lyme said:Did ATI praise the yeild rate? or just haven't said anything about it?
They've praised the 130nm yeild rate. Bit early to tell what things are like with a larger ASIC such as R420 though.
lyme said:Did ATI praise the yeild rate? or just haven't said anything about it?
AMD uses automated tools to a large extent, the chips will off cause undergo some hand tweaking during their lifetime. Intel has also used automated tools for Prescott.lyme said:4) As far as I know both ATI and nVidia do not design their chips by hand, they use automated tools. (unlike intel and amd who do).
rainz said:OCZ will release 650mhz memory sticks .. but dunno if we can apply the same speed for the video cards
RainZ
DaveBaumann said:http://biz.yahoo.com/rc/040512/tech_ibm_1.html
"We seem to have turned the corner on those (design issues). We believe we understand them and we are now making rapid progress on them. But we still are not quite to our target -- to our objective -- but we are getting very close," Kelly said.
jvd said:I still don't understand why people want the nv45 to come out so soon . Personaly when i bought ym geforce sdr and 4 months later the ddr version came out with much much better performance for the same cost i was pissed.
AlphaWolf said:Well I have no intention buying any card from this generation at all. I hope technology makes another huge leap late this year or early next.
Taiwan Semiconductor Manufacturing Company (TSMC) and United Microelectronics Corporation (UMC) have both improved yield rates for processes using low-k dielectrics and now expect output to increase in the next few months.
TSMC employs black diamond (BD) low-k material at its 0.13-micron copper and 90nm processes. TSMC has shipped 30,000 8-inch equivalent wafers using low-k processes since its adoption in the second half of last year, according to company sources. TSMC shipped about 10,000 low-k wafers in 2003, according to a February 3 EE Times report.
In a technology forum this month, company president Rick Tsai said TSMC would start shipping 10,000 low-k wafers per month “in a few months.â€
Bjorn said:AlphaWolf said:Well I have no intention buying any card from this generation at all. I hope technology makes another huge leap late this year or early next.
I have my doubts about another technology leap like this one. Mostly because of the "problems" with manufacturing processes. I have no idea on how many transistors it'll take to double the performance again but i suspect that it'll take a 300+ million transistor chip to double the performance of the NV40. And i doubt that such a large chip will become easy/cheap to manufacture anytime soon.
And Ati needs to switch to FP32, SM3.0 (or better ) for it's next gen so they'll probably not be in a better position either.
DemoCoder said:So that means they've done 20,000 wafers in 2004. I'm too tired, anyone wanna do some back of the envelope calculations assuming all of these were for R420, and 100% yields, how many cores this could be?
DemoCoder said:So that means they've done 20,000 wafers in 2004. I'm too tired, anyone wanna do some back of the envelope calculations assuming all of these were for R420, and 100% yields, how many cores this could be?
More than to R420, I'm thinking, if the midrange sells that much more than the high-end.
Pete said:I'd imagine more than a few wafers went to RV360s, no? More than to R420, I'm thinking, if the midrange sells that much more than the high-end. Would it be fair to say that your 50/50 figure is still somewhat optimistic, Aaron?
aaronspink said:Anyone know if they are still making RV350 based parts as well? I would assume that ATI is doing much more than 2M 9600 XXX parts in ~4 months. Besides, you already have the mask set for the non low-k part and costs should be lower for that process.
Ante P said:NV45
Bus interface: PCI-E 16x
Memory width: 256 bit
PCB: P211
Performance: 3x 5950U (same roadmap says 2x 5950 for NV40U)
Sample Availability: April/May
Retail Availability: Early Q3