Bouncing Zabaglione Bros.
Legend
NVIDIA has an answer to N.I.?
No one ever said it would be a good answer!
NVIDIA has an answer to N.I.?
GF104 and the ilk?
There were probably other factors at play with RV770. RV670 was fine with a 256-bit bus on a 192mm² die, and on a 55nm process at that.
So rumors about Evergreen SIMDs at Northern Islands front-end could be true. But hopes about massively reworked TMUs and a NV-HQ-equivalent AF might be diminished.Hadn't seen the last of those, but otherwise VLIW-5 seems reasonable.
As far as I know, those rumors were started by Charlie, and he later went back on them. So I for one am dismissing them.
But Gipsels analysis of the driver code showed a different ALU-configuration (4 components instead of EGs 5) of a chip family called "NI" and 2 months ago catalyst 10.8 was released with the known codenames of upcoming cards also combined with the "NI".
These were all informations from AMD. Or were these disinformation?
Except GDDR5 has SE data lines, not differiential.Probably because gddr5 uses differential data signals, which needs more wires.
May be command bus is differential then, I seem to remember that gddr5 used some differential signalling.Except GDDR5 has SE data lines, not differiential.
I don't think anything new has emerged on that subject. I've talked about texture architecture patent documents but I don't know of any other information.But hopes about massively reworked TMUs and a NV-HQ-equivalent AF might be diminished.
http://forum.beyond3d.com/showpost.php?p=1453118&postcount=1025But Gipsels analysis of the driver code showed a different ALU-configuration (4 components instead of EGs 5) of a chip family called "NI" and 2 months ago catalyst 10.8 was released with the known codenames of upcoming cards also combined with the "NI".
http://www.interfacebus.com/GDDR5-Memory-IC-Pinout.htmlMay be command bus is differential then, I seem to remember that gddr5 used some differential signalling.
Sorry, my post was ambiguous. I mean the rumors about SI (now NI) having Evergreen shaders + NI (now SI, I know, it's confusing) "uncore" were started by Charlie, who later stated that NI (that is, the real NI ) would have 4D shaders.
In other (and much simpler) words, I think the HD 6000 series will indeed have 4D shaders.
You have to admit, abstract codenames such as Evergreen and Northern/Southern Islands serve their purpose very well: they confuse the hell out of anyone trying to figure things out.
He (more or less) comments the optimistic speculations about 4D ALUs, which are expected to boost efficiency quite significantly. If I got his comment, he's hinting, that ALUs are still 5D.
OBR was wrong before. One never knows.
I'm trying to remember the last time he was right ...
This silly season is sooo boring, it's not worthy of the silly season nickname Were the f are the leaks??
AMD's upcoming HD 6800 series HD 6850 and HD 6870, has recently been exposed on the network of its 3Dmark scores, AMD Radeon HD 6870 has a 900Mhz core clock, and with 960 stream processors and 256-bit memory frequency wide, with a 1050Mhz (effective frequency of 4200Mhz) of GDDR5 memory. 3DMark Vantage performance preset results P16270 points and X7538, 3DMark06 score of 19,480.
AMD Radeon HD 6850 core clock to 775Mhz, and equipped with 800 stream processors and 256-bit memory with a 1000Mhz (effective frequency of 4000Mhz) of GDDR5 memory. 3DMark Vantage performance preset results P14872 points and X6549, 3DMark06 score of 18,750.
3DMark Vantage (Performance-preset) / 3DMark06:
NVIDIA
GeForce GTX 480: P18376/19671 GeForce GTX 480: P18376/19671
GeForce GTX 460 (256-bit & 1 Gt): P13623/18601 GeForce GTX 460 (256-bit & 1 Gt): P13623/18601
GeForce GTX 460 (192-bit & 768 Mt): P13386/18259 GeForce GTX 460 (192-bit & 768 Mt): P13386/18259
GeForce GTS 450: P9792/15793 GeForce GTS 450: P9792/15793
AMD
ATI Radeon HD 5870: P17924/19433 ATI Radeon HD 5870: P17924/19433
AMD Radeon HD 6870: P16270/19480 AMD Radeon HD 6870: P16270/19480
ATI Radeon HD 5850: P15593/18762 ATI Radeon HD 5850: P15593/18762
AMD Radeon HD 6850: P14872/18750 AMD Radeon HD 6850: P14872/18750
ATI Radeon HD 5830: P14014/17298 ATI Radeon HD 5830: P14014/17298
ATI Radeon HD 5770: P11017/16358 ATI Radeon HD 5770: P11017/16358
ATI Radeon HD 5750: P9124/14966 ATI Radeon HD 5750: P9124/14966