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Oracle Won't Abandon SPARC, Says Ellison

fm6 writes "When the Oracle acquisition of Sun Microsystems was announced, it was widely assumed that Oracle was interested only in Sun's software technology, and would sell or discontinue all its hardware businesses. Larry Ellison, in an interview just posted on the Oracle web site, says that's not what's going to happen. In particular, SPARC isn't going anywhere (PDF): 'Once we own Sun we're going to increase the investment in SPARC. We think designing our own chips is very, very important. Even Apple is designing its own chips these days.'"

280 comments

  1. Are You Really Prepared for the Hardware Market? by eldavojohn · · Score: 5, Interesting

    I mean, how are you going to mitigate the blitzkrieg campaign IBM has launched against SPARC while you're busy with the merger details?

    --
    My work here is dung.
  2. Designing chips by flaming+error · · Score: 5, Insightful

    "Even Apple is designing its own chips these days."

    Unlike Oracle, I think Apple is traditionally a hardware company.

    I wish them the best carrying on the Sun baton.

    1. Re:Designing chips by Mad+Merlin · · Score: 4, Funny

      "Even Apple is designing its own chips these days."

      Unlike Oracle, I think Apple is traditionally a fashion accessory company.

      I wish them the best carrying on the Sun baton.

      There, fixed that for you.

    2. Re:Designing chips by mabinogi · · Score: 5, Insightful

      that's not traditionally, that's lately.

      Would you really consider an Apple II to be a fashion accessory?

      --
      Advanced users are users too!
    3. Re:Designing chips by umeboshi · · Score: 4, Funny

      Would you really consider an Apple II to be a fashion accessory?

      Well, maybe the IIc. I remember watching teachers walking around looking smug while carrying those. ;)

    4. Re:Designing chips by Unoti · · Score: 3, Interesting

      Would you really consider an Apple II to be a fashion accessory?

      No, but arguably starting with Mac or Lisa. It's pushing the metaphor I'll admit in the sense that you wouldn't wear a Macintosh the way you'd wear an iPod. But the appeal of the Mac and the Lisa was as much or more fashion and style as it was practical.

    5. Re:Designing chips by Anonymous Coward · · Score: 5, Funny

      Would you really consider an Apple II to be a fashion accessory?

      *dons sunglasses*

      Ohhhhh yeah.

    6. Re:Designing chips by paganizer · · Score: 1

      I'm pretty sure when you are talking about everything since the first Mac, you can't really say "lately".

      --
      Why, yes, I AM a Pagan Libertarian.
    7. Re:Designing chips by pathological+liar · · Score: 2, Insightful

      No, but compared to PCs of the era I could probably get away with calling the SE/20 or SE/30 fashion accessories.

      They were certainly great little machines too, but style was key (and that's where you start hearing the anecdotes about Steve micromanaging the UI design of everything.)

    8. Re:Designing chips by glwtta · · Score: 1

      Would you really consider an Apple II to be a fashion accessory?

      Fair enough, but that was, what, 30 years ago? I think "lately" is a bit of an understatement.

      --
      sic transit gloria mundi
    9. Re:Designing chips by ThrowAwaySociety · · Score: 2, Informative

      No, but compared to PCs of the era I could probably get away with calling the SE/20 or SE/30 fashion accessories.

      They were certainly great little machines too, but style was key (and that's where you start hearing the anecdotes about Steve micromanaging the UI design of everything.)

      Odd, since Jobs had left the company (ie. been fired) by then.

    10. Re:Designing chips by blackpig · · Score: 1

      The Apple IIc was a nice looking piece of gear for it's day. Featured in a kids movie too, I think... Explorers?

    11. Re:Designing chips by rackserverdeals · · Score: 3, Funny

      Odd, since Jobs had left the company (ie. been fired) by then.

      That's why it was safe to start talking about it.

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      Dual Opteron < $600
    12. Re:Designing chips by Hognoxious · · Score: 1

      It's pushing the metaphor I'll admit in the sense that you wouldn't wear a Macintosh the way you'd wear an iPod.

      Well no. You'd wear a Mackintosh on top of your other clothes, to keep them dry.

      --
      Confucius say, "Find worm in apple - bad. Find half a worm - worse."
    13. Re:Designing chips by thetoadwarrior · · Score: 2, Informative

      People only think Macs look nice because PCs have always been so butt fucking ugly.

    14. Re:Designing chips by Anonymous Coward · · Score: 0

      In 1996, maybe. All I'm saying is we really should start funding our schools. It is getting really pathetic. // Thats right, I am hijacking this thread straight to CUBA!

    15. Re:Designing chips by Anonymous Coward · · Score: 0

      Wow, you've been bitter for a REALLY long time now.

    16. Re:Designing chips by Anonymous Coward · · Score: 1, Funny

      Would you really consider an Apple II to be a fashion accessory?

      Well, maybe the IIc. I remember watching teachers walking around looking smug while carrying those. ;)

      That wasn't "looking smug". That's how you look when you have a hernia.

    17. Re:Designing chips by jedidiah · · Score: 1

      > In 1996, maybe. All I'm saying is we really should start funding our schools. It is getting really pathetic. // Thats right, I am hijacking this thread straight to CUBA!

      It sounds like they would just squander the money on booze, hookers and overpriced Apple computers...

      --
      A Pirate and a Puritan look the same on a balance sheet.
    18. Re:Designing chips by Ilgaz · · Score: 1

      I think people forgot how computers looked before iMac (except the always interesting Packard Bell and the real IBM PS/2 designs)

      This is Apple Macintosh Classic, a budget model even (for Apple standards)
      http://en.wikipedia.org/wiki/File:Macintosh_classic.jpg (Apple Mac Classic)

      This is a computer which was designed to please home user/teens by a company who can easily spend billions and no question about its future.
      http://en.wikipedia.org/wiki/File:PCjr_expanded_cropped.jpg (IBM PCJr)

      PCs were white/beige boxes just caring about how many millimetre that component is and amps of power supply.

    19. Re:Designing chips by robthebloke · · Score: 1

      Would you really consider an Apple II to be a fashion accessory?

      definitely. The last time i almost kissed a girl when when i owned one...

    20. Re:Designing chips by mzs · · Score: 2, Informative

      You picked sort of a bad yet sort of a good example in the IBM PCjr. Yes I had one. That really was the best of the design for home use from IBM at the time. The design emphasized different characteristics though. The Mac had small where luggable was important, the PCjr had small where expandable was important. But the real problem in your comparison is that the Mac was made as a competitor to the IBM 5150, while the IBM PCjr was made as a competitor to the Apple II line (in particular the IIc). There was innovation in the Mac that was not in the PCjr simply since it was not targeting the same audience (like the mouse+gui) so I am going to ignore that.

      So some things where the PCjr was innovative:

      That thing on the side, that was an expansion module, you could just keep plugging in in more on the side. That one in the picture was probably a parallel port sidecar.

      The two holes on the bottom, those were for ROM carts, I had a BASIC ROM and a few games.

      That little circle on the bottom, that was an infrared receiver for the wireless keyboard.

      That monitor on top was an RGBI style CGA+ monitor. RGBI was digital. The PCjr could do 320x200 16 color and 640x200 4 color and that monitor was really crisp at 80x25 at the time.

      The PCJr also had good sound for the time, I think better than Apple II.

      They also had a light pen connector and two joystick ports. Yes I had software that used the light pen, again targeted to home use where at the time mouse seemed not as simple for kids and certainly not as good for drawing (hee hee).

      But in fact that wireless keyboard truly sucked. It was not fun to type on, the Apple II and IIc keyboards were much nicer. So there is a case of innovation gone wrong at IBM.

      If you wanted to pick a worse example from the PC camp you could have picked the Tandy 1000. That was a typical large box with drive bays and a few 8-bit expansion ports. It was ugly by Apple standards. The innovation there was that some later models (was it the XL) had a higher speed NEC 8088 compatible. The PCjr was small in comparison.

    21. Re:Designing chips by mzs · · Score: 1

      Oh I forgot one thing. My friend later had a IIgs and when we played the older prodos Apple II games, brown invariably looked like yellow, but on the PCjr brown was actually brown. I do not know if that was an Apple II thing or just his monitor, but I always noticed it. So I always had this view that the graphics were better on the PCjr than on the Apple II as a kid. The IIgs though, that blew me away, but it did come out years later.

    22. Re:Designing chips by molarmass192 · · Score: 1

      Apple makes the best consumer hardware out there, bar none. Screw the OS, you cannot get better hardware from ANY major manufacturer. So take your plastic, 4 hour battery, 2.5" inch thick, 10 pound piece of shit and shove it where the sun don't shine. Leave the serious toys for the big boys and go back to playing WoW while the rest of us work on moving technology forward.

      --

      Good people do not need laws to tell them to act responsibly, while bad people will find a way around the laws-Plato
    23. Re:Designing chips by Mad+Merlin · · Score: 1

      Apple makes the best consumer hardware out there, bar none.

      Bzzt! Wrong.

      Their entire laptop line is permanently useless, as none of them have nipples. They're also all hobbled with shortscreen LCDs, but that's hard to avoid nowadays.

      Their desktops are just off the shelf components thrown in a glossy white plastic case and marked up 200%.

    24. Re:Designing chips by Mad+Merlin · · Score: 1

      ...overpriced Apple computers...

      But you repeat yourself.

    25. Re:Designing chips by Anonymous Coward · · Score: 0

      I was wondering where the traffic came from. Wonder why comments donâ(TM)t show up in a search? Thanks for the mention!

      -http://www.chopshopstore.com

  3. Of course by SultanCemil · · Score: 4, Insightful

    Well, of course he's going to say that - he's not just going to say "well, we're planning on axing 20,000 jobs and kissing bye-bye to the SPARC line". He has to at least maintain the *illusion* that they're going to keep producing SPARC chips.

    I love the line about "even Apple" is designing its own chips. One could say "even Sun" sells Intel.

    --
    Cemil.
    1. Re:Of course by rackserverdeals · · Score: 4, Insightful

      Well, of course he's going to say that - he's not just going to say "well, we're planning on axing 20,000 jobs and kissing bye-bye to the SPARC line". He has to at least maintain the *illusion* that they're going to keep producing SPARC chips.

      I love the line about "even Apple" is designing its own chips. One could say "even Sun" sells Intel.

      Sure, buy a company and kill off their highest revenue generating, and highest margin products which coincidentally are chosen more than any other platform to deploy your own database product. That's real smart.

      Anyone that thought it would make sense to kill off sparc doesn't have a clue or is just likely spreading IBM FUD.

      --
      Dual Opteron < $600
    2. Re:Of course by stevesliva · · Score: 4, Interesting

      Sure, buy a company and kill off their highest revenue generating, and highest margin products which coincidentally are chosen more than any other platform to deploy your own database product.

      Servers were Sun's highest margin stuff? No wonder they plummeted and got bought. But if Oracle doesn't find value in offering servers bundled with software, one would wonder why IBM does. It's pretty clear that servers are now second fiddle to IBM's software business.

      Is it just me or was he explicit about maintaining Sparc, but said nothing about x86 servers? I'll have to find the rest of the interview on Reuters.

      --
      Who do you get to be an expert to tell you something's not obvious? The least insightful person you can find? -J Roberts
    3. Re:Of course by MouseR · · Score: 3, Interesting

      For as long as I can remember, Apple has been designing and outsourcing their own chips. Be it in the form of custom ROMs or VLSIs wich Apple is a big user of.

      Sort of a weird line coming from my boss whose also on Apple's board of directors.

      What I think he meant was to emphasize that while Apple uses Intel and makes it's software (like Oracle), they also design their own chips (more so where the AIM alliance's desktop grade PPC was viable).

    4. Re:Of course by rackserverdeals · · Score: 3, Informative

      Servers were Sun's highest margin stuff? No wonder they plummeted and got bought.

      I said highest margin products, meaning not software or services. The SPARC line of servers is higher margin than their x86 line.

      Sun's services revenue has grown to be almost what their products revenue is over the years. While they're not as big as IBM Global Services, the combination of Sun's services and Oracle's will give them a leg up.

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    5. Re:Of course by larry+bagina · · Score: 5, Informative

      The last year or so, Apple has been putting some serious effort into custom chip design, purchasing P.A. Semi and hiring key design guys from IBM and AMD/ATI.

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    6. Re:Of course by Eskarel · · Score: 2, Insightful

      Apple is starting to design their own chips, more specifically it appears for their iPhone and iPod ranges(no news so far on they trying it for PCs and I don't expect any). They've hired some heavy hitters from AMD, and made some noise in the press about it. It's fairly recent and they haven't to the best of my knowledge released anything about it yet.

      Presumably they're after technology which will provide them with a competetive advantage in the performance/battery life arenas.

      For the same reasons, the idea of selling a database appliance is probably something that appeals to Oracle. Considering they just bought a company with heavy investment in hardware, operating systems as well as web and virtualization technologies. This is probably a rather appealing idea.

