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IBM's Cell Processor — Not Just for PS3 Anymore

TechFreep writes to tell us that IBM has released a new line of QS20 Blade Servers based on the processor they developed for the Playstation 3. From the article: "Today IBM announced a new line of high-powered QS20 Blade Servers intended for use in seismic research, encryption, digital image rendering and military surveillance applications. Each QS20 will include two nine-cored Cell Processors clocked at 3.2Ghz apiece, which were developed along with Sony and Toshiba for Sony's upcoming Playstation 3 console. As Playstation 3 isn't scheduled for release until November, the QS20 will mark the first application in which the highly-touted Cell will be available to consumers."

184 comments

  1. Nothing for you to see here. Please move along. by Doytch · · Score: 4, Funny

    Aint that the truth. The damn things aren't even being built yet.

    1. Re:Nothing for you to see here. Please move along. by NinjaFarmer · · Score: 1

      I found those posts from nintendo in the last two weeks pretty amusing. PS3 isn't shipping on time and they won't ship enough? Well WE are going to hit our targets and on time, so nya.

    2. Re:Nothing for you to see here. Please move along. by Xymor · · Score: 1

      Wow, $18,995. And people say the ps3 is expensive.

  2. Does it run by Anonymous Coward · · Score: 0

    on Linux?

    1. Re:Does it run by LnxAddct · · Score: 4, Informative

      I think you were just being a dumbass, but in case you weren't... according to this article about the same announcement, IBM is recommending Fedora Core as the operating system to use. So yes, linux does run on it.
      Regards,
      Steve

    2. Re:Does it run by LiquidCoooled · · Score: 1

      In defense of the original poster, he asked a perfectly valid question. Thanks for answering.
      The description of the cell makes it as a super powerpc chip.

      If I am getting my history correct, isn't this chip basically the evolution of the motorola 68000?
      Weren't powerpc chips the follow on with more data/address registers etc?
      Sorry if its a bit off topic, but if so then I gotta get me one of those.
      I enjoyed programming in 68k assembler (so much nicer than the stinkhole of x86).

      --
      liqbase :: faster than paper
    3. Re:Does it run by cmacb · · Score: 1

      I think they are similar, but not binary nor instruction set compatible, just "similar" as IBM, Motorola, and Apple colaborated on the design, but I agree that the Intel had a nasty design for assembler programmers. I also think Apple has missed a chance to shine in the server market by focusing exclusively on the lowest common denominator desktop systems (and treating servers as just rack-mounted variations on same).

      There are a couple of companies building small and inexpensive desktop systems based on the older PowerPC chips (not these $18,000 babies) and now that Apple and Dell are about as differentiated as Chevy and Pontiac I'll seriously be considering one of these truly high-tech alternatives.

    4. Re:Does it run by Surt · · Score: 1

      PowerPC was not really evolutionary from 68k. It was a pretty complete redesign, though the early chips had the capacity to run both instruction sets to help ease the transition. Once all the interesting software was converted to PowerPC, the backward compatibility with 68k was dropped.

      --
      "Who is the Journal of Quantum Physics going to believe?" --Stephen Hawking
    5. Re:Does it run by Ilgaz · · Score: 2, Informative

      As Ex Amiga owner I can say 68k has nothing to do with Power architecture. One is CISC (68k) and other is RISC from beginning.

      Motorola joined IBM producing RISC CPU instead of upgrading their 68k line.

      I can understand your confusion since Apple and Amiga (via extension board) moved to PPC 603 from Motorola 68k.

      I am not a programmer but RISC chips are famous for their reduced registers and commands, to run instructions in less cycles.

      Better give you pointer written by real programmers:
      http://en.wikipedia.org/wiki/68k -->68000 family
      http://en.wikipedia.org/wiki/Powerpc --> PowerPC

      As ex Amiga person, reading the first line, "32bit from the start" on 68k still makes me mad to Wintel monopoly and Apple jumping... Anyway. What is done is done. :)

    6. Re:Does it run by LiquidCoooled · · Score: 1

      Thanks. That was a nice trip down memory lane.

      --
      liqbase :: faster than paper
    7. Re:Does it run by Tet · · Score: 2, Insightful
      If I am getting my history correct, isn't this chip basically the evolution of the motorola 68000?

      No. It can trace some lineage back to the m88k, though[1], which was an even cleaner design than the 68k. If pushed to pick my favourite CPU of all time, I'd probably have to go for the m88k. It was an absolute joy to work with.

      [1] As well as to the IBM POWER chip, of course.

      --
      "The invisible and the non-existent look very much alike." -- Delos B. McKown
    8. Re:Does it run by larry+bagina · · Score: 1

      False. Early PowerPC chips had POWER compatibility (some support was dropped in later models, but it's still mostly there). The Macintosh's 68k emulation was provided in software.

      --
      Do you even lift?

      These aren't the 'roids you're looking for.

    9. Re:Does it run by Homo_Pixleus · · Score: 1

      PS3 will have a modifyed Linux distro(RedHat or Fedora, can't remember) as it's OS, so yes it will run Linux.

    10. Re:Does it run by Nyall · · Score: 1

      All Risc CPUs I can think of (sparc, power-pc, mips) have more registers than any cisc CPUs I can think of (68k and x86)
      When comparing motorola 68k assembly to power pc assembly you'd actually think that the power-pc is more cisc than the 68k. And it is. However the 68k has a variable length instruction encoding while power-pc instructions are fixed length.

      --
      http://en.wikipedia.org/wiki/Jury_nullification
  3. Now imagine a... by Kesch · · Score: 2, Funny

    Beowulf cluster of these.

    Oh, wait. I suppose this will be close enough.

    --
    If this signature is witty enough, maybe somebody will like me.
    1. Re:Now imagine a... by Anonymous Coward · · Score: 0

      I'm going to hit you.

    2. Re:Now imagine a... by Anonymous Coward · · Score: 0

      An SSI cluster would be sooooo much cooler. :-)

    3. Re:Now imagine a... by Anonymous Coward · · Score: 0

      ? How can you make a cluster with less than 10 gates?

  4. Playstation 3 by edwardpickman · · Score: 1

    Gee that should help availiblity.

    1. Re:Playstation 3 by ZachPruckowski · · Score: 1

      It may not matter at all to the PS3. These may only be chips that can't be used in the PS3. In terms of yield, the 7-core, 2.8 GHz Cells in the PS3 should show up a lot on the silicon now, if they're moving from 8-core 3.2 GHz targets to 9-core 3.2 GHz targets.

    2. Re:Playstation 3 by Yonder+Way · · Score: 1

      IBM has oodles of fab capacity. Don't forget Apple has dropped off the queue.

    3. Re:Playstation 3 by poot_rootbeer · · Score: 4, Interesting

      if they're moving from 8-core 3.2 GHz targets to 9-core 3.2 GHz targets.

      I think it's more likely a misstatement in the article than an actual change in what's being produced.

      The Cells being produced for the PS3 have one primary processor (PPE) and eight secondary processors (SPE's)--only seven of which need to be functional at 2.8GHz for it to meet Sony's specs--for a total of 9 (or 8 for PS3) 'processors'. Not quite the same thing as 'cores' in the traditional sense of the word.

      It's possible that these chips for these new servers are identical on silicon to the PS3 chips, only IBM will not pass them unless all 8 SPE's are functional at the full 3.2GHz clock rate.

      Kind of like 386DX vs. 386SX -- instead of throwing away the DX chips that had defective math coprocessors, Intel simply burned out the traces, screened a different label on them, and sold them at discount prices.

    4. Re:Playstation 3 by drsmithy · · Score: 1
      Kind of like 386DX vs. 386SX -- instead of throwing away the DX chips that had defective math coprocessors, Intel simply burned out the traces, screened a different label on them, and sold them at discount prices.

      Minor correction, that was 486s, not 386s.

    5. Re:Playstation 3 by uarch · · Score: 1

      Cell BE availability won't be the cause of any PS3 shortages. IBM's been pumping chips out for quite a while.

      Look to blueray as the source of PS3 delays.

    6. Re:Playstation 3 by antime · · Score: 1

      It's also how nVidia and ATi do business - if a GPU doesn't pass validation disable the broken rendering units, lower the clock and sell it in budget cards.

  5. Different markets by Cybert4 · · Score: 2, Funny

    Do you want your nuclear test performed with the same chip that's used to play Spiderman X? There are a lot of decisions with regards to redundancies, ECC, and so on that go into a design. If it was concieved as a chip for the playstation, you could end up with problems later.

    But I do hope it works. This kind of thing would be great for neural implants on the way to the singularity.

    1. Re:Different markets by Anne+Thwacks · · Score: 4, Insightful

      Nope. It was concieved as a component for massively parallel processing, but using it in the playstation was the only way to get the volume production that I need to get the kind of reliability I want for my nuclear simulations.

      This chip will be to the Pentium what the Pentium is to the 6502 - once the tool chain is understood by software designers. Actually, better, because Cell architecture uses way less gates than pipelining for way more throughput at the same clock speed and feature size. Hell, I might even retire my Sun Niagras.

      Sure it won't run Windows very well, but hell, Windows doesn't run very well anyway, and I Don't Care (TM).

      Yes, it does run Linux. What about NetBSD?

      --
      Sent from my ASR33 using ASCII
    2. Re:Different markets by jamstar7 · · Score: 3, Funny
      Nope. It was concieved as a component for massively parallel processing, but using it in the playstation was the only way to get the volume production that I need to get the kind of reliability I want for my nuclear simulations.

      OK, lemme see if I get this right...

      I buy a PS3. Hook it to the net. Leave it on 24/7. Your nuke simulating supercomputer comes over the net & scams spare cycles off of me a la SETI@Home.

      Did I miss anything?

      --
      Understanding the scope of the problem is the first step on the path to true panic.
    3. Re:Different markets by SanityInAnarchy · · Score: 1

      Does it run an entirely open source Linux? I don't exactly trust Sony after how they bastardized Linux for the PS2.

      --
      Don't thank God, thank a doctor!
    4. Re:Different markets by Anonymous Coward · · Score: 0

      Don't believe the hype. The cell processor is nowhere near as powerful as you're making out. A cell chip consists of a single PPU and multiple SPUs. SPUs are extremely specialised towards list processing operations and are in no way equivalent to a general purpose CPU core. They handle branching very poorly and don't have access to main memory (instead they each have 256kb of local memory to work with - main memory can only be accessed indirectly through DMA transfers). They're effectively glorified vector units.

      The PPU is a more purpose processor, but don't expect it to function as well as a wintel chip when it comes to general purpose computing.

      Getting any kind of performance out of a Cell requires not only a lot of work, but a very specific type of application. Don't expect it to revolutionise computing. It won't.

