Was not happy to find out it is 32 ROP's only. If it turns out to perform like 970, then I think I will just keep my 290 until Vega.
Here's hoping that it can reach at least a Fury level of performance once overclocked.
32 ROPs????? Is this made for 720p gaming or what!!???
Raja must have some magic going on, as some guy is playing Overwatch at 4K. lol
I'll refer you to my original reaction to this. Pixel fill rate is proportional to both ROPs and clock speed, so it's not as low as you may think. But I've now also read the actual number is 48, so that would put them on par (48*1266=60,76GP/s, which is very close to the 67.2 of the 390X).
Hmm... Only 32 ROPs as opposed to 64 on the 390X...
On the other hand, the pixel fillrate is calculated as the number of ROPs multiplied by the clock speed so it will be more than half the 390X fill rate. That is, 1050*64 is about 67.2GP/s, whereas the 480 would (if this leak is to be believed) be at 1266*32=40.51GP/s.
I don't think there's a disadvantage here really. Shader count and speed are what rule performance nowadays. Besides, I'm guessing the primitive discard accelerator helps with the reduce ROP count (as stuff that is covered up will never be rendered and thus never reach the ROP).
So it still looks like 390X performance to me: only 390X advantage is the higher memory bandwidth where we expect compression to even things out.
I've recently gone from expecting "about 390X" performance to leaning towards "at least 390X" performance. But that's all good either way...
The real question is: how much will it OC? If it's excellent there (and AMD have hinted it as one of their 5 major focus areas) then it'll be a super-sweet deal.
Having said that, if it's really just 32 then that may be a limiting factor for higher resolutions (provided the card can reach enough FPS for that to be a bottleneck).