      If they can make it work it's potentially a very profitable one, and they've got a better chance than Apple since they've just bought a company with all the bits they didn't have as opposed to trying to start designing and fabbing chips(something Apple has never done) even if it's only for the low power handheld market.

    7. Re:Of course by drinkypoo · · Score: 2, Insightful

      For as long as I can remember, Apple has been designing and outsourcing their own chips. Be it in the form of custom ROMs or VLSIs wich Apple is a big user of.

      Nobody is impressed by a "custom ROM" (and nobody uses a non-programmable ROM any more, and few even use a non-electronically-erasable one) and VLSI just means "Very Large Scale Integration" ... the integration of thousands of transistors on a single chip. It's also a company that put together a lot of "custom" silicon for Apple. But in the chip industry nothing is ever a one-off, and SOP is to have a library of cores which are integrated into "custom" solutions for different customers; the custom part is which cores are in the package, and sometimes they just turn off some unused cores in a previous, working design if the customer isn't that picky about die area. Furthermore, that stuff more or less disappeared when Apple went intel, but of course the iPhone is a whole different ball of wax.

      --
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    8. Re:Of course by Ilgaz · · Score: 2, Interesting

      I think many misses the fact that Sun makes some great blades running Windows enterprise... Or the entire "enterprise" market which POWER is the king, Intel, Sparc are fighting each other, AIX is a huge player, Cell started to have huge popularity as HPC newcomer etc. It is something like different universe.

      Of course, I won't see a Sun workstation in my usual life, I won't sit and admin a Enterprise server but that doesn't make me treat Sparc as something so sucky that can be easily abandoned by an enterprise software company...

      Come on people... Lets go to some enterprise focused sites (Register has a great section) to see the real deal before talking eh? A database company who hasn't produced any kind of "small" (sub 10 users) serving software pays billions just to kill mysql which doesn't compete in any of their segments, closes down Java, kills Sparc... If they are _that_ stupid, how come they are one of the largest software companies on Earth?

    9. Re:Of course by joib · · Score: 4, Informative


      I said highest margin products, meaning not software or services. The SPARC line of servers is higher margin than their x86 line.

      It better have damn good margins. Intel, and to a lesser extent AMD, can amortize their R&D and fab costs over a zillion units. Meanwhile, last quarter Sun sold 60000 servers, 28000 of which were x64, leaving only 32000 SPARC systems. Again, of the SPARC systems $500m revenue was for the Sun-Fujitsu SPARC enterprise products using Fujitsu SPARC64 chips, and $300m revenue for their own Niagara systems. So yeah, with those revenues they better have damn good margins if they are going to spend more than a pittance on R&D.

      It wouldn't surprise me if they sell the rest of the SPARC chip business to Fujitsu pretty soon, provided Fujitsu wants it. That doesn't of course mean they would be killing SPARC, just that they'd be expanding the current Sun-Fujitsu deal to cover all SPARC chips.

      As for Ellison's comments, his job at the moment is obviously to convince Sun shareholders to approve the deal, some of which might well have some sentimental attachment to the SPARC business. I wouldn't trust what he says wrt Sun for one second, at least until the deal is through.

      As for services, with hardware increasingly commoditized, that's the obvious way to go. It's no surprise that the remaining survivors of the unix wars, IBM & HP, are both heavily into services.

    10. Re:Of course by TheRaven64 · · Score: 1

      Yes, when you've just bought a company that makes two chip lines that are a perfect performance fit for your flagship product, killing them makes perfect sense.

      --
      I am TheRaven on Soylent News
    11. Re:Of course by radtea · · Score: 1

      Sure, buy a company and kill off their highest revenue generating, and highest margin products which coincidentally are chosen more than any other platform to deploy your own database product. That's real smart.

      Sorry, but I don't see where "smart" comes into it. People and the organizations they run--business or government--do incredibly stupid things all the time.

      Any argument that begins with the premise, "It would be stupid to do X" and ends with the conclusion, "Therefore no one would ever do X" relies on the false premise, "No one ever does anything stupid." Unfortunately, the opposite is true: most of us do stupid things most of the time, even very successful people, whose success can be attributed to a combination of luck and being stupid slightly less often than others.

      --
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    12. Re:Of course by fm6 · · Score: 1

      So explain, then, why he's willing to spend $6 billion for Sun if he plans to shut most of the company down?

    13. Re:Of course by fm6 · · Score: 2, Insightful

      I work for the part of Sun that makes the blades you're talking about. Two important details: they also run Linux, Solaris and ESX Hyperviser. And although I'm certainly glad you think they're great (as I do), remember that x64 systems (blades, rack mount systems, and one lonely workstation) are still a relatively small part of our business.

      The future of which is my biggest concern. I'm encouraged that Ellison has seen fit to debunk the assumption that Oracle wasn't interested in Sun's hardware operations. But frustrated that he hasn't said anything about the x64 systems. He did talk about his partnership with HP. One hopes that preserving that relationship doesn't come at a cost of shutting down Sun's x64 products. If it does, I'm out of a job.

    14. Re:Of course by bsdaemonaut · · Score: 2, Insightful

      Yes, but unlike every other major chip manufacturer the SPARC/ULTRASPARC architectures have stayed largely the same. Relatively recently the chips have gone multi-core and multi-threaded, but the chips are similar enough to have maintained backwards compatibility for the past 15 years. Intel had just entered the 32bit arena 15 years ago. Want to talk about wasting money? My god look at the Itanium, that's Intel's main offering for high-end servers. The Itanium has been and still is a complete failure. SUN has stretched its R&D dollar far more than Intel could ever dream of. I'd be willing to bet good money if you compared R&D for the past two decades SUN's expenditures would be a comparative pittance. SUN made some big mistakes, not the least of which was failing to fully embrace the low-end market -- but when it comes to mid-to-high end servers they were (and still are) brilliant. Unfortunately brilliance does not necessarily make one successful.

    15. Re:Of course by mzs · · Score: 2, Interesting

      This is not so much for the Sun employees or the JAVA stockholders, this is for the Oracle DB shops that run on solaris/sparc aka the guys paying big money to Oracle now. Oracle does not want to alienate them and get them to go IBM (and then possibly DB2) or Red Hat (and the possibly Postgress/MySQL). Also now Oracle will be making revenue on those solaris/sparc shops not just for the DB. They want to at least make outward indication that they do not intend to cause trouble for them.

    16. Re:Of course by bsdaemonaut · · Score: 1

      Your right. I wonder how they ever became the leader of the market to become one of the most successful high-end server manufacturers ever?

      Yes, they plummeted, but because of their failure to change with the market. Up until 2001 they were a major player.

    17. Re:Of course by rackserverdeals · · Score: 1

      Sun has a lot of products and projects. Ellison can't go around saying which one is safe and which isn't. I'm sure not all will survive but with all the speculation that Oracle was going to kill SPARC or sell off the hardware business, he had to say something. Especially with IBM trying to capitalize by scaring people about the future of SPARC hardware and Solaris.

      I could see Oracle selling off the x86 business more than SPARC but I don't think it's likely. Oracle has a number of customers on Linux and Windows on x86 hardware. The concept of offering a complete solution from "application to disk" should also apply and I would think that blade systems would work well with Oracle RAC.

      With Sun's x86 and blade system revenue growing, it seems like a good thing to keep.

      If that part of the business does get sold, hope it doesn't get sold to HP. I think it would be a smart buy for Dell though and work out better for you. That's if they decide to sell. I've never worked at Sun or Oracle though so I don't know.

      By the way. I was curious. Do other IPMI cards work instead of the ILOM card like the Raritan IP KVM card?

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      Dual Opteron < $600
    18. Re:Of course by rackserverdeals · · Score: 1

      Actually.. what's concerning to me is that David Stewart hasn't put out a new OpenSolaris on Intel video in a couple of months.

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      Dual Opteron < $600
    19. Re:Of course by fm6 · · Score: 1

      Thanks for the encouragement. I hope you're right about that Oracle-on-x86 strategy. I was thinking the same way until I heard Ellison shoring up the HP partnership. HP can't be happy about Oracle becoming a systems company — and Sun's x64 systems are more of a threat to HP's core business (commodity computers) than any SPARC system could be.

      I'm not an expert, and I certainly don't speak for Sun on this, but I should think that any remote management solution that works with white boxes will work with our x64 systems. But why would you want to spent a lot of money, effort, and rack space for features that we give you for free?

      Detail: Sun ILOM hardware is not a PCI card. Depending on the system, it's either built into the motherboard or on a small daughterboard.

    20. Re:Of course by rackserverdeals · · Score: 1

      But why would you want to spent a lot of money, effort, and rack space for features that we give you for free?

      With the ILOM card you need to have your controller on the same subnet. That's fine if you have the servers in your own data center or have a rack full of servers. If you're just colocating a couple of servers, you'd have to have an extra server to act as the controller on the same subnet that you can access remotely.

      It doesn't make sense to have one of the working servers act as the controller because if it goes down, you can't access it. So you need a dedicated box.

      In the servers where the ILOM hardware is a daughterboard, it looks like a regular IPMI slot.

      The IP KVM IPMI cards aren't cheap but for a small server setup at a remote facility, it winds up being cheaper to get the card than it is to get another server and pay for the extra rackspace. Especially in the long run.

      The ILOM card seems worthless to people that rent rackspace by the U and not by the cabinet or cage unless I'm mistaken.

      Once you have more than 4 or 5 servers it makes sense to add your own switch and controller server because you'd be spending a lot for an extra port for each server to accommodate the IPMI network interface.

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      Dual Opteron < $600
    21. Re:Of course by EvilBudMan · · Score: 1

      Yeah, yeah but here's the trick. If you can sell both hardware and software, you might have what a business wants most. Everything to blame on one company if something goes wrong.

      If you use many vendors, get the best deals etc. then when it goes bad people get fired. IBM already has this capability. Now, so does Sun to some extent, but it is a little bit like comparing Intel to AMD.

    22. Re:Of course by fm6 · · Score: 1

      With the ILOM card you need to have your controller on the same subnet.

      I'm going to double-check, but I'm pretty sure that's not the case. If true, it's a very silly limitation!

      Can you point me at any official documentation that makes this statement? If we're incorrectly stating or implying misinformation, it needs to get fixed.

    23. Re:Of course by fm6 · · Score: 1

      Hmm, just poked at an ILOM that's in a lab downstairs from my office, using the Cygwin version of IPMItool from my PC. Definitely not on the same subnet. Was able to dump all the sensor readings this way.

    24. Re:Of course by rackserverdeals · · Score: 1

      Come to think of it, I might be confusing it with the TYAN SMDC card or possibly with something I read about the N1 provisioning system. It's been a while since I looked into it.

      Looking at the ILOM configuration docs the only reference I found about "same subnet" is that you need to be on a computer that has "access to the same subnet as the ILOM" which isn't the same as having to be on the same subnet.

      My mistake. Somewhere along the lines I read a forum post that some of Sun's motherboards were manufactured by TYAN and used the same IPMI card. Just goes to show you can't believe everything you read online.

      --
      Dual Opteron < $600
    25. Re:Of course by fm6 · · Score: 1

      Yeah, that's the sort of conclusion people jump to. All our x64 manufacturing (and most of our SPARC) is outsourced, usually to companies that are well known for PC motherboards they sell under their own names. This makes people think that we're just churning out white boxes. But the designs are ours, not theirs.

    26. Re:Of course by Wdomburg · · Score: 1

      You're seriously on crack here. The SPARC instruction set has remained larely the same, but the underlying chip architecture is drastically different. The same can be said of Intel's x86 architecture, including exceptional backwards compatability; current 64-bit processors retain compatability with the original 8086 released over thirty years ago. For that matter it's pretty true for every major architecture; e.g. MIPS, POWER and ARM.

      And Intel released their first 32-bit chip in 1985, which not only is significantly more than fifteen years ago, but also before there were any SPARC products on the market. You would have more of a point if you were talking about the 64-bit market, as the initial 64-bit parts from Sun hit the market in 1995 while Intel didn't release any 64-bit products until 2001 and didn't extend the x86 architecture until 2004, when they licensed AMD's implementation.

    27. Re:Of course by rackserverdeals · · Score: 1

      The argument wasn't that Oracle wouldn't do something stupid like kill or sell off the SPARC hardware division. It was that people that thought that was going to happen were stupid to think so.

      Especially after hearing what oracle had said directly about the merger from day one.

      --
      Dual Opteron < $600
    28. Re:Of course by Anonymous Coward · · Score: 0

      The instruction set is an incredibly significant part of the architecture, your attempting to split hairs here. I did not say there weren't any changes to the underlying chip architecture, but I did say... "the chips are similar enough to have maintained backwards compatibility for the past 15 years."

