Page 1:Maximum Performance From MicroATX
Page 2:The Impetus: PNY’s Liquid-Cooled GeForce GTX 580 Graphics In SLI
Page 3:The Smaller Footprint: Fractal Design’s Arc Mini
Page 4:Overcoming Overclocking Ordeals: Asus’ Maximus IV Gene-Z
Page 5:Lightening The Load With Crucial And Seagate
Page 6:Busting The Remaining Barriers
Page 7:Hardware Installation
Page 9:Test Settings
Page 10:Benchmark Results: 3DMark And PCMark
Page 11:Benchmark Results: SiSoftware Sandra
Page 12:Benchmark Results: Crysis And F1 2010
Page 13:Benchmark Results: Just Cause 2 And Metro 2033
Page 14:Benchmark Results: Audio And Video Encoding
Page 15:Benchmark Results: Productivity
Page 16:Power, Heat, And Efficiency
Page 17:Getting More Performance From A Smaller PC
Overcoming Overclocking Ordeals: Asus’ Maximus IV Gene-Z
This editor always tries to keep his Sandy Bridge-based CPU core voltage at or below 1.40 V to assure longevity with above-ambient cooling. That usually means choosing 1.38 V for additional safety factor, though voltage fluctuations on some lower-range boards have occasionally still blown processors up over time. Even more of that built-in “safety factor” was subsequently added to our motherboard round-ups, taking that test voltage down to 1.35 V.
Our most recent System Builder Marathon revealed that an award-winning motherboard simply wasn’t able to cope with the increase from 1.35 V to 1.38 V, and that kind of mistake wouldn’t be tolerated for this build. Asus’ Maximus IV Gene-Z comes with a larger voltage regulator.
Assuming the same amount of current per PWM phase, the Maximus IV Gene-Z’s twelve-phase regulator would surely outpace that of the seven-phase product we had problems with in the SBM. As an advanced overclocking model, we’re actually counting on the Maximus IV Gene to have better-quality parts on each of its twelve phases.
Oh, and of course the board had to support SLI, which it does without breaking the Z68’s support for Lucidlogix's Virtu software and the Intel Quick Sync video enabled by it (even with our display natively attached to the discrete graphics cards).
Most enthusiasts think of microATX as a big, fat compromise. And yet, experienced overclockers are familiar with Asus’ smaller Gene line of “Republic of Gamers” motherboards, which incorporate the same design DNA as the company's full-sized ATX boards. Asus certainly doesn’t think of its product as lacking seriousness, providing a special USB cable that allows the system to be overclocked remotely, on the fly, by another machine system.
It’s also nice to see six SATA cables included with a motherboard that supports six internal drives.
- Maximum Performance From MicroATX
- The Impetus: PNY’s Liquid-Cooled GeForce GTX 580 Graphics In SLI
- The Smaller Footprint: Fractal Design’s Arc Mini
- Overcoming Overclocking Ordeals: Asus’ Maximus IV Gene-Z
- Lightening The Load With Crucial And Seagate
- Busting The Remaining Barriers
- Hardware Installation
- Test Settings
- Benchmark Results: 3DMark And PCMark
- Benchmark Results: SiSoftware Sandra
- Benchmark Results: Crysis And F1 2010
- Benchmark Results: Just Cause 2 And Metro 2033
- Benchmark Results: Audio And Video Encoding
- Benchmark Results: Productivity
- Power, Heat, And Efficiency
- Getting More Performance From A Smaller PC