After much more in-depth research, and catching up on technology (DSP, G-Sync, PhysX, 1-2-3 way SLi & dedicated PhysX combinations from mid-to-high tier nVidia GPUs, etc): I have re-assessed my desires, and objectives.
I have decided that a
single EVGA GTX 980 Ti is right for me (possibly with a dedicated EVGA GTX 980 PhysX / 2-way SLi for non-native-PhysX programs).
My next biggest question pertains to the perfect case, in tandem with keeping unit temperatures < 100° C (the "safe" temperature) while overclocking all the components.
This may be the entirely incorrect forum (d2jsp) / sub-forum, but I am hoping someone much more experienced / knowledgeable could assist me.

I cannot find much information on calculating ratio for CFM : air temperature over a distance (EG: 4,500 RPM 90mm x 20mm fan with X distance to Y heating element (FSB, RAM, HDD, etc)).
I am attempting to solve these problems specifically:
- The case (placement of fans)
- The case-fan(s) (sizes, speeds)
I understand the GPUs themselves have fans, but I am under the impression they will exceed 100° C if overclocked heavily, and will require additional cooling to stay at, or under that target.
I would like a case that will ideally blow (exhaust) the
hot air up, and out of the case. Preferably sucking air in from both under the case, and from a side.
I am doing my calculation based on 600W of energy (PSU, GPU, RAM, etc). If I calculated it correctly: It is ~2,000 BTUs of heat being generated (not much).
Does anyone know of a formula to calcuate CFM : air temperature over X distance?
Thanks.