      Try running a binary targeted at a Pentium, Pentium MMX, or Pentium Pro on a Pentium Core 2 Duo running a 64bit operating system and I guarantee it won't work. 8086 compatibility, well that's just a joke. At least not without a lot of help from virtualization.

      Now try the same exercise between a SUN Ultrasparc I and any of SUN's current UltraSparc lineup. Granted, it may need to be a statically compiled binary to account for differences in libraries, but it'll work. Do a little research and you'll find some (admittedly, probably very few) software as far back as 1987 can actually run on current systems with the current Solaris OS.

      I'll admit I did blunder with the Intel 32bit date, but the validity of my arguement is unchanged. I believe your the one on crack here. I work with both SUN and Intel processors, do you? SUN's Sparc/UltraSparc processors maintain backwards binary compatibility to a much more significant degree than Intel's. End of story. MIPS, POWER, and ARM has absolutely nothing to do with this discussion.

  4. mmmmm chips by McGiraf · · Score: 5, Funny

    hell, even doritos make their own chips

    1. Re:mmmmm chips by MBCook · · Score: 5, Funny

      No, they don't!

      It's the big secret of the snack-food world. People have been killed for revealing it. They are actually made by *loud crash*

      Oh crud, they found me! HELP M#*%(&#*# NO CARRIER

      --
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    2. Re:mmmmm chips by jollyreaper · · Score: 5, Funny

      hell, even doritos make their own chips

      Yeah, but their performance makes even Cyrix look good.

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      This Mahdi took Shaddam's Throne
    3. Re:mmmmm chips by Hurricane78 · · Score: 2, Funny

      Yeah. At least Cyrix tastes of *something* (silicon). And they are quite crunchy too.

      Mmmhhh... chips...

      --
      Any sufficiently advanced intelligence is indistinguishable from stupidity.
    4. Re:mmmmm chips by maxume · · Score: 2, Funny

      So, going by Futurama, there is some monster living in a cave somewhere, and that monster has delicious, flaky, skin.

      --
      Nerd rage is the funniest rage.
    5. Re:mmmmm chips by Qubit · · Score: 1

      You think your Commodore 64 is really neato
      What kinda chip you got in there...

      --

      coding is life /* the rest is */
  5. 1976 called by Anonymous Coward · · Score: 0

    They left a message about Apple and something.

  6. My theory why: multiprocessors by Ralph+Spoilsport · · Score: 4, Interesting
    They've reduced the size of the "wiring" about as far as it can go for silicon. Eventually something will completely replace it all, but it's not going to happen in the next 5 years.

    So, just dump more processors in a box, and optimise the processor's design to your needs.

    Apple figured it out, and Oracle's not stupid. This should work until the next big jump in processor design.

    RS

    --
    Shoes for Industry. Shoes for the Dead.
    1. Re:My theory why: multiprocessors by mako1138 · · Score: 4, Insightful

      People have been saying for years that we're about to reach the end of the line in terms of Moore's law. So far they've all been proven wrong, and scaling continues unabated.

      Dumping processors in a box is "easy", but multicore programming is not easy. The software tools are not there yet. Not to mention, you need deep pockets to roll your own multicore IC and build up the requisite software ecosystem. Just look at how much trouble Sony had with Cell. Everybody is watching to see if Intel will succeed with Larrabee.

      Now Oracle may have good reason to be interested in Sun's Niagara. Database applicances, perhaps.

      And where does Apple come into this, exactly? PA Semi's focus is on a totally different market segment.

    2. Re:My theory why: multiprocessors by Unoti · · Score: 5, Interesting

      People have been saying for years that we're about to reach the end of the line in terms of Moore's law. So far they've all been proven wrong, and scaling continues unabated.

      I don't know about unabated. It's been progressing, but we hit a bump, and all the sudden it was all about multicore and such rather than just continuing to double the clock speed every year or two.

      Look at the palpable hump in this graph.

    3. Re:My theory why: multiprocessors by mako1138 · · Score: 3, Informative

      Moore's law involves transistor count, not clock speed. Note the graph in the WP article.

      But I agree that the infernal P4 got the industry to rethink clock speed as the be-all and end-all of microprocessing. Leakage at 90nm and below was a big problem, too.

    4. Re:My theory why: multiprocessors by bhtooefr · · Score: 2, Informative

      Moore's Law (more like Moore's Observation) refers to transistor count, not clock frequency... and multicore does nothing to slow that down.

    5. Re:My theory why: multiprocessors by jcnnghm · · Score: 5, Insightful

      People have been saying for years that we're about to reach the end of the line in terms of Moore's law. So far they've all been proven wrong, and scaling continues unabated.

      Unless you know something I don't, you can't make a silicon wire smaller than the width of a single atom, so there is definitely a physical limit that we aren't that far away from. I've read that practically, the limit is 4nm for silicon nanowires. That means that if we're at 45nm today (Intel's 32nm chips are slated for 2009), and we're assuming size shrinks 50% every 18 months, in less than 72 months we'll have reached the practical lower limit for silicon features. Even assuming that you can make silicon chips with wires the width of a single atom, given that the atomic radius of Silicon is 110 pm, that only gives 144 months.

      In addition to that, at 3.2GHz, light in a vacuum can only travel about 9.36 centimeters per cycle. Given a dialetric constant for the Si02 used in chip manufacturing of 3.9, you can calculate the velocity of propagation of the electromagnetic waves through the Silicon as about 50.6% of C. Therefore, at 3.2 GHz, the electromagnetic waves inside the chip can only propagate about 4.7 centimeters per cycle. You also can lose a bit depending on the switching speed of the transistors, but they actually become faster the smaller they are, so the real limiter is the propagation speed.

      You've probably noticed that we haven't had any really major jumps in the clock speeds of consumer processors since about 2002. Intel originally thought they'd be able to scale the Pentium 4 Netburst architecture to about 10GHz, bu they ran into a frequency ceiling at about 4GHz.

      In short, unless there is a major materials breakthrough, or materials change, I would expect Moore's law to hold for the next five years or so, but not much longer after that. We're rapidly approaching the physical limits.

      --
      You don't make the poor richer by making the rich poorer. - Winston Churchill
    6. Re:My theory why: multiprocessors by Reservoir+Penguin · · Score: 2, Interesting

      Current generation CPUs with proper cooling already overclock to 8GHZ or more.

      --
      US-UK-Israel: The real Axis of Evil
    7. Re:My theory why: multiprocessors by civilizedINTENSITY · · Score: 1

      While I agree we are approaching a limit on transistors/area, maybe the way to go is increase overall transistor count by radically increasing chip size. Whatever happened to the idea of growing silicon in zero gravity to reduce defects and increase usable size? Are the materials science guys finding any solutions?

    8. Re:My theory why: multiprocessors by RiotingPacifist · · Score: 1

      Dumping processors in a box is "easy", but multicore programming is not easy. The software tools are not there yet. Not to mention, you need deep pockets to roll your own multicore IC and build up the requisite software ecosystem.

      But when you deal with servers you don't need to worry about that, you can just launch a thread/process for each client.

      --
      IranAir Flight 655 never forget!
    9. Re:My theory why: multiprocessors by m50d · · Score: 1
      You've probably noticed that we haven't had any really major jumps in the clock speeds of consumer processors since about 2002. Intel originally thought they'd be able to scale the Pentium 4 Netburst architecture to about 10GHz, bu they ran into a frequency ceiling at about 4GHz.

      Netburst almost certainly could be clocked up that high. The reasons for abandoning it weren't technical, at least on the clockspeed end (having the worst performace-per-watt by far at a point when people started caring about it bit them rather) - the P4s simply weren't selling.

      --
      I am trolling
    10. Re:My theory why: multiprocessors by Jah-Wren+Ryel · · Score: 2, Insightful

      People have been saying for years that we're about to reach the end of the line in terms of Moore's law. So far they've all been proven wrong, and scaling continues unabated.

      That means that if we're at 45nm today (Intel's 32nm chips are slated for 2009), and we're assuming size shrinks 50% every 18 months, in less than 72 months we'll have reached the practical lower limit for silicon features.

      I don't know if you realize it, but you are really just confirming the OP's point -- you are just another person predicting the end of Moore's law based on the technical obstacle du jour.

      Moore's law is solely about the number of transistors on a single IC for a constant cost. Feature size may appear to be a limiting factor, but that doesn't mean it will be one when we get to that point. Just like leakage for features sizes below roughly 100nm was once thought to be an insurmountable obstacle to Moore's law, and then some smart people figured out how to handle it, or how lithography processes were also considered a limiting factor below roughly 60nm -- until they weren't any more.

      So maybe 4nm really is a hard limit, somebody will come up with something to get around that obstacle - like say 3D ICs - adding a couple of layers and you've easily doubled the number of transistors on the same size chip.

      In short, unless there is a major materials breakthrough, or materials change, I would expect Moore's law to hold for the next five years or so, but not much longer after that.

      The smart money is on the breakthrough, we've had plenty of them before and there is no reason to believe they are going to stop coming.

      --
      When information is power, privacy is freedom.
    11. Re:My theory why: multiprocessors by Viol8 · · Score: 1

      "technical obstacle du jour."

      I think the speed of light is more than an obstacle of the day. More like of the last 14 billion years and I don't see that changing in the next few decades. Do you?

    12. Re:My theory why: multiprocessors by Ralph+Spoilsport · · Score: 2, Interesting
      The smart money is on the breakthrough, we've had plenty of them before and there is no reason to believe they are going to stop coming.

      Exactly. However, it isn't going to happen in the next few years, and from what I can gather, the next 5 are going to be the age of massive multiprocessors. There will be improvements, but nothing like the 1990s. There will be a breakthrough in speed, but Oracle is looking at the here and now, and the here and now is saying "highly specialised silicon multi-core chips arranged in a multiprocessor array", and my contention is that Oracle is responding to that reality.

      We can talk about all the dreamy chips of the future, but when you have a business to run you have to look at things with definite parameters and plans over the next year or three, and that's where Sun's chip manufacturing comes in - modify the chips to fit your needs, and then dump dozens of them in a box. At the same time, optimise your code to work on these optimised boxes, and you get real performance gains in a realistic timeframe without resorting to wishful thinking of some messianic breakthrough.

      Make the money you can with such a system, and when / if the breakthrough comes through, take advantage when the time comes. But basing business plans around some great technology that doesn't exist yet is sheer stupidity.

      RS

      --
      Shoes for Industry. Shoes for the Dead.
    13. Re:My theory why: multiprocessors by Anonymous Coward · · Score: 0

      Unless you know something I don't, you can't make a silicon wire smaller than the width of a single atom, so there is definitely a physical limit that we aren't that far away from. I've read that practically, the limit is 4nm for silicon nanowires. That means that if we're at 45nm today (Intel's 32nm chips are slated for 2009), and we're assuming size shrinks 50% every 18 months, in less than 72 months we'll have reached the practical lower limit for silicon features. Even assuming that you can make silicon chips with wires the width of a single atom, given that the atomic radius of Silicon is 110 pm, that only gives 144 months.

      That doesn't stop them from increasing the physical size of a chip. They could layer one core on top of the other (assuming they are not already doing that).

    14. Re:My theory why: multiprocessors by Anonymous Coward · · Score: 0

      Moore's Law (more like Moore's Observation) ...

      More like Moore's marketing strategy

    15. Re:My theory why: multiprocessors by maxume · · Score: 1

      Or even, Moore's investment rule of thumb.

      More money might not have sped progress up, but it might have.

      --
      Nerd rage is the funniest rage.
    16. Re:My theory why: multiprocessors by Anonymous Coward · · Score: 0

      It would be interesting if Oracle would try to desing some database accelerator units for the Niagra/Rock type of processors and systems. Oracles vertically integrated solution would then take a form resembling of the IBM z-series.

    17. Re:My theory why: multiprocessors by Anonymous Coward · · Score: 0

      do your calculations take into account electron shell hopping that happens at such nano-scales?

      instead of electrons passing through multiple shells from outer to inner to outer (not all, not all the time), as the *wires* get smaller, they often times skip over the outer shells, bypassing any lower level (energy state) electron shells - thereby appearing to increase the speed at which electrons travel through the medium, which when measured might indicate a slight increase in C.

    18. Re:My theory why: multiprocessors by GuyverDH · · Score: 1

      it can also be described as electron bumping...
      an electron comes in, bumps the first atom, which hits the next, (repeat as needed), where the final atom releases it's electron.

      think of the perpetual motion (not really) toy - with the series of ball bearings suspended on strings. you pull one back, release, when it hits the group, the one on the opposite end swings out.

      --
      Who is general failure, and why is he reading my hard drive?
    19. Re:My theory why: multiprocessors by AKAImBatman · · Score: 1

      You know, that graph is rather amusing. It doesn't portray a crisis, but rather that the industry has been running out of thing to pack on a chip! Over the past 30 years, every generation of processor has meant new features and performance enhancements. For which each generation got hungrier and hungrier for transistors.