    5. Re:Different markets by Ilgaz · · Score: 1

      When IBM says "Power" or "Cell" processor, they speak about an architecture standard which is relatively open, check info about it on their new http://www.power.org/

      For example while not planning a game console, NEC is also in Power board as well as Toshiba. I can think NEC cares about their supercomputing division and Toshiba cares about their future media plans.

      Those Cell processors they use will not be the same thing Ps3 runs. For example while my Quad G5 (PPC970) 2500 Mhz is fine for pro HD work if necessary upgrades (SCSI,HDI etc) done, a "real" Power5 AIX workstation used in petrol industry, military etc. would show it as a toy. It has near mainframe features packed to a workstation.

    6. Re:Different markets by be-fan · · Score: 1

      I'm not sure if this is a joke or what.

      He was implying that spending $1bn+ designing and fabbing an agressive design like Cell is only possible if you have some high-volume consumer product to put it in. Otherwise, it'd just be too expensive.

      --
      A deep unwavering belief is a sure sign you're missing something...
    7. Re:Different markets by be-fan · · Score: 1

      Sony is the primary customer of Cell, but IBM's doing the development. They're doing the Linux port, compiler port, etc.

      --
      A deep unwavering belief is a sure sign you're missing something...
    8. Re:Different markets by be-fan · · Score: 1

      The Cell processors are the same. Cell already supports ECC in the caches and in the XDR memory.

      --
      A deep unwavering belief is a sure sign you're missing something...
    9. Re:Different markets by dfghjk · · Score: 1

      Hmmm, didn't stop IBM from doing the 970/G5.

    10. Re:Different markets by dfghjk · · Score: 1

      "For example while my Quad G5 (PPC970) 2500 Mhz is fine for pro HD work if necessary upgrades (SCSI,HDI etc) done, a "real" Power5 AIX workstation used in petrol industry, military etc. would show it as a toy. It has near mainframe features packed to a workstation."

      What features are those? Name some that make it not "a toy" compared to your PowerMac.

      The 970 is a Power4 derivative. Power5 is newer.

    11. Re:Different markets by CronoCloud · · Score: 1

      Define bastardized. Disk 2 in the kit is fully open source for everything, the RTE (Run-Time Environment)of course isn't.

      But still...bastardized?

    12. Re:Different markets by Cannelbrae · · Score: 1

      Mod up the parent - this is dead on. It is a strong chip for very specific types of processing. It is much more difficult to leverage the SPU power when working with large data sets or large amounts of branching.

      Just rumours, but I've heard that the PS3 cell SPUs aren't IEEE 754. Assuming this is true, would that make them less useful for the academic world, or is this mostly a portability issue?

    13. Re:Different markets by Anne+Thwacks · · Score: 1
      The cell processor is nowhere near as powerful as you're making out. Any you know this because?

      I worked for many years designing architectures like this for specialised database operations. I know how powerful this architecture is for certain types of work. I suspect you don't.

      as for the person suggesting that I would be using it in a SETI type operations: No, I wont, but I think I know someone who might. (But if I told you, I would have to kill you).

      --
      Sent from my ASR33 using ASCII
    14. Re:Different markets by Anonymous Coward · · Score: 0

      Not sure about NetBSD, but since TFA says that Los Alamos is buying a few thousand of these, it should be safe to say that it will run Plan 9 from Bell Labs http://cm.bell-labs.com/plan9/

    15. Re:Different markets by SanityInAnarchy · · Score: 1

      Bastardized as in, you HAVE to buy it. Even if you have a spare IDE hard drive lying around, and you intend to download Black Rhino Linux. Even if you have multiple ways to run custom code, so it's not an issue of booting an unsigned disk. Even given all of these, you STILL need their kernel with their custom binary kernel stuff, which means you need to buy the dev kit, which last I checked means some $200, including a hard drive that you shouldn't need (I wanted to boot from the network).

      Also: The hard drive is not compatible with PS2 games. Thus, you have to have a separate hard drive if you want to use PS2 games which can use a hard drive, such as Final Fantasy XI.

      It's not necessarily the open source I'm bitching about -- I use binary nVidia drivers on my desktop -- it's the insane, unnecessary limitations that they put on it, which would immediately go away if it was open source, or if they were at all decent about it.

      --
      Don't thank God, thank a doctor!
    16. Re:Different markets by Anonymous Coward · · Score: 0

      I notice you didn't actually bother to address the contents of my post, instead launching a pointless attack on my supposed credentials.

      For the record, I develop for a cell processor system every day as part of my job. I am very much aware of its limitations in real-world situations, especially when compared to general purpose multi-core systems. You clearly don't understand these issues, despite my attempts to enlighten you.

      Anyway, congratulations on getting modded +5 insightful for posting total and utter bullshit. You must be very proud.

    17. Re:Different markets by CronoCloud · · Score: 1

      Some people on the PS2 Linux forums suggested they make the RTE disc available separately for folks like you, but they didn't. They didn't even do that for the keyboard and mosue (it's a really nice keyboard with a built in USB port for the mouse.)

      The kit's not available anymore in NTSC territory, they sold out and didn't do another run. We kept complaining about that, they could have sold more. It was $99 near the end. I, of course, pre-ordered mine the moment it was possible to do so.

      It is possible to get FFXI and Linux on the same hard drive with work. I didn't do it and am glad I didn't, there wouldn't have been enough space. If you can get hold of an RTE disc and an FFXI HD you can format it and install. I did that so I'd have a spare just in case this HD fails.

      I can understand your frustrations but the restrictions were put on the kit to please the "media selling" part of SCEfoo. The whole "Sony is two minded" thing with hardware selling and software/media selling parts feuding.

      Maybe PS3 Linux will have fewer restrictions. We can hope.

    18. Re:Different markets by SanityInAnarchy · · Score: 1
      They didn't even do that for the keyboard and mosue (it's a really nice keyboard with a built in USB port for the mouse.)

      How's that relevant? I can buy any old keyboard/mouse I want, and in this case, I didn't want any, I wanted it to boot from the network and, if anything, I could SSH in.

      If you can get hold of an RTE disc and an FFXI HD you can format it and install.

      Key word here: Format. You seem to imply that you can share the drive between them, but I've heard just the opposite.

      And anyway, why can't I just grab any old hard drive and put it in there? Why does it have to be a specific one?

      I can understand your frustrations but the restrictions were put on the kit to please the "media selling" part of SCEfoo.

      I don't care what their fucking excuse is. It's a bastardized Linux that really doesn't deserve to be called "Linux". It's the kind of thing I hope the GPLv3 will prevent.

      It is NOT the kind of thing you should be wasting your breath (or keystrokes) apologizing for.

      $99 is too much money for a FREE operating system, especially when all I wanted was the kernel and a couple of commandline utilities to safely backup my savegames.

      Maybe PS3 Linux will have fewer restrictions. We can hope.

      We can hope, but "fewer" isn't going to cut it this time. Try "none".

      Seriously, the only modern console I know of that I haven't seen tons of modchips and cracks around for is the Gamecube, and that's only because no one cared. Piracy is going to do far less harm to console games than it's done to PC games, and it doesn't seem to have been much of a problem for PC games. Homebrew is not going to kill certified, licensed games with official dev tools anytime soon.

      Give us back our homebrew, or you don't get to call it a "computer".

      --
      Don't thank God, thank a doctor!
    19. Re:Different markets by be-fan · · Score: 1

      IBM didn't spend a lot of money designing the G5. They just took Power4, which already had a self-sufficient market in high-end servers, and replaced the SMP fabric with an elastic-IO bus. Then they almost completely neglected to maintain/update it for three years.

      --
      A deep unwavering belief is a sure sign you're missing something...
    20. Re:Different markets by CronoCloud · · Score: 1
      Key word here: Format. You seem to imply that you can share the drive between them, but I've heard just the opposite.


      Right, it's possible, there's a method posted on the Playstation2 Linux community boards for doing so:

      And anyway, why can't I just grab any old hard drive and put it in there? Why does it have to be a specific one?


      You can, if you're only going to install Linux. Up to 160 GB if I remember correctly. You'll want to stick with 5400 or 7200 drives. Games with HD support check for the official Sony drive, but the Linux Kit RTE doesn't.

      $99 is too much money for a FREE operating system
      The GPL allows for the sale of Linux distros for money, you know that. And in PS2 Linux's case you're paying for the included hardware: the HD, network adapter, keyboard+mouse, and the VGA cable.

      As I said, some of us tried to convince SCEfoo to sell RTE discs on their own just to people like you.

      A link from the faq:
      http://playstation2-linux.com/faq.php#I_thought_Li nux_was_free_-_so_why_are_

       
      Homebrew is not going to kill certified, licensed games with official dev tools anytime soon.


      Truly I agree, for the most part. For the PS2 I guess most people thought better a Linux with the RTE restrictions than no Linux at all.

      When it comes to the PSP on the other hand, I'm with you 100% Yaroze for the PS1, Linux kit for the PS2, Linux for the PS3 and then...nothing for the PSP.

    21. Re:Different markets by SanityInAnarchy · · Score: 1
      Games with HD support check for the official Sony drive, but the Linux Kit RTE doesn't.

      Garh, that's annoying, but at least it's not Linux being bastardized there. Although swapping between a 160 gig Linux homebrew drive and a 20 gig official drive for playing games would be a hell of a lot more annoying than just partitioning it.

      The GPL allows for the sale of Linux distros for money, you know that.

      Yes, I do. I also know that anywhere else something like this has been tried, there's usually a very good reason for it. For instance, if I were to buy RHEL, I'd also get insane amounts of support to go with it, possibly justifying the price. Certainly, there are cases where you can buy a Linux CD for $2 or so.

      But in all of these cases, at least there's a choice. It still pisses me off that not only does it cost $99 (which might be reasonable, if I didn't already own equivalents for half the kit), and if there was some alternative distro I could download for free. BlackRhino doesn't count, it requires the kit to operate.

      And in PS2 Linux's case you're paying for the included hardware: the HD, network adapter, keyboard+mouse, and the VGA cable.

      I already have plenty of spare HDs, if I needed them -- I wanted to boot off the network. I have a network adapter, for use with PS2 games. I can grab the keyboard/mouse off my desktop, and Linux doesn't require the VGA anyway -- it can use the TV. And I would probably be running it headless anyway.

      So it's not the $99 that's a ripoff, it's the $99 with no choices at all. Kind of like if I could only get a new version of Ubuntu by buying a whole new computer from Canonical.

      As I said, some of us tried to convince SCEfoo to sell RTE discs on their own just to people like you.

      Yeah, nice suggestion, too bad Sony ignored it. Would be even nicer if they offered the individual files -- the ISO, the kernel images, etc -- for download.

      There are reasons they can't really do that -- it would be legitimizing things like modchips, exploits, etc -- but I don't find any of these to be particularly valid, and they didn't even try (just releasing the DVD).

      For the PS2 I guess most people thought better a Linux with the RTE restrictions than no Linux at all.

