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#21
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On Fri, 13 Aug 2004 16:39:22 GMT, "Yousuf Khan"
wrote: If Microsoft tried to sell XP Lite for $15 in Asia, then it would have no choice but to sell that in North America. Nobody in Asia would buy it, it's still way too expensive. For $15, I would say there would be people who will buy it. But it would also depend heavily on the degree of crippleness, home networking is relatively common nowadays. Now if they are willing to sell the full version for $15 or even $25, they will definitely drive the pirates out of the market :PpPPp -- L.Angel: I'm looking for web design work. If you need basic to med complexity webpages at affordable rates, email me Standard HTML, SHTML, MySQL + PHP or ASP, Javascript. If you really want, FrontPage & DreamWeaver too. But keep in mind you pay extra bandwidth for their bloated code |
#22
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Alex Johnson wrote:
Yousuf Khan wrote: Alex Johnson wrote: How could you possibly assume that? Well, because they mentioned that it was based on the "_older_ Celeron core using 90nm". The older 90nm Celerons are P4-based, I believe. cut intervening text But if we assume that the Pentium-M is the latest evolution of the P6 architecture, which started with the Pentium Pro and went upto the Pentium 3 previously, then looking back at the first Celerons which were P6-derived (cacheless Pentium 2's running at around 300Mhz) There you go. You just told me you believe it is P4-based because P4 is the _older_ Celeron, but right away turned around and told me the _oldest_ Celeron is from the P6-line, as is Pentium-M. By deduction, the _older_ Celeron is the one from the P6-line, and thus the crippled Pentium-M. No, you didn't read it carefully enough. I said "the older _90nm_ Celerons are P4-based". The emphasis on "90nm" there. Of course, the oldest Celerons are P6-based (Pentium II generation specifically) and probably from the 250nm process, but that's irrelevant. I don't think a cacheless P6 is going to be any more or less competitive than cacheless P4. Now put a small amount of cache (let's say 64K) on a P6, and it will immediately come to life, which you can't say about a P4-based system. But at zero K cache, neither P6 nor P4 will have any life in them. It's not 0k cache, it is without the L2 cache. The P-M still has Harvard L1 caches: 32k I, 32k D if I remember correctly. So it already has your 64k it needs to come to life. Well, it is only L2 caches we were talking about here, I assumed. The distinction between L1 and L2 was already drawn in the first message in this thread. For several generations now, since after the 486, it's been mostly the size of the L2 that's driven most of the performance in chips. It was especially extreme in the Pentium 4 generation, but the P6 generations also required a certain minimal amount of L2 to work fast. So the 64K I was talking about was L2 cache, of course. Yousuf Khan |
#23
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Johannes H Andersen wrote:
That kind of cut down system will be good enough for the internet. I'll tell you that many people are interested in a cheap way of getting on the internet, also here in the 'west'. The bottom-line requirement, I suspect, is the ability to handle some quality of streaming media over a "modem" that itself eats cycles. I think that's why we're seeing these relatively muscular cache-starved puzzlers: Nehemiah, Netburst Celeron, now this. Not a good deal for recompiling the linux kernel, but just fine if all you need to do is stream processing and the cache is needed only to cope with hiccups in the stream. RM |
#24
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The little lost angel wrote: While I agree branding is important, but unless the price parity is non-existent, for 3rd world income levels, the price should win most of the time. People would rather be able to brag about quantity they already are familiar with, i.e. "my cpu (Sempron) runs at 1.8Ghz and has 80GB of ram! Yours only 1Ghz and 256MB! hahaha loser!" That kind of cut down system will be good enough for the internet. I'll tell you that many people are interested in a cheap way of getting on the internet, also here in the 'west'. Secondhand old computers might not be reliable, depending on what life they've had and the documentation might be missing. A new 40GB drive costs only £30, so why struggle with an old duff. This post is written on my oldie 233 MHz P1 that is in fine shape. Yes, I've just build a P4 system, but why power it up for an email? |
#25
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On Fri, 13 Aug 2004 02:15:11 GMT,
(The little lost angel) wrote: On Thu, 12 Aug 2004 13:55:22 GMT, "Yousuf Khan" wrote: third-world-busting Windows XP Starter Edition (XP lite); it's taking out a lot of functionality with it, such as file and printer sharing, multiple user logins, etc. Features that you or I would assume is just basic to any computer system, being sacrificed completely for economy. I also think these The first thing they should get rid of is the stupid pointless, wasting my time animations... Not a bad idea, though I doubt that they'll go. XP Lite will probably strip out things like Media Player, the firewall, networking capabilities (XP Home already strips some of those out), etc. In other words, they'll remove the things that people might actually want. Multiple user login is fine, who really uses Windows as a multiple login workstation anyway? :PpP looks around and raises hand Uhh.. I do! Quite a useful feature, lets me log in as a non-admin and run everything like that and just jump over to my admin account if/when I need to install something or do something that requires admin privileges. I think I'm in the minority though! While I agree branding is important, but unless the price parity is non-existent, for 3rd world income levels, the price should win most of the time. People would rather be able to brag about quantity they already are familiar with, i.e. "my cpu (Sempron) runs at 1.8Ghz and has 80GB of ram! Yours only 1Ghz and 256MB! hahaha loser!" Bragging about having an Intel vs a AMD might not work well, especially if the Shelton develops the same reputation as the Celeron. Till this day, I still meet plenty of people who will insist on getting a Intel despite a tight budget BUT refuse adamantly to even consider a Celeron. Yup, I've met many myself as well, though with the quality of current Celerons it's definitely not a bad idea to avoid them. Brand loyalty is pretty strong in some areas of computing, though much more so for the Dell vs. HPaq factor (hence the reason why HP sells both "HP Pavilion" and "Compaq Presario" systems that are essentially identical). Even at the component level though you'll still see pretty strong brand loyalty though, just ask some techs about what kind of hard drives they use (or refuse to use), almost all techs have at least one of the major brands that they simply will NOT use. ------------- Tony Hill hilla underscore 20 at yahoo dot ca |
#26
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On Fri, 13 Aug 2004 16:39:22 GMT, "Yousuf Khan"
wrote: Tony Hill wrote: How about neither of the above cores? Maybe it's based off the old PIII core? Intel is still pumping out PIII core chips (essentially Celerons) for Microsoft's XBox, maybe these are some sort of failed update for the XBox? It certainly doesn't sound like this is going to be a big volume product, probably designed to compete with VIA's C3 chips as much as anything else. I've never heard of the P3 core being migrated to 90nm, which this articles says the Shelton is. The Xbox chips are still being produced on 130nm (possibly 180nm) production lines. Since Intel has so many fabs, this is no big deal for it to be running multiple process nodes. Intel usually keeps two process nodes going for most of their fabs and does a bit of leapfrogging, ie those old 180nm fabs would probably get upgraded to the 90nm fabs while they keep the 130nm ones kicking around until the next upgrade. The XBox chips were being produced on the 180nm production line initially, but producing them on a 90nm line would be more economical. They are probably selling enough chips just in the XBox to make the switch-over worthwhile, and if they could additionally get a dirt-cheap processor for developing markets out of the deal it might just seem worthwhile. Just a though, I don't haven't even heard any rumors to back this up or anything, just sort of makes sense in my mind, MUCH more so than trying to put out a P4 or Pentium-M based Celeron with no cache. The P4-based chip with no cache would be an absolutely abysmal performer (probably about on-par with a PII-233) and would still be a pretty darn big die (probably 60M+ transistors). A Pentium-M based Celeron with no cache would perform better but it would probably require a fair bit of tweaking to manufacture the thing cheaply. A 90nm version of the XBox chip, on the other hand, would be DIRT-CHEAP (less than 10M transistors and a die size probably down in the 20mm^2 range) and could straddle two markets, giving it enough production to be meaningful. They could probably also sell some of these chips as part of their line of embedded Celeron processors as well. ------------- Tony Hill hilla underscore 20 at yahoo dot ca |
#27
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On Fri, 13 Aug 2004 18:46:51 GMT, Johannes H Andersen
wrote: The little lost angel wrote: While I agree branding is important, but unless the price parity is non-existent, for 3rd world income levels, the price should win most of the time. People would rather be able to brag about quantity they already are familiar with, i.e. "my cpu (Sempron) runs at 1.8Ghz and has 80GB of ram! Yours only 1Ghz and 256MB! hahaha loser!" That kind of cut down system will be good enough for the internet. I'll tell you that many people are interested in a cheap way of getting on the internet, also here in the 'west'. Secondhand old computers might not be reliable, depending on what life they've had and the documentation might be missing. A new 40GB drive costs only £30, so why struggle with an old duff. There is a HUGE market for secondhand computers in the US, that is for sure. And you are quite right, people are buying them so that they can get on the internet (or, more to the point, so that they can get on to AOL). The big downside to these systems, that most people don't realize, is that they come with ZERO support. For most of us this may seem like a non-issue, but for a new computer user this usually results in them getting screwed over and having to pay WAY more than the cost of a new computer just to get Windows and AOL installed and working on their computer. Essentially the hardware of a new computer is free these days, it's software and support that people are paying for. You can buy a new HPaq or Dell system for $400. Figure that $100 of that goes towards software (WinXP Home + some cheap office type application) and almost all of the rest goes towards paying for support and the people who put these systems together and sell them. The actual amount that the big OEMs pay for the hardware in these systems is VERY low, probably no more than $200 for the hole system. That leaves VERY little that you can shave off from any one component. ------------- Tony Hill hilla underscore 20 at yahoo dot ca |