      Well, now chip design has peaked. Designers have taken all the low-hanging fruit, stripped much of the top of the tree as well, and now are trying to figure out what else to do. Each chip generation still gets optimized more and more, but in many cases they're taking fewer transistors rather than more.

      So how does a company with an insane transistor budget keep creating chips that the market will pay a premium for?

      Multicore is a bit of a cop-out answer, but an effective one nonetheless. If you've got 2-4x the number of transistors available as your previous generation of chips and nothing to do with it, then multicore is an excellent answer. It has the side effect of stripping value from the high end chips like Xeon, but that can be managed with other marketing tricks. (e.g. Did you notice how long it took for x86-64 support to hit Intel's consumer chips?)

      That chart is definitely telling a story. Just not the same story that most viewers would assume. ;-)

    20. Re:My theory why: multiprocessors by Anonymous Coward · · Score: 0

      In short, unless there is a major materials breakthrough, or materials change, I would expect Moore's law to hold for the next five years or so, but not much longer after that. We're rapidly approaching the physical limits.

      There's no material breakthrough needed; there are already much better chip materials out there. Silicon is used only because it is the absolute cheapest. I'm sure the industry will keep up with demand. Intel is already using hafnia in their chips, and I'm sure we'll start seeing more of that.

    21. Re:My theory why: multiprocessors by IvyKing · · Score: 1

      In addition to that, at 3.2GHz, light in a vacuum can only travel about 9.36 centimeters per cycle. Given a dialetric constant for the Si02 used in chip manufacturing of 3.9, you can calculate the velocity of propagation of the electromagnetic waves through the Silicon as about 50.6% of C. Therefore, at 3.2 GHz, the electromagnetic waves inside the chip can only propagate about 4.7 centimeters per cycle. You also can lose a bit depending on the switching speed of the transistors, but they actually become faster the smaller they are, so the real limiter is the propagation speed.

      It's actually worse than that. The 50% velocity factor you mentioned applies only if the series impedance is dominated by inductance. At the scale of the interconnects on current micro's, the series impedance is dominated by resistance and the propagation time goes up with the square of the distance (i.e. a diffusion problem). Designers will put inverters on long interconnects just to speed things up.

    22. Re:My theory why: multiprocessors by NotBornYesterday · · Score: 1

      Multicore might be a waste (mostly) for home and desktop, but it absolutely rocks in the enterprise, especially with virtualization.

      --
      I prefer rogues to imbeciles because they sometimes take a rest.
    23. Re:My theory why: multiprocessors by Anonymous Coward · · Score: 0

      People have been saying for years that we're about to reach the end of the line in terms of Moore's law. So far they've all been proven wrong, and scaling continues unabated.

      Unless you know something I don't, you can't make a silicon wire smaller than the width of a single atom, so there is definitely a physical limit that we aren't that far away from. I've read that practically, the limit is 4nm for silicon nanowires. That means that if we're at 45nm today (Intel's 32nm chips are slated for 2009), and we're assuming size shrinks 50% every 18 months, in less than 72 months we'll have reached the practical lower limit for silicon features. Even assuming that you can make silicon chips with wires the width of a single atom, given that the atomic radius of Silicon is 110 pm, that only gives 144 months.

      In addition to that, at 3.2GHz, light in a vacuum can only travel about 9.36 centimeters per cycle. Given a dialetric constant for the Si02 used in chip manufacturing of 3.9, you can calculate the velocity of propagation of the electromagnetic waves through the Silicon as about 50.6% of C. Therefore, at 3.2 GHz, the electromagnetic waves inside the chip can only propagate about 4.7 centimeters per cycle. You also can lose a bit depending on the switching speed of the transistors, but they actually become faster the smaller they are, so the real limiter is the propagation speed.

      You've probably noticed that we haven't had any really major jumps in the clock speeds of consumer processors since about 2002. Intel originally thought they'd be able to scale the Pentium 4 Netburst architecture to about 10GHz, bu they ran into a frequency ceiling at about 4GHz.

      In short, unless there is a major materials breakthrough, or materials change, I would expect Moore's law to hold for the next five years or so, but not much longer after that. We're rapidly approaching the physical limits.

      It's also very difficult to make silicon conduct electricity, unless you know something I don't.

    24. Re:My theory why: multiprocessors by Anonymous Coward · · Score: 0

      Telling a forum full of UNIX & Sun users that multicore programming is hard is a bit crazy. I think you meant multithreaded programming. Multicore is old as dirt now.

    25. Re:My theory why: multiprocessors by ninjackn · · Score: 1

      There's still a few more "easy" tricks that can be done until moore's law can no longer hold out.

      Take a look how it was done in the past, with all the problems of leakage current with the smaller fabrication sizes critics were making claims of moore's law dying out and them BAM we shove two CPUs next to each other, multicore processors abound and moore's law is kept strong. Leakage current problems are worked around and they keep scaling.

      Mark my words, the next move is die stacking. Which will probably take at least 5 years to come about.

      I can't say for sure but I think the industry is backing off from the Hz race not because of physical limits in terms of moving electrons but because of issues with heat/efficiency and marketing. Hz just no longer sells as well as it used, the advent of netbooks is a good proof of that.

      I think moore's law as at least another 10 years in it.

      --
      [FUCK BETA 2.6.2014]
    26. Re:My theory why: multiprocessors by simplerThanPossible · · Score: 1

      Regarding the limit of C: using the third dimension can help minimize the distance between components. A different layout of transistor communications paths (such as a linear pipeline) can help with bandwidth of processing, though not latency, by signals not needing to traverse the entire chip in a single clock cycle.

      Regarding density: it's not the density that doubles, but transistor count (number of components per integrated circuit.)

    27. Re:My theory why: multiprocessors by nns6561 · · Score: 1

      It's not linear size that shrinks, but rather area. This gives us about 8 more generations before we hit 4nm wires. The more common period is 24 months between generations. That gives us roughly 15 years before we hit that limit.

    28. Re:My theory why: multiprocessors by Anonymous Coward · · Score: 0

      You seem to have missed the part about Moore's law saying nothing about speed, only transistor count.

    29. Re:My theory why: multiprocessors by Anonymous Coward · · Score: 0

      I would expect Moore's law to hold for the next five years or so, but not much longer after that.

      Intel begs to differ. Looks like they see things as good for the next 10 years and that 10 year horizon sounds likes it been pretty constant for a few decades now, so no reason to think that it won't continue to progress forward as time passes.

    30. Re:My theory why: multiprocessors by petermgreen · · Score: 1

      Not easilly they can't. Standard IC technology basically relies on etching transistors into the surface of a damn near perfect single crystal silicon wafer. Wiring is then built up over the top of this layer of transistors

      So you can't easilly build one layer of transistors on top of another. I guess you could use technology similar to that used for SOI but I strongly suspect it would be very expensive and bring little gain.

      You can stack whole chips on top of each other, but afaict it's only done when space is really tight and typically on much lower power stuff than PCs use (there are some arm chips for example where you can put the ram and flash directly on top of the CPU). Remember heat is a big issue with PC CPUs.

      --
      note: i'm known as plugwash most places but i screwd up registering that here somehow in the past and now can't register
    31. Re:My theory why: multiprocessors by mako1138 · · Score: 1

      Unless you know something I don't, you can't make a silicon wire smaller than the width of a single atom, so there is definitely a physical limit that we aren't that far away from.

      Sure, physical limitations exist. Can't argue with nature. But people are looking at building upward, in 3D rather than 2D. That will keep the transistor count going up.

      ... at 3.2 GHz, the electromagnetic waves inside the chip can only propagate about 4.7 centimeters per cycle.

      I've seen this argument before but it's not going to be relevant anytime soon. The capacitance of interconnect is a bigger limitation than the speed of light. And once the speed of light becomes an issue, pipelining will keep it at bay for a while.

      You've probably noticed that we haven't had any really major jumps in the clock speeds of consumer processors since about 2002. Intel originally thought they'd be able to scale the Pentium 4 Netburst architecture to about 10GHz, bu they ran into a frequency ceiling at about 4GHz.

      Netburst was a serious misstep for Intel, so I'm not sure why you'd want to use it as an example. Clock speed has not scaled much because the market has changed its focus. Performance per clock has increased, and there is a focus on performance per watt. Clock-for-clock, the Athlon64/Opteron wiped the floor with Netburst, and set the standard for performance/watt. Core2 similarly took another step forward, while also increasing the clock speed a bit with the Penryn shrink. Core i7 does more per clock than the Core2, not to mention per watt.

      Netburst also illustrates how seemingly fatal impediments to scaling are defeated through engineering. Prescott at 90nm had a big problem with leakage, and at smaller process nodes the leakage was expected to be an even greater issue. Fast forward a few years to Penryn, with its high-k metal gate tech. Problem solved, and Moore's Law marches on.

      In short, unless there is a major materials breakthrough, or materials change, I would expect Moore's law to hold for the next five years or so, but not much longer after that. We're rapidly approaching the physical limits.

      They'll think of something.

  7. Change in the wind.... by phantomfive · · Score: 5, Insightful

    For many years, there were a multitude of different architectures, and all of them were supported by major software developers. Over time the number has gotten smaller and smaller, the only one used in typical desktop computers anymore is the x86 (mainly thanks to Intel investing mountains of money into the manufacturing process). Unfortunately for Intel, manufacturing isn't the advantage it once was: AMD is still able to compete with them moderately well even when they've been a generation behind in manufacturing. Other things are coming into play besides raw processing power, things like power consumption and battery life.

    Intel is going to have trouble competing on battery life with ARM, or even PowerPC. Going into the future, we are going to see more ARM based netbooks (and they are going to be more usable), and the already common ARM handheld device is going to become more powerful. Suddenly there is going to be a need for software that runs on more than one architecture again. This is a good thing, in my opinion: it means x86 will not necessarily be the dominant processor forever into the future.

    --
    Qxe4
    1. Re:Change in the wind.... by bcrowell · · Score: 4, Interesting

      Going into the future, we are going to see more ARM based netbooks (and they are going to be more usable), and the already common ARM handheld device is going to become more powerful.

      Can you amplify on this? I tried an intel-based netbook recently and was pretty dismayed at the performance. I have an ARM-based music server running Linux, and although it's fine for the purpose I'm using it for, it feels agonizingly slow when I ssh in and do things on the command line -- I shudder to imagine what it would be like running Gnome and OOo or Firefox on that CPU. It seems unlikely to me that anyone could make an ARM-based netbook with acceptable performance any time in the near future, unless they were using software much more lightweight than Gnome, OOo, and Firefox. And yet I hear people talking as though ARM-based netbooks will be on the market within a year or something. What am I missing here? Is it all vaporware? Are clock speeds of ARM chips improving at some fantastic rate? It's one thing to run software like iPhone apps that are designed from scratch for a low-end CPU, but I just don't see how it's going to happen with a more traditional desktop software stack.

    2. Re:Change in the wind.... by phantomfive · · Score: 4, Informative

      Sure. ARM is not a single processor, it is a family of processor pieces. Companies license the various pieces from ARM, and put them together in any way they want. Thus you can get a cheap, low power ARM that only costs a few dollars, or you can get more powerful chips. You can also tweak the design in weird ways like reversing the byte order. You can get some that carry their RAM with them on the same chip. Thus the ARM in the iphone is different than the ARM in the Kindle which is different than the ARM which is in the doorknob at the hotel.

      So the fact that the ARM in your computer is slow is no reflection on every other ARM (also, if it is really that slow on the command line, the problem might be you don't have enough RAM. Realistically the command line was supported by chips running 1 at megahertz. You might want to check to see if stuff keeps getting swapped out). ARM can be fast or it can be slow, it can be anything you want it to be. It is a much more flexible design than the x86.

      --
      Qxe4
    3. Re:Change in the wind.... by Anonymous Coward · · Score: 0

      Pfft.. the x86 architecture will NEVER be able to compete with RISC.

    4. Re:Change in the wind.... by Anonymous Coward · · Score: 0

      Pfft.. the x86 will NEVER compete with the RISC architecture.

    5. Re:Change in the wind.... by phantomfive · · Score: 2, Insightful

      The main thing keeping Crysis from running on the iPhone isn't the processor, it's the video card.

      --
      Qxe4
    6. Re:Change in the wind.... by Anonymous Coward · · Score: 0

      Yes.

      Every self-respecting geek hates x86, make included.

    7. Re:Change in the wind.... by Anonymous Coward · · Score: 0

      The ARMs in music servers etc. are typically like 200mhz. IPhone's CPU is like 533mhz or so. The netbook ones would be up more like 1ghz (and have a DSP that does most of the work for video playback, music, and whatever else gcc manages to offload onto it...)

                As long as they aren't TOO sluggish, people will give up having it be REALLY snappy to get huge battery life gains.