      By using an exploit and a few small, native PS2 binaries, I was able to backup and restore files from a PS2 memory card to a desktop computer over a network. This is activated by attempting to load a PS1 game with a PS2 memory card in the slot -- it will boot off the memory card instead. The downsides are security (with Linux I could use SSH, this is just some weird, unencrypted TCP) and how annoyingly hard it can be to change network settings -- and some weirdness in attempting to reboot it to play a game afterwards.

      So, actually, for me, no Linux was better than the $99 Linux kit. I could probably have done the same thing with the Linux kit, but I doubt I could've gotten it to fit neatly onto a memory card, or boot from the network.

      This is why I'm somewhat leery of PS3 Linux. If they do it right, a PS3 could be a viable replacement for a desktop computer. If they do it wrong (again), I may as well buy a Wii.

      --
      Don't thank God, thank a doctor!
    22. Re:Different markets by CronoCloud · · Score: 1
      Garh, that's annoying, but at least it's not Linux being bastardized there. Although swapping between a 160 gig Linux homebrew drive and a 20 gig official drive for playing games would be a hell of a lot more annoying than just partitioning it.


      The official drive is actually 40 gigs, though I actually complained in the early days that it might be a bit small in the long run.

      [CronoCloud@midgar CronoCloud]$ df -h
      Filesystem Size Used Avail Use% Mounted on /dev/hda1 36G 25G 9.0G 74% /

      For my sake I just bought a second PS2 to put the FFXI HD in.



      Part of the problem is that when the kit was first released, back in May of 2002 the commercial PS2 network adapter wasn't available. And the HD comes with special rails attached to it so if fits properly and locks in and to help dissipate the heat. When a HD spins up, the PS2 fan spins up faster.....and louder.

      Yeah, nice suggestion, too bad Sony ignored it. Would be even nicer if they offered the individual files -- the ISO, the kernel images, etc -- for download.


      Actually you can download everything from a repository on the PS2 LInux site.....except the RTE you need to use it.

      This is why I'm somewhat leery of PS3 Linux. If they do it right, a PS3 could be a viable replacement for a desktop computer. If they do it wrong (again), I may as well buy a Wii.


      Considering that I've used the PS2 Linux kit as a desktop for over 4 years now, it ought to work pretty well. But, yeah I'm leery too, I want more info, launch is only a couple of months away. (Not that I can afford the $600 at launch) They had the PS2 Linux site up when was in January or February of 2002 and the kits didn't arrive till late May of that year. They ought to be getting a "community" setup, people to answer questions, make packages, etc.

        I'm a Sony fan, I admit, but they're one of the most annoying companies to be a fan of. And even I think that the Wii will be the "second system" of choice even if the wii-mote turns out to be gimmicky like ROB.

  6. I'm actually quite excited by HatchedEggs · · Score: 5, Informative

    Not necessarily about this announcement of course as most of us have seen it coming for some time. However, the concept of the core processor is quite strong and I think that it will play an important role in computing in the future.

    A little tid bit about all that: http://www.blachford.info/computer/Cell/Cell0_v2.h tml

    --
    Justin - Don't be afraid of my blog, it won't bite.
    1. Re:I'm actually quite excited by joe_bruin · · Score: 2, Informative

      Don't get too excited. The Register reports that just one of these blades will cost you $18,995.

    2. Re:I'm actually quite excited by HatchedEggs · · Score: 1

      Why do you always have to go and drag the excitement down Joe?

      Heh, just messing. But you know, my post did state it wasn't about this blade example in particular. Just in the concepts of cell processors, which I am sure will go down in cost quite quickly once they actually start producing them.

      --
      Justin - Don't be afraid of my blog, it won't bite.
    3. Re:I'm actually quite excited by Anonymous Coward · · Score: 1, Informative

      I know one of Slashdot's favourite hobbies is whacking off while thinking about "the cell" processor... but you lot might like to consider that the cell was designed from the beginning to enforce DRM is hardware.

      It has all the worst features of Intel/Microsoft's Trusted Computing initiative.

    4. Re:I'm actually quite excited by HatchedEggs · · Score: 1

      Actually senior AC, you'll probably find that the /. crowd is quite anti-DRM.

      As to DRM, where theres a will there is a way. So far they haven't been succesful.

      --
      Justin - Don't be afraid of my blog, it won't bite.
    5. Re:I'm actually quite excited by Anonymous Coward · · Score: 0

      Actually senior AC, you'll probably find that the /. crowd is quite anti-DRM.

      Which is why the slobbering over the cell processor is so hypocritical.

    6. Re:I'm actually quite excited by fm6 · · Score: 1

      Attention, would be science and technology writers: don't babble for 3 or 4 pages before you get around to explaining what you're talking about and why it's so kewl. In this case, the Cell is a ordinary Power processor core supplemented by a bunch of on-chip vector processors. Which actually is pretty damned cool, but not as mysterious as Blachford makes it sounds.

    7. Re:I'm actually quite excited by Anonymous Coward · · Score: 0

      So, any actual links or data besides your conjecture? Real information perhaps?

    8. Re:I'm actually quite excited by Breakfast+Pants · · Score: 1

      I'm guessing you read about this DRM emphasis on Slashdot.. I remember vividly a series of submissions about it.

      --

      --

      WHO ATE MY BREAKFAST PANTS?
    9. Re:I'm actually quite excited by Anonymous Coward · · Score: 0
    10. Re:I'm actually quite excited by HatchedEggs · · Score: 1

      Most aren't slobbering over the cell in particular though, but in the technology related to it.

      I wouldn't purchase a processor that didn't respect my rights and made computing more difficult via its DRM. I'd wait for somebody else to take that technology and create a similar chip without the negatives.

      The only people in the headlines dealing with cell processors will be Playstation owners and a supercomputer at a research lab. Hopefully they wont be hosting warez and illegal song downloads on the supercomputer...

      --
      Justin - Don't be afraid of my blog, it won't bite.
    11. Re:I'm actually quite excited by CronoCloud · · Score: 1

      I suppose there will be some who will do the following on their PS3's..

      wget http://download.bittorrent.com/dl/BitTorrent-4.20. 9.tar.gz

      tar -xvzf BitTorrent-4.20.9.tar.gz

      cd BitTorrent-4.20.9

      python2.4 setup.py install

    12. Re:I'm actually quite excited by donaldm · · Score: 1

      Well back in the mid 1980's some PC's would set you back almost $10k and they only ran DOS while a workstation (full colour graphics) could cost anything from $7k (we got a very good deal from SUN and SGI) to $100k+.

      The dual cell machine costing $18k may be quite cheap for what it can do. Not everything revolves around PC's.

      If companies want serious number crunching power it is not unusual to see purchases in the millions.

      --
      There ain't no such thing as proprietary standards only proprietary formats. Standards are by definition open.
  7. "Consumers" by TCM · · Score: 4, Insightful

    It's not just that I hate this word, but what has it got to do with these blade servers? Are they edible?

    --
    Of course it runs NetBSD. BTC: 1NT7QvbetmANwaMzhpVL6
    1. Re:"Consumers" by Mr2001 · · Score: 1

      This is a pretty standard use of the word. "Consumers" are the complement of "producers", in economics as well as computer science (e.g. a lexer produces tokens which are consumed by a parser).

      Producers make a product; distributors and retailers buy it in order to pass it on to someone else; consumers buy it for their own use. The article is saying the QS20 is the first thing people will be able to buy and use that contains a Cell processor.

      --
      Visual IRC: Fast. Powerful. Free.
  8. High availability by Doctor+Memory · · Score: 4, Funny
    the highly-touted Cell will be available to consumers.
    Sure, as long as you're spying on someone else's armed forces, analyzing their armaments via seismograph and taking pictures that you then encrypt to send to your superiors. Bet they'll be backordered for the holidays!
    --
    Just junk food for thought...
    1. Re:High availability by jthill · · Score: 4, Funny

      Cool. What's the working title on THAT game?

      --
      As always, all IMO. Insert "I think" everywhere grammatically possible.
    2. Re:High availability by Anonymous Coward · · Score: 0

      You write your own.

    3. Re:High availability by Mr+Z · · Score: 1

      A certain Professor Faulken, in loving memory of his son, Joshua.

    4. Re:High availability by Dever · · Score: 1
      No More RedStorm presents WAR ON T.E.R.R.O.R

      work on a CS:Civil Liberties mod was widely reported to have started a few years ago.

      personally, i was hoping for more of a DNF release schedule on this title...

      --
      - I'd prefer not to.
    5. Re:High availability by xsonofagunx · · Score: 1

      Vietnam 2: The War in Iraq starring President George 'Dubya' Bush as "President on Vacation"

  9. Wait... by UbuntuDupe · · Score: 1

    What exactly is a blade server? Is that what they were talking about on that dumbed-down uncreative commercial where the two guys are like "What's a blade server?" "This is." "This is a blade?" "Uh, yeah."

    1. Re:Wait... by kv9 · · Score: 1

      What exactly is a blade server?

      it is a server with blades.

      and here's a link to the IBM press release because it looks like linking to the source has gone out of style.

    2. Re:Wait... by whitehatlurker · · Score: 3, Informative
      What exactly is a blade server?

      it is a server with blades.

      That's begging the question. A blade is a modular computer on a board. You team these up into a chassis and have them communicate together and you've got a blade server.

      --
      .. paranoid crackpot leftover from the days of Amiga.
    3. Re:Wait... by Dever · · Score: 1
      I'm a little rusty, but that particular fallacy (begging the ?...) i think requires an assertion that perhaps contradicts itself.

      My new IBM Blade Server makes the best toast!
      ...begging the question then, do you maybe have a toaster?

      I'll leave any 'established Intel model cpu/blade thermal profile jokes'= a toaster anyway, to others...

      oops...

      --
      - I'd prefer not to.
    4. Re:Wait... by Jimbookis · · Score: 1
      What exactly is a blade server?

      A ninja!

    5. Re:Wait... by mnmn · · Score: 1

      My friend had a blade server eons ago.

      He had a Tyan motherboard with CPU daughterboards. He could add upto 4 CPUs but he only had 2.

      I wonder if Dell Poweredges lined up and interconnected with Ethernet (tm) will qualify as a blade server.

      --
      "Give orange me give eat orange me eat orange give me eat orange give me you." -Nim Chimpsky
    6. Re:Wait... by Anonymous Coward · · Score: 0
    7. Re:Wait... by grazier · · Score: 1

      Finally, a topic on slashdot that I can claim more experience in than most. I've been doing blades for awhile now and still find it difficult to describe them exactly. Here goes try number 67217. Disclaimer: This is particular to IBM's Blade offering, so it may not be entirely accurate to other offerings (dell and hp for instance).

      The basic concept of a blade is to extract all the 'non-computational' aspects of a server and provide them as shared resources to a group of systems that contain the remaining 'computational' parts.

