Dell Dumping Itanium
njcoder writes "In a PC World article it is disclosed and confirmed by Intel that Dell is dropping support for Itanium processors. 'After Advanced Micro Devices demonstrated that 64-bit extensions to the x86 instruction set offered a smoother transition to 64-bit computing, Intel released a version of Xeon with similar technology, and Dell now offers 64-bit Xeon processors across its product line.'" More from the article: "The chip maker has since backed off its original statements about Itanium and is now promoting the chip as a high-performance replacement for reduced instruction set computing (RISC) processors in Unix servers from companies such as Sun Microsystems and IBM. Hewlett-Packard, a co-designer of the processor, has embraced Itanium as the processor of choice for its high-end servers. Fujitsu. and NEC are also among the system vendors that sell servers with the processor." The story is also being reported at Ars Technica.
Guess McNeally got under Michael's skin. :-P
Javascript + Nintendo DSi = DSiCade
Welcome to Two Days Ago when everyone else reported this story.
This is one of those times I hope AMD sues the fuck out of Intel for copying their technology.
One has to wonder, outside the obvious explanation of Intel's anti-competitive trade practices, what is Dell's aversion to AMD 64-bit / dual-core processors?
Clearly there is significant (and growing) demand for Opterons.
Dell's outright refusal to offer AMD chips seems almost like proof of itself that Intel is acting in an anti-competitive manner.
Has Dell ever put forth a better explanation?
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I find that type of advertising campaign to be in poor taste. Bashing the competition regardless of who is bashing who does not customer loyalty make. I'm proud to work for Dell. Is the company perfect? Of course not. But the number one rule we live by is that if we win, it will be done the right way. Oh well, can't expect everyone to live up to my standards.
SGI uses Itanium for their Altix line of products that run Linux. They need Itanuim for its ability to handle hundreds of processors in one system with cc:NUMA, and its huge physical address space for their customers who need several terabytes of RAM in one system.
Dell actually has a bunch of secret projects going on involving opteron clusters and linux. Watch for products in '06, until then good luck finding out any details.
For not making Itanium competitive enough ...
The Raven
Isn't everyone dumping Itanium? Why is Dell any different?
Lost at C:>. Found at C.
It took me three seconds to find this one. "Front and rear IEEE 1394 (firewire) ports and rear S/PDIF port."
If someone says he and his monkey have nothing to hide, they almost certainly do.
Itanium is all but dead... relegated to the supercomputer niche - and we all know what happens to supercomputer companies :)
Intel has spent billions on Itanium and seen an effective return of 0%. Investors won't tolerate this for much longer. AMD's x86-64, and Intel's subsequent introduction of EMT64 (same thing), have finally pushed this ill conceived idea into its well deserved death spiral.
It has no technical merit. But technical merit sometimes is a secondary matter in the business world. However, the economics don't make any sense - you can't introduce a new ISA into a mature software market and expect it to fly just because you're Intel.
It was a mistake - write it off and move on.
This should free Intel to deploy those valuable Itanium engineers (like the ex-Alpha team) to work on something that actually generates cash (like x86 servers). So while AMD might have a short term lead - the giant resources of Intel are more than enough to catch up and re-assert their leadership position.
then you wasted 3 seconds of your life
Back in the ancient days, Dell was known as "PCs Unlimited" and was the first commercial overclocker of IBM-compatible PCs. Now they are among the staunchest of anti-overclocker, their mobos seem even unfriendly and uncooperative to software-based overclocking tools.
Sometimes I cannot help but wonder if perhaps there isn't some personality conflict and/or bad blood history between AMD and Dell. Like maybe some point in the past Dell might have tried to swing a special deal with AMD to make processors for them or something like that, and maybe Michael Dell was spurned by AMD and vowed to never ever use their chips from that point onwards, or something like that. This is pure idle speculation of course, and based only upon suspicion and fantasy.
Let's see...you've got a superior technology that suffers from bad company management ... Itanium.
You've got less expensive yet outstanding technology that suffers from poor market share (for the time being)... Opteron
And then you have a bloated, legacy, piece of shit technology that's a crude copy of Opteron, a Pentium 4 with hastily tacked on 64 bit instructions (copied from AMD), a technology that Intel doesn't even believe in, that they themselves think is inferior.... Xeon
Guess which one will dominate the market?
Sometimes IT really does suck.
Life is hard, and the world is cruel
Finally the world will realize that AMD's offer better performance for usually a cheraper price.
Who cares what they be dumpin
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From taco to Tacyo can't name no one I ain't better than
Selling my slashdot cd to get more chedda-man
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Sold ya'll crack just to buy my textbooks
"The chip maker has since backed off its original statements about Itanium and is now promoting the chip as a high-performance replacement for reduced instruction set computing (RISC) processors in Unix servers from companies such as Sun Microsystems and IBM."
