Noctua NH-C12P: A Top-Down Cooler Rises to the Top
The "different sound" is also something to watch out for in other 120mm Noctua fans. It may not be very loud, but I personally find it irritating. The fancy fan design (pun intended) has some problems, unfortunately.
Good to know the heatsink is so efficient.
P.s. On the second page, you doubled up in "punched notches punched."
Good to know the heatsink is so efficient.
P.s. On the second page, you doubled up in "punched notches punched."
Thanks for the excellent review. Although I'm a regular reader of SPCR articles, it's first time I'm posting.
However I wonder if something was wrong with the specific fan. Despite I don't like Noctua P12s (have a few of them laid in a drawer), I never noticed the "aircraft flying overhead" noise. Maybe is only audible when fan blows over this heatsink...
However I wonder if something was wrong with the specific fan. Despite I don't like Noctua P12s (have a few of them laid in a drawer), I never noticed the "aircraft flying overhead" noise. Maybe is only audible when fan blows over this heatsink...
Excellent review, thanks
I’ve been looking forward to this review with such great anticipation that it now feels like Christmas (not to put that image in your head during the summertime and everything, duh Walle) so it was nice to see that their latest creation turned out so nicely, something which I thought it would do yet you never really know before you chaps put the product thru its paces or you purchase it yourself and since I’ve been planning on using this cooler for a HTPC build (not mine though) it feels great, more so since it now appears that I can begin ordering parts and start building, kept the build on hold until a review was available. But, not nitpicking here Mike, I’m missing some findings, or thoughts around its effectiveness to actually cool the circuitry around the socket, I’ve read the review twice trying to make certain that I didn’t miss a possible mentioning but I couldn’t find one so I’m sticking my neck out there, did you make a quick check Mike? if you did I would very much appreciate some feedback.
“ We interrupted testing twice, believing that a plane was in the vicinity â€
I’ve been looking forward to this review with such great anticipation that it now feels like Christmas (not to put that image in your head during the summertime and everything, duh Walle) so it was nice to see that their latest creation turned out so nicely, something which I thought it would do yet you never really know before you chaps put the product thru its paces or you purchase it yourself and since I’ve been planning on using this cooler for a HTPC build (not mine though) it feels great, more so since it now appears that I can begin ordering parts and start building, kept the build on hold until a review was available. But, not nitpicking here Mike, I’m missing some findings, or thoughts around its effectiveness to actually cool the circuitry around the socket, I’ve read the review twice trying to make certain that I didn’t miss a possible mentioning but I couldn’t find one so I’m sticking my neck out there, did you make a quick check Mike? if you did I would very much appreciate some feedback.
“ We interrupted testing twice, believing that a plane was in the vicinity â€
Excellent review, thanks.
I started using Zipang, but soon found I had to replace the fan at extra expense. The $69.95 retail price puts the Noctua price-point modestly higher than Zipang + Fan + LGA-775 kit.
The non-parallel mounting screw issue would really bother me after paying $70 for a premium unit. There is no excuse for sloppy work at that price point. I figure Noctua will get this corrected in short order.
The wide fin spacing should allow for more breeze on the VRM and NB components. For me, that is vitally important. The tight fins of the other down-drafters do not allow much breeze with a slower fan speed.
I started using Zipang, but soon found I had to replace the fan at extra expense. The $69.95 retail price puts the Noctua price-point modestly higher than Zipang + Fan + LGA-775 kit.
The non-parallel mounting screw issue would really bother me after paying $70 for a premium unit. There is no excuse for sloppy work at that price point. I figure Noctua will get this corrected in short order.
The wide fin spacing should allow for more breeze on the VRM and NB components. For me, that is vitally important. The tight fins of the other down-drafters do not allow much breeze with a slower fan speed.
It does seem odd that the measured noise (32dB) would be over 12dB above that of the rating. Looking at the review of the NF-S12-1200, though, that was measured 8dB above the rating. Perhaps Noctua uses some questionable methods of rating their fans?ssb wrote:However I wonder if something was wrong with the specific fan.