      A blade chassis, the 'non-computational' part, contains all the shared components, power (1800+ watts usually), network and san io modules, cdrom, floppy, usb ports (some contain serial ports), big honking fans, and a management module that coordinates all the chassis components and blades.

      A blade usually contains 1 or 2 CPUs, memory, a few plugs to insert either laptop sized HDs, or SAN cards, and a connection to a bladecenter. No expansion ports, no power supply, no fans, no traditional video port, no traditional network ports. If you use the SAN card and boot from SAN, there are literally no moving parts in the blade. The connection to the bladecenter provides IO, video/serial access, power. All in the size of about 2 Think Pad T41s put side by side. They're designed so the chassis FANs can remove the heat from the blades properly (make sure you got TONS of cooling as it gets HOT behind them). In all, 14 of the blades can be placed in a 7U space, 12.25 inches, high and 19 inches wide. 28 CPUs (56 cores), 224 GB RAM all in about the space of two tower PCs.

      An additional feature of blade centers, is the chassis is redundant in spades when configured fully, redundant networking, san, power, cooling. The Network IO modules often provide load balancing features for blade level redundancy if your applications can handle being load balanced.

      For reference:
      http://en.wikipedia.org/wiki/Blade_server
      http://www.blade.org/

      Dan

      --

      G

      "Plurality should not be posited without necessity." - William of Occam
    8. Re:Wait... by epiphani · · Score: 1

      Again, bad explanation.

      A blade is a server. Instead of having plugs and wires to connect it to everything else, it has one nice big interface. It slides into an enclosure that provides the interface with everything it needs.

      The enclosure will do handy things like handle all that power stuff, provide some integrated administration, hardware management and such, provide cooling and airflow.

      --
      .
  10. Better info by marleyboy · · Score: 5, Informative

    Maybe take a peek at the Wiki entry about the cell processor for a good background of what it is capable of.

    --
    Neutiquam erro
    1. Re:Better info by Anonymous Coward · · Score: 0

      After skimming the first few paragraphs, it seems they have simply re-invented the Amiga chipset - albeit with a few more Mhz!

    2. Re:Better info by edxwelch · · Score: 1

      The first sentence from that artical:
      "Cell is a microprocessor architecture jointly developed by the Sony, HP, IBM and Toshiba alliance..."
      which I altered slightly for comic effect (luckly I'm not a Wikipedia editor)

    3. Re:Better info by dfghjk · · Score: 1

      Please explain (aside from the few more MHz part).

    4. Re:Better info by Anonymous Coward · · Score: 0

      The first sentence from that artical: ...
      (luckly I'm not a Wikipedia editor)


      I can see why.

    5. Re:Better info by suv4x4 · · Score: 1

      Maybe take a peek at the Wiki entry [wikipedia.org] about the cell processor for a good background of what it is capable of.

      Wow... wow... We screwed up. Boy, are our faced red! Hehehe.
      We're switching back to PowerPC in 2007 then.. Yea..

      -- Steve Jobs

  11. Misleading ... "developed for PS3" by Anonymous Coward · · Score: 5, Insightful

    I think that stating that the Cell was "developed for PS3" is misleading. The processor, while certainly earmarked for the PS3, was designed all along to go into a full range of computing devices, PS3 was just the most visible (and likely to ship the most units initially). Saying it the other way makes it sound like the chip was developed exclusively for the PS3 and IBM is "just finding uses for it", which is not the case.

    1. Re:Misleading ... "developed for PS3" by TechFreep · · Score: 1

      I hear what you're saying, and I re-worded the article to better reflect IBM's intentions with Cell.

  12. Not for consumers... by Jeff+DeMaagd · · Score: 1, Insightful

    ...at least I understand it. Servers aren't consumer products so I don't see how this gets consumers any closer to a Cell or any sooner.

    1. Re:Not for consumers... by Bryansix · · Score: 4, Informative

      I'm not a major corporation but I could order a server from Dell and they would ship it to me. That's consumer enough for me.

    2. Re:Not for consumers... by ben+there... · · Score: 1

      Are you sure? I once tried to buy a refurbished PC from their Small Business section and they cancelled my order.

    3. Re:Not for consumers... by Dever · · Score: 1
      that's a known post creditmaster4 bug, the credit card numbers have to match the addresses now...

      i know I can't be the only one waiting for them to fix that one...it's quite widespread too...

      --
      - I'd prefer not to.
  13. this is great by rice_burners_suck · · Score: 1

    Embedded systems could really use a processor like this. Like my toaster.

    1. Re:this is great by adisakp · · Score: 1, Funny

      Embedded systems could really use a processor like this. Like my toaster

      Sony plans on developing a toaster with a CELL Processor. It will have DRM and only toast Sony brand bread though which will come in an odd size and cost twice as much as any other bread.

    2. Re:this is great by flithm · · Score: 1

      Sony plans on developing a toaster with a CELL Processor. It will have DRM and only toast Sony brand bread though which will come in an odd size and cost twice as much as any other bread.

      Don't forget:

      - the ToastMan spys on you at night and reports its findings back to Sony
      - ToastMax bread soon to compete with Very White Bread (VWB) for dominant market share. Although appearing identical in every way ToastMax is incompatible with VWB. Somehow it holds 60% more peanut butter than VWB, but interestingly initial tests show that the PB sandwiches made from both types of bread taste pretty much the same.
      - the ToastMan comes with: an integrated module that scorches the current weather forecast onto your toast, a remote control -- because the toaster is always too far away, a bread maker that creates ToastMax bread which is unfit to eat until toasted in a ToastMan toaster.
      - the ToastMan will cost about $700 USD. Repsonding to public outcry Sony officials released statements indicating that they feel consumers want more from their toasters. They don't want to just toast bread with them, they want the full bread experience.

  14. pfff by Anonymous Coward · · Score: 0

    pfff, since when was Cell developed for playstation... X_x

  15. I see by Anonymous Coward · · Score: 2, Funny

    Clearly this is bad news for Sony.

    For some reason I haven't figured out yet.

    1. Re:I see by Anonymous Coward · · Score: 0

      Because now we all can buy a cheap IBM computer instead(which also is fast enough) to emulate the overpriced Sony console. ;)

    2. Re:I see by xsonofagunx · · Score: 1

      $18,000 (or, let's say $9,000, going with a single cell processor as opposed to dual cells) vs. $600 doesn't sound too cheap to me, but maybe I'm overlooking something?

  16. Apple was a tiny bit of IBM's production by SuperBanana · · Score: 4, Interesting

    IBM has oodles of fab capacity. Don't forget Apple has dropped off the queue.

    Apple was one of IBM's smallest consumers of PowerPC chips, and always was. The embedded and entertainment market dominates their "queue", and is one of the main reasons the PowerPC series never pushed as hard clock-wise as Intel does; the embedded market sees higher clock speeds as greater power consumption/heat dissipation and more (electronic and thermal) design challenges. When Apple took a hike, IBM didn't shed any tears, and said as much.

    I don't have any specific numbers, but I believe Apple's purchases were under 5% of total production. You may say "well, going with Intel was a REALLY stupid idea!" Wrong- before, Apple was "the little fish using embedded-market processors for consumer computers", and the goals didn't match. Now, they're using chips specifically targeted to the markets Apple wants to be in.

    1. Re:Apple was a tiny bit of IBM's production by Ilgaz · · Score: 4, Interesting

      3% of total PowerPC, yes that is FreeScale official number, if we add the IBM 970 (G5), it will be likely 5%. For people can't believe what they read: Yes, Apple only bought 5% of Power architecture CPUs, in their entire life. If you have a good quality car, you likely have 8-10 Power architecture CPUs.

      You can't blame anyone for thinking Power architecture, a living legend or empire is dead after Apple moved away, Apple is run by Steve Jobs who is a publicity genius.

      I am sure IBM or Freescale will think twice before doing any business with Apple in the future since Apple attacked PowerPC more than Intel etc. ever dared.

      They now claim Xeon based Servers are 5x faster than G5 (yes,PPC970) and their fanboys cheering. Fanboys don't make million dollar server purchases though.

      I just wonder what happened to second hand value of those $40.000+ Xserve G5 setups after Mr. Jobs and Apple called them 5x slower. Well, that is what you get for choosing a portable audio oriented company for your server setup instead of IBM or Sun. ;)

      I think it is IBM and FreeScale dumped Apple not vice versa.

      PS: I own Quad G5 and purchased months after Intel announcement. ;)

    2. Re:Apple was a tiny bit of IBM's production by jdb8167 · · Score: 2, Informative

      What a load of crap. Please cite your reference where Apple claims 5x against a Quad 2.5 GHz G5. On Apple's Mac Pro pages I see: 1.8x, 1.8x, 1.6x, 1.4x and 1.4x on content creation. On SPECInt_rate_base2000 I see 2.1x and on SPECfp_rate_base2000 is see 1.6x.

      Apple-Mac Pro-Intel Xeon

      Apple dumped PowerPC because IBM couldn't get to 3.0 GHz and they couldn't get to 2.0 GHz with a low power version for notebooks. It isn't complicated and no conspiracy theory is necessary.

    3. Re:Apple was a tiny bit of IBM's production by Ilgaz · · Score: 1

      First of all, all this happened because IBM or Freescale didn't give a shit to Apple's constant whining for Mhz while everyone including Intel which introduced this stupid thing isn't using the term anymore. It NEVER MEANT anything anyway.

      Secondly, here is your "citation":
      "And this award-winning UNIX-based server just got a 5x (1) performance boost over the Xserve G5, thanks to quad-core 64-bit Intel Xeon processing. "

      http://www.apple.com/xserve/

      They can decide to become iPod manufacturing, fashion toy selling, 640x480 DRM Stereo movie distributing company but if they claim a piece of overloaded CISC is 5x faster, it is where to say "Oh come on".

      That is what I am doing. They really need more people doing it so they won't go out of business or become a portable music player company. They told us to "switch" to PPC,RISC platform, we switched back in 2003, they (and their fanboys) should get used to some criticism. I didn't join some CULT, I bought a freaking computer. Just like telling how stupid decision Intel made by not supporting RDRAM prices a bit and wasting Pentium 4, I will say it is really stupid for Apple to move to Intel but there was no choice, nobody gives a shit to a company having 4% of market and keeps bad mouthing their products just because THEY COULDN'T AFFORD higher specs or price didn't fit.

      Whoever bought a XServe from Apple just months ago and watch their $30k server gets bad words just to add some additional RDF for cult/fanboys cheering should be posting this, not me btw.

    4. Re:Apple was a tiny bit of IBM's production by be-fan · · Score: 1

      5x faster is actually pretty close to the mark. Woodcrest (at 3 GHz) runs at a 30% faster clockspeed than the 2.3 GHz G5s in the Xserve. It's about 75% more efficient per clock cycle in integer code (which is what matters for servers), and oh, there are twice as many cores in the new Xserve.

      Nobody makes million dollar server purchases using PPC970s. Power4 wasn't a CPU that people bought for the core, which is itself quite mediocre in performance. They bought it because of the huge systems (with gobs of memory and I/O bandwidth) that it came in. A G5 is all the bad parts of Power4 (including all the things that IBM fixed in Power5 resulting in a 40% increase in per clock integer performance), without any of the good parts of Power4.

      --
      A deep unwavering belief is a sure sign you're missing something...
    5. Re:Apple was a tiny bit of IBM's production by Ilgaz · · Score: 1

      Compared to my 2500 Quad G5, I agree Quad Xeon workstation works 30% faster even with multiple tests. It is not what I talk about, if a company claims their new model is 5x faster, or gives the impression it is not a company to be taken serious.

      I know a HD capable movie studio (Hollywood specs) admin who told me "This is exactly why we ignored Apple based solutions" while Steve Jobs explaining how "horrible" powerPC was.

      Did you ever see Tyan, IBM, Sun attack their previous models while shipping a new one?

      About Single Core G5s used on servers? Well, why didn't they offer dual core G5 for servers? Why they didn't implement ECC? What was stopping them? Lets say they move to AMD next year,what will stop them claiming Intel was 5x slower or how horrible and drop the second hand value of server grade machines to floor?

      If we are speaking about Blade, there are well established companies who cares more about these stuff than iTunes anyway. As they switched to Intel, I can and will compare to real players like Sun, IBM and Tyan. They run Intel/Power/AMD since they aren't bound to some exclusive deal with Intel, they are FREE to choose what to offer.

    6. Re:Apple was a tiny bit of IBM's production by Anonymous Coward · · Score: 0

      You are incorrect when you say that nobody buys million dollar servers with a PPC970. I use a million dollar iSeries 520 every day, and its brains are ppc970.

    7. Re:Apple was a tiny bit of IBM's production by Anonymous Coward · · Score: 0

      nobody gives a shit to a company having 4% of market and keeps bad mouthing their products just because THEY COULDN'T AFFORD higher specs or price didn't fit.

      O RLY? How do you know Apple couldn't afford a 3.5+ GHz PPC970 when IBM didn't offer them for sale? Intel spent all of 2004 and 2005 developing new cores while PPC development was stagnating, Apple realized that if they don't want to end up like Commodore, they needed to switch CPU architectures, and they did.

      I'm sorry your G5 Xserve makes you feel insecure about the size of your megaflops, but really, if you worry more about it's resale value and what the fanboys say than about it's number crunching power (as your last few posts indicate) you have bigger problems than using the "wrong" CPU architecture...

    8. Re:Apple was a tiny bit of IBM's production by Yonder+Way · · Score: 1
      In my line of work I am root on a number of pSeries machines, 520's, a number of 570's, and more.

      It's a shame that Apple computers are the first impression that most people have of the architecture. Slicing and dicing a pSeries 570 gives a much different impression of just what a box like this can do.

      Or forget the LPAR; run Gentoo right on the iron. Then
      emerge samba
      but don't blink or you might miss it.
    9. Re:Apple was a tiny bit of IBM's production by Wesley+Felter · · Score: 1

      The 520 uses POWER5, not PowerPC 970.

    10. Re:Apple was a tiny bit of IBM's production by Anonymous Coward · · Score: 0
      5x faster is actually pretty close to the mark. Woodcrest (at 3 GHz) runs at a 30% faster clockspeed than the 2.3 GHz G5s in the Xserve. It's about 75% more efficient per clock cycle in integer code (which is what matters for servers), and oh, there are twice as many cores in the new Xserve.
      Hmm, given the full three years between chip releases, 2x the cores and the faster memory, one would expect that speed increase from just about anyone-- IBM, Intel, or AMD.
    11. Re:Apple was a tiny bit of IBM's production by Anonymous Coward · · Score: 0

      OK, Apple did use only a small percentage of IBM chips, but who do you think dragged IBM kicking and screaming to produce G5 based on POWER 4? Without G5, will there be Cell? There won't be XBOX 360 PPC either.

      Not only that, the direction IBM wanted to go was for a small but energy friendly chips. They came up with the G3 series. Apple wanted a vector processing unit, so they went with Motorola's G4. It wasn't until Moto got problems with the fabs that IBM got pulled into producing G4 for Apple and saw the potential for AltiVec. Ironically, Cell has 8 AltiVec units.

      Laugh at Apple if you must, but don't belittle what they've done for PPC.

    12. Re:Apple was a tiny bit of IBM's production by be-fan · · Score: 1

      Compared to my 2500 Quad G5, I agree Quad Xeon workstation works 30% faster even with multiple tests. It is not what I talk about, if a company claims their new model is 5x faster, or gives the impression it is not a company to be taken serious.

      Why? It's the truth. The previous Xserve was using a CPU that had essentially the same core, and only a 15% higher clockspeed, than the original G5s released in 2003. The new Xserve is using a contemporary CPU (with a brand new architecture), and is using twice as many CPUs. A 5x increase is not surprising at all.

      Did you ever see Tyan, IBM, Sun attack their previous models while shipping a new one?

      Tyan's, IBM's, and Sun's previous-gen products never held them back as much as Apple's PowerPC-based ones did.

      Well, why didn't they offer dual core G5 for servers?

      Because IBM didn't make any until late last year. And a quad G5 would've never made it into the Xserve formfactor. Core 2's energy efficiency is a huge step forward in this regard, enabling quad-core in a form factor that previous topped out at dual-core.

      Why they didn't implement ECC?

      Because custom R&D costs money, and on the Intel side, Apple gets ECC and a bunch of other chipset features for free. Moreover, they *did* implement ECC in the dual-core machines.

        Lets say they move to AMD next year,what will stop them claiming Intel was 5x slower or how horrible and drop the second hand value of server grade machines to floor?

      Because it wouldn't be factually true, unlike these current comparisons about the G5. The G5 just isn't a good chip for server tasks. I own a 2.3 GHz 970MP machine, and for integer code, its at 1.6 GHz Opteron level. That was the mid-range Opteron when the line launched in early 2003.

      The whole point Apple is trying to drive home is that the end of PowerPC on the desktop represents a new era for Apple. One in which the machines are both competitive in performance and in price. So far, Apple has been delivering that in a way PowerPC never alowed them to. I don't see the problem in them pointing out as much.

      --
      A deep unwavering belief is a sure sign you're missing something...
    13. Re:Apple was a tiny bit of IBM's production by be-fan · · Score: 2, Informative

      The iSeries is Power5. The PPC970 is a castrated Power4.

      A chronology might help:

      Power4: Moderately crappy core, great system architecture/SMP fabric
      PPC970: Power4 minus the great system architecture/SMP fabric plus shitty high-latency chipset.
      Power5: Redesigned Power4 fixing many instances of crappiness, with even better system architecture.

      --
      A deep unwavering belief is a sure sign you're missing something...
    14. Re:Apple was a tiny bit of IBM's production by be-fan · · Score: 1

      Except IBM doesn't have any 3GHz G5s that get over 1000 SPECint/GHz while sucking down only 80 watts.
      The top 970MP, which is less than a year old, hits 2.5GHz, with 575 SPECint/GHz, and sucks down 100 watts.

      That's actually 2.65x better SPECint/watt on the Core 2 side.

      --
      A deep unwavering belief is a sure sign you're missing something...
    15. Re:Apple was a tiny bit of IBM's production by MemoryDragon · · Score: 1

      Ahem, Cell does not have altivec units, the SMP in the cell is an entirely different beast. Altivec is dead, IBM never was very fond of it, and no the SMP from the cell does not even come remotely from that corner, have you ever heard of signal processors, way older than altivec, an entirely different field of processors.

    16. Re:Apple was a tiny bit of IBM's production by antime · · Score: 1

      From "Cell Broadband Engine Architecture", page 39:

      4.1.1 Optional Features in PowerPC Architecture, Book I (Required for CBEA) The following facilities and instructions are considered optional in the PowerPC Architecture, but are required for the PPE by the CBEA user mode environment.

      • Floating reciprocal estimate single A-form (fres)
      • Floating reciprocal square-root estimate A-form (frsqte)
      • Vector/SIMD multimedia extension
      SIMD also has nothing to do with SMP (symmetrical multi-processing).
    17. Re:Apple was a tiny bit of IBM's production by Ilgaz · · Score: 1

      IBM calls it SIMD/Vector, Apple uses "Altivec", that is confusing people, it always did.

      Server admins aren't impressed by "Altivec" like end user impressive terms, they want real spec. That is what IBM does.

      Apple even used "Velocity Engine" term. Altivec is an option for the chips, if you decide your server will do lots of vector processing etc, you opt in for it.

      Altivec is no where near dead, real coders make use of it. It is Apple's fault (hopefully not intentional) not to come up with something which will make automatic use of that state of art unit.

      If it had no use, Terra Soft which is concentrated on making high end HPC clusters wouldn't be around today.

      For example this new HPC beast runs PPC 970:
      http://lists.terrasoftsolutions.com/pipermail/yell owdog-announce/2006-September/000123.html

      Thanks to constant bullshit coming from my vendor and his fanboys, I became kind of PPC and Linux news watcher.

      At least we won't be left out in the cold as rumoured ;)

    18. Re:Apple was a tiny bit of IBM's production by MemoryDragon · · Score: 1

      No, but saying IBM was pushed towards SIMD by altivec is a totally false statement, SIMD even existed in the old cray vector computers of the eighties. In fact IBM considers altivec a legacy they are not very eager to support at all.

    19. Re:Apple was a tiny bit of IBM's production by renoX · · Score: 1

      Well embedded PowerPC are not exactly the same price than a G5, you know..
      So it's quite normal than Apple didn't sell a lot of PPC.

      What would be interesting to know is what share Apple had of the 'high end PPC', I mean who cares about embedded CPU.. I'm sure the volume of Z80 sold is huge, yawn.

    20. Re:Apple was a tiny bit of IBM's production by antime · · Score: 1

      I don't know if IBM considers SIMD in general obsolete but I do think they don't consider it the best technology for their traditional markets - mainframes and scientific/technical computing. For Altivec in particular it probably doesn't help that it wasn't created by IBM but rather by and for one fairly small customer. If you know otherwise, I'd be eager to read any references you have.

      (It would also have been useful to fully read the post you were replying to - you are of course correct in that the SPEs do not use Altivec, even though the PPE does. At least the Xbox360's CPU also uses a modified version called VMX128, so while Altivec/VMX may be dead in IBM's own POWER CPUs they'll be making SIMD-capable CPUs for some while yet.)
    21. Re:Apple was a tiny bit of IBM's production by Ilgaz · · Score: 1

      Low sales of Apple PPC or entire Power family doesn't mean they are "bad" processors, it means people, ordinary home users can't afford them.

