Having looked at the board, it's time to get into the performance side of things to see what's going on. From the testbed side of things there's nothing out of the ordinary that has to be covered, so instead we can just get into the overclocking side of things.
Getting into the BIOS, we start to mess around with our overclocking options a little. Since we had an FX-8150 die on us earlier last month when we did some overclocking, we've begun to go a little easier on it since then and just be really light on the voltages. It's meant that we haven't been able to overclock as high as we could when we originally looked at the FX-8150 in our Crosshair V Extreme, but we just don't want to risk losing it.
To find our maximum overclock, we just pushed our voltage to around the 1.45v mark and used our multiplier to see just how high we can get. As you can see below, we ended up with a final multiplier coming in at 22.5x.
Looking above, you can see that brings our final clock speed in at 4.515GHz or 4.52GHz as illustrated in our graphs. Considering this is a cheaper board, I was surprised to see such a strong overclock out of it still. Looking at the board itself, though, you can see we've got a very strong looking heatsink setup, so it shouldn't come as too much of a surprise that the board was able to overclock well.
Let's get started!