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Manufacturer's noise ratings, when done by the engineering dept. rather than marketing, are performed in rare and expensive anechoic chambers.Stravos wrote:It does seem odd that the measured noise (32dB) would be over 12dB above that of the rating. Looking at the review of the NF-S12-1200, though, that was measured 8dB above the rating. Perhaps Noctua uses some questionable methods of rating their fans?ssb wrote:However I wonder if something was wrong with the specific fan.
Lacking a couple mil, Mike's measurements are made in a "live" (normal) room, meaning there are echos and that increases the sound level. I'm sure Mike would appreciate any contribution of an anechoic chamber in the Vancouver CA area should anyone find this a matter of concern.
Thing is, the measurements of the Nexus fans were spot on. The Scythe fans reviewed appear to be rated below the ambient noise level when tested, so it's understandable that they would test higher than advertised. Furthermore, if this Noctua review was done in the past week or so, it appears Mike was able to drastically reduce the ambient levels in his lab.
I just think it's odd. I'm not trying to say Noctua is pulling a fast one on us. I think everyone here expects to replace stock HS fans anyway.
I just think it's odd. I'm not trying to say Noctua is pulling a fast one on us. I think everyone here expects to replace stock HS fans anyway.
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The ambient levels did not decrease, but our new SLM resolves down way below the old B&K SLM. The latter seemed to have an internal noise limit of 15 dBA; with the new one, we've seen as low as 12 dBA in the lab so far. Yet when a fan measures 20 dBA with one, it also does so with the other. Which confirms that the new SLM has less internal noise, and so is able to show lower levels when they exist.Stravos wrote:Thing is, the measurements of the Nexus fans were spot on. The Scythe fans reviewed appear to be rated below the ambient noise level when tested, so it's understandable that they would test higher than advertised. Furthermore, if this Noctua review was done in the past week or so, it appears Mike was able to drastically reduce the ambient levels in his lab.
I just think it's odd. I'm not trying to say Noctua is pulling a fast one on us. I think everyone here expects to replace stock HS fans anyway.
I have to caution about the negativity regarding the stock fan. When it is undervolted with the supplied 7V adapter, it's as quiet as the Nexus and cools perfectly well, so... The negative comments in the review pertained more to the overly high airflow capability of the fan, which didn't do any good for cooling anyway -- at least not for our test CPU.
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Scythe offers five models of the Slipstream, 500RPM to 1900RPM nominal. S-Flex now has 4 models, 800 to 1900. Noctua offers a munificent one model, throwing in a coupla resistors to provide 3 total nominal RPMs at 12V. Noctua could do worse... but they could do better, too.
The decision to offer only a single fan model was probably due to Noctua's sales projections. I doubt they expect the new fan to be a big seller.
The decision to offer only a single fan model was probably due to Noctua's sales projections. I doubt they expect the new fan to be a big seller.
Well... The only difference is that Scythe puts the resistors inside the fans. The way Noctua does it is actually better in terms of seller inventory and user convenience.Felger Carbon wrote:Scythe offers five models of the Slipstream, 500RPM to 1900RPM nominal. S-Flex now has 4 models, 800 to 1900. Noctua offers a munificent one model, throwing in a coupla resistors to provide 3 total nominal RPMs at 12V. Noctua could do worse... but they could do better, too.
The decision to offer only a single fan model was probably due to Noctua's sales projections. I doubt they expect the new fan to be a big seller.
From the Article (unbolded in article)
While most of the fins have the dimensions of the end piece in the photo above, 16 fins are differently shaped, with the bottom portion extended in a trapezoid shape to connect directly to the base.
It's 15, right?Interestingly, the 15 fins that extend down to make direct contact with the base are not as wide as the others, which leaves a couple of gaps in the fin array.
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In my system (a TT Armor case with the 250 mm lateral fan) this cooler is
shoulder to shoulder with the TRUE, using the Noctua fan NH-P12.
With a Tamb= 22ºC and E6850 @ 3700 MHz @ 1,36 V (CPUZ) (1,42 V in BIOS)
I have a TLoad (Orthos Small FFt´s)= 52ºC/52ºC (reported by RealTemp 2.63) and a Tidle= 28ºC/28ºC
shoulder to shoulder with the TRUE, using the Noctua fan NH-P12.