    8. Re:Change in the wind.... by Anonymous Coward · · Score: 2, Informative

      "Some video codec?"
                ffmpeg decodes nearly everything, I don't think I've used a binary codec in quite a long time... MPEG-2, MPEG-4, H.264, .flv, wmv9, even realvideo files, ffmpeg does it natively.

              Apps? Maybe skype, and googleeath (but googleearth would not run on one of these anyway due to lack of 3d accelerator.) I've heard there's a flash for arm so that's not missing. If you pop Ubuntu onto a powerpc or whatever, it's a revelation -- you realize quick, there's not that much on a linux desktop that relies on x86.

    9. Re:Change in the wind.... by pizzach · · Score: 1

      And yet I hear people talking as though ARM-based netbooks will be on the market within a year or something.

      Arm procesors are being used in smart phones/portable video game systems, the next natural step would be netbooks as they are slightly larger and more powerful. The Arm processor in the iPhone doesn't seem to have any problems running a portable version of Mac OS X and on top of that 3D games form the App store, so I am not seeing where you are coming from.

      --
      Once you start despising the jerks, you become one.
    10. Re:Change in the wind.... by Anonymous Coward · · Score: 0

      Well, that and the iPhone only has 128MB of RAM

    11. Re:Change in the wind.... by ChunderDownunder · · Score: 1

      I generally agree about Joe Consumer preferring an x86 solution to run Windows.

      At some point, our new Chinese FOSS overlords will fix that. Forget ARM; MIPS will be the driving force of x86 emulation...

      An offshoot of the Chinese government has created a MIPS-compatible CPU known as Loongson (my point about FOSS - RMS uses one). The latest planned revision has specific instructions to execute x86 codes with only a 30% performance hit. The idea being that the operating system will eventually transparently execute x86 code via qemu.

      This x86 translation will target the hybrid Linux Unified Kernel but may eventually make it into standalone Windows clone ReactOS.

      While the above is initially only a Loongson/MIPS solution, the seamless qemu emulation may find its way into ARM solutions too (without the specific hardware support).

      Your point about the performance hit of x86 binary emulation is valid but they're working on it. The Chinese gov't will pour heaps money into weaning their IT sector off US companies such as Intel and Microsoft.

    12. Re:Change in the wind.... by mzs · · Score: 1

      But in reality we are just now starting to see ARM cores that go +1GHz and have ~512K cache, some reasonable floating point, and 32-bit bus. What was common before was 200-600MHz in the high MIPS ones, at most 32K cache, a 16-bit bus (making non-thumb code painful, some would not even have a cache, simply preload the next 16-bit word to avoid one of the extra wait states) and a real mess when it came to floating point. Some had none, some had something in a DSP, some did it in a SIMD extension (but only single frecision), and some had an external fp IEEE compatible unit that used one of the exceptions and the data bus (slowwwwwww). Honestly in my opinion a 1.3 GHz ARM is going to be a smidge slower than an Atom. Even to this day ARM are very much old RISC in their pipeline. The Atom does some more register renaming, branch prediction, speculative execution, etc that gives it an edge. With the 32-bit bus you can probably avoid thumb mode and teh compiler can be a bit more clever though. The saving grace for ARM is what special sauce can be put in the DSP or even maybe they can throw in a 10K or so gate array. That would be interesting at least.

    13. Re:Change in the wind.... by Anonymous Coward · · Score: 0

      I'd say it's pretty much every single component in the iPhone that prevents Crysis from being run.

      There's not enough RAM
      The ram is not fast enough
      The disk is very slow so level loading will take forever
      The processor wouldn't be able to handle the AI, let alone all the other stuff.
      The graphics card isn't fast enough
      The graphics card doesn't have enough RAM
      There is not enough bandwidth on the system bus
      etc etc etc

    14. Re:Change in the wind.... by raddan · · Score: 2, Insightful

      Yeah, but all of those fancy features found in Atom, like floating point, branch prediction, long pipelines, large caches, and so on... they aren't RISC. They are the antithesis of RISC. I think that's what's making low-power devices difficult for Intel and AMD to achieve.

      "saving grace" is a little bit of a strange for an architecture that essentially dominates the entire embedded space, but I'll bite. The "saving grace" for ARM is that you can make them cheaply. I don't think anyone has ever looked at the Intel architecture and went "wow, that's beautiful". You think, "wow, I can't believe they crammed so much shit into that package!" Intel arch chips are orders of magnitude more expansive.

      ARM is elegant, consistent, very programmer-friendly, and amazingly powerful. A lot of the things that should be handled correctly, like interrupts, are. There are plenty of registers to play with. I think we're only seeing the beginning of what ARM is capable of. Don't need an MMU? No problem. I mean, heck, if you want an ARM that has a Harvard arch for real-time use, you can get one, and you don't need to learn a new architecture.

    15. Re:Change in the wind.... by mzs · · Score: 1

      Yeah I think we are agreeing here.

      Atom is pretty low power, for Intel. Via has got more promise at that though less MIPS. When I said "saving grace" I meant it in terms of the original question, how fast is an ARM going to be in a netbook. My gut was not as fast but almost. The kicker is that you can throw interesting things into the same package (SoC) more easily with the ARM core. Interesting things you can throw in there include nic, fb, crypt accel, video dec, etc. That can give it an edge.

      But I do think that when you would try and price a beefy ARM like this it would come close to the Atom plus support chips price. It would most likely still use less W though.

      Also for a while now with APIC interrupts have been sane (though way complicated and initially buggy) on Intel. You actually can do more with APIC now than you can with the ARM, which is simply an easy and quick way requiring no support chips to nest IRQs of different priorities and easily get different cores in your chip to twiddle one another.

    16. Re:Change in the wind.... by mzs · · Score: 1

      I probably should have added I use ARM and PPC in embedded/realtime for my job. So you're preaching to the converted. Lately though pc104, pc104+, and pci104 with NetBSD or Linux for embedded have been really attractive to me for cost and size reasons.

    17. Re:Change in the wind.... by phantomfive · · Score: 1

      Thumb mode is rare these days except in the smallest embedded products. It's just too much of a pain to use.

      It is hard to say which will be faster eventually, we will find out, I'm sure, but I think ARM will have an advantage because RISC is easier to pipeline, and more importantly ARM has more registers. It will be interesting to see what Apple comes out with in the next year or two.

      --
      Qxe4
    18. Re:Change in the wind.... by mzs · · Score: 1

      "Thumb mode is rare these days except in the smallest embedded products. It's just too much of a pain to use."

      Oh yes but there is no way around it when I only have so many MIPS and a 16-bit bus. That extra wait state really hurts.

      "I think ARM will have an advantage because RISC is easier to pipeline, and more importantly ARM has more registers."

      I don't know, x86 has instruction reordering, register renaming, and at least some cache always. They tend to have faster buses as well. ARM will use less juice though and will probably be able to get good enough performance very soon at lower wattage, and once that happens it will be very a different landscape. But yes it is hard to say which is faster per clock but it should become irrelevant soon and it WILL be interesting what Apple makes.

    19. Re:Change in the wind.... by phantomfive · · Score: 1

      I don't know, x86 has instruction reordering, register renaming, and at least some cache always. They tend to have faster buses as well.

      True, and indeed, right now there is no comparison in performance between x86 and ARM. My interest is what will happen once ARM gets all these things? It won't be too hard to add a faster bus, or more cache, and I really think instruction reordering will be easier in ARM than in x86. So what I try to look at is, what are the static advantages of each processor? What are the things that one chip has that can't be added to the other? The things I've come up with are a simpler instruction set for ARM, and more registers again for ARM. Maybe I am not seeing the whole picture, but that's why in the long run I think ARM could have better performance (and use less power).

      --
      Qxe4
    20. Re:Change in the wind.... by mzs · · Score: 1

      My goodness, I can't believe I did not think about it from that point of view. Yes certainly ARM can add instruction reordering and register renaming (hopefully also speculative execution and branch prediction) and then it would be really on a more even playing field. I guess those ideas are so against the early RISC-isms of ARM up until now that it just seemed unthinkable to me, DOH. Yup decent cache, fast bus, and those modern cpu features (which should be easier to implement, read lower transistor count and power) and ARM really can preform well per clock and watt.

    21. Re:Change in the wind.... by cryptoluddite · · Score: 1

      fmpeg decodes nearly everything, I don't think I've used a binary codec in quite a long time... MPEG-2, MPEG-4, H.264, .flv, wmv9, even realvideo files, ffmpeg does it natively.

      Just google around a bit, for instance a post from Oct 2008: "libavcodec has some ARMv6 optimized stuff, but nothing for ARMv7 or TMS320C64x. Looks like a good project for anyone who is familiar with those"

      Look at the libavcoded source... there's way more ASM for x86 and it looks like a lot more work has been done on x86 optimizations, which is to be expected. And there are still other codecs not supported at all.

      it's a revelation -- you realize quick, there's not that much on a linux desktop that relies on x86.

      Linux has basically zero desktop market share, so nobody really cares if their linux programs work. They care if their Windows programs work.

      I've heard there's a flash for arm so that's not missing.

      "I've heard" gets you +informative? Gimme a break. Adobe doesn't have a download link for flash for ARM, and linux flash copycats are buggy(er) and slow. "Not missing" and "just as good" are completely different.

    22. Re:Change in the wind.... by badkarmadayaccount · · Score: 1

      Actually, throwing all sorts of stuff in the SoC is rather wasteful. Just figure out what the sort of processing loads it's gonna see, and how much, put in appropriate co-processors. In this case, a descent general purpose dataflow architecture vector co-processor ought to do it. You can offload networking, graphics, storage/compression, crypto... That's a lot of shit.

      --
      I know tobacco is bad for you, so I smoke weed with crack.
  8. Larry Ellison's "oh snap" quote by Renderer+of+Evil · · Score: 4, Funny

    "If a company designs both hardware and software, it can build much better systems than if they only design the software. That's why Apple's iPhone is so much better than Microsoft phones."

    Ellison always finds ways to throw tiny daggers at Microsoft.

    1. Re:Larry Ellison's "oh snap" quote by jsse · · Score: 4, Funny

      Ellison always finds ways to throw tiny daggers at Microsoft.

      Very unwise move when the opponent can throw huge chairs.

    2. Re:Larry Ellison's "oh snap" quote by Johnny+Mnemonic · · Score: 1

      And that's why Macs and Sun servers rule the world.

      Oh no, they don't. Macs haven't dominated for a long time, and the Sun kit was so bad that they have lost Billions of dollars every quarter, and were rescued from ultimate insolvency by a buyout.

      While it should be true, it apparently isn't.

      --

      --
      $tar -xvf .sig.tar
    3. Re:Larry Ellison's "oh snap" quote by Anonymous Coward · · Score: 0

      They haven't lost billions of dollars every quarter. After the dot com burst, they had years worth of net losses up until recently where they had a number of profitable quarters. When they started having a net loss again, it was usually in the hundreds of millions per quarter, until recently.

      What's interesting is that they have had positive cash flows from operations consistently for over 10 years straight. Even this last quarter.

      The problem doesn't seem to be that their products are so bad but that they have bad management.

    4. Re:Larry Ellison's "oh snap" quote by nnnneedles · · Score: 1

      I don't see it. Microsoft has been pretty successfull as a software-only company.

      Sun on the other hand is getting bought up because they failed miserably with exactly that strategy.

      Btw, this is the strategy that left Apple in the dust behind Intel and MS.

      --
      Will code a sig generator for food
  9. Good for routers? by MBCook · · Score: 4, Insightful

    While Oracle is big, I kind of doubt that they could ever keep up with Intel. Even in turn-key appliance servers (sort of an iMac of databases, pre-configured computer), Intel/AMD will outstrip them in performance and they won't be able to stay up to date.

    The only place I can think that this would be useful is routers. In a turn-key appliance like that that does a very specialized job (especially one that requires custom silicon to do the routing fast enough), SPARC could make sense. It would make it harder to steal their software (because you'd have to run on SPARC). It would give them total control (no need to source processors from external companies). They could even build the SPARC cores into the same chips that hold all the magic high-speed routing magic.

    SPARC could be useful, but I doubt they'll try and compete in the general market.

    This is just off the top of my head. Is there something special about SPARC that would make it remarkably good at some specific application that Oracle uses?

    --
    Comment forecast: Bits of genius surrounded by a sea of mediocrity.
    1. Re:Good for routers? by Anonymous Coward · · Score: 0

      Is there something special about SPARC that would make it remarkably good at some specific application that Oracle uses?

      It could power a new generation of desktop plushy toys that could notify the OCM about problems in DBMS

    2. Re:Good for routers? by FooAtWFU · · Score: 3, Interesting
      A specific application? I can think of two applications that would interest Oracle. A database, and the things that use the database (mostly Java). So ask yourself: For the database - do Sun SPARC servers meet requirements like: high-performance I/O, multi-processing, reliability, clustering, and... say, having massive amounts of RAM? And: does Java run well on SPARC?

