Gigabyte’s P55A-UD7 – The Most Packed P55 Board?

As you would expect from something that’s officially considered an “overclocking motherboard”, the P55A-UD7 includes an incredibly robust BIOS; one that’s going to be far too advanced for most, but just perfect for those others who don’t mind spending numerous hours tweaking their hardware to get the best possible overclock. Like all other Gigabyte motherboards out there, this one features the CTRL+F1 trick to enable additional features, but at a quick glance, I couldn’t quite tell what it opened up.

The BIOS is one part of the motherboard that’s going to come down to a matter of opinion. Some people love the BIOSes ASUS puts out, including me, and others I’ve met love what Gigabyte is doing. Something as simple as a layout change can make all of the difference in the world, which is why I tend to like how ASUS does things. But that’s not to say one is better than the other… it is opinion after all.

What is certain is that the BIOSes Gigabyte uses hold nothing back from its users, and every possible setting you would need to access should be here. Back in the day (as in, five-ish years ago), BIOSes didn’t really have such a multitude of options available. It wasn’t until overclocking became a really big thing that motherboard vendors started catering to that crowd. It’s a good thing it happened, too, because even if you don’t use half of what’s available in the BIOS, it’s nice to know that the flexibility is there.

It’s not just the options that matter, though, but the leeway for the voltages. After all, you are not going to achieve a super-high overclock with voltages that are capped at low values. Of course, if you’ve use any recent motherboard, you know that most often, the voltage allowances are asinine for most people, so in theory, there’s really no restriction, neither for the the casual or enthusiast overclocker.

For those interested in the exact allowances, here they are:

• CPU Vcore: 0.50000V – 1.90000V
• QPI/Vtt Voltage: 0.800V – 1.940V
• PCH Core: 0.850V – 2.080V
• CPU PLL: 1.500V – 2.580V
• DRAM Voltage: 1.300V – 2.600V
• DRAM Termination: 1.000V – 1.705V
• Ch-A Data VRef.: 1.000V – 1.650V
• Ch-B Data VRef.: 1.000V – 1.650V
• Ch-A Address VRef.: 1.190V – 1.450V
• Ch-B Address VRef.: 1.190V – 1.450V

Since they do such a great job of it, I’ll let the screenshots speak of themselves: