Sadly, no. That was not the article. It was listed as a headline article on their main page, at the time. A friend of mine (major AMD/Linux fan until I ran Mandrake on a dual G4 500MHz) had messaged me at work about something else on their site. I would imagine it had to do with the Hammer family of processors or the Athlon out-performing the PIIIs. The article was current for the time. It annoys me that I can't find it now. I personally consider it capitally important. Not just for this discussion; but, for the Linux power user community. After seeing how frighteningly well Mandrake 8 did on dual G4s, while itself being optimized for the G3, I'm inclined to throw rocks at the highest clocked Pentium/Linux (Lintel?) systems. And, I'm not as impressed with the Athlon systems anymore, either; but I'd still take it over the P4 any day.
As for RISC/CISC debate about the Sledgehammer, it turns out we are both correct.., sort of. AMD desktop processors have been RISC at their core since the K6. They, simply, tacked on Intel's MMX instruction set to it.
Case in point, here. In this article they explain "The K6 was built around the original NexGen 686 core which was inherited by AMD when it bought the small firm in 1996. This allowed AMD to recover after its problems with its own K5 processor and inital difficulties in the development of its "in house" K6 design. NexGen had developed a powerful "six issue" RISC processor core which gave the chip impressive sixth generation performance. AMD enhanced this design by the addition of Intel's new MMX instructions, allowing the K6 to be compatible with the latest software". This having been said, they took a good RISC processor and made it Microsoft friendly, in essence. Effectively speaking, the Sledgehammer, being their 64bit extension to the the PC specifications' lease on life, is a mated pair of 32 bit RISC chips with extended instruction set. I have been looking and cannot find any indication that the Pentium chip is RISC. This would explain the performance matches from slower Athlons. I haven't bothered with researching the Itanium as it doesn't interest me and is steadily losing ground due to the severe and unacceptable production delays. A company the size of Intel shouldn't be experiencing this kind of apparent incompetency. No matter what, though, I was incorrect to call the Sledgehammer a
true RISC processor. I wonder, though, how hard it would be for them to ditch the excess instructions and get down to business with those bad boys.
The irony to all this is that, both, AMD and Intel
do produce various dedicated RISC processors of varying degrees of complexity. Though, they don't appear to rival the complexity of IBM's chips. Of course, if complexity were the only meaningful criteria, then, we'd have to look at Sun Microsystems' or Hewlitt-Packard's RISC chips.
No matter what, Apple seems intent on the third wheel concept for their little party. It's a shrewd safety precaution. That way if your main vendor's factory craps out -like Motorola's did, at launch- they can immediately turn to the second vendor and start taking up the slack -like IBM did. Now, if they could get "Big Blue" to establish a dedicated Mac chip factory, like the G4 factory they built for Nintendo, this wouldn't really be an issue. The trick is to A) convince IBM they can profit, quickly, from this; and B) Turn a profit, quickly, for their trouble.
What with the PC market's over-saturation and no major PC manufacturers reaching their targeted earnings, this quarter, now seems as good a time as any for IBM (or whomever) to invest some trust and hope in Apple. So far, they are the only one reaching (actually exceeding) their projected earnings.
I have thought quite a bit about this production issue. I developed a list of companies I thought would be a good replacement for Motorola. AMD was in a tie with Texas Instruments for my first pick. Both companies have the facilities in place and ready to go. Both have approximately the same length of history with similar degrees of success and quality. And, neither one is a shrinking violet when crunch is on. TI kind of one-upped them, IMHO, as they dared to produce a "whole widget" (sorry Mr. Jobs) in the '80s. People my age learned programming on either an Apple II or some version of a Trash 80. AMD has had good, recent, success with economizing their operatons and keeping quality control equal to or greater than thier direct rival. TI, on the other hand, has been making serious headway in the DSP chip market. They have a better feel, I think, for maximizing on the silicon being used. The only DSP vendor they haven't outright trounced is my second place contender, Analog Devices Inc.. ADI is the manufacurer of various types of high end DSP chips. They are most well known in the electronic music circuit for their SHARC chips; a fantastic, gutsy little processor. They are a direct rival to Morotola and their Cold Fire DSP unit. This rivalry extends to the cellular phone industry. ADI managed to win the rights to 3rd generation cell phone DSP specs. They have cut cell phones' physical depth to 1/2 of last year's designs thanks to the chipset they developed. Samsung was the first cell phone vendor to get on board with this new standard and has, already, been selling the new phones for a little better than a year in Japan. Anything past these three, I think, would be a dime-a-dozen.