Conclusion

According to EKWB, they wanted the EK-XLC Predator 240 to be a design focused on the "enthusiast level AIO cooler" segment, made of high performance components that would mimic the performance of a custom liquid cooling system. While we cannot claim that it could really rival a custom liquid cooling system carefully designed for maximum performance, the EK-XLC Predator 240 does perform very well in comparison to other AIO coolers. Its thermal performance does not look stellar at first, but the superiority of the EK-XLC Predator 240 becomes apparent when the noise figures are compared. The noiseless pump is, in our opinion, the greatest performance advantage of the EK-XLC Predator 240, as whiny pumps are a common and large issue for the majority of AIO coolers. We feel that the EK-XLC Predator 240 will be loved by those who want the best possible thermal performance at low/inaudible noise levels.

EKWB is particularly proud about the quality and the expandability of the EK-XLC Predator 240. Our examination revealed that it is a high quality product, well designed and assembled, made of good parts and a particularly good high performance pump. However, it is not impeccable. There are quality flaws, such as the draining port next to the pump - the threads of this are on the plastic frame and can be destroyed very easily by the high torque of the tool. The company needs to clearly inform the user that this port is very sensitive and it should be tightened very gently. Also, if the water block is disassembled, as the company suggests it should for cleaning, it is not easy to reseal it without proper tools and equipment. If it is just put together again, without treating the flange and tightening the screws with a specific torque and in rotation, it is very likely that it will start leaking.

Regarding the expandability of the system, that is a rather grey area. It is always good to have an upgradable setup but, the truth is, there is no reason for someone who considers future upgrades not to go for a custom liquid cooling setup to begin with. A custom cooling setup would perform just as well, if not better, and provide maximum versatility for about the same cost. If the EK-XLC Predator 240 is to be drained and disassembled, the lack of a proper reservoir makes it even more difficult to work with. It appears more sensible to deal with the added complexity of designing and building a custom liquid cooling system now than having to deal with disassembling and putting back together the EK-XLC Predator 240 in the future.

It appears that EKWB is trying to fit too many eggs into one basket with the EK-XLC Predator 240. They want it to be appealing to the amateur who wants a simple but high performance cooling solution, to the enthusiast who wants top grade hardware and to the expert that wants to tweak and upgrade it. In our opinion, EKWB is failing to satisfy the bulk of the AIO cooler market, which consists of casual users who want something better than air cooling but simple enough to install and maintain, all without breaking the bank. The EK-XLC Predator 240 is clearly aimed towards a portion of enthusiasts only: those who are not going to back down once they gaze on the price tag. This is also ascertained by the instructions and suggestions found in the manual, which are definitely not for amateurs. The only problem is that such advanced users would have no problem buying individual parts and designing their own liquid cooling system.

In summary, EKWB effectively designed a high quality AIO liquid cooler that can offer relatively good thermal performance at very low noise levels. It also is expandable, if the user ever decides to divulge deeper in the world of advanced cooling. The primary issue here is, and the company is not hiding it at all, that the EK-XLC Predator 240 is considerably more expensive than most other AIO liquid coolers. The current retail price of the EK-XLC Predator 240 matches its MSRP as well, selling for $199 including shipping. This is nearly twice as expensive as its main competitors, such as the Corsair H100i GTX ($110) and the SilverStone Tundra TD02 ($100). It is up to each individual user to decide whether the slightly better overall performance and promise of expandability is worth such a price.

Testing results, low fan speed (7 Volts)
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  • thestryker - Tuesday, December 15, 2015 - link

    I greatly appreciate the review on this, and it seems to match what I've seen in other places so that's always good. Going over the little pieces is what I've come to appreciate most about AT reviews. Talking about pump noise is also helpful as it seems like the asetek/coolit ones all seem to have issues here.

    For me at least this cooler is worth it simply to not give money to asetek. It would be nice if AnandTech could do a quick writeup or something on which AIOs are using the asetek design, and in turn giving them license money. The patent they've been allowed to use as a weapon is pretty absurd and has put us in a sad state for AIO development.
  • iamkyle - Tuesday, December 15, 2015 - link

    The use of a DDC was an interesting choice...
  • Kid98 - Tuesday, December 15, 2015 - link

    Every 3dB's is a doubling of power....

    Kid
  • DanNeely - Tuesday, December 15, 2015 - link

    Good catch.

    While we're nitpicking the dB discussion though, the human ear has a log response curve; 10 dB is only heard as roughly twice as loud so the 12.3dB spread between the best and worst coolers is only a bit more than twice as loud even though the sound is roughly 17 times as intense.
  • Valkyrierie - Tuesday, December 15, 2015 - link

    The third fan header is meant to be used in EK-XLC Predator 360.

    EK-XLC 240 and 360 share the same power board despite 360 having an additional 120mm fan - Most likely, they stuck to one single board for both units to cut costs.
  • initialised - Tuesday, December 15, 2015 - link

    No mention of the DDC pump or it's specs, power consumption, flow rate...
  • wolfemane - Tuesday, December 15, 2015 - link

    I don't think power is really all that important with this kit. I'm currently using a koolance 450s running at settings for 26w @ 12v roughly doing 3.2gpm with my custom build. I did before and after power draw checks with an at wall kill-o-watt (I know it's not accurate, but it gives a general feel of whT your pulling) and I only saw a power increase of about 15w. Give or take a few watts. Flow rate is a little higher in use as well but not by much. So unless your really desperate to save on power due to over taxing a low end psu, the power draw of the pump/fans is going to be minimal on an AIO kit like this.

    And since the pump isn't an adjustable pump why would flow matter? It's traveling over one surface with a fairly large rad, as long as the kit is designed with decent flow and the chip is cooling, why worry about this uncontrollable spec?

    With these AIO kits I'd be more concerned with how its performance stands up to competition in regards to actual cooling and noise. Power, flow, pump specs just seem irrelevant. If this was a custom built system then I could see more attention needed for these areas.

    I thought it was a great review, I love EKWB and have used them since early Athlon. Nice to see a semi modifiable AIO from them. I even think the price fits the possibility seeing how there is an option for customization compared to other AIOs.
  • DanNeely - Wednesday, December 16, 2015 - link

    I'm surprised the pump's not adjustable. I can adjust my swiftech branded DDC pump using the mobo's fan controller software; it's a bit annoying since it's RPM curve isn't linear; but I was able to tune it to run at ~2/3rds speed (at most 1 or 2 C hotter temps but much quieter operation).
  • londiste - Wednesday, December 16, 2015 - link

    https://shop.ekwb.com/ek-xlc-predator-240
    Pump type: Laing DDC3.1 6W
    that is specific enough to find the rest of the specs.
  • wolfemane - Tuesday, December 15, 2015 - link

    Where can we get a set of anandtech labeled tools? Would love to add those to my tech tool box!!

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