      Most of PPC high end processors are used in consoles and those things does 1080p HDTV 3d realtime graphics along with 6 channel minimum positional audio.

      I am sure MS Xbox 360 sales and Nintendo already quadrupled total Apple G5 sales. PS 3 coming too and as I said in another story, there are people (including me,if price doesn't change) who will buy PS 3 just for some occasional games but mostly for blu-ray capability and communication capabilities. I mean PS3 sales will surprise everyone.

      About the PPC 970, here is something recently shipped:

      http://lists.terrasoftsolutions.com/pipermail/yell owdog-announce/2006-September/000123.html
      The default configuration of the Y-Bio JS21 Cluster includes:
        - Dual-core, dual-CPU 2.5GHz IBM 970s.
        - 4GB RAM per blade (1GB per core).
        - 73GB SATA drive per blade.
        - Y-HPC Cluster Construction Suite.
        - Y-Bio bioinformatics suite.
        - Yellow Dog Linux.

      Note that it is a weird thing not suitable anything outside science, it is for HPC computing and Biological HPC computing particularly.

      Thing is, there is IBM giant there along with their super optimised XL compiler range. Apple could never ship stuff like that, even passing -altivec or -fast flag to gcc is a freaking taboo among OS X developers.

      IBM never came up and said "here OS X developers, I give my XL compiler for free" or "Here Apple, use this as an option instead of Gcc" or contacted Gnu PowerPC team about possible massive speed ups.

      What Apple users don't get is: IBM is really happy to get rid of end users. They sold the business they invented to Chinese, they want to be a service/mainframe/information company. Freescale is that style too, they are happy with PS3/Xbox etc. sales. Nobody is "crying" out there to lose Apple. It is Apple who gave up a 64Bit RISC platform with 128bit Vector unit since they could never actually use it in its full capacity or never gave developers a pro level compiler to automatically use those features.

  17. Lost in the noise is the dying Sun. by Anonymous Coward · · Score: 5, Interesting
    Lost in the noise is the fact that the multi-core Cells are IBM's answer to Sun's chip multiprocessor (CMP) -- i.e., Niagara and Rock. Nothing about the CMP is new or unique. Academia has already done 10+ years of research on these beasts, and industry has ready access to the academic results.

    IBM already has a CMP. Both AMD and Intel will soon have CMPs. Here, CMP does not mean duo-core; CMP means at least 4 cores.

    The window of opportunity for Sun has now closed.

    What is ingenious about IBM is the fact that IBM is essentially using the R&D in its consumer-electronics division (that builds processors for game consoles and other toys) to advance R&D in the business-oriented high-performance-processor/high-end-server division. Building electronics for toys has actually strengthened non-toy products.

    When will Mattel and Hasbro start selling their own supercomputers?

    1. Re:Lost in the noise is the dying Sun. by ePhil_One · · Score: 1
      When will Mattel and Hasbro start selling their own supercomputers?

      Mattel has already tested the computer waters

      --
      You are in a maze of twisted little posts, all alike.
    2. Re:Lost in the noise is the dying Sun. by Mateito · · Score: 2, Funny
      When will Mattel and Hasbro start selling their own supercomputers?

      Cool. A supercomputer that turns into a robot OR a jet-fighter!

    3. Re:Lost in the noise is the dying Sun. by jonatha · · Score: 1
      What is ingenious about IBM is the fact that IBM is essentially using the R&D in its consumer-electronics division (that builds processors for game consoles and other toys) to advance R&D in the business-oriented high-performance-processor/high-end-server division. Building electronics for toys has actually strengthened non-toy products.

      It may be ingenious, but there's only one division (STD, I kid you not, unless they've renamed it again...)

      --
      The SCO lawsuit makes me wish my company were in Utah. We need a new building.
    4. Re:Lost in the noise is the dying Sun. by Tower · · Score: 1

      > but there's only one division (STD, I kid you not, unless they've renamed it again...)
      Actually, it is STG (Systems & Technology Group), not STD... I suppose someone noticed the problem with that other acronym...

      --
      "It's tough to be bilingual when you get hit in the head."
    5. Re:Lost in the noise is the dying Sun. by Wesley+Felter · · Score: 1

      Lost in the noise is the fact that the multi-core Cells are IBM's answer to Sun's chip multiprocessor (CMP) -- i.e., Niagara and Rock.

      Nope; Cell and Niagara are optimized for totally different uses.

    6. Re:Lost in the noise is the dying Sun. by God+of+Lemmings · · Score: 1
      What is ingenious about IBM is the fact that IBM is essentially using the R&D in its consumer-electronics division (that builds processors for game consoles and other toys) to advance R&D in the business-oriented high-performance-processor/high-end-server division.


      This is nothing new. It has been part of IBM's business model for years to take orders for projects, complete the projects, and then turn around and use the resultant products in their own hardware. Take the powerpc 970 for example; made for Apple, and used in IBM's own hardware.

      http://www.google.com/search?hs=EdK&hl=en&lr=&clie nt=firefox-a&rls=org.mozilla%3Aen-US%3Aofficial_s& q=PPC+970+blades&btnG=Search

      In fact, it is likely that IBM even gave them a better deal on production if they thought that they could make money with it.

      --
      Non sequitur: Your facts are uncoordinated.
    7. Re:Lost in the noise is the dying Sun. by Anonymous Coward · · Score: 1, Informative

      multi-core Cells are IBM's answer to Sun's chip multiprocessor (CMP)

      Um. No, sorry, you can't compare Cell and Niagara (let alone Rock). Very different beasts, designed for very different workloads.

      Cell has a central core, which uses the PPC instruction set. It then has a number of specialised vector units hanging off the side. In other words: one general purpose core; eight vector units.

      Niagara, on the other hand, contains up to eight cores, each of which is designed as a multi-purpose, multi-threaded CPU (up to 32 threads can run simultaneously on an 8 core Niagara chip.)

      Cell excels at tasks that don't require much branching, and/or lots of vector math. Scientific apps, for example. Niagara excels at tasks that can easily be divided into multiple simultaneous tasks. There is some overlap between the two, but not as much as you might think. I wouldn't, for example, use Cell for a web server, whereas Niagara would do very nicely for that purpose.

    8. Re:Lost in the noise is the dying Sun. by raftpeople · · Score: 1

      And the cell design began 2 years before the niagara began.

    9. Re:Lost in the noise is the dying Sun. by Hal_Porter · · Score: 2, Informative

      But Niagara has 8 cores, each capable of runnning 4 threads. Importantly, they all use the same instruction set and have access to external memory. They all have MMUs too.

      http://www.theinquirer.net/default.aspx?article=19 423

      It's an SMP beast.

      So you could run a traditional OS on it, and all the cores would be used if needed. On a Cell, there is a single PowerPC core, which is a bit underpowered with no out of order execution for example. The bulk of the processing power is in the SPEs. But these have a different instruction set, no access to external memory and no MMU.

      If you're writing a game with procedural textures, you can live with this by partitioning the algorithm amongst the SPEs and using the PowerPC essentially for housekeeping. But it would take a lot of work to partition a general purpose OS like this. So the two machines are not really aimed at the same market.

      --
      echo -e 'global _start\n _start:\n mov eax, 2\n int 80h\n jmp _start' > a.asm; nasm a.asm -f elf; ld a.o -o a;
    10. Re:Lost in the noise is the dying Sun. by moofmonkey · · Score: 1

      ah,but sun a really selling niagara on the basis of compute power over electricity consumption - equipping a datacentre with niagara is going to be very much less power-hungry (and require less aircon) than any cell-based equivalent.

    11. Re:Lost in the noise is the dying Sun. by Anonymous Coward · · Score: 0

      "So you could run a traditional OS on it, and all the cores would be used if needed. On a Cell, there is a single PowerPC core, which is a bit underpowered with no out of order execution for example."

      True, no OOE on the cell. Then again, there isn't any OOE on niagra either, so i'm not sure it's a fair criticism when comparing the two. The fact of the matter is that cell is optimized for floating point operations, and niagra is optimized for integer operations. Cell will likely perform quite poorly on integers, and niagra performs horribly on floating point (single FPU shared amongst all cores -- niagra 2 is supposed to fix that).

  18. Consumers consume, even high end by Anonymous Coward · · Score: 2, Informative

    Servers aren't consumer products so I don't see how this gets consumers any closer to a Cell or any sooner.

    Depends on which definition of consumers you are using. Taken more literally, even large companies are "consumers". I think the intent of the submitters statement was simply that it would be the first shipping product that would house the cpu. After all, if you were willing to pay the cost, you _could_ purchase it. No different than say a Ferrari Enzo, it's a consumer product, but one in which obviously only a small percentage of consumers could actually afford.

  19. The plan all along... by Invisible+Now · · Score: 4, Interesting

    This has always been the plan and was a guiding principal in the Cell's design. Amortize the cost of a very usefull (To federal customers) chip over the estimated 40-60M playstations that will use a very similar (But not identical) design. From the beginning the chip was dual-purpose designed with very high speed interconnects and protocols for massive parallel-ism.

    $29/chip x 64k chips = more ops per buck than ever - thanks to the world's gamers...

    The problem for both PS3 and the NSA, etc is IBM's 10-20% yields. PS3 for Christmas? They better get up the curve fast...

    BTW - Anyone remember back to when the Soviets used to buy up Ataris and canabilize their chips for sonobouys?

    --

    "Knowing everything doesn't help..."

    1. Re:The plan all along... by dimfeld · · Score: 1

      I thought it was 10-20% for Cells with all 8 SPEs functioning. The PS3 Cell chips will have one SPE disabled, so that one can be defective and the chip will still be usable for a PS3. This is similar to how graphics chip companies disable defective groups of pipelines in some chips and sell them as cheaper models.

    2. Re:The plan all along... by Invisible+Now · · Score: 1

      Great point! I don't think many outside the chip community understand how yields are calculated and chips are requalified and sold.

      --

      "Knowing everything doesn't help..."

    3. Re:The plan all along... by uarch · · Score: 1
      The problem for both PS3 and the NSA, etc is IBM's 10-20% yields. PS3 for Christmas? They better get up the curve fast...
      Yeah. That would be a huge problem! Good thing yeilds aren't that low.

      (You're probably referencing the interview that was on tech sites a few months ago. The write-ups completely misunderstood what was being said.)
    4. Re:The plan all along... by donaldm · · Score: 3, Informative

      Even with a 20% yield the cell is going to cost between US$15 to US30. The cell will be made on a Silicon on Insulator (SOI) wafer (300mm diameter) costing approx US1200. In huge quantities (and the for PS3, Wii and Xbox 360 there will be huge quantities) this will bring down the cost of the wafer and thus the overall cost of the chips on SOI will be cheaper.

      On an interesting note the Cell chip is approx 250 square mm so taking the 20% option on a 300mm diameter SOI wafer (assume US$1300 for wafer and assembly) the overall cost of the chip is US$23. The fab machines are about $11M each and are capable of producing completed wafers between 25,000 to 35,000 per year. Great if you control the process and IBM, Toshiba and Sony (to a lesser degree) do.