      ... okay, the last one's a silly question.

      --
      The World Wide Web is dying. Soon, we shall have only the Internet.
    3. Re:Good for routers? by Anonymous Coward · · Score: 0

      why ? java runs much better on intel nehalems than sparc. try benchmarking it sometime.

    4. Re:Good for routers? by Ethanol-fueled · · Score: 1

      You're thinking of PICs and ASICs, bro. If they do keep SPARC alive it would be for 2 reasons - existing userbase and the comfort of the merger(and the testemonials of the current SPARC users) to prospective SPARC buyers. The latter wouldn't fly until the economy sees an upturn.

    5. Re:Good for routers? by blind+biker · · Score: 1

      Is there something special about SPARC that would make it remarkably good at some specific application that Oracle uses?

      8 cores per CPU with 4 hardware threads each, for one.

      --
      "The agriculture ministry is not in charge of Gundam" - Japanese ministry official.
    6. Re:Good for routers? by Spit · · Score: 1

      Fast CPU doesn't mean fast system.

      --
      POKE 36879,8
    7. Re:Good for routers? by chthon · · Score: 1

      No, but with database applications you go for IO first, CPU second.

    8. Re:Good for routers? by jedidiah · · Score: 1

      While this is generally true, you have the problem of Sparcs historically
      SUCKING badly. Back in the day that Alpha was still around, the rule of
      thumb was 1 Alpha processor for every four Sparcs.

      Sun has kind of been the Microsoft of the Unix market.

      Just because your task is likely to be IO bound, that doesn't mean that
      you can completely ignore the processor to the point of turning an IO
      bound problem into a CPU bound one.

      Sparc has a similar relationship to x86.

      --
      A Pirate and a Puritan look the same on a balance sheet.
    9. Re:Good for routers? by TheRaven64 · · Score: 1

      Saying something sucks because it's slower than an Alpha is a bit of a stretch. Digital made a policy of never releasing a new Alpha unless it was faster than anything else on the market.

      --
      I am TheRaven on Soylent News
    10. Re:Good for routers? by mzs · · Score: 1

      "This is just off the top of my head. Is there something special about SPARC that would make it remarkably good at some specific application that Oracle uses?"

      The latest Sun sparc chips have been designed specifically around Oracle DB license costs. They can run a lot of threads in one physical object (that falls within the definition of what Oracle uses for per-processor) where there are a lot of concurrent accessors to a DB and none of them doing much FP which when the thread of execution needs to block (often due to the tasks being IO bound in Oracle DB) another thread of execution continues on.

      These chips were designed so that they could be relatively expensive but when the shops that run Oracle DB figure in how much they save in per year licensing to Oracle corp the end-up being the least expensive option. The chips need to be relatively expensive because there are not as much of them sold and the R&D costs need to be spread out.

      I kind of wonder now that Oracle owns Sun what will happen. If Oracle corp changes the terms of future licensing to its customers than that could indicate their tacit admission of non-interest in sparc for the future. It would also be a calculated move to increase revenue overall.

    11. Re:Good for routers? by Anonymous Coward · · Score: 0

      hmmm...an application...that oracle makes .... that would benefit from the sparc platform....hmmm..got it..DATABASES

      Think of it as a road. X86/X64 is like a two lane road going 100 mph. Yeah the cars can shoot through but you can't many through.

      Sparc is like a 8 lane highway going around 65 mph. Yes i might not be as fast but you can sure move a shit load of more cars at a single time.......ala databases which shit loads of concurrent transactions.

    12. Re:Good for routers? by jedidiah · · Score: 1

      It's one thing to be faster and quite another to be FOUR TIMES FASTER.

      That would be kind of like Macs coming with half clocked core solos not unlike what you get with an AppleTV.

      --
      A Pirate and a Puritan look the same on a balance sheet.
    13. Re:Good for routers? by clockworm · · Score: 1

      This is just off the top of my head. Is there something special about SPARC that would make it remarkably good at some specific application that Oracle uses?

      Something that a lot of people don't realize (or forget) about SPARC is that the new chips (T1 and T2 series) excel at concurrency - lots of requests getting serviced at once. This happens to be something that a database needs, too. So I'd say owning SPARC (the 'source' of which was actually open-sourced!) is a pretty good thing for Oracle.

      I'm more interested to see how Oracle re-brands (or doesn't) the Sun product line.

      FWIW, Sun and Intel engineers have had an excellent working relationship for the past few years, so I don't think keeping SPARC necessarily means trying to fight Intel.

    14. Re:Good for routers? by Anonymous Coward · · Score: 0

      And how much faster are the current batches of Alpha compared to the current batches of SPARCs?

      Oh that's right.

  10. Re:Are You Really Prepared for the Hardware Market by phantomfive · · Score: 5, Interesting

    Sun makes (made) awesome technology. They built things no one else could build. They also built things no one wanted. In fact, they had a really hard time figuring out what people wanted, this was their weakness.

    Oracle, on the other hand, is extremely good and marketing. They are especially good at marketing to business. They are also good at knowing what businesses want (or alternately, making business people want what they have). I don't like Oracle, but I have to say this may be the best thing that's happened for Sparc in a long time.

    --
    Qxe4
  11. Anyone betting on Microsoft buying out AMD? by McNihil · · Score: 4, Interesting

    I'll wager this character "!"

    I have a funny remark regarding what Ballmer is doing but my post would be tagged as flamebait, so I'll just write the clencher: Toilet paper.

    1. Re:Anyone betting on Microsoft buying out AMD? by Anonymous Coward · · Score: 2, Insightful

      I'm trying to figure out if that was a insightful speculation or a bunch of words thrown together randomly.

    2. Re:Anyone betting on Microsoft buying out AMD? by McNihil · · Score: 1

      I was pitching for a "insightful speculation on the verge of being offtopic." Not too much time on my hands to formulate my entire stance on the issue.

      I do firmly believe that Oracle is now in an unprecedented position, historically.

      HP
      IBM
      Apple
      Oracle
      Microsoft

      Only one doesn't have in-house chip manufacturing. And if Oracle makes that long awaited thin client (lower price point than even netbooks) for the enterprise due to this corporate optimization then watch out for sparkles.

      It is my firm belief that W7 will not do anything for Microsoft... too little and way too late.

      The future looks very bright.

    3. Re:Anyone betting on Microsoft buying out AMD? by swillden · · Score: 1

      I'm trying to figure out if that was a insightful speculation or a bunch of words thrown together randomly.

      Any sufficiently insightful comment is indistinguishable from gibberish?

      --
      Note to ACs: I usually delete AC replies without reading them. If you want to talk to me, log in.
    4. Re:Anyone betting on Microsoft buying out AMD? by The+End+Of+Days · · Score: 1

      Will you become suicidally depressed when Windows 7 is a massive success? All signs are pointing to Microsoft starting to get their shit together for real, and that's gotta be the /.er's biggest nightmare.

    5. Re:Anyone betting on Microsoft buying out AMD? by McNihil · · Score: 1

      Why would I? Better competition breeds better solutions that's all. What makes the "competition" stronger makes everybody stronger too if done correctly... This approach of thinking is prevalent in Japan and sooner or later it will catch on over here in North America as well.

  12. More than routers by oneiros27 · · Score: 4, Interesting

    It's not routers -- it's specialty appliances.

    Take for instance your GPU -- it's just a processor that's tuned to do one specific task. Now, imagine that Oracle could take Sun's experience to customize a chip for the type of instructions that their database used a lot. Sure, the chip might not compete on all tasks, but if they could give a simple drop-in oracle appliance (or even a mysql appliance, and make money by selling hardware and support for it), they might have a reason to stay in the hardware business.

    Now, I don't think that they should actually make the chips -- just design them for the right balance of power consumption / integer performance / floating point / cache / whatever makes sense for their applications.

    Oh -- and to answer your question -- Sun is Oracle's recommended software platform. And Sun bought the Cray assets from SGI -- the E10k and other 5 digit models are descendants of that line. SPARC are highly reliable, high performance processors (or at least, they were back when I used to work on Suns ... from 1995-2003) -- but it's like RAID -- if you can throw 10 cheaper processors at it, do we really need the one big one? And that all depends on what you're trying to run on it.

    --
    Build it, and they will come^Hplain.
    1. Re:More than routers by rackserverdeals · · Score: 2, Informative

      Now, I don't think that they should actually make the chips -- just design them

      I don't think Sun has ever manufactured chips. They just design them and outsource the manufacturing. Ellison says they will continue to do that in the PDF linked in the summary.

      --
      Dual Opteron < $600
    2. Re:More than routers by mako1138 · · Score: 1

      I think Niagara may fit the bill.

    3. Re:More than routers by feld · · Score: 1

      Sun isn't Oracle's recommended software platform. Oracle has been releasing stuff for Solaris later and later.

      LINUX is the preferred platform right now. Go ahead, look at all the docs for an Oracle RAC. You never see Solaris mentioned in the recommended configurations.

    4. Re:More than routers by rackserverdeals · · Score: 1

      Sun isn't Oracle's recommended software platform.

      While Solaris/SPARC is no longer Oracle's recommended platform, it's still the platform customers choose more than other platforms according to Ellison on the conf call when the merger was announced.

      Solaris/x86 is the combo that seems to be lagging.

      Right now, Oracle 11g 11.1.0.7.0 download seems to only be available for Windows on Oracle's site.

      --
      Dual Opteron < $600
    5. Re:More than routers by drinkypoo · · Score: 1

      Actually, routers might be a good match for SPARC. A processor that can handle comparing/transforming/etc ipv6 addresses in a single instruction and handle a high number of threads might actually be a nice match for a certain type of high-end router that has to do a lot of filtering. Sun is known for having a lot of backbone and always has been (right from the VME days.)

      --
      "You're right," Fisheye says. "I should have set it on 'whip' or 'chop.'"
    6. Re:More than routers by tonyr60 · · Score: 1

      Sun isn't Oracle's recommended software platform. Oracle has been releasing stuff for Solaris later and later.

      LINUX is the preferred platform right now. Go ahead, look at all the docs for an Oracle RAC. You never see Solaris mentioned in the recommended configurations.

      Look at the recent utterings from Oracle. Now Solaris is number 1, Linux is number 2, at least according to Larry.

    7. Re:More than routers by tonyr60 · · Score: 1

      Right now, Oracle 11g 11.1.0.7.0 download seems to only be available for Windows on Oracle's site.

      That would be because 11.1.0.7.0 is essentially a Windows fix release, perhaps.

    8. Re:More than routers by Anonymous Coward · · Score: 0

      Linux is Oracles recommended platform has been for some time now

    9. Re:More than routers by Anonymous Coward · · Score: 0

      -- if you can throw 10 cheaper processors at it, do we really need the one big one?

      Depends on whether power consumption is an issue for you or not.

    10. Re:More than routers by pyite · · Score: 1

      Actually, routers might be a good match for SPARC. A processor that can handle comparing/transforming/etc ipv6 addresses in a single instruction and handle a high number of threads might actually be a nice match for a certain type of high-end router that has to do a lot of filtering.

      A lot of routing is done in silicon; that is, it's done with TCAM which provides for O(1) adjacency lookups which are very good for routing/switching.

      --

      "Nature doesn't care how smart you are. You can still be wrong." - Richard Feynman

    11. Re:More than routers by Anonymous Coward · · Score: 0

      And Sun bought the Cray assets from SGI -- the E10k and other 5 digit models are descendants of that line

      This is more instructive for some other reasons. SGI kept Cray ( which they had to sell off eventually). The sold off this to Sun who used it to print money for many years. So they sold off the golden goose.

          No way is Larry going to sell off any golden goose to anybody. If it is a lemon it just be like the Ark in that Indiana jones movie. Sometimes even if it is a promising ... they'll still hold it rather than sell it off.

          If Oracle sells something off and someone else makes a killing on it. Larry would look foolish. That's not going to happen. Even if Oracle has to suck up millions of dollars, that isn't going to happen.

    12. Re:More than routers by afidel · · Score: 1

      The 11G RAC whitepaper config is Solaris on SPARC so I have no clue what you are talking about.

      --
      There are 4 boxes to use in the defense of liberty: soap, ballot, jury, ammo. Use in that order. Starting now.
  13. Slashdot ads by Brian+Gordon · · Score: 1

    Paranoid slashvertisement mutterings are one thing but this is a little blatant. http://img8.imageshack.us/img8/4136/javaidh.png

    1. Re:Slashdot ads by threephaseboy · · Score: 1

      Your adblock appears to be broken.

      --
      .
    2. Re:Slashdot ads by Anonymous Coward · · Score: 0

      What's with your crazy browser fonts and window decorations?

    3. Re:Slashdot ads by fm6 · · Score: 1

      What, you think that Rob said, "Oh, juicy Sun story, let's place a Sun ad!"? Get real. Web ads mostly get placed based on keywords in the page. Guess which keyword generated this ad?

