Soldato
I realise all of the above Greebo, but 10% isn't that much more, but it does begin increase the gap. I don't think it will 10% performance increase for the basic version though, which is what counts.
In your opinion.. do you reckon the card will be more like 5%-8%increase in speed for the base version? (as I think it will be unless they up the shaders by A LOT of MHz).
As for GDDR5> The bus bandwidth on the 280gtx is already very wide so I doubt that adding GDDR5 onto an already sufficient bandwidth pcb will actually help that much. (I could be wrong).
Not sure it will happen, but the best approach for AMD IMHO but be to keep the heatsink, change the fan to a quieter one, and sort the fan profiles out. They could then easily increase the base version of the card 4870 by 10% overclock to compete with the newly released GT200b (Is it 200b or 280b?). That would cost a hell of a lot less than sorting any die shrink or process change
Matthew
In your opinion.. do you reckon the card will be more like 5%-8%increase in speed for the base version? (as I think it will be unless they up the shaders by A LOT of MHz).
As for GDDR5> The bus bandwidth on the 280gtx is already very wide so I doubt that adding GDDR5 onto an already sufficient bandwidth pcb will actually help that much. (I could be wrong).
Not sure it will happen, but the best approach for AMD IMHO but be to keep the heatsink, change the fan to a quieter one, and sort the fan profiles out. They could then easily increase the base version of the card 4870 by 10% overclock to compete with the newly released GT200b (Is it 200b or 280b?). That would cost a hell of a lot less than sorting any die shrink or process change
Matthew
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