Noise and Thermal Testing

It's reasonable to expect the Corsair Carbide Air 540 to provide excellent thermal results, and you'll see it definitely delivers. Where we do make a sacrifice is in acoustics; Corsair is using three very powerful 140mm fans, and while they're not especially noisy, they're not silent either.

What I think Corsair does have a lot of with the Air 540 is play. Similar to the much larger Obsidian 900D, the Air 540 really seems like a case that demands some experimentation. I couldn't resist experimenting with the case a bit and tried to see if I could match stock performance with a stack of silent aftermarket fans. With three 120mm be quiet! fans in the front as intakes and three 140mm ones in the top and back as exhausts, all running at 7V, I was able to get idle noise down to sub-30dB and load temperatures only increased about 3C. This is anecdotal and by no means conclusive, but something to keep in mind.

CPU Load Temperatures (Stock)

GPU Load Temperatures (Stock)

SSD Load Temperatures (Stock)

Stock thermal performance is pretty excellent, with only the powerful Rosewill Armor EVO really competing. But the Armor EVO has build quality issues that the Air 540 doesn't share.

Idle Noise Levels (Stock)

Load Noise Levels (Stock)

The Air 540 is also, unsurprisingly, louder than most of the competition. Our stock testing configuration is actually the worst scenario for the Air 540; this is swatting a fly with a Buick. The stock cooling of the 540 wasn't designed to handle this light a workload.

CPU Load Temperatures (Overclocked)

GPU Load Temperatures (Overclocked)

SSD Load Temperatures (Overclocked)

Switch to our overclocked system configuration and the Corsair Carbide Air 540 continues to be extremely competitive and near the top of all of the charts.

Idle Noise Levels (Overclocked)

Load Noise Levels (Overclocked)

Now that we're dealing with an overclocked system, suddenly the Air 540's noise levels aren't as bad as they used to be. Idle noise is still unpleasant, but at least the character of it continues to be a low, hollow whoosh that's far less irritating than the sound of several smaller fans.

Before getting into full fat testing, it's important to point out that while other cases are tested with three 3.5" drives, the Air 540 only technically supports two. While I could theoretically have installed a third in the second 5.25" drive bay, I didn't feel like it would have any relevant impact on the case's overall performance. The 3.5" drives sit at the bottom of the primary chamber and receive modest airflow, but they don't impede airflow in any way the way they would in a traditional ATX enclosure.

While you could argue the Air 540 isn't operating on a completely level playing field, I don't personally think adding the third drive into the second 5.25" bay would have any tangible impact on the case's performance.

CPU Load Temperatures (Full Fat)

Top GPU Load Temperatures (Full Fat)

Bottom GPU Load Temperatures (Full Fat)

SSD Load Temperatures (Full Fat)

Highest HDD Load Temperatures (Full Fat)

The drives aren't running especially cool, but they're nowhere close to hitting spec either. In exchange, you get absolutely stellar cooling performance in the primary chamber on all of your major heat-generating components.

Idle Noise Levels (Full Fat)

Load Noise Levels (Full Fat)

The NZXT H630 is able to provide better noise suppression, but it sacrifices thermal performance to get there. Our full fat testbed is an absolute beating, though, and so far the only case I've seen get halfway decent noise levels under load has been the SilverStone Raven RV-04.

Testing Methodology Conclusion: You Know if You Want It
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  • SunLord - Wednesday, July 3, 2013 - link

    All that wasted space in the back chamber is a major turnoff to me. With all that space I would've prefered to of had some more hdd bays they could've gotten at least 3 or 4 3.5" bays in the massive back void
  • hammer256 - Wednesday, July 3, 2013 - link

    Looks like the little brother of CaseLabs' Magnium line of double-wide cases. Of course, CaseLabs is also a lot more expensive...
  • Ninhalem - Monday, July 8, 2013 - link

    Also Case Labs' enclosures are all made out of thick aluminum, and are specifically built with modification and custom liquid cooling loops in mind. Although, I must give Corsair credit for thinking outside of the box for a mainstream manufacturer.
  • Popworks - Tuesday, July 16, 2013 - link

    Actually I'm seeing some inspiration from a...

    Black Caselabs M10 with 64mm top and XL window
  • lmcd - Wednesday, July 3, 2013 - link

    I'd have liked to see drives at the top of the case, with 2 2.5 and 1 3.5 configured for hotswap in addition to the 2.5 bays and 3.5 bays available.
  • marc1000 - Wednesday, July 3, 2013 - link

    yeah, the empty space begs for drive bays, but they would be hard to wire and place.

    maybe two 3.5 hot-swap bays below the DVD bays would get the job done - even if a little expensive.

    other than this, pretty awesome case!
  • marc1000 - Wednesday, July 3, 2013 - link

    this is the kind of drive cage i'm talking about: rows of drives in front of the case. just two would be enough (look at first picture of this server case)

    http://www.anandtech.com/show/7121/trials-of-an-in...
  • lmcd - Wednesday, July 3, 2013 - link

    Yeah that's kinda what I was thinking, though I thought at the top of the case. Same idea though.
  • Ammaross - Wednesday, July 3, 2013 - link

    The AzzA Hurrican 2000 has 6 front hot-swap trays. Unfortunately, it wastes about 2 3.5" bays worth to do it.... http://www.targetpc.com/uploads/blog.12.h.jpg
  • kilkennycat - Wednesday, July 3, 2013 - link

    I agree, a cage for 2 stacked HDDS could readily fit the lower left-hand corner (of the plenum view) but the HDDs would definitely need some circulating air to be thermally-happy... there is ZERO airflow within the plenum with the power-supply mounted as pictured. Notice the SSD temperature rise in the graphs - a consequence of no airflow !!! A side-cover fan could be provided, or maybe the following alternate:-

    If there is enough air-clearance between the power-supply and the MB mounting-plate the power-supply could potentially be mounted in an inverted configuration and draw its air from the plenum and rear air-holes -- which would create some air-circulation without an extra fan. Holes in the side-panel over the added HDD-cage would enhance this cooling.

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