      Do a Google search on "Silicon On Insulator" as a starting point.

      --
      There ain't no such thing as proprietary standards only proprietary formats. Standards are by definition open.
    5. Re:The plan all along... by antime · · Score: 1

      When you say "Cell chip" I assume you mean an implementation with one PPE and eight SPEs? I would be interested if you have figures for smaller versions, designed for use in less processing-intensive applications (digital TV, DVD players etc).

    6. Re:The plan all along... by Anonymous Coward · · Score: 0
      costing approx US1200
      I doubt that fully processed wafers are that cheap.
    7. Re:The plan all along... by frogstar_robot · · Score: 1

      BTW - Anyone remember back to when the Soviets used to buy up Ataris and canabilize their chips for sonobouys?

      Link?

    8. Re:The plan all along... by donaldm · · Score: 1

      I don't have the figures for a cut-down cell (if such a thing exists), although I would assume that if you only want a PPE (not negotiable) and say 4 SPE's then standard cell chip yields would increase to say 50~70%. Of course if the clock frequency is lower then I would also assume that yields would go up as well. The overall size of the standard cell chip is huge and since you are going to put rectangular chips on a circular wafer then you are never going to get much more than 80~90% yields (reasonable guess here). Actually I am sure IBM, Sony and Toshiba are aware of this and less critical appliances could get a so called "cut down" cell chip at a suitably reduced price.

      I would assume It would be cheaper to connect two or more cell chips via a circuit board or suitable substrate, taking care with the interconnect rather than try to put the assembly on one chip. It would be possible to do what Microsoft has done with their triple core for the Xbox 360 however I would leave that up to the design engineers of the consortium.

      It has been pointed out to me that maybe the overall cost (I assumed US$1300/wafer including US$100 for processing) is out. This may be the case but I do know the (Silicon on Insulator) SOI wafer is at present US$1200 for small runs and unless you are using very expensive materials for the processing I think US100/wafer for processing is reasonable, especially since you are looking at massive volumes.

      The fab producers will charge extra for not only the processing but an extra charge for the finished product, however I cannot see a Companies like Sony, Toshiba or IBM charging themselves much more than say 10% to 30%. It would be reasonable to see a 100% or more markup for other companies.

      It must be remembered that a SOI fab is US$11M so you still have to recoup your initial spend and this equally applies to R&D so you need to plan on how much to actually charge over a time period and this is were it gets into serious Statistics because charge to much and you product becomes more expensive and fewer people buy your product and if you charge too little you never recoup your R&D and other costs.

      Note I am an electrical engineer and one of my subjects was IC design but that was over 20 years ago. The basics have not changed but the methodologies have. There are many IC FAB companies from the 1970's to today that allow a small manufacturer to group their designs with other manufacturer designs saving quite a considerable amount of money. Kind of like the the old computing batch jobs that were run on punched cards. Unfortunately I could not find out general costs, so with regard to the Cell costs I have made some reasonable guess work.

      --
      There ain't no such thing as proprietary standards only proprietary formats. Standards are by definition open.
  20. Now we know... by Nom+du+Keyboard · · Score: 1

    Now we know why the PS3 Europe release is pushed out into next Spring. With reported 10% - 20% yields for the Cell, there just aren't that many of the buggers around yet.

    --
    "It's the height of ridiculousness to say for those 9 lines you get hundreds of millions."
    1. Re:Now we know... by Ilgaz · · Score: 1

      In case you aren't joking/sarcasm, PS3 was pushed for Europe because of the BluRay lasers couldn't be produced in timely manner.

      http://www.betanews.com/article/Bluray_Causes_PS3_ Delay_in_Europe/1157552739

      That was why the electronics/optics industry warning them publicly, to end this HD-DVD and BluRay fight in rational way since those lasers are state of the art and not that easy to produce.

  21. Mac OSX? by BlueBoxSW.com · · Score: 0

    Anyone else expect to see a Mac OSX Xserve running these babies in 2008?

    And I can't wait. While the MacOS has positioned itself capable of hoping from platform to platform in record time, windows still has a hard time running modern Intel chips...

    And yes, I am happy to see Linux run on the cell processors. I think that says a lot about it's adaptability as well.

    Bill Gates who?

    1. Re:Mac OSX? by geekoid · · Score: 3, Funny

      "Anyone else expect to see a Mac OSX Xserve running these babies in 2008?"

      nope.

      --
      The Kruger Dunning explains most post on /. http://en.wikipedia.org/wiki/Dunning%E2%80%93Kruger_effect
    2. Re:Mac OSX? by Anonymous Coward · · Score: 0

      Mac's are completely irrelevant as servers, and barely relevant as desktops. Apple is a music and media company, not a computer company.

      As for "leaping platforms in record time", please go see how many platforms any version of NetBSD or Linux run on and then get back to us.

    3. Re:Mac OSX? by Ilgaz · · Score: 1

      If you want to run a OS more Apple like and supported Apple-like, you can buy Terrasoft Yellow Dog Linux but they are a bit High Performance Computing (HPC) oriented.

      I can nearly guarantee it will be offered as option on these products.

      http://www.terrasoftsolutions.com/products/ydl/

      They are in Power board now too.

      After Apple claimed their new XServe Intel runs 5x faster than their G5 based Xserve, I would suggest not to select them as a serious server vendor.

      As a Quad G5 owner I am actually afraid to install Yellow Dog Linux here while my machine is supported. What would happen if I see 2x faster running machine? Serious..

    4. Re:Mac OSX? by rootmonkey · · Score: 2, Insightful

      MacOS wouldn't have any problem running on the PPU portion of the Cell. It will take alot of effort to get the OS to effectively utilize the SPU's though. The PPU is awfully slow and has very poor memory access rates. So yes MacOS could run on it, but you wouldn't want it to. Since the PPU is powerPC it wasn't a huge effort to get Linux running on the Cell. The added work was to expose the SPUs through the SPU file system. To the kernel the SPUs just looks like a block device.

      --

      Yes but every time I try to see it your way, I get a headache.
  22. ps3 emulator? by p0ss · · Score: 1

    awesome, now i can play ps3 at work !!
    "uh, yeh boss, im just testing the performance capabilities of the new blade enclosures"

    1. Re:ps3 emulator? by Cocoshimmy · · Score: 1

      The PS3 needs to be released before an emulator can be made for it :)

      2010 maybe?

  23. In Other News by popeye44 · · Score: 1

    The Blue lasers that were to go on the sharks have been delayed. So it will be the standard red lasers until further notice. PS IBM will not be using blue lasers on their blades. The blades have been sharpened with a red laser.

    --
    Inane Comments are Generously Disregarded
  24. Will these blades run Madden 2007? by wardk · · Score: 1

    just wondering, it's not mentioned in the article. (that's a guess since in keeping with policy I didn't actually read it)

  25. MOD PARENT DOWN by Anonymous Coward · · Score: 1, Informative

    (Score:5, Informative) for a simple wikipedia posting is just bullshit people. We all know that if we don't know what something is, google is your friend. If I simple type in CELL, it's the fifth fucking thing listed. ARG!

  26. Apple only bought 5%, but it was the top 5% by Anonymous Coward · · Score: 0

    Apple may have only had 5% of the total power architecture chips sold, but I bet they had nearly all the 970s. Automotive computers (and other embedded devices) may have lots of processors, but most of them run 10-year-old cores at 300MHz or less; fuel injection and microwave ovens haven't gotten much more complicated since the days when the 6502 was king. If the embedded market is all they've got, IBM and Freescale are going to end up like the people still churning out Z80s and 6502s now, possibly profitable but certainly nowhere near the cutting edge.

    1. Re:Apple only bought 5%, but it was the top 5% by MemoryDragon · · Score: 1

      It was not the top5% IBM has moved away from the 970 core which basically was a reduced Power4 core years ago, their current top of the line and has been for more than two years is the Power5 line (which is not the sames as the G5, it is what could have become the G6) Apple did have no choice than moving away, but it is true, that Neither IBM nor Freescale shed a tear of losing Apple. Their core market is a different one nowadays and will be for the upcoming years. I think Intel has a bigger problem, their core market is PC only and really PC only now they have given up their ARM line (which was their own fault, they had a good headstart but then let it sleep). The PC itself is basically as concept in the last third of its lifetime with a good 10 years ahead but then it will be over. Intel has to make the transition from the PC into other markets, but has failed again again and again to do that. If and it will happen, the PC market goes down, or shifts to something else Intel really has a problem on its hands.

  27. What consumer? by homerj79 · · Score: 0, Redundant

    As Playstation 3 isn't scheduled for release until November, the QS20 will mark the first application in which the highly-touted Cell will be available to consumers."

    What consumer? The one that needs a system for "seismic research, encryption, digital image rendering and military surveillance applications" and can plunk down the estimated $18,995 price tag, I guess.

    --
    SYSOP ('sih-sop) n.: the guy laughing at your typing.
  28. How fast *is* it? by jonatha · · Score: 1
    Each QS20 will include two nine-cored Cell Processors clocked at 3.2Ghz apiece

    I'm confused. Does that make the damn thing 6.4GHz, 28.8GHz, or 57.6GHz?

    --
    The SCO lawsuit makes me wish my company were in Utah. We need a new building.
    1. Re:How fast *is* it? by TechFreep · · Score: 1

      two nine-cored processors, 3.2Ghz per processor -- 6.4Ghz

    2. Re:How fast *is* it? by miro+f · · Score: 1
      I'm confused. Does that make the damn thing 6.4GHz, 28.8GHz, or 57.6GHz?


      no. It's 3.2 GHZ

      you don't add clock speeds
      --
      being vague is almost as cool as doing that other thing...
    3. Re:How fast *is* it? by Anonymous Coward · · Score: 1, Informative

      As the others have noted, its 3.2GHz per processor. It doesnt make the system 6.4GHz, however. As we all know, 1+1 does not equal 2 in the processor world. When you get into multi processor systems, the amount of processing speed depends on a lot of factors, such as the subsystem, software tuning, etc.ac

    4. Re:How fast *is* it? by Anonymous Coward · · Score: 0

      Sun did when they launched Niagara and claimed it was 9.6Ghz - which upon booting and running a single floating point instruction everyone realized was not true.

    5. Re:How fast *is* it? by PrescriptionWarning · · Score: 1

      its also important to remember that 3.2Ghz for one processor doesn't mean equal speed to 3.2Ghz for a separate processor... that just happens to be the interval at which the bits are thrown around inside the thing. Whats important is how it handles those bits, the latency time of going from one end to the other along with all the gates that must be travelled along the way. Cell is actually many times faster in this regard than your typical 3.2Ghz intel or amd (with respect to specific computational type applications of course)

    6. Re:How fast *is* it? by Khaotix · · Score: 1

      18 cores @ 3.2Ghz

  29. Good Marketing for the Hardware by twitter · · Score: 1

    Servers aren't consumer products so I don't see how this gets consumers any closer to a Cell or any sooner.