Everyone was a bit shocked when Apple suddenly announced its departure from IBM's RISC PPC processors, and struck a deal to start outfitting their systems with Intel SISC x86s. But maybe its only the first step to Intel and Apple finding a use for all of the development put into the Itanium processors?
Dell should try something daring: build a Linux box that runs on ARM.
Itaniums right now are an awesome bargain... we've been snapping them up... being out of favor is making them a great steal for those who don't care about the history of the chip, but raw multiprocessor preformance.
I bought (20) 1.300 ghz's myself at $15 a piece.. you read right... $15 a piece... for a 1.3ghz Itanium 2MP.
For the 20 I bought, that's about $300 for the equivalent of 25,000 ghz! And that's not even taking into consideration the extra crunching power of the EPIC architecture... when they have a lot of memory to work with, then run like 2.0 ghhz Pentium 4's...
I suppose if you spent $300 you'd get one Pentium 4 chip...! For the same price I can get 20 Itaniums 2...!
Just like stock... you snap it up when its out of favor... and been bashed...
So keep go on bashing all you want... I'm laughing all the way to the bank...
if as you say "Intel offers a better deal" -- and that deal was based upon exclusivity. (In other words: "You get a 15% discount if you sell only Intel chips"), It seems to me that that would be illegal and anti-competitive.
What on earth do you mean? That's about as standard as it gets. It's called exclusive licensing, and that's the way it goes. Companies offer price incentives to sign exclusive deals. It's competitive because Dell is free to sign exclusively with anybody.
Here some other examples: Your job. Your company offers you $100,000/year to build widgets *exclusively* for them. If they wanted a clause in your contract that said that you may not build widgets for anyone else, you aren't going to say it's anticompetitive.
How about your car? Toyotas ship with (I'm making this up) Panasonic audio components. If you asked Toyota to make a line with Zenith components, they'll probably say "sorry, but we have an exclusive agreement with panasonic."
I'm not saying it's a good thing, but it assuredly is not illegal.
No opinion on the technical merits from this minimally-technical consumer, but, FWIW, I can draw the "Intel inside" logo from memory...
Seeing bad movies only encourages them. Watch responsibly
Inspite of sucking, Itanium was still a brilliant business decision for Intel. They, in one short swoop, managed to kill the DEC Alpha, PA-RISC, and MIPS, leaving only AMD, IBM, and Sparc. At the time, DEC Alpha was probably their most formidable competitor (indeed, AMD is now a competitor mostly because, as an unintended consequence of killing the Alpha, the Alpha design team went to work for AMD en masse, and designed the Athlon). MIT had an an old GSB posting about this.
All they did was promise to dump a bunch of cash into developing a new processor, and wave around PowerPoint numbers showing it creaming the competition. Moments later, the competition packed up shop and went home.
Itanium as an architecture isn't all that bad, and has some great ideas. The only problem is that with Itanium most of the work has to be done by the Compiler writers to get as much performance out of the machine as possible. NOPs are a killer on Itanium because they take up precious space on bundles. X86 and other architectures are not as dependent on compilers for performance (well ok that's not totally true). Either way normal archs have had 30+ years of research into how to optimize code while Itanium realistically has had about 5 or so.
I have 2 machines on my desk for computational stuff. The Itanium2 box is used for my "set up and run overnight" jobs. It seems to run just as fast as the other box, a Dell Xeon box, but can run more jobs at the same time. Both systems have similar spec otherwise (4 gb ram, SCSI RAID, RHEL). The other major issue I have with the Itanium is software support. My processor program's vendor (CFD) has an optimized version for the Itanium, whereas no similar version of the pre-processor exists. So I mesh on the Xeon, run on the Itanium. I wonder if this chip is still a viable solution for heavy computation or if another architecture is superior?
Right way? Does that include shipping all tech support to india at the cost of quality? I *LOVE* the tech support you guys hired over there. The all in one solution of "use your restoration disk... yes it will save all your files". You don't know how many unclued people have lost their lifes work because of the douchebags Dell decided to hire for their phone support. I don't want to hear "well you shouldn't rely on that for your storage" because that's not an excuse for VERY poor technical support, and outsourcing jobs that could be done in America.
The servers mainboards have some chipset named "ServerWorks" never heard about those, it is not Intel, nVIdia, VIA or SYS. I guess the lowest bidder wins, and DELL are putting a lot of crap in their products.
ServerWorks chipsets are fairly common, and not bottom-of-the-barrel crap from some random Taiwanese company. ServerWorks is presently a division of Broadcom focused on high-end server applications. They're most common in large processor configurations (quads, 8s, etc.), with Intel having taken over of a lot of the low end (single- and double-processor) with their own stuff. For reference, Sun uses them in their Opterons, HP uses them in their Xeons... they're quality product, quite popular, and not terribly inexpensive.
I have my beefs with Dell, but they're not shafting you on chipset quality by using a ServerWorks set.
Looking through your short history here it's apparent that your commentary leans more towards the "funny" and flaming versus the "insightful" and "interesting."
