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Gigabyte G1.Sniper M5 (Z87) Motherboard Review @ eTeknix
http://www.eteknix.com/gigabyte-g1-sniper-m5-z87-motherboard-review/

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Micro-ATX motherboards and all things on the smaller form factor have been a big highlight in the past year or so, with Mini-ITX taking the market by storm and manufacturers somehow managing to cram all of the much needed, and wanted components into this much smaller sized boards. Fast forward to the present day and we see the same thing happening all over again with Z87 and Gigabyte, as they have managed to produce a board based around the new chipset, branded under the G1-Killer branding, much like we saw with the Z77 M3 board which we loved by the way.

For those out there wanting 4-way SLI and a full ATX form factor, Gigabyte have a board just for you; the G1.Sniper 5, but for those wanting a much smaller footprint, they have graced us with the G1.Sniper M5. This particular board is set to pack all of the grunt that its big brother incorporates, without any of the drawbacks, and that can be said for improved audio, overclockability, design and overall key features. Of course it doesn't have the ability for quad SLI, but that's why they have its big brother sharing the limelight to cater for that market.

As we work out way through the large stack of Z87 motherboards that we have here, we wanted to make sure that this board was one of the first, because if it's anything like the Z77 G1.Sniper M3 was, then it's going to be a complete animal and may give you a few shocks on the way, as small doesn't necessarily mean underpowered of lacking features, in fact, quite the opposite.

Before we check out the performance though, we need to make our way through the packaging and accessories before we take a look at the board itself and all of its features including its shiny new BIOS that has been implemented. Once this is out of the way, we can get down to the nitty gritty and see how it performs at stock speeds as well as pushing it as far as we can under our testbed conditions, and then of course to see how it performs once it's been pushed to its limits, so lets not delay and get straight into it.

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