Testing Methodology

For testing ATX cases, we use the following standardized testbed in stock and overclocked configurations to get a feel for how well the case handles heat and noise.

Full ATX Test Configuration
CPU Intel Core i7-875K
(95W TDP, tested at stock speed and overclocked to 3.8GHz @ 1.38V)
Motherboard ASUS P7P55D-E Pro
Graphics Card Zotac NVIDIA GeForce GTX 580 (244W TDP)
Memory 2x2GB Crucial Ballistix Smart Tracer DDR3-1600
Drives Kingston SSDNow V+ 100 64GB SSD
Western Digital Caviar Black 1TB SATA 6Gbps
Samsung 5.25" BD-ROM/DVDRW Drive
CPU Cooler Zalman CNPS9900 MAX with Cooler Master ThermalFusion 400
Power Supply SilverStone Strider Gold 750W 80 Plus Gold

A refresher on how we test:

Acoustic testing is standardized on a foot from the front of the case, using the Extech SL10 with an ambient noise floor of ~32dB. For reference, that's what my silent apartment measures with nothing running, testing acoustics in the dead of night (usually between 1am and 3am). A lot of us sit about a foot away from our computers, so this should be a fairly accurate representation of the kind of noise the case generates, and it's close enough to get noise levels that should register above ambient.

Thermal testing is run with the computer having idled at the desktop for fifteen minutes, and again with the computer running both Furmark (where applicable) and Prime95 (less one thread when a GPU is being used) for fifteen minutes. I've found that leaving one thread open in Prime95 allows the processor to heat up enough while making sure Furmark isn't CPU-limited. We're using the thermal diodes included with the hardware to keep everything standardized, and ambient testing temperature is always between 71F and 74F. Processor temperatures reported are the average of the CPU cores.

For more details on how we arrived at this testbed, you can check out our introductory passage in the review for the IN-WIN BUC.

Last but not least, we'd also like to thank the vendors who made our testbed possible:

Thank You!

We have some thanks in order before we press on:

  • Thank you to Crucial for providing us with the Ballistix Smart Tracer memory we used to add memory thermals to our testing.
  • Thank you to Zalman for providing us with the CNPS9900 MAX heatsink and fan unit we used.
  • Thank you to Kingston for providing us with the SSDNow V+ 100 SSD.
  • Thank you to CyberPower for providing us with the Western Digital Caviar Black hard drive, Intel Core i7-875K processor, ASUS P7P55D-E Pro motherboard, and Samsung BD-ROM/DVD+/-RW drive.
  • And thank you to SilverStone for providing us with the power supply.
Assembling the Rosewill Ranger Noise and Thermal Testing, Stock
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  • Onus - Thursday, December 15, 2011 - link

    As far as metrics go, I agree with you; consistent testbeds are required to make comparisons based on objective metrics valid. All the comments about build difficulty are fairly subjective though, and I believe could have been "adjusted" to take into account the sort of build for which this case would be appropriate. Just as every other part in a computer should be chosen based on the intended uses of the completed system, so should the case be selected based on the components it will house. Despite good thermals, I would not choose this case for a high-end build, but it looks very good for something more modest.
    Please think of my initial remarks more of a reading between the lines than a criticism of the article; it provided very useful information, but I thought it would benefit from a little more context.
  • Blaze-Senpai - Wednesday, December 14, 2011 - link

    I'd be tempted to just pop ope, the 5.25 inch bays and place a wire mesh in place of it and see how cool the thing really runs.

    I'm surprised no one has attempted a GPU with power connectors mounted near the bottom edge of the card though, most of the cards are either top or top edge mounted.
  • DanNeely - Wednesday, December 14, 2011 - link

    Looking at the gallery pics I think it uses the same bay covers as my Rosewill X3. They're a relatively coarse metal weave with a foam pad as backing for noise/dust abatement. Pull the foam out and you'll have a fairly free airflow path.

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