    4. Re:Slashdot ads by Brian+Gordon · · Score: 1

      I'm just saying it's a conflict of interest for a news site to be funded by the companies it's reporting on.

    5. Re:Slashdot ads by Brian+Gordon · · Score: 1

      It's sans-serif. And my window decorations are an xfwm skin.

    6. Re:Slashdot ads by fm6 · · Score: 1

      What, you're saying that maybe Slashdot might slant the story because they get ads from Sun? Do you see the slightest evidence of that? Can you imagine the explosion if Sun tried to get them to slant a story?

      Influence of advertisers is an issue for all media. Ethical journalists (and admittedly not all are ethical) work under rules that prevent advertisers from influencing editorial decisions. Now, it's reasonable to look skeptically at a story that sucks up to a company that buys your ad. But have you ever seen Slashdot suck up to anybody?

  14. Re:Are You Really Prepared for the Hardware Market by t3chn0n3rd · · Score: 4, Funny

    WOw, I didnt know oracle was buying Sun. I wonder will this increase oracles usage on Solaris

  15. Why abandon SPARC? by makinsky · · Score: 5, Interesting
    During their initial press release Larry Ellison said: "Oracle will be the only company that can engineer an integrated system - applications to disk - where all the pieces fit and work together so customers do not have to do it themselves..."

    Doesn't that sound like they did actually want to keep all the Sun's hardware business including SPARC from the very beginning?

    1. Re:Why abandon SPARC? by XDirtypunkX · · Score: 2, Interesting

      It makes sense when you think of Apple's success in vertical integration. Why not a drop in database box that is setup specifically with Oracle's service department in mind.

      Need more performance? Call up Oracle, a pre-configured plug-and-play rack mounted box arrives, you slide it in, plug it in and you have more performance.

    2. Re:Why abandon SPARC? by TheRaven64 · · Score: 1

      When they announced the merger, I assumed SPARC was one of the things they wanted. I don't have access to either the hardware or the software to test it, but the T2 seems to be designed almost entirely for applications like Oracle's database with lots of concurrent queries. Since the merger, I've heard from people running this configuration, and apparently it works exactly as I'd expect, with the added bonus that Oracle charges per socket so the T2 gives the best price/performance for large DBs. The only real question is whether Oracle will keep selling SPARC systems other than enterprise appliances, and whether they will sell SPARC chips to other OEMs. My guess would be that, since SPARC is now not part of their core market (it's just a useful technology that helps push their real product), they'll want to ship as many SPARC systems as possible to reduce the per-unit R&D costs.

      --
      I am TheRaven on Soylent News
    3. Re:Why abandon SPARC? by asaul · · Score: 2, Informative

      We had a large java application that was running out of capacity on a fully stocked E6900 (24 dual core 1.35Ghz US-IV cpus). We had a demo T5240 handy to try it on. The component we moved off used about 35% of the CPU on the E6900. On the T5240 it used about 15%. The drop in CPU load on the E6900 was about 50% (scheduling etc - it was Solaris 8 so not the best for 48 cores).

      The T2+ CPUs absolutely tear it up for Java - we figured moving the entire app from the constrained E6900 would only use about 40-50% of the T5240. Not bad for a 2RU box vs a full cabinet machine that is a fraction of the price.

      I did some database testing with the machine while we had it for a demo - Oracle 11G on ZFS on the T5240 basically performed 1:1 with a POWER5 LPAR, when you take into consideration the difference in clock speeds (1.4Ghz on T2, 1.9Ghz on P5). The issue was the query in question was CPU bound - so the machine was only showing like 2% utilisation. If you have highly concurrent small queries, a T2 would be ideal - but if you have CPU bound larger stuff it just wont keep up with its single threaded performance.

      --
      "If everybody is thinking alike, somebody isn't thinking" - Gen. George S. Patton
    4. Re:Why abandon SPARC? by mevets · · Score: 1

      When is the last time that any acquiring company came out and said: "We are just buying them for asset X and we'll throw the rest on the slag heap once we've got it"? Never?
      Blustery talk about investment, growth, etc... prevents a mass exodus so the new owners can decide who to fire. Its more fun for them that way. Read the glossary at the end of the PDF; it pretty much disowns everything stated earlier.

    5. Re:Why abandon SPARC? by fm6 · · Score: 1

      It does. But even before that announcement, it seemed obvious to me that Oracle wasn't going to spent that much money for a company they intended to mostly fold up.

    6. Re:Why abandon SPARC? by fm6 · · Score: 1

      the T2 seems to be designed almost entirely for applications like Oracle's database with lots of concurrent queries

      Well, yeah, but Oracle's database server is hardly unique in that respect. Any server application has to be really good at heavy-duty concurrency. A classic example: the web server you and I are using to communicate.

      What's more to the point, Oracle has always had a heavy commitment to the SPARC/Solaris stack, even as most ISVs were abandoning it. They talk about it being more cost effective for their purposes, but I suspect their engineers just think it's more fun to develop for!

    7. Re:Why abandon SPARC? by EvilBudMan · · Score: 1

      --so customers do not have to do it themselves..."--

      That is the part that is appealing to businesses.

  16. Re:Are You Really Prepared for the Hardware Market by Anonymous Coward · · Score: 5, Funny

    WOw, I didnt know oracle was buying Sun.

    I wonder will this increase oracles usage on Solaris

    I'm going to bookmark this thread and reference whenever someone says "there's no such thing as a stupid question."

    1. If you scrolled down this far, you would have seen the link to the story about Oracle buying Sun titled "Oracle buys Sun" or any of the dozen related stories on slashdot or other sites including mainstream news.

    2. Solaris on SPARC is already the largest base for deployment of Oracle.

    I kindly request you change your handle from t3chn0n3rd to something that doesn't imply a familiarity with the technology world.

    If you have recently been in a coma I apologize for being so blunt.

  17. You guys aren't getting it. by juuri · · Score: 5, Interesting

    "Oh you want support for a database product on commodity hardware? Well we have this little MySQL thing you can use.

    Oh you want to continue to run Oracle? Well that is now only supported on our new line of SPARC hardware."

    Oracle can now (and will) sell you the entire database from sand to sql results at whatever price they deem acceptable to themselves this quarter. You thought license costs were crazy before? Well now they come with official hardware and support contracts for the box.

    --
    --- I do not moderate.
    1. Re:You guys aren't getting it. by Bill,+Shooter+of+Bul · · Score: 1

      Even more than that. I'd suspect they'll probably buy out kickfire. Kickfire licenses mysql and mixes it with some custom a hardware( a sql chip they call it) and a column database for some pretty amazing speeds. Or they could just do it themselves, whcih I half expected with sun anyways.

      --
      Well.. maybe. Or Maybe not. But Definitely not sort of.
    2. Re:You guys aren't getting it. by fm6 · · Score: 1

      Right, they're going to just refuse to support 90% of the server systems out there, and hope that everybody doesn't switch to DB2 or SQL Server. Moving your applications to a new database stack is a pain, but not that much of a pain.

  18. Re:Are You Really Prepared for the Hardware Market by rackserverdeals · · Score: 5, Interesting

    I mean, how are you going to mitigate the blitzkrieg campaign IBM has launched against SPARC while you're busy with the merger details?

    Interesting choice of the word blitzkrieg to characterize the marketing campaign. I think it's very appropriate.

    Blitzkrieg was a tactic to concentrate a large fast assault on the weakest part of the enemy, disregarding the flanks and trying to avoid the strong points.

    It had success early on for the Germans, it was not something that could easily be maintained and after a year or so the allies were able to adapt to counter those types of attacks.

    Lets not forget who won the war.

    IBM is trying to take advantage of the uncertainty some people have with the merger to grab some of Sun's hardware business.

    --
    Dual Opteron < $600
  19. Re:Are You Really Prepared for the Hardware Market by gaspyy · · Score: 2, Insightful

    They are especially good at marketing to business. They are also good at knowing what businesses want

    This is just a minor nitpick, but knowing what your customers want is part of the marketing. Marketing is not just advertising, though many seem to forget that.

  20. Database Processing Unit by shish · · Score: 3, Interesting

    Could dedicated database hardware outperform generic x86/sparc in the same way that GPUs are several orders of magnitude faster than software rendering? I would presume that databases are too large and varied compared to the "run a single task 2 million times in parallel" of graphics, but I am not a database coder...

    --
    I mod down anyone who says "I will be modded down for this", regardless of the rest of their comment
    1. Re:Database Processing Unit by Anonymous Coward · · Score: 1, Insightful

      There is potential, especially in data mining. The equivalent of "run a task 2 million times" is "search through 200 million rows in a table." A speed-up of two or three orders of magnitude is straightforward (SSDs and n-way parallel processing, n>32), but getting the next two is not quite so easy. Specialised hardware might help (4096-bit data paths, anyone?)

      Traditionally, the big issue in database is disk management. It seems to me Sun has quite a good track record in this area, and system administration generally. Sun's recent experience with ZFS might be of use to Oracle too - not so much ZFS the product, but the experience and insight gained by the engineers working on it.

      In all, I think there are quite a few possibilities for Oracle. IBM may be kicking themselves in a few years for missing the opportunity of keeping Sun out of Oracle's hands.

    2. Re:Database Processing Unit by Anonymous Coward · · Score: 1, Interesting

      Let's say Oracle on specially designed Sparc does outperform other solutions. So what? I already have vastly more horsepower available than I need running PostgreSQL on commodity x86 servers. Sure, there's a market for uber-fast uber-big database apps, but the point it, that market is shrinking.

      The exception might be if the uber-fast solution enables a fundamentally different approach to computing than nominally available. Maybe Oracle isn't planning so much on selling these solutions to end-users, as they are in building out a giant server cluster that they lease out a-la other so-called "cloud" computing solutions. I.e. they don't sell you sparc+oracle, they sell hosted ERP, etc. Building the servers themselves, they may be able to argue their infrastructure costs are lower than for vendors like Amazon who have to buy their servers from others.

      Still, while that might buy them a little time, there's nothing preventing the creation of open hosted services. Vendor lock-in is vendor lock-in, cloud or not. Most folks I know would always rather avoid such traps; which is why there's already plenty of pressure for open standards for cloud computing services.

    3. Re:Database Processing Unit by MarkRose · · Score: 1

      Databases use mostly integer math at their core. It's the opposite of graphics. Databases also do a ton of conditional branching (indexes on columns in a databases are usually stored as trees). Because of all the branch prediction, there's not a lot of benefit in doing branch prediction, because chances are high the branch prediction logic will pick the wrong branch. Furthermore, branching is not very parallelizable. And because databases are often running more than one query at a time, a CPU designed for databases should be composed of simple units that do integer math very fast. And that's exactly what Sun's Niagara processors are: 8 cores running 4 threads apiece, and fast at integer math.

      Another post above mentions parallelizing searches, but that would be an uncommon use case. Almost all searches done in a database use a keyword index, and again, indexes are usually stored as trees.

      --
      Be relentless!
    4. Re:Database Processing Unit by Anonymous Coward · · Score: 0


      Could dedicated database hardware outperform generic x86/sparc ... several orders of magnitude faster ?

            Yeah if you believe these folks.

          http://www.kickfire.com/content/view/7/8/

      Pragmatically, though that is an overstatement. Don't necessarily need to abandon SPARC. One of the apps that SPARC is tuned to is Oracle DB. The database problem though is a typically an I/O throughput problem though. The CPU (unless being blocked by lack of I/O througput) is the wrong place to look.

      It isn't dedicated special chips. That is the "clue" for Oracle/Sun. It is having the whole relationship ( selling the whole stack).

      Apple is doing chips for phones/touches because they are going to sell 20+ million units. Lower the cost by $2.00 on 20 million units and you have saved $40 million dollars. Not 100% sure they are going to make back the chip investment (depends upon how much cost savings their competitors do buy sharing R&D over even larger numbers.)

      It is the whole relationship thing they are mimicing. There would still be x86 Sun Hardware.

    5. Re:Database Processing Unit by HAWAT.THUFIR · · Score: 1

      The exception might be if the uber-fast solution enables a fundamentally different approach to computing than nominally available. Maybe Oracle isn't planning so much on selling these solutions to end-users, as they are in building out a giant server cluster that they lease out a-la other so-called "cloud" computing solutions. I.e. they don't sell you sparc+oracle, they sell hosted ERP, etc. Building the servers themselves, they may be able to argue their infrastructure costs are lower than for vendors like Amazon who have to buy their servers from others.

      Still, while that might buy them a little time, there's nothing preventing the creation of open hosted services. Vendor lock-in is vendor lock-in, cloud or not.