With a Tamb= 22ºC and E6850 @ 3700 MHz @ 1,36 V (CPUZ) (1,42 V in BIOS)
I have a TLoad (Orthos Small FFt´s)= 52ºC/52ºC (reported by RealTemp 2.63) and a Tidle= 28ºC/28ºC
It really wasn't said that it isn't a good fan. It's just even more powerful than one would need. With the adaptors, I don't think that is a problem.MajmuN wrote:Wow, the P12 fan really isin't as good as i thought. Can you review the fan like you've done with so many other fans, Mike? Would really appreciate it.
I'm either going to buy a Xigmatek 1283 + Antec P182 for absolute silence or go for a CM590 + 140mm yate loons all over + this Noctua for relative silence and lots of airflow to keep my overclocked-all-day-long-folding@home-components cold enough.
So I was glad to see this review
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What I can say to you is that the sensor reporting MB temp in Everestwalle wrote:Hi mariosimas,
I’ll need to ask you what your take is on the coolers ability to cool the circuitry around the socket.
Thanks.
(I have a Asus P5N-T Deluxe) reports a diference of 3ºC using the Noctua
comparing with the TRUE.The Noctua being lower. This sensor must be closer
to the socket.
" LGA775 mounting arms attached. They could also have been mounted differently, across the path shown by the red lines, which rotates the heatsink 90 degrees. Which is the better way? It just depends on the details of your board. With AM2, the heatsink can only be mounted one way, dictated by the orientation of the heatsink retention bracket mounting on the board. "
I think it's been proven that heatsinks works best in when the pipes goes horizontaly rather than vertically?
I think it's been proven that heatsinks works best in when the pipes goes horizontaly rather than vertically?
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Actually, I don't think it is going to cost a couple mil. Mike's plans to address this is already underway.Felger Carbon wrote:Lacking a couple mil, Mike's measurements are made in a "live" (normal) room, meaning there are echos and that increases the sound level. I'm sure Mike would appreciate any contribution of an anechoic chamber in the Vancouver CA area should anyone find this a matter of concern.
Very nice review, koodos, etc. (obligatory but still genuine compliments)
Like some of the others, I'm really more intrigued by the fan than by the heatsink - a higher pressure but still quiet fan has the potential to improve the performance of some of those tower heatsinks with closely spaced fins. In particular, it might be nice to see how the Thermalright Ultra 120, Xigmatech, and Noctua's own NH-U12 (which comes packaged with the new fan now) fare with the Noctua fan versus the Nexus.
Would there be a significant difference here? It's probably not worth the effort if it's only one or two degrees, but I'd still like to know.
Like some of the others, I'm really more intrigued by the fan than by the heatsink - a higher pressure but still quiet fan has the potential to improve the performance of some of those tower heatsinks with closely spaced fins. In particular, it might be nice to see how the Thermalright Ultra 120, Xigmatech, and Noctua's own NH-U12 (which comes packaged with the new fan now) fare with the Noctua fan versus the Nexus.
Would there be a significant difference here? It's probably not worth the effort if it's only one or two degrees, but I'd still like to know.
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The NH-U12P does quite a bit better than the NH-U12F. It was reviewed by AnandTech a while ago, and it did good compared to the results of their earlier test of the NH-U12F. Note that they ran both fans at stock speeds, and they call that silent.guises wrote:In particular, it might be nice to see how the Thermalright Ultra 120, Xigmatech, and Noctua's own NH-U12 (which comes packaged with the new fan now) fare with the Noctua fan versus the Nexus.
Since when does separate packaging and separate logistics in general not cost you extra?FartingBob wrote: In fact i would prefer them (and all others) to have 2 versions for sale for all heatsinks with one lacking a fan. Nobody does this, and yet it wouldnt really cost them extra.
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I think the difference, if there are any, would only show up if you choked the airflow to the case or heatsink, or with very tightly spaced fins. All of these instances are anathemas to SPCR, so I doubt we'll explore it.guises wrote:Would there be a significant difference here? It's probably not worth the effort if it's only one or two degrees, but I'd still like to know.