Corsair H90

Corsair's Hydro H90 is sort of a bigger brother to the H75. It is the only AIO cooler from Corsair in this roundup that comes in silver packaging, as for some reason the company did not use its usual black-based color theme; most likely because of the all-black color of the cooler itself. Although the bundle is limited to the basics, a manual with installation instructions and the installation-related hardware that is, it is interesting to note that everything, down to the last screw, is black. The included 140mm fan is black as well and is a model with narrow blades and relatively low operating speeds, ranging from 600 to 1500 RPM.

Black, black and more black; these words can easily describe the H90. The radiator is a wider version of the same radiator used by the H75, built for 140mm fans instead of 120mm. Nevertheless, that's over 25% more heat dissipation surface, giving the H90 a significant advantage. The radiator appears well made, yet fin deformations can be easily spotted, therefore it is far from perfect. Smooth, rubber and kink-resistant tubing is used; Corsair does not appear fond of corrugated tubing.

The pump-block assembly is round and very simple. Corsair's logo has been printed on the top of the assembly and there is no lighting or anything else worthy of discussion about this block. It apparently is the simplest design that the OEM (Asetek) offers. Thermal compound is again pre-applied on the copper base of the cooler.

Corsair H110

The Hydro H110 is the largest AIO liquid cooler that Corsair currently offers. It comes supplied inside a black cardboard box with a red theme, marking it as one of Corsair's "extreme performance" products. The H110 shares the same bundle as the H90. Inside the box there is a manual with installation instructions, all-black mounting hardware that is supplied categorized inside separate nylon bags, plus two black 140mm fans, also identical to the fan supplied with the H90.

On first sight, it becomes apparent that the H110 is little more than an oversized version of the H90. The radiator has the same thickness but twice the length, allowing for the installation of two 140mm fans on each side, so up to four 140mm fans total in a push-pull configuration. Despite the relatively thin 29mm thickness, the 140mm × 280mm radiator is hefty and will not fit inside many cases, which is the most significant disadvantage of the H110. The rubber tubing is only about 30cm long, which is enough if the radiator is to be installed at the top of a case but not long enough to reach virtually any other viable position. In short, this is a cooler that will need to be matched to a limited case selection.

The same simple round pump-block assembly as that of the H75 is used on the H110 as well. Aesthetics aside, as there is nothing really left to discuss about that, we found it strange that such a small ceramic pump can create a pressure significant enough to cope with the flow resistance of such a large radiator. It is highly likely that the performance of the whole setup will be limited by the low power of the pump. Thermal compound has once again been pre-applied on the copper base of the cooler.

Corsair H100i

Although it is not the most powerful AIO cooler that Corsair currently offers, the H100i is their pride and joy, therefore it could not be missing from this review. As every other AIO cooler rated as an "extreme performance" product, Corsair supplies the H100i in a black cardboard box with a red color theme. The bundle of the H100i might appeare a little richer than most, but it's not. Aside from the manual with the installation instructions and the mounting hardware, there are the cables required for the use of the cooler and a small advertising leaflet with Corsair's latest products; nothing of particular note. Two 120mm fans with wide grey blades are included, the same fans supplied with the H105 to be exact, which have a speed range of 800 to 2700 RPM.

Out of all Corsair's AIO cooling solutions in this review, the H100i is the one that really stands out. Unlike any of the previous Hydro models discussed in this review, the H100i is not made by Asetek; CoolIT is the OEM behind it. The 120mm x 240mm radiator is similar to that of the H105 but considerably thinner, at only 27mm deep. It is of almost identical design, with wavy aluminum fins soldered on the liquid pass-through channels; however, although it might only be a coincidence, we should note that the number of deformations/imperfections of the fins is notably lower.

The block-pump assembly is rectangular, with a shiny, highly reflective black top cover. The company logo lights up once the pump is powered on. On the side of the assembly, there are connectors for the fans and the USB interface of the system; this model is compatible with Corsair's Link software, allowing almost complete control via software. We should note that the power connector of the pump is not the usual 3-pin fan header connector but a SATA connector instead, as the assembly needs to power up to four fans, the pump, and all of the electronics of the interface as well. Thermal compound has been pre-applied to the copper base of the assembly, which is very smooth and polished down to a mirror finish (the grainy appearance of the block in the picture is actually due to reflections from the environment).

Corsair Enermax
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  • faster - Wednesday, February 12, 2014 - link

    I want a closed loop system for my video card!

    My GTX780 is much louder than my CPU fan.

