Originally posted by: thilan29
The article says it's gonna cost LESS than the current 200 parts? Somehow I doubt that. I'tll probably just drive down the prices of the current ones.
Originally posted by: Acanthus
Ill take a 55nm GTX 290.
Or a 55nm GTX280GX2.
Originally posted by: KingstonU
Originally posted by: Acanthus
Ill take a 55nm GTX 290.
Or a 55nm GTX280GX2.
Rumors are that there will be 55nm GTX260GX2 but not possible with 280 on 55nm
Originally posted by: zerocool84
Originally posted by: thilan29
The article says it's gonna cost LESS than the current 200 parts? Somehow I doubt that. I'tll probably just drive down the prices of the current ones.
Depending on the yield it could be cheaper.
Originally posted by: VirtualLarry
The problem is, what if the 55nm cards come out, at a cheaper price. Then what are Nvidia's board partners going to do with their older, more expensive stock?
Originally posted by: VirtualLarry
The problem is, what if the 55nm cards come out, at a cheaper price. Then what are Nvidia's board partners going to do with their older, more expensive stock?
Originally posted by: Cookie Monster
Originally posted by: VirtualLarry
The problem is, what if the 55nm cards come out, at a cheaper price. Then what are Nvidia's board partners going to do with their older, more expensive stock?
Well thats why no 55nm has been released yet. All the old 65nm inventory is probably being cleared as we speak. It makes sense seeing as the 55nm has been pushed back to january instead of the rumored October then November then December timeframe. It gives time for the board partners to clear old stock and I wouldn't be surprised if the GT200 has reached EOL.
nVIDIA is waiting for the right time to fully expose its 55nm transition to the world. Depending on what kind of benefits 55nm brings, I think waiting for the 40nm refresh might be a better idea for some before DX11 cards hit from both IHVs later late next year.
Originally posted by: badnewcastle
Originally posted by: KingstonU
Originally posted by: Acanthus
Ill take a 55nm GTX 290.
Or a 55nm GTX280GX2.
Rumors are that there will be 55nm GTX260GX2 but not possible with 280 on 55nm
Why is that people keep saying it's not possible to have GTX280 GX2?
If the dies are the same size, is it simply a heat and power issue? Surely a NV has ways of fixing that too, it seams.
But I have seen well respected posters here (appopin - not the only one, but for example).
Originally posted by: KingstonU
Originally posted by: Acanthus
Ill take a 55nm GTX 290.
Or a 55nm GTX280GX2.
Rumors are that there will be 55nm GTX260GX2 but not possible with 280 on 55nm
Originally posted by: biostud
It will still be more expensive to produce than the RV770 core, but more competition is always good.
Originally posted by: keysplayr2003
Originally posted by: biostud
It will still be more expensive to produce than the RV770 core, but more competition is always good.
How much does each cost to manufacture?
Originally posted by: FalseChristian
I don't think a 260/280 GX2 is the way for nVidia to go if the 9800 GX2 is used as an example. 2 9800 GTXs in SLI consistantly beat a single 9800 GX2 in the majority of benchmarks. nVidia has a poor record driver-wise in supporting their GX2 products.
Originally posted by: Creig
Originally posted by: keysplayr2003
Originally posted by: biostud
It will still be more expensive to produce than the RV770 core, but more competition is always good.
How much does each cost to manufacture?
It doesn't matter.
Assuming each design is getting a comparable number of errors per wafer on the same process, the GT200 will still be more expensive to produce than the RV770 simply due to transistor count (965 million vs 1.4 billion). This means that Nvidia gets fewer cores per wafer than AMD. In addition, a larger die means there will be a correspondingly higher chance of a failure to occur on each core. So Nvidia's yields will still be lower even if the number of errors per wafer are equal to AMD's. Thus, Nvidia's GT200 will still be more expensive to produce than the RV770, just as biostud stated.