Page 1:Nearing The Quiet Gaming Goal?
Page 2:Lian Li PC-B12
Page 3:Inside Lian Li’s PC-B12
Page 4:More PC-B12 Features
Page 5:Building With The PC-B12
Page 6:Nanoxia Deep Silence 1
Page 7:Inside Nanoxia’s Deep Silence 1
Page 8:More Deep Silence 1 Features
Page 9:Building With The Deep Silence 1
Page 10:SilverStone Fortress 2 USB 3.0
Page 11:Inside The Fortress 2 USB 3.0
Page 12:More Fortress 2 USB 3.0 Features
Page 13:Building With The Fortress 2 USB 3.0
Page 14:Test Settings
Page 15:Heat, Noise, And Heat Versus Noise
Page 16:Quality And Value: Part 3 Cases, Analyzed
Page 17:Quiet Gaming Case Quest, Series Conclusion
Heat, Noise, And Heat Versus Noise
SilverStone’s Fortress 2 USB 3.0 tops our thermal performance chart as the coolest-running solution, due entirely to its excellent graphics cooling. On the other hand, it also exhibits fairly high CPU temperatures. Since heat pipes are designed to operate in a normally-oriented tower, SilverStone causes the heat pipes of most CPU coolers to behave differently by rotating the motherboard and CPU cooler 90°, while at the same time improving just about every other thermal condition.
The warmest cases in the above chart are revealed to be some of the quietest in the chart below. SilverStone’s cool-running FT02S-USB3.0 barely stays within our 42 dB(A) quiet case cutoff. We blame the orientation of the motherboard on this one. The top-venting GPU exhaust is much closer to our meter than the rear-vented exhaust of normally-oriented cases.
The first step in comparing temperature to noise is to turn a lower temperature result into a higher score. To begin, we average the temperature reading of all cases, and divide that number by each case’s average temperature to produce an inverse percentage-based thermal performance scale. Each case’s average noise level is then divided by the average for all cases, creating a direct percentage-based acoustic performance scale.
The term Relative in the Acoustic Efficiency chart refers to how each case relates, percentage-wise, to the class average of 100% efficiency. Since efficiencies greater than 100% are impossible, we simply move the baseline class average to 0% by subtracting the number 1 from each result.
Although it barely ducks in under our quiet case limits, the FT02S-USB3.0’s temperatures are low enough to put it on top of our heat-to-noise comparison.
- Nearing The Quiet Gaming Goal?
- Lian Li PC-B12
- Inside Lian Li’s PC-B12
- More PC-B12 Features
- Building With The PC-B12
- Nanoxia Deep Silence 1
- Inside Nanoxia’s Deep Silence 1
- More Deep Silence 1 Features
- Building With The Deep Silence 1
- SilverStone Fortress 2 USB 3.0
- Inside The Fortress 2 USB 3.0
- More Fortress 2 USB 3.0 Features
- Building With The Fortress 2 USB 3.0
- Test Settings
- Heat, Noise, And Heat Versus Noise
- Quality And Value: Part 3 Cases, Analyzed
- Quiet Gaming Case Quest, Series Conclusion