Hardware Heaven Review: http://www.hardwareheaven.com/revie...kepler-graphics-card-review-introduction.html
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What resolution is that on?
Pointless. There will be about 5% in it if you're lucky mate.
Neither the 7970 or 680 use up all of the available bandwidth on PCIE 2, let alone 3.
Seriously these companies need to quit the rubbish and stop playing their customers as fools.
What I don't understand with this argument is that if the 680 is indeed a "mid range" part - pricing aside (just for a second) - surely it's worse for AMD that nvidia's "mid range" part outperforms their "top end" part.
I mean who really cares all that much even if it was originally proposed to be a mid range part? What difference does it make to the performance it gives in your machine. I take issue only with the stigma of a mid ranged card being attached to the 680s. Fair enough though - value for money if it was originally scheduled to be a mid range part is not great but for me it's the performance it offers in its relative position in the pricing framework which matters.
I don't particularly care for playing devils advocate (Andy!) and I have no loyalty to either brand.
Are NVidia evil to rebrand an intended mid range card as their flagship and slap a £200 premium onto the price tag?
Very little difference with GPU Boost Off, but how did they disable it?
What is the big fuss about turbo boost? I don't see it being turned off within Intel and AMD processors to provide a fair comparison for base performance. If a feature is available and it works, use it. I'm pretty sure AMD's next gen cards will contain a similar feature, and I am also pretty sure that someone at AMD has already asked the question "why didn't we do it first?".
Finally, while we’ll go into full detail on overclocked performance in a bit, we wanted to quickly showcase the impact GPU Boost, both on regular performance and on overclocking. First up, we ran all of our benchmarks at 2560 with the power target for GPU boost set to -16%, which reduces the power target to roughly 142W. While GPU Boost cannot be disabled outright, this was enough to ensure that it almost never activated.
It is like Turbo Boost with Intel CPUs. If the card is under load and can boost the clock speed without surpassing the TDP, it will.