- Jun 20, 2007
- 3,833 (1.00/day)
|Processor||i7 2600k @4.8ghz|
|Motherboard||Asus P8P67 Pro|
|Cooling||CPU : Noctua NH-L12 GPU: EK FC 1080 via Magicool 360 III PRO > Photon 170 (D5)|
|Memory||8gb Corsair XMS DDR3 @1600mhz|
|Video Card(s)||GTX 1080 FE|
|Storage||Vertex 4 256 /Crucial C300 256/ Hitachi 2TB 2x|
|Display(s)||Tempest X270OC @ 120hz / LG W3000h|
|Case||Fractal Define S [Antec Skeleton hanging in hall of fame]|
|Audio Device(s)||Asus Xonar Xense with AKG K612 cans on Monacor SA-100|
|Power Supply||Seasonic X-850|
|Mouse||Razer Naga 2014|
|Software||Windows 10 Pro|
|Benchmark Scores||FFXIV ARR Benchmark 1600p score 12,098[this means nothing any more!]|
That is rather pessimistic. Watercooling and overclocking three cards would yield much higher frames and higher benches. Four has no relevance unless you are folding. People that like to spend large sums of money care about performance too. There are always the ignorant too. Like those who buy a 5970 to run one 1680x1050 LCD.
Either way, you'd have to over volt the cards to enable overclocking that returns any significant or noticeable performance difference, and then you'd be resorting to better cooling.
But how exactly do you fit full face water blocks onto multiple GPUs that are slotted in each adjacent PCI-E lane?
That would be a seriously long motherboard.