tolis626
Senior member
- Aug 25, 2013
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Well, seeing as the underlying architecture is practically the same GCN we know (and love?) I wouldn't expect Fury GPUs to overclock well. Sure, HBM frees up die space etc etc, but I guess the stream processors and the transistor configuration is largely the same as Hawaii and Tonga. I don't think the cards will be TDP limited but rather limited by the silicon lottery. Also I don't think there's any point at overclocking the memory. It already sits at over 500GB/s of bandwidth. Not being able to tinker with it would be a bummer, sure, but not a deal-breaker by any stretch of the imagination.
With all that said, and with me usually drooling over well-overclocking chips, I don't really think that the high-clocking Maxwell GPUs will have such a big advantage over the Fury, simply because Maxwell GPUs rely a lot on their high clockspeed potential to be as fast as they are. Reference cards already boost at 1300+MHz, so a jump to 1400-1500MHz isn't THAT huge. Still bigger than a possible 100MHz for the Fury, but nothing that creates a chaotic difference.
I say we wait to see what results proper overclocking gives. I couldn't care less how it overclocks at stock voltage, be it AMD or NVidia GPUs. Max the thing out and then we can talk.
With all that said, and with me usually drooling over well-overclocking chips, I don't really think that the high-clocking Maxwell GPUs will have such a big advantage over the Fury, simply because Maxwell GPUs rely a lot on their high clockspeed potential to be as fast as they are. Reference cards already boost at 1300+MHz, so a jump to 1400-1500MHz isn't THAT huge. Still bigger than a possible 100MHz for the Fury, but nothing that creates a chaotic difference.
I say we wait to see what results proper overclocking gives. I couldn't care less how it overclocks at stock voltage, be it AMD or NVidia GPUs. Max the thing out and then we can talk.