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That's double the performance of my current 5870 so if that proves to be true I will be getting a new vid card soon so long as the price is fair.
hybrid design is doing quite well. Cant wait till 28nm and souther island, my gtx 480 should be enough until then.
A buffer that's not on the chip.Off chip buffering? What is that exactly?
What will 28nm bring? Thanks.
Off chip buffering? What is that exactly?
255W TDP for a single card.... excellent that it beats the 480 quite considerably.
I'll be in for 2 if they have Eyefinity+Crossfire fixed.
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That's alot of power
- Fermi-class power....
28nm will bring double the transistor count in the same physical size. Double the transistors can mean double the execution units.
Every big leap in performance has come from a big leap in the transistor count.
Hm okay, thanks for that. I thought something along those lines... But what I was also asking is, what products will the 28nm process be used for? The next gen, 7XXX series? Someone proposed in another thread it might be used in low-end/budget 6000 series cards to replace the 57xx, 56xx, etc. Is that true?
6970: 3dmarks: 23,499
5870: 3dmarks 19,337
That isn't even remotely double. That is 20%.
More like 20% overall and Double on heavy Tessellation (IOW fixed tessellation).
If the 6970 only has 1GB, I rather have the 1.5GB+ Nvidia GTX 580.
More of a reason why I'm going with the 6990.
I really hope they offer a 2Gb version on release and we don't have to wait several months for a special version or something one of the manufacturers have done.
More likely than not, 2GB model will provide only minimal increase in performance at 1900x1200 and below. Of course it's always nice to have more.
More likely than not, 2GB model will provide only minimal increase in performance at 1900x1200 and below. Of course it's always nice to have more.
True.. but not many people buy a top end card now for 1920x1200. It's all about Eyefinity and 2560x1440+, where that extra framebuffer can come into play.
6970: 3dmarks: 23,499
5870: 3dmarks 19,337
That isn't even remotely double. That is 20%.
More like 20% overall and Double on heavy Tessellation (IOW fixed tessellation).
Just guessing, but it's probably that the triangle data from the Tesselator needs to be buffered before it can be used for the rasterisers & pixel shaders
- at the moment this buffering is on-chip, which means the buffers are small
- this means that the chip is having to task-swap between Tesselation tasks and Rasteriser/pixel shader tasks continually
- whereas, in the HD6900 this data can use larger off-chip buffers, and so the amount of task swapping is reduced....
(because, in DX11, the Tesselation shaders (HS & DS) are just like any other shader, and run in the main shader core)
6970 = In the Unigine Heaven benchmark, the card managed 36.6fps
5870 = 17.3 fps in Unigine Heaven at the same settings.
That's over double the performance.
I did say it was double on Tessellation. Something that many consider very weak/broken in AMD cards.
But it won't be double overall. It will be more like 20%-30% overall + fixed Tessellation.
Still a good result, but not double.
Anyone know if the HD69xx is still using the 5D shaders (like the HD68xx), or if it's using the 4D shader architecture.
The rumor was that NI was using the new 4D shader architecture, but the HD68xx being 5D seems to hint otherwise for the HD69xx also.
I did say it was double on Tessellation. Something that many consider very weak/broken in AMD cards.
But it won't be double overall. It will be more like 20%-30% overall + fixed Tessellation.
Still a good result, but not double.
Now to replace my 5870 with 5950's or 5970's to see eyefinity in all it's glory! I'm excited for this release.
I think you meant to say 6950 or 6970.
I did who the fuck knows how I butchered that one, lol.
Well, the numbers are very impressive if true. Unless Nvidia pulls a rabbit out I'm in for one, and i really don't care what it costs.