#28
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Tony Hill wrote:
Just a though, I don't haven't even heard any rumors to back this up or anything, just sort of makes sense in my mind, MUCH more so than trying to put out a P4 or Pentium-M based Celeron with no cache. The P4-based chip with no cache would be an absolutely abysmal performer (probably about on-par with a PII-233) and would still be a pretty darn big die (probably 60M+ transistors). A Pentium-M based Celeron with no cache would perform better but it would probably require a fair bit of tweaking to manufacture the thing cheaply. A 90nm version of the XBox chip, on the other hand, would be DIRT-CHEAP (less than 10M transistors and a die size probably down in the 20mm^2 range) and could straddle two markets, giving it enough production to be meaningful. They could probably also sell some of these chips as part of their line of embedded Celeron processors as well. I don't think Intel wants to spend money updating the manufacturing design on a processor that is now two generations out of date. They took the P6 core from 250nm all of the way down to 130nm, I don't think they will take it to 90nm. Yousuf Khan |
#29
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On Sat, 14 Aug 2004 20:19:04 GMT, "Yousuf Khan"
wrote: Tony Hill wrote: Just a though, I don't haven't even heard any rumors to back this up or anything, just sort of makes sense in my mind, MUCH more so than trying to put out a P4 or Pentium-M based Celeron with no cache. The P4-based chip with no cache would be an absolutely abysmal performer (probably about on-par with a PII-233) and would still be a pretty darn big die (probably 60M+ transistors). A Pentium-M based Celeron with no cache would perform better but it would probably require a fair bit of tweaking to manufacture the thing cheaply. A 90nm version of the XBox chip, on the other hand, would be DIRT-CHEAP (less than 10M transistors and a die size probably down in the 20mm^2 range) and could straddle two markets, giving it enough production to be meaningful. They could probably also sell some of these chips as part of their line of embedded Celeron processors as well. I don't think Intel wants to spend money updating the manufacturing design on a processor that is now two generations out of date. They took the P6 core from 250nm all of the way down to 130nm, I don't think they will take it to 90nm. Actually they started it way back on a 350nm core (or was it even before that?). Normally I would guess that they wouldn't want to spend the money on such an old core, but the XBox means that they are selling enough of these chips that the cost savings of moving to 90nm could easily be sufficient to offset the fixed cost of updating the manufacturing. They are selling something like 10 million of the things a year and will probably continue to do so next year as well. It only takes a fairly small per-unit cost savings to cover the expenses of moving to a new process, especially since they don't need to worry about really tweaking it for maximum speed or anything (just high yields). ------------- Tony Hill hilla underscore 20 at yahoo dot ca |
#30
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Tony Hill wrote:
I don't think Intel wants to spend money updating the manufacturing design on a processor that is now two generations out of date. They took the P6 core from 250nm all of the way down to 130nm, I don't think they will take it to 90nm. Actually they started it way back on a 350nm core (or was it even before that?). Normally I would guess that they wouldn't want to spend the money on such an old core, but the XBox means that they are selling enough of these chips that the cost savings of moving to 90nm could easily be sufficient to offset the fixed cost of updating the manufacturing. They are selling something like 10 million of the things a year and will probably continue to do so next year as well. It only takes a fairly small per-unit cost savings to cover the expenses of moving to a new process, especially since they don't need to worry about really tweaking it for maximum speed or anything (just high yields). But remember, the Xbox business goes away within a couple of years, when it becomes PowerPC based. It makes much more sense that they would take one of their existing 90nm chips (Prescott, or Dothan, etc.) and cut the L2 cache off of them. They could initially start off selling full-sized Prescotts or Dothans rejects and turn off their cache, and then later, they could actually manufacture these chips without the caches in the first place. Yousuf Khan |
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