I wonder how much AMD are paying him :?
How silly are AMD going to look if Intel launches 45 nm before K8L? :lol:
Penryn will just be a die shrink of the C2D architechture and some added SSE4 instructions.
Remeber K8 vs Netburst....Who had much higher clocks there and still lost hands down, that even putting aside the power issue. Need say no more.
How silly are AMD going to look if Intel launches 45 nm before K8L? :lol:
Conroe is no Netburst. Conroe is already 20-30% faster per clock than K8... Do you realize how much K8L would have to improve over K8 to make it as fast as, let alone faster than a higher clocked Conroe?
Conroe is no Netburst. Conroe is already 20-30% faster per clock than K8... Do you realize how much K8L would have to improve over K8 to make it as fast as, let alone faster than a higher clocked Conroe?
How silly are AMD going to look if Intel launches 45 nm before K8L? :lol:
AMD's Opteron did allow AMD to make gains over Netburst in the Supercomputer space. However, many Supercomputers are based around the Itanium or IBM's Power series. Data does indicate that Intel is taking the lead again in the x86 server space with the Woodcrest.1) If the C2D is so great as many tend to believe (and I admit its a great uArch but I'm not that blind), why it's not used in the top supercomputers of the world?
Intel was favoring it's own implementation in the server space, and they did not believe that the mass consumer market needed 64-bit yet. AMD stepped in with it's 64-bit for the desktop, which forced MS to pick a platform. I will admit that this was a brilliant move by AMD - however, Intel was correct that the desktop market wasn't ready for 64-bit (Here we are in 2007, and look at 64-bit support. Windows x64 driver support and customer adoption is questionable, and 64-bit Vista support is spotty.)2) Why did Microsoft opted for AMD's 64-bit instruction set AND processors for current and future development of apps? Indeed, AMD and Microsoft are cooperating to advertise Windows Vista
Conroe is no Netburst. Conroe is already 20-30% faster per clock than K8... Do you realize how much K8L would have to improve over K8 to make it as fast as, let alone faster than a higher clocked Conroe?
Conroe is no Netburst. Conroe is already 20-30% faster per clock than K8... Do you realize how much K8L would have to improve over K8 to make it as fast as, let alone faster than a higher clocked Conroe?
Power is losing ground to Opteron and itanium is suffering a painful agony.AMD's Opteron did allow AMD to make gains over Netburst in the Supercomputer space. However, many Supercomputers are based around the Itanium or IBM's Power series.
Sorry but, which lead are you talking about???Data does indicate that Intel is taking the lead again in the x86 server space with the Woodcrest.
As far as Microsoft using AMD only for "current and future development of apps", could you provide a link?
Penryn will just be a die shrink of the C2D architechture and some added SSE4 instructions.
The extra cache, faster bus, double pumped ALU, vector processing execution units, high K dielectric junctions, reduced leakage, and smaller features likely slow it down too...
Power is losing ground to Opteron and itanium is suffering a painful agony.AMD's Opteron did allow AMD to make gains over Netburst in the Supercomputer space. However, many Supercomputers are based around the Itanium or IBM's Power series.
Sorry but, which lead are you talking about???Data does indicate that Intel is taking the lead again in the x86 server space with the Woodcrest.
As far as Microsoft using AMD only for "current and future development of apps", could you provide a link?
True - It's starting to look like x86 is currently the only way to go at any platform level.
The extra cache, faster bus, double pumped ALU, vector processing execution units, high K dielectric junctions, reduced leakage, and smaller features likely slow it down too...
It'll also scale to higher clockspeeds than Conroe at lower wattages. A miracle aside, I think its safe to say that Penryn will scale to much higher clockspeeds than Barcelona.
In 2006 Intel had roughly a 9 month or 3 quarter lead on AMD for 65nm. And, although some have went on and one about 45nm for Intel it looks like Intel will lose ground in terms of lead time.
To the best of my knowledge, AMD will release 45nm mid 2008. This means that AMD has to start production about the beginning of Q2 08 to have cpu's in the channel for release. Now, I have heard of estimates of later than this like mid Q2 which would mean a release about a month later like beginning of August.
So, if AMD is going to begin production at the beginning of Q2 08 then Intel would need to begin production at the beginning of Q3 07. This definitely will not happen. Much more likely is production at the beginning of Q4 07. This would mean that Intel's lead would have been reduced from 9 months to 6 months.
If you look at the statement that production begins in the 2nd half but that 3 FABs will be producing 45nm in 2008 then you can assume that initial production is D1D. This could very well mean that 45nm will only be low volume until Q1 08. So, it seems likely that Intel's lead time will be reduced from 9 months to 6 months or perhaps even 4 1/2 by the time production really starts.
I've only seen articles which brag about Intel's 45nm process which people (such as those on forumz) claim will be incredibly fast and low power. However, this is from the 13th of December 2006:
The continued enhancement of AMD and IBM’s transistor strain techniques has enabled the continued scaling of transistor performance while overcoming industry-wide, geometry-related scaling issues associated with migrating to 45nm process technologies. In spite of the increased packing density of the 45nm generation transistors, IBM and AMD have demonstrated an 80 per cent increase in p-channel transistor drive current and a 24 per cent increase in n-channel transistor drive current compared to unstrained transistors. This achievement results in the highest CMOS performance reported to date in a 45nm process technology.
K8L only needs to be 35% better than K8 to beat the C2D uArch. That's all.If these rumoured clockspeeds are remotely accurate, Barcelona will have to be at least 40% faster than K8 to be competitive, and 50% faster to be outright outperforming Penryn. That is quite an ask, despite all the enhancements Barcelona has over K8.
He answered that also:Intel only had a 9-month lead in 65nm? What are the actual dates of retail availability of Intel's first 65 nm parts versus AMD's? It seems to me that Intel launched 65nm parts in Dec '05, while AMD "launched" theirs in Dec '06, while we're still waiting for parts availability. Maybe I'm recalling the dates wrong, but that's a full 12 month lead.
abinstein wrote: ›Apple using 65nm Core Duo was shipping in January 2006. I think it's about a year ahead of AMD's 65nm shipping, not 9 months.