Hopefully you'll get bored and leave soon enough. Or maybe we'll get lucky and science will develop a cure.
If someone says he and his monkey have nothing to hide, they almost certainly do.
Dell only having to deal with a single supplier makes their supply chain simpler, cheaper, and easier to manage.
As long as that one supplier makes reliable deliveries...
"now promoting the chip as a high-performance replacement for reduced instruction set computing (RISC) processors in Unix servers from companies such as Sun Microsystems and IBM."
Weren't they sayin the same damned thing when the first 32-bit Pentium chips came out over a decade ago? They've been catching up to RISC for how long now?
They bet the farm on Itanium and will shortly pay the price.
For all intensive porpoises your a bunch of rediculous loosers
Since Intel has been hurting to put Itaniums in something that someone actually wants and might grow to NEED more of, why didn't they try to get one of the game console companies to use them. Don't say price, b/c any money they can take in on them is good b/c the expensive part was the design and I don't see how they could have covered their costs on that yet. The Itanium's crazy assed hard to program interface (the clues hidden in instructions) would be perfect for a game console b/c writing code for consoles has always been slightly closer to the metal and people have been willing to put more effort into eeking out performance than in more general purpose computer applications (usually).
It's far faster than UltraSPARC (heck, ask SUN), Alpha is slow on current measures. It's measureably faster than PowerPC. And MIPS64 isn't keeping up with the current marketplace much better than UltraSPARC. It might not be faster than IA64, depending on how you measure it.
/. Alpha was the first super-pipelined, superscalar processor. In that way, it bears a huge resemblance to P4 (Netburst). And if you saw the chips (and their heatsinks), you'd see a resemblance on performance per watt too! I'm not saying I hate Alpha, but I just don't get how you can hate on superscalar/super-pipelined in one case and worship another.
The reasons all those have lower clock speeds than current x86 (well, P4) is because they are designed to do more per clock, with less clocks. It's pretty simple. Like Pentium M. Either that or because they just don't perform as well (like PPC, SPARC, Alpha).
Note, the 8086 (first x86) was not a filler move between other unrelated product lines. It was a follow on 16-bit extension to the 8080, before the "real" 16-bit processor Intel was working on. Kind of like x86-64 versus Itanium. So it really was a filler move between a related line and a non-related line.
I do agree the ISA sucks. And I hate little endian. But given how little time people (even programmers) spend looking at object code or writing assembly nowadays, the ISA is near immaterial.
But anyway, Intel picked one method of running a lot of code, super-pipelining. It worked for a while, but is running into problems, and they are going to a different approach. AMD shows you can have good x86 ISA performance without 30 stages of pipelining, so don't throw the ISA baby out with the P4 bathwater.
As an aside, I don't get the worship of Alpha on
http://lkml.org/lkml/2005/8/20/95
Dell Sucks:
1) Michael Dell fired in front of my face once "people playing video games at work." They were testing the games with new hardware and the work was authorized by the company. Big fat ego-man MD didn't back off and let his arbitrary decision stand. He is a jack-ass royale.
2) Worst technical support ever. India galore. the worst. know nothing. even on server, its server-light-support. if you don't do everything yourself, and ask for parts, then you are doomed. they cant help.
3) No bios-alternative (e.g., write a real system strapping and posting system), no dell-unique things, nothing. no enhancements to the pc was ever made by dell. no management frameworks for PCs, nothing. not even a dell wrapped PXE boot.
4) Model lines change ever 5 minutes and are incoherent. See: Dell 1550 1650 1750 1850. lets change rack kits, scsi controllers, ethernet controllers and how the lids open EVERY FREAKIN TIME.
5) bios updates - they only exist for HUGE problems. No bios update ever gets cut for smaller things. So you live with the brokenness, possible forever.
6) the dell switches suck horribly. I have a 6024F. They designers should be imprisoned for 5 years for mail fraud due to the fact they sent me a boat anchor that was supposed to be a switch.
7) the dell printers when they copy Lexmark make changes to the printer that are unnecessary - e.g., the dell 1700n could be a 322n , but they NERF the 322n instead.
8) Poor support for Linux, no support / respect for Solaris x86. Dell makes OptiPlexes that are a ROYAL pain in the ass to get RHEL 3 and even RHEL 4 a pain in the ass to boot on. Thanks Dell.
9) the worst. Your brand new server when it has a DOA part gets FUCKING REFURBISHED SHIT instead of NIB replacement parts. I watched a $3600 workstation get a REFURB power supply from dell. Buy new, get refurb.
10) They don't sell Opteron.
All in all, Fuck dell. And shame on you for being a corporate bleating fool for them.
What if this Itanium stuff finds its way on to the black market? How much would you need to make something dangerous?
sending US job to china and using CHEAP half assed crap compared to the solid stuff Dell used to make is ethical?
fuck you. fuck you.
i actually owned a dell 286 system. built solid. now you fucking pukes sell CHINA SHIT crap. fuck you and you ethics, you are MURDERERS.