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4970?
Wouldn't it be a "5870"?
Well no one said anything about it being a "refresh". It seems as if only Nvidia is responsible for "refreshing" cards these days. Does that make the 4850 a refresh of the 3850? Mehhh...You must be new to the video card scene. Let me explain how it works. Its 4970 because its a refresh of the 4870. Usually high clock speeds and in this case a bigger bus and more stream processors.
Reading the Tea Leaves
here are the 4970 specs
Ati Radeon 4970
40nm process
800 MHZ core
2200 MHZ RAM
1000 Steam Processors
32 ROP
512 bit Bus
1 GB DDR5
You must be new to the video card scene. Let me explain how it works. Its 4970 because its a refresh of the 4870. Usually high clock speeds and in this case a bigger bus and more stream processors.
Ever since the 7800's and X1800's both ATI and Nvidia feel the need to do a refresh of there cards a couple months after the release of the initial series. There was the 7800 in the summer 2005, then the following winter the 7900's came. 7900's included a 512 VRAM and higher clocks. I think the pixel pipelines were the same. X1800 was also released in 2005 and then the following winter the X1900 came. X1900's had the same memory VRAM just mostly higher clocks. The 8800's came next in 2006 and in October the next year(2007) the 8800 GT came which was the G92 core which led to the 9800/9600 series in 2008. ATI responded to the 8800's with the 2900 series but this series really blew and they had to come out with a whole new generation of cards which ended up being the 3000 series.
Now we are in a new generation, the GT200's and the 4000's series and so naturally we need a refresh![]()
Insider info, educated guess, or pull pulled out of your ass?
Well your tea leaves do at least have a reasonable chance of being correct, but why guess about it now when the 4870x2 has not even launched yet, and we have nothing to go on?
Watch nvidia one up ATi in a few months, then ATi one up nvidia with another die shrink of an almost identical chip, with minor optimizations, and call it the 5870, then we get to start all over again.
cant wait, i hate the lull where there's no speculation , nothing to discuss about except some released hardware .
Reading the Tea Leaves
here are the 4970 specs
Ati Radeon 4970
40nm process
800 MHZ core
2200 MHZ RAM
1000 Steam Processors
32 ROP
512 bit Bus
1 GB DDR5
Good job pulling some random numbers out of your ass. Now please GTFO until you actually have some real information.
Reading the Tea Leaves
here are the 4970 specs
Ati Radeon 4970
40nm process
800 MHZ core
2200 MHZ RAM
1000 Steam Processors
32 ROP
512 bit Bus
1 GB DDR5
lolAnother enlightening thread from Miss Cleo...
who cares? whats it all going to mean 25 years from now?
lolmaybe i did smoke the tea leaves....yeah
because you're annoying and post incorrect information.
It won't be called 4970.
It won't have a 512-bit bus.
It will have a hell of a lot more than 1000 SPs.
In other words, I wouldn't make tea with whatever leaves you're using![]()
Steam processors are so much better than gasoline processors. I hear tell that NVIDIA's already making the leap to hydrogen processors, though!1000 Steam Processors
I especially like reading his pro-NVIDIA threa...oh, wait. Shit.Somehow I knew it was POPEGOLD sitting around all day making these threads![]()
It's a good question. Coupling GDDR5 with a 256-bit bus is likely more cost effective, but somewhat more risky. Coupling GDDR3 with a 512-bit bus is likely less cost effective, but there's little chance of supply issues.Which one is more cost effective? Increasing bandwidth by increasing the lanes or memory speed?
....
It's a good question. Coupling GDDR5 with a 256-bit bus is likely more cost effective, but somewhat more risky. Coupling GDDR3 with a 512-bit bus is likely less cost effective, but there's little chance of supply issues.
Steam processors are so much better than gasoline processors. I hear tell that NVIDIA's already making the leap to hydrogen processors, though!
I especially like reading his pro-NVIDIA threa...oh, wait. Shit.
It's a good question. Coupling GDDR5 with a 256-bit bus is likely more cost effective, but somewhat more risky. Coupling GDDR3 with a 512-bit bus is likely less cost effective, but there's little chance of supply issues.