    The server that runs Fedora core 5 costs $18,000 or so. Like most people, I'm not going to buy a computer that costs so much but it does get me closer to a Cell processor.

    Next to a part of a Los Alamos super computer, a $600 PS3 looks like a bargain. Hell, it looks like a bargain next to a "Ready for Vista Ultimate Sucker Edition" computer. I thought the PS3 was interesting as a gaming platform and nothing else. If Sony makes it so I can dual boot, so that I can run Fedora when I want to crunch numbers I'll put up with the non free nature of the Sony half that plays DVDs and games the same way other non free set top boxes do. The PS3 does not cost that much more than the average PC I build for myself but promisses much more power. I'm going to be watching PS3 very closely, it might be my next PC. If it really works like Sony wants it to, it will be a lot of people's next home computer and it will help make 2007 the year of Linux.

    No, I've never said "next year will be the year of Linux" before this year. Vista's impending flop and truly new hardware from IBM is making good on IBM's promiss that the future is free. 2007 has a very good chance of seeing free software market share reach 20% of the home market, aka "mainstream".

    --

    Friends don't help friends install M$ junk.

    1. Re:Good Marketing for the Hardware by Ilgaz · · Score: 1

      Let me give a funny number. PS3 is $600 and can play Blu Ray movies.

      Blu Ray "deck" is $999 :)

      I have one friend who bought PS2 just because it has excellent DVD playing capabilities (picture quality etc.). It looks like same guy will buy PS3 for Blu Ray. I think the PS2 uses its CPU capabilities to enhance/correct movie.

      If they offer WiFi, IMAP etc, why not? I am sure Linux would run too.

      $400 less, you get a state of the art CPU, blu ray, real games (bluray has java too) and multimedia. You can "fold@home" too!

      There will be Linux since IBM's partner Terra Soft making PowerPC Exclusive linux for years now. (Yellow Dog Linux).

      I bet the genius suit put $999 price tag to BluRay deck must be thinking why sales are slow ;)

  30. Using IBM's Cell Processors in scientific HPC by rlh100 · · Score: 4, Informative
    I am surprised that no one has mentioned the Slashdot article on the study at LBL on use of cell processors in High Performance Computing:
    The Potential of Science With the Cell Processor
    http://science.slashdot.org/article.pl?sid=06/05/2 8/047223/

    It reference a second article:
    Researchers Analyze HPC Potential of Cell Processor
    http://www.hpcwire.com/hpc/671376.html/

    This discusses research at Lawrence Berkeley National Laboratory on using the STI Cell processor for scientific computing. From the article quoting the LBL paper:
    "Overall results demonstrate the tremendous potential of the Cell architecture for scientific computations in terms of both raw performance and power efficiency,"
    and
    "We also conclude that Cell's heterogeneous multi-core implementation is inherently better suited to the HPC environment than homogeneous commodity multi-core processors."

    The paper went on to say that while the Cell processor was designed for single-precision 32-bit floating performance but with some simple changes to the design it could be optimized for double precision 64-bit floating performance.

    This makes a lot of sense if this is the same Cell processor that IBM is using in their blade servers.
    Really cheap, really fast 9 core processors!

    An interesting read.

    RLH

  31. Almost counts... by Anonymous Coward · · Score: 0

    Cell would be great for HPC with a couple of small changes.

    HPC is not horseshoes or hand grenades.

  32. Let me be the first to say by GweeDo · · Score: 1

    Benchmark Doom on it!!!

  33. The real message by mr1337 · · Score: 1

    I think the real message here is, if you don't buy the PS3, the terrorists win.

    --
    For sale: Parachute. Used once. Never opened. Small stain.
    1. Re:The real message by CarpetShark · · Score: 1
      I think the real message here is, if you don't buy the PS3, the terrorists win.


      Quite true, if by "Terrorists" you mean microsoft ;)
  34. Military Surveillance? by nephridium · · Score: 1
    I wonder what the excess processing power will be used for. Maybe it enables the surveillance system itself to make 'educated guesses' and start interpreting not only who is doing something, but also what someone is doing.

    grep 'Bin Laden' surveillance.recent.log
    14:12 Bin Laden located at [34°06'17"N 70°8'29"E] appears near entrance of cave H453f
    14:14 Bin Laden located at [34°06'17"N 70°8'30"E] taking a leak
    14:15 Bin Laden located at [34°06'17"N 70°8'30"E] amount of urin minimal, suspected cause: enlarged prostate
    14:17 Bin Laden located at [34°06'17"N 70°8'29"E] disappears near entrance of cave H453f
    --


    And when you gaze long enough into the code, the code will also gaze into you.
    1. Re:Military Surveillance? by nephridium · · Score: 1
      Argh should've used preview - slashdot screws with the "'"s :(

      grep 'Bin Laden' surveillance.recent.log
      14:12 Bin Laden located at [3406'17"N 708'29"E] appears near entrance of cave H453f
      14:14 Bin Laden located at [3406'17"N 708'30"E] taking a leak
      14:15 Bin Laden located at [3406'17"N 708'30"E] amount of urin minimal, suspected cause enlarged prostate
      14:17 Bin Laden located at [3406'17"N 708'29"E] disappears near entrance of cave H453f
      --


      And when you gaze long enough into the code, the code will also gaze into you.
  35. Its not so highly touted by crossmr · · Score: 2, Interesting
    Chris Hecker for example pretty much says they're crap for game consoles. http://crystaltips.typepad.com/wonderland/2005/03/ burn_the_house_.html

    So, as you know, graphics and physics grind on large homogenous floating point data structures in a very straight-line structured way. Then we have AI and gameplay code. Lots of exceptions, tunable parameters, indirections and often messy. We hate this code, it's a mess, but this is the code that makes the game DIFFERENT. Here is the terrifying realization about the next generation consoles: I'm about to break a ton of NDAs here, oh well, haha, I never signed them anyway.

    Gameplay code will get slower and harder to write on the next generation of consoles. Modern CPUs use out-of-order execution, which is there to make crappy code run fast. This was really good for the industry when it happened, although it annoyed many assembly language wizards in Sweden. Xenon and Cell are both in-order chips. What does this mean? It's cheaper for them to do this. They can drop a lot of cores. One out-of-order core is about four times [did I catch that right? Alice] the size of an in-order core. What does this do to our code? It's great for grinding on floating point, but for anything else it totally sucks. Rumours from people actually working on these chips - straight-line runs 1/3 to 1/10th the performance at the same clock speed. This sucks.
  36. Re:Different markets - trying to rewrite history by Anonymous Coward · · Score: 0

    The "cell processor in supercomputing" is a bandaid
    for the failure of BlueGene/L to reach petaflop.
    The chip was designed specifically for the PSP, not
    as a supercomputer CPU.

    The people at IBM who did not have a clue as
    to where things were going (and as result they buried the
    real alternative), are trying to rewrite history and
    come on the top.

    Their strategy won't work long term.
    The cell petaflop will cost too much and do too litle,
    too late.

    But who really cares? They will get their govt money
    and their awards and then they can start all over again.
    Who knows, aybe in 10 years they will get it right.

  37. I just hope.. by clickclickdrone · · Score: 1

    The IBM didn't have a Defender flashback and put in a smart-bomb button on these puppies.

    --
    I want a list of atrocities done in your name - Recoil
  38. Consumers by SpaghettiPattern · · Score: 1

    QS20 will mark the first application in which the highly-touted Cell will be available to consumers
    Consumers?! Do you know how much a QS20 will cost you? These are business systems. You'd have to buy both a blade center and a blade.

    --

    I hadn't the slightest objection to his spending his time planning massacres for the bourgeoisie... (P.G. Wodehouse)
  39. Fully Open Source Linux? by Lonewolf666 · · Score: 1

    On the processor? AFAIK yes, the few existing Cell Workstations run Linux. And there are no reports of that linux version being bastardized.

    On the PS3? I believe that when it is reported by independent reviewers. Because it would be a radical break from the current business model for console:
    1) The console is sold at a loss
    2) The console maker recoups the losses from licens fees the game makers have to pay
    3) The console is heavily protected against the starting of unlicensed software.

    Having an unrestricted Linux on the PS3 would eliminate 3) and thus make it very difficult to enforce 2). So unless the expected price of $600 per PS3 actually pays for the hardware, Sony cannot afford to allow unrestricted Linux on the PS3.

    --
    C - the footgun of programming languages
  40. Not really. by Anonymous Coward · · Score: 0

    Unrestricted Linux allowable. Just resticted mode for games. Ie boot Linux or boot Secuirty safe game mode.

    Lot of game developers don't like cheats. Can never be sure that Linux users are not cheating they just have to many options. Note this also goes for Windows users.

    Also most Linux developers will not crack that. Why it already runs linux. Also most Open Source developers also hate cheats.

  41. Transputer by master_p · · Score: 1

    Let's not forget the Transputer! it was there 20 years before the Cell CPU, and there was parallel programming languages like Occam or Concurrent C.

    More info here:

    http://en.wikipedia.org/wiki/Transputer

  42. Some games on Linux, then. by Lonewolf666 · · Score: 1

    Boot Linux. Insert Linux based game DVD from company X which is not so concerned about cheats, especially in single player mode (players can only ruin the game for themselves). Company X does not pay any license fees to Sony, and I doubt there is a law Sony could use to force them.

    Result: Less income for Sony.

    And that is what all console manufacturers have tried to avoid so far. Now it is possible that Sony has a different business model this time, or that they are simply not getting it and will have a rude awakening. But I'm still sceptical about that Linux on PS3 thing.

    --
    C - the footgun of programming languages
  43. Mercury Computer Systems already has these by Anonymous Coward · · Score: 0

    All the following links are from www.mc.com (Mercury Computer Systems)
    either their cell evaluation system, which is designed in the IBM bladecenter form factor:
    http://www.mc.com/products/view/index.cfm?id=27&ty pe=systems
    the turismo gangable computers: http://www.mc.com/products/view/index.cfm?id=34&ty pe=systems
    http://www.mc.com/products/view/index.cfm?id=96&ty pe=boards mercury computing has been offering/releasing Cell based products for a couple months. Their boxes are just as affordable for "consumers" as an IBM blade system. I don't work for them, but mercury computing has some pretty awesome stuff.
    -Scott

  44. DVD encoding? by Cinquero · · Score: 1

    Hell, I'd love those little number crunchers for digitizing my old analog VHS tapes. A two-pass encoding of somewhat over an hour of analog video takes approx. 6 hours here...

  45. Blade sounds very nice, but will it come with... by Anonymous Coward · · Score: 0

    A Blu-ray drive built-in?