thor220 :
ohim :
For that price you can buy 2 gtx 970 and put them in SLI. Just sayin'
Sli in a mitx board ? Do you even comprehend for what segment of market these cards are made for ?
True but I think his point is that AMD is pulling their normal marketing trickery. They are comparing it to a GTX 970 but pricing it like a GTX 980Ti.
And a lot of MiniITX builds have cases designed to take a GTX 980Ti, unless you want just a super small setup.
I hate this kind of marketing and I also think the pricing is absurd personally. And After Market partner could make one with a existing Fury chip and charge hundreds less.
All the mini-ITX builds that do support full sized graphics cards like the 980 Ti make sacrifices in other areas. The Fury Nano is going to consume less power and thanks to it's small size, not restrict airflow or features. It's great that you want to stuff a huge graphics card in a tiny case but unfortunately that only makes it a space heater with poor airflow.
You must not look at the mITX cases very well then. Most have the GPU next to a side panel with its own separate air flow so even the Nano wont change it much.
The Nano is also a 175W TDP part. Do you really expect it to keep the same consistent speed as a Fury let alone a Fury X with less cooling and a lower TDP?
And my point is that a proper mITX case and design will be fine.
http://www.corsair.com/en-us/obsidian-series-250d-mini-itx-pc-case
The Corsair 250D can fit a H100i so the CPU itself will be more than taken care of and has its own air vents and the GPU will pull its own air in as will the PSU. The only fan is to pull cool air in to cool other components that don't run as hoot and the back of the GPU.
Again the price is hard to justify unless you plan to find a case that can only fit the Nano.
And the fact that AMD is comparing it to the GTX 970 in performance, with their normal cherry picked marketing, tells me that it probably will maybe keep up with the GTX 980 at best and fall to the 980Ti in most cases due to the clock speed dropping to stay within the 175W TDP.