Phil McConnochie :
Absolute rubbish mate my pc is outrageous as it is , my question was simple , all i want is to see what this beast can do. obviously with my pc i have no fps troubles at all with any game today and i could give u number after number of this and that, no i want to know how far i can get with it BECAUSE it is the shit , u obviously dont know what your talking about so u can move on and il wait for the next guy
You went out and bought the most expensive processor because you thought it would be the best. It was simply not made to be a gaming processor. It will function in that capacity, but it's an enthusiast / workstation CPU. If you're running benchmarks for competition, or running heavily threaded applications, the 20 threads of the 6950X is great. But gaming? Most games use 2 to 4 threads....which means the higher clocks and the higher IPC of the mainstream processors is absolutely the way to go for high end gaming.
Not sure what salesman talked you into buying that CPU, but......you didn't do yourself any favors in the gaming arena.
You want to see what your beast can do? Here ya go, mate. Those are the highest scores for those respective benchmarks with a rig identical to yours (mine).
http://www.3dmark.com/spy/1062530
http://www.3dmark.com/fs/11379496
This is what that processor is good at...benchmarking...and chewing through data.
Want to make it go fast? Find your favored core, bump it up 2 steps higher than the rest of the cores so you at least have some semblance of decent single core performance, and then hope the games you're playing aren't hampered by the CPU. Make sure your cooling is extraordinarily good before you overclock that CPU, because they create an absolutely awesome amount of heat.
Some bios settings to get a base going.
Use adaptive CPU core voltage. Don't set higher than 1.4v. (1.35v should be plenty for 4.3 on all cores except the favored core, which should run at 4.5)...especially with just an AIO. You'll want to adjust the CPU cache ratio to about a 36, maybe a 37 multiplier, and subsequently need to change your cache voltage offset. +.325v should do it. With the X99 chipset and Broadwell E, you'll want to keep your input voltage at roughly .6v higher than your core voltage. System agent voltage offset of around .125...too much will cause instability. Too little will cause instability. You'll want to set your load line calibration to allow for a little extra voltage when the core needs it, and you'll want the CPUs current capability set at about 140% for this type of overclock. There's a lot more to tweak, but you've got an MSI motherboard, so those options won't be available to you.
***Your mileage may vary on the voltages...start low***
I don't let my CPU run hotter than 70c...any hotter than that, and you're wasting your time. Stability test with ROG Realbench or AIDA 64.
Don't bother overclocking memory or the GPUs until you get the CPU going.
Ya see, mate...I DO know what I'm talking about. And yes....it IS bloody technical. That processor and this platform wasn't made for beginners. G'luck
EDIT: For god's sake upgrade to windows 10...any games out there that CAN actually utilize multiple cores all run DX12 (about 5 of them), and you need Windows 10 to do that. Windows 7 will only run up to DX11, which means it's almost all 1 or 2 cores being utilized..... Some salesman got you good. roflmao