The first three hold for the Lancool III and full size Torrent, as do variants of four and five. Long enough to provide reasonable clearance for front intake airflow around the end of 300–335 mm GPUs.Quieter 3.5 mount supporting three drives rather than one.Easier to exchange the stock fans for greater noise-normalized 3x120 intake.The PSU draws cool bottom air rather than warm air from behind the CPU cooler.The Lancool side intake has lower flow resistance than Torrent bottom intake.Quieter operation from idle up to probably somewhere around 600–750 W total system power.A few things in the Lancool II's favor are Both are good cases and have attractive things about them but, if you don't mind the larger size, the Lancool II offers modest advantages over the Torrent Compact in many aspects. PC-behuizingen nu voordelig en eenvoudig online kopen | īehuizing kopen? Binnen 24 uur thuisbezorgd | AzertyĬlick to expand.I've built and measured both a Torrent Compact and Lancool II mesh. I like the looks of the Fractal Design North the most but i reckon the other 3 might have better airflow? NZXT H9 Flow Tower-behuizing Zwart | 2x USB-A 3.2 (5 Gbit/s) | 1x USB-C 3.2 (10 Gbit/s) | 1x Audio | Window-kit () Lian Li O11 Dynamic EVO Tower-behuizing Zwart | 2x USB-A 3.2 (5 Gbit/s) | 1x USB-C 3.2 (5 Gbit/s) | Window-kit ()Ĭorsair 5000D AIRFLOW Tower-behuizing Zwart | 2x USB-A 3.2 (5 Gbit/s) | USB-C 3.2 (5 Gbit/s) | Audio | Window-kit () Looking to replace it for a case that can fit just as much and cools just as good or better.Ībove 200$ is fine to but then i expect more metal and less plastic, don't feel like paying above 200$ for alot of plastic.Ĭase doesn't have to come with fans, i got 3x120mm and 3x140mm from the old case.įractal Design North Tower-behuizing Zwart | 2x USB-A 3.2 (5 Gbit/s) | 1x USB-C 3.2 (10 Gbit/s) | 2x Audio () The airflow/cooling of this case is pretty good though. This case make's alot of noise through resonating bits of plastic, this happened only this last month or so. Just my 2 cents, but I don't feel I get enough out of these cooler articles to make a good purchase decision.Looking to replace my Corsair AIR540 case, its about 6-8 years old now. The cooler in this article might work wonders in the Throne, perhaps even better than the other coolers, and be terrible in the V2000B. The V2000B is a sealed through-flow case with no side vent and the Throne is side/top vent with little airflow out the back. If it isn't then at least you'll have data to say that more detailed reporting doesn't create a different picture, but I have a suspicion that differing coolers will change positions considerably in the various scenarios, revealing strengths and weaknesses that matter to people looking to buy them for the specific scenario tested.Īs an example, I own a Lian-Li V2000B and a Rosewill Throne, both large cases but very different in scenario. Also, make sure you let the case/system 'heat soak' under load so we know how it works under sustained load rather than just a quick heat pulse.ĭo this for a few coolers of differing type and see if the picture changes or more is revealed with this method. Better yet, show some thermal images of the cooler/MB in operation if you can. Report VRM temps, chipset temp, RAM temp, and use a couple temp probes to measure exhaust temp out the side/back, etc. Feel free to focus on only a few scenarios, like 'big high airflow case for overclocking to the max on air", and "balanced temp/noise performance in a mid-sized size vented case", and "space restricted case with little venting" or whatever, but once you pick the scenarios, please report more than just CPU temp and noise. An open test bench is the one configuration that you should never use, since it will never be similar to an actual usage scenario. Maybe pick some of the most popular cases or best performing cases in a handful of configurations and use these as a standard. In my opinion you should test coolers in a handful of configurations. As far as I can tell, the usual rigor for testing isn't applied to coolers. Likewise, as you mention in text, a cooler like this could perform best when it can vent air directly out the side of a case. How much of an effect is it? Show the data. Lets take one example: Many articles on air and water coolers note that airflow over VRMs and other MB components could be significantly different, yet I never see readings of MB temps, VRM temps, or anything other than CPU. I am not certain from the information in this article how the testing was conducted, but I have some serious concerns that the information given here doesn't paint a whole picture of real world effects.
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