Does it make a difference if the in and out barbs are at the top?
Does it make a difference if the in and out barbs are at the top?
Will it be possible to use a push pull configuration for the Corsain unit and put a fan blowing the rad from the inside of the case and use the other fan (Corsair provided) as an exhaust one?It seems crazy to me to intake hot air inside the case.
Would it affect the results,matching the True that way? (considering the True has a same blowing operation)
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Well, a push-pull exhaust setup would be much more efficient, and still use the same amount of fans that a single (push only) TRUE setup uses. This is because in the configuration used, the fan for the radiator takes the place of the stock case exhaust fan. Frankly, I wouldn't even THINK OF reversing the exhaust fan airflow like H did...its just wrong.
Personally, I'd mount it that way, and use it against a push-pull TRUE with the fans for both setups set for negative pressure (for example push @1600 and pull @2000, or 1200/1600). That way we would:
1> Max out (without using earspliting deltas etc) the airflow cap, so that we can witness differences based on dissipation coming from actual the heatsink/radiator.
2> Eliminate variances due to improper case airflow. This is very important, especially since these variances build over time (thus rendering a lengthy stress test comparison useless)..
3> Have a closer to real use cooling scenario.
The TRUE would still have the advantage of one more fan in the configuration, but that would happen in most (if not all) builds anyway. What we really want to look at is whether the radiator can cope as well as the heatsink in dissipating heat...so we have to eliminate all other factors...
Last edited by Dante80; 06-17-2009 at 06:48 AM. Reason: typos T_T
In my opinion the results seem believable in the hardocp review.
Good starter kits like the swiftech 120 compact, have a better overall base(a better pump(mcp 350), a thicker radiator with a 81 cfm fan and I wouldn't not doubt a better block since the price is higher and swiftech has more knowledge in the field. Yet the swiftech offers around TRUE performance.
This corsair looks more akin to something like a cool it(radiator thickness) and just because it has the name corsair on it, doesn't mean it will be given a magic 20C boost in performance.
Corsairs other products, you could tell they were going to be good from the beginning, the ps had a good OEM, the case simply has good features and etc. This doesn't looks like anything spectacular design wise, so I don't know why people are expecting crazy results. The fact that HARDOCP got shipped a broken unit doesn't inspire confidence in build quality either.
Well yes, that may be. Personally, I also believe that its performance will be worse than a modded and lapped TRUE, at most load situations. It just makes sense.In my opinion the results seem believable in the hardocp review.
Good starter kits like the swiftech 120 compact, have a better overall base(a better pump(mcp 350), a thicker radiator with a 81 cfm fan and I wouldn't not doubt a better block since the price is higher and swiftech has more knowledge in the field. Yet the swiftech offers around TRUE performance.
This corsair looks more akin to something like a cool it(radiator thickness) and just because it has the name corsair on it, doesn't mean it will be given a magic 20C boost in performance.
Corsairs other products, you could tell they were going to be good from the beginning, the ps had a good OEM, the case simply has good features and etc. This doesn't looks like anything spectacular design wise, so I don't know why people are expecting crazy results. The fact that HARDOCP got shipped a broken unit doesn't inspire confidence in build quality either.
That doesn't mean though that the methodology that H used was right. The setup for the corsair unit was wrong, and I think that it could influence the results. This is what we were talking about in the posts above...
theres are the four main factors that go into a heatsink/waterloop:
the contact from cpu to heatsink base/waterblock
the heat moved from base to fins by the water/heatpipes
total surface area of the fins/radiator
lost air pressure from fin/radiator density
each one factors into the total performance by a huge margin. imbalance in any can destroy the performance. and thats not including the effects of human input/errors, like bad mounting or fan configurations. when trying to compare a water cooling system to a heatsink, the main difference is step 2, how well does water take away heat compared to heatpipes. if they were to look at the temperature of the fins/radiator, (given that the fans move air identically, which is tough to guarantee, and that the surface area is the same) the one with the hotter fins will be the one with better efficiency of removing heat from the block to the fins. the base and fins are both near their limit for modification, you can really only get more surface area, or use copper instead of aluminum.
still even with the heatpipe vs water efficiency, there are still many options. like the pin/maze configuration of the waterblock, or the direct touch heatpipes, or how the heatpipes are spread out into the fins. this is where the most tweeking goes and where the most performance can be gained when comparing things that look the same.
its very possible this can out perform a true, but at 50w or 200w i dont know, or at what fan speeds. since effiency is not as simple as .1C/W in all cases, just the tested ones. who knows if this will suck at 50w but pwn at 200w, or if at 1000-2000rpms beats the true, but fails at under 1000rpms.
You guys should see more reviews coming up this week and next week. Our internal testing numbers have never claimed this is the world's best cooler, but we've never been able to get an aircooler to beat it unless it was an open bench test or we put super high RPM fans on the aircooler.
Anyone know where the video went? I can't find it on hardocp and it seems to be missing from the site posted above. Maybe hardocp redoing the review due to unfavorable feedback?
Last edited by nsegative; 06-17-2009 at 05:19 PM.
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i hope being retested
I'd like to know that too...specifically.
1> Is a push-pull double fan configuration feasible?
2> Corsair advises users to mount the solitary included fan in a push, or in a pull setup? The H preview used a push setup, but the mounting made sure that hot air is expelled into the case, not away from it.
For me -after what i ve seen- i consider that it can beat the True by only matching it!
Look at the price and the hassle free install,not to mention the noise being produced.A win win situation,at least for a mid o/cer like myself.
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Hi all,
yes I would like to confirm that the "high end air cooler" that corsair quotes in its test with the H50 is the TRUE.
P.S.: I will receive a Corsair H50 in a few days
So I have found a pre-order in the UK.... http://www.c3computers.co.uk/catalog...ookieSupport=1 ........just waiting for reviews now, to see if its worth getting!!
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For anyone testing this, it really is essential to atleast get 1 test with both the TRUE (or equivalent) and the Corsair unit using the same fan, and another test with both of them using 2 fans in a push/pull.
I know lots of review sites like to just test things as stock, with the included fans because thats what people get, thats great but for anyone actually wanting to know the real potential of a cooler those tests are 100% worthless.
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Nvidia GTX 295
i want to see if this can be put outside of the case so it uses outside air, and dumps the heat outside aswell.
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CPU: Phenom II X4 955BE
Clock: 4200MHz 1.4375v
Memory: Dominator GT 2x2GB 1600MHz 6-6-6-20 1.65v
Motherboard: ASUS Crosshair IV Formula
GPU: HD 5770
why cant people be this excited over any other air cooler weve seen in the last year? o cause this one will pwn
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