    Liquid cooling was supposed to be how one obtained high performance quiet computing. Air cooling solutions should not be able to compete with a liquid cooling solution in the same environment, but it seems they do. How is that?
  • blanarahul - Wednesday, February 12, 2014 - link

    "I want a closed loop system for my video card!"

    This. All the stupid OEMs want to disgruntle consumers. We already have more than enough great CPU coolers, but very few great GPU coolers. All I want is a card that is NOT pre-overclocked (but can be overclocked at my whims ;) ) and comes with a all-in-one liquid cooling solution. Is that too much to ask??
  • E.Fyll - Wednesday, February 12, 2014 - link

    Oh, that is coming, soon. Stay tuned, should be online within a couple of weeks. :)
  • Dribble - Wednesday, February 12, 2014 - link

    True, for cpu's you don't need that big a cooler - all these lower power Intel cpu's don't pull 200W even overclocked. A big air cooler is sufficient. It'll work as well as a single 120mm fan radiator water cooler but is cheaper and more reliable.

    However graphics cards are another matter altogether - they pump out huge amounts of heat.

    Hence either I WC my graphics card in which case I might as well get a system that can WC my cpu too, or I just stick to air cooling.
  • BuddhaBum44 - Wednesday, February 12, 2014 - link

    You can always get the Kraken X40 and the bracket they make for 780s: https://www.nzxt.com/product/detail/138-kraken-g10...
  • bj_murphy - Wednesday, February 12, 2014 - link

    Solid review with some good information. I've been waiting for a "compendium" of sorts to link to people, explaining which closed loop coolers are the best. Thanks E. Fylladitakis, looking forward to more great articles!
  • doggghouse - Wednesday, February 12, 2014 - link

    What is a realistic load for a CPU? My 4770K has a max TDP of 84W... and I see a 3960X has a max of 130W. Are there actual CPUs that have anything above that, like 200W - 340W? If not, does it make sense to include those loads in the average thermal resistance, since these AIO coolers are going to be applied to a CPU, not to a synthetic load...?
  • E.Fyll - Wednesday, February 12, 2014 - link

    It depends on the CPU, of course. An overclocked CPU can easily surpass their max TDP rating. High thermal loads are useful for the extraction of proper thermal resistance ratings, plus they are easily reachable by modern GPUs (and GPUs are relevant, especially with AIO coolers; you'll see why soon enough). Of course, if you know the power requirements of your current CPU (if not overclocked, about 75% of its TDP), you can easily check the graph closest to it.
  • dragosmp - Wednesday, February 12, 2014 - link

    Hi,

    Great review, I like the methodology. It is nice to see all coolers tested with a constant load that is subject to much less randomness than a CPU power output.

    I have two questions:

    *is it possible to test all coolers at a certain noise level like 40dB +/-0.5dB; 7V testing is not that relevant for a cooler that is silent @10V, why would anyone silence it even further, save electricity?

    *could you provide an order of magnitude of what clock speed and voltage a CPU would need to be at to achieve 340W/150W...etc. It would be useful to get our bearings vs the real world. A chart would be nice a bit like this:
    .....................150W.................250W
    Haswell DC....4.6GHz/1.25V......
    Haswell QC....4.2GHz/1.27V......
    FX83xx OC....4.1GHz/1.35V......

    The reason for the last remark is that buying decisions are made also with cost in mind. One may think: I have max 30°C Tcase, 4.5GHz Haswell, what is the thermal conductivity I would need so the CPU never passes 70°C? Answer ==> review (maybe not the best cooler, maybe not the most expensive...). I have bought windows for my house like that.
  • E.Fyll - Wednesday, February 12, 2014 - link

    40 dB(A) is not really "silent". I would rate <35 dB(A) as silent and still I can notice that in a very quiet room. 40 dB(A) is a slight humming noise, fairly quiet and most people just ignore it, yet it is easily noticeable. It is an interesting idea but that is not really possible when not all products can do at least 40 dB(A) and not practical, as the motherboard does not read the sound level, it just adjusts the voltage. 7 Volts are just high enough to ensure that (almost) every fan will start and about the same voltage as most motherboard will apply in their "quiet" mode. About the CPUs, I cannot do that as that would require me buying and testing every single CPU, which is not possible. Besides, every CPU is unique and the energy consumption also depends on several settings when overclocked, so it could easily bring misleading results. A single different setting can cause a massive change on consumption at the same exact frequency. For instance, a i7-3820 at 4.4 GHz consumes nearly 20% more energy with its voltage upped by 0.1V. It truly is a very interesting idea but a great deal of data and testing is required to create a proper database.

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