPU temperature below 95 C. This may seem too steep, but what's really important it prevents temperature hitting the Tj_max, at 100% all 4-core load. Air vents on the top side of the computer case are a must!
Silent - but make sure you meet the pre-requisites
Easy to install, but make sure your RAM doesn't exceed maximum height and that you have a case with vents in the top as required. Also note this will occlude the first PCI express slot on certain motherboards - especially mATX and fully loaded ATX motherboards with lots of slots. I was amazed at the sis of this thing and how much heat it puts out. On my core i7-3770 a 77w regular clocked processor the CPU temps come in at around 93c under load when using system stability tester - the Tj max temp for this proc is 105 - this seems to be a bit close. I forgot to see temp on stock fan so cannot compare sorry.
I coupled this with an Intel Core i5-4690T (i.e. low TDP CPU). The only reason I didn't give it 5* is that I assembled it first as it came. Afterwards, I discovered by a circuitous browsing route that it should have been installed in a particular orientation - there's a nifty animation for its big brother cooler now on the QPC website, and they put me right about that. It would have been easier if the instructions mentioned the orientation to start with (the thing is square, so it's easy to get it wrong); am I being unfair?
The PC is completely fanless, and it's surprising quite how noisy a HDD (WD Caviar Blue) now seems... But the main thing is that the PC runs cool even when doing relatively computing-intensive things. So, as long as you have a low thermal rating CPU, this thing works fine. It's quite pretty through the case vents too, if that's your thing.
Hi Stephen - thanks for your detailed review, much appreciated! It's great to hear you are enjoying your new IcePipe cooler. Sorry to hear about the installation confusion. Actually, unlike the CR-95C, the orientation of the CR-80EH isn't important. We have added this information to the website to help other customers.