      In the above situation, there's no hardware lock-in, just to the API for that cloud. For example, assume Java and Oracle for the db. Where's the lock-in, exactly? Strictly to the db, it's not prohibitive to go with Java + mySql (or whatever) if you decide it's not worth it. Notably, google app engine, which does something like the above, has its oddities, but they're relatively minor. If Oracle believes a vertical monopoly will yield greater profits for them, and greater savings for their customers, then more power to them. I'm not so convinced it would work out, just because of hardware commoditization, but I'd be interested to at least see the attempt.

    6. Re:Database Processing Unit by bored · · Score: 1

      And that's exactly what Sun's Niagara processors are: 8 cores running 4 threads apiece, and fast at integer math.

      That would be great for sun oracle except for one problematic fact. They don't compare favorably to stock x86's in the mysql/posgresql benchmarks.

    7. Re:Database Processing Unit by MarkRose · · Score: 1

      I don't know about all engines, but MySQL's InnoDB suffered a lot of concurrency issues until very recently with the latest releases in the 5.1 branch. It would be interesting to see the test repeated now. I hear PostgreSQL has improved quite a bit, too. All that being said, memory bandwidth will also be an issue with concurrency. Databases are very bandwidth and memory intensive.

      --
      Be relentless!
  21. Apple is a stealth software company by Ilgaz · · Score: 2, Interesting

    Apple is a software company which happens to design hardware that they believe will run their software perfectly. It is hard to explain but, if you look at pre touch iPods, they are significantly weaker than other offerings in hardware specs. What makes people buy them is the software they run. Same thing can be said for iPhone vs. Nokia 5800. They didn't change overnight, it is same deal since first Apple 1. That is why people dreaming about official OS X on generic PC are kinda... Dreaming.

    If Oracle has this neat idea of having devices, gigantic mainframe like servers (Sun's top line), portable enterprise database servers.. They are going with Apple's idea. Of course, they aren't stupid to abandon their "runs on Linux/AIX/zOS/Windows/Whatever" software.

    Just imagine a Sparc which have accelerator functions just for database operations. That kind of possibilities kept Apple in PowerPC for years, G4/G5 especially have some excellent functions for media which came from Apple. Of course, times has changed and IBM started to hate end user desktop except consoles so they sold them out and moved to Intel. If you look at how easy was for Apple to move to Intel and how easy for them to release software for Windows when they want, you can't call them just a hardware company.

    If something really bad happened to Apple, it is even possible to release OS X/iTools/iWork for Windows. Of course, we wouldn't get the same experience on millions of different configurations and substandard $10 cards. That is why you see Apple hardware.

    1. Re:Apple is a stealth software company by Anonymous Coward · · Score: 0

      Apple is a company trying to provide the perfect user experience. You can't really separate their desire for great desire for great hardware, because what they want is to have the two combine perfectly. What's more, in the last decade they've been buying or buying out third party software whereas they've kept the devices in-house designs. The original iPod software was largely developed by other companies, in fact. (And if you look at the ridiculously rudimentary iTunes and App Store, you can clearly see those bits of software related to the iPod are not particularly important to Apple. They don't even care that the poor design stifles sales on the stores, they just want to move the hardware.)

      Although I can't speak for its entire run, the iPod's hardware was a huge part of its initial traction in the market. The competition consisted of players with similar or more storage that were ungainly in size, or smaller players that had almost no storage. The iPod offered a pocket-sized mp3 player with the most storage, and Apple continued that tendency to focus on getting near the most capacity into ever more conveniently-sized iPods. They also had firewire, and a unique clicky-wheel that combined with the software for a great user interface. You can bet that many people bought iPods solely based on its hardware, but no one bought it having tried the software on it own.

    2. Re:Apple is a stealth software company by FatSean · · Score: 1

      "Of course, times has changed and IBM started to hate end user desktop except consoles so they sold them out and moved to Intel."

      Wat?

      I thought Apple didn't like the cost estimates for a new processor and decided to go the cheaper route with commodity PC architecture hardware.

      --
      Blar.
    3. Re:Apple is a stealth software company by Ilgaz · · Score: 2, Insightful

      Biggest fight between Apple and IBM came from IBM not keeping the promise of shipping a 3 Ghz G5 for Apple right? Also they didn't make something for portable which is the future. Months later, they shipped an architecture which can scale to 6 Ghz (by some exclusive tech) and shipped a real working 4.7 Ghz enterprise CPU (POWER6) which they keep selling. So, IBM isn't just capable of 3Ghz, they have such a technology in hand making competitors Mhz look so funny. It is almost like ultimate justice for years of Mhz myth by X86 vendors.

      Apple didn't design the entire G5. It is actually scaled down POWER4+Apple design choices+Altivec (which almost shouts like "I come from Apple").

      IBM wants to stay away from "end user" and they want to sell CPUs to companies who makes consoles/very high end TV/BluRay etc. XBox 360, Sony PS3, Nintendo Wii are all IBM CPUs designed with the respective partners. XBox 360 is almost designed for MS engineers needs, that is how it does serve them great. I was visiting a friend at IBM one day, one line had a 10.000 client network having some speed issues and other line was a teenage bitching about his FPS performance... It was in 1990s and when IBM sold their PC division to Chinese, I wasn't surprised a bit. Enterprise and end user really doesn't go together.

      Apple also wanted this situation: Consumers should be able to run x86 software and even can run Windows as exclusive OS (if needed). Don't let the comments/rants fool you, there are some amazing numbers of virtualisation software/ boot camp updates downloads from sites like versiontracker, macupdate etc. It is only x86 which can do it, you won't be emulating a same generation CPU with something completely different down to endianness. I actually run MS Virtual PC 7 (with their exclusive info,undocumented access) on Quad G5 2500 Mhz. Trust me, x86 isn't easy to emulate even if you are Microsoft itself. For year, before iPod, people had question "What happens if Apple dies?". If you ship them something that can run Windows even better than generic PCs, you won't have that question asked at all.

      Basically both companies wanted to end partnership. Steve Jobs likes to have "No 3Ghz for me, damn you IBM" and IBM likes to exit end user chaos, both are happy and interestingly, consumers are also happy. People actually hoping for CPU arch competition aren't happy, that is it Intel also lost a good reason to push SSE etc. achievements, who will ship something like Altivec now? AMD?

    4. Re:Apple is a stealth software company by tb3 · · Score: 2, Insightful

      No, I think you're missing the main reason Apple dumped IBM. Apple saw the market moving towards laptops, and IBM couldn't bring the operating temperature of the G5 down. Apple never built a G5 laptop, and it was killing them. Meanwhile, Intel was building fast, low power CPUs and chipsets, and in the quantities Apple wanted. Apple could build more powerful portables, and smaller, lighter, more compact desktops like the iMac and Mac Mini, as a side effect.

      The virtualization was just a nice bonus. It's actually easier to emulate an x86 on a RISC chip than the other way around. The Rosetta guys did some amazing things to get PowerPC code running on Intel, and even then it was just a stopgap measure.

      --

      www.lucernesys.comHorizon: Calendar-based personal finance

    5. Re:Apple is a stealth software company by TheRaven64 · · Score: 2, Insightful

      Months later, they shipped an architecture which can scale to 6 Ghz (by some exclusive tech) and shipped a real working 4.7 Ghz enterprise CPU

      IBM could make a chip which ran up to 4.7GHz, but did you see the cost of it and the power consumption? IBM didn't have anything that could go in a laptop, and with the PowerBook the best-selling Mac stuck shipping a 1.67GHz G4 while the competition was shipping 2GHz+ chips with two cores using less power for the same or better performance. The G5, even at 2.7GHz, needed massively engineered cooling.

      I actually run MS Virtual PC 7 (with their exclusive info,undocumented access) on Quad G5 2500 Mhz. Trust me, x86 isn't easy to emulate even if you are Microsoft itself

      What undocumented access? VirtualPC 7 is an incremental improvement on VirtualPC 6, which Microsoft bought from Connectix. It's a fairly good x86 emulator, but it's based on old technology. Microsoft have no incentive to improve a product that makes it easy for you to migrate to a competitor's product.

      --
      I am TheRaven on Soylent News
    6. Re:Apple is a stealth software company by Dog-Cow · · Score: 2, Insightful

      It's actually easier to emulate an x86 on a RISC chip than the other way around.

      The distinction between RISC and CISC are largely meaningless when talking about an x86(-64) CPU. If you can decode the instruction set, you can emulate. The hard part is emulating the attendant chipsets and their interactions with the emulated and real system.

    7. Re:Apple is a stealth software company by Ilgaz · · Score: 1

      I know the IBM not giving what Apple wants (portable) is a big reason but trust me, IBM was also capable of a low power PowerPC. I wouldn't have to be a G5, it could be something else. It is just IBM didn't want to give Apple that thing, giving them reason to dump them.

      Apple's product style and IBM's current style doesn't match and I think (based on attitude of SJobs), things were already very bad between them. The core users of Apple will never need such thing (they are already running pure Mac from beginning) but trust me, if you talk to switchers, people coming from PC World, even if Apple had something like "G6 4700 Mhz" but it wasn't capable of x86, they wouldn't abandon x86 PCs. I have even seen a "100% Vista" Macbook Pro. I didn't know it even was possible. Yes, a Mac with no OS X, only Windows installed. When I asked the user if he lost his mind, he said "I wanted a quality PC which is supported, that's all"

    8. Re:Apple is a stealth software company by petermgreen · · Score: 2, Insightful

      Afaict the hard part in emulation is doing it fast.

      Simple interpretive emulation is pretty easy and if you only want to run apps from another CPU (rather than a whole OS) you don't need to emulate much in the way of hardware since you only have to emulate the userland environment.

      If you want good performance from your emulation you have to use "dynamic recompilation", basically converting the machine code from one CPU to another in blocks and then emulating it.

      x86 (remember the original intel macs were NOT x64, that came later) is widely known as a register starved architecture. PPC OTOH has plenty of registers.

      I would imagine translation of code from a register poor architecture to run on a register rich architecture would be much simpler than translation of code from a register rich architecture to run on a register poor architecture.

      --
      note: i'm known as plugwash most places but i screwd up registering that here somehow in the past and now can't register
  22. Yeah, this is pretty much it by Wee · · Score: 1

    You hit it in one. IF your company runs Oracle on Red Hat, prepare to get fucked.

    -B

    --

    Ash and Hickory, straight-grained and true, make excellent bludgeons, dandy for the cudgeling of vegetarians.

    1. Re:Yeah, this is pretty much it by Anonymous Coward · · Score: 1, Funny

      You hit it in one. IF your company runs Oracle on Red Hat, prepare to get fucked.

      If your company decided to run Oracle on RedHat you're already fucked.

    2. Re:Yeah, this is pretty much it by HAWAT.THUFIR · · Score: 1

      You hit it in one. IF your company runs Oracle on Red Hat, prepare to get fucked.

      If your company decided to run Oracle on RedHat you're already fucked.

      What's wrong with Oracle on Redhat?

    3. Re:Yeah, this is pretty much it by Anonymous Coward · · Score: 0

      You hit it in one. IF your company runs Oracle on Red Hat, prepare to get fucked.

      If your company decided to run Oracle on RedHat you're already fucked.

      What's wrong with Oracle on Redhat?

      It's like those kids that put $20k worth of stupid mods, graphics, coffee can sized tail pipes on a $5k car.

      Plus, getting Oracle to run on RedHat can be a pain which is why Oracle came up with their own redhat based distro.

  23. Haha by noundi · · Score: 1

    Even Apple is designing its own chips these days.

    Am I the only one whom read this sentense with an emphasis on the word "even"? I'm asking because it was funny and even funnier if it wasn't intentional.

    --
    I am the lawn!
  24. Oracle Strategy by Anonymous Coward · · Score: 0

    I recently attended an Oracle conference. One thing that struck me about Oracle's strategy is that they get the best of the products they acquired and integrate into their current/own system.

    E.g. if a user interface is better in the company's product they just bought, they will integrate it in their current system product.

    They may integrate some features from MySQL that are superior to Oracle DB as an e.g.

    1. Re:Oracle Strategy by Anonymous Coward · · Score: 0

      They may integrate some features from MySQL that are superior to Oracle DB as an e.g.

      Uhm... what features does MySQL have that are better than Oracle?

  25. Re:Are You Really Prepared for the Hardware Market by Anonymous Coward · · Score: 0

    In the future, try thinking before speaking.

  26. There are no stupid questions... by ThatbookwritingWheel · · Score: 1

    ...there are just inquisitive idiots.

    --
    We are all packets in the Internet of life!
    1. Re:There are no stupid questions... by maxume · · Score: 1

      I disagree. "How come Kirk ate the hippopotamus?" is clearly a stupid question.

      --
      Nerd rage is the funniest rage.
    2. Re:There are no stupid questions... by ckaminski · · Score: 1

      The whole thing, or a just a chunk?

  27. Practicality and Fashion by LKM · · Score: 4, Insightful

    "But the appeal of the Mac and the Lisa was as much or more fashion and style as it was practical."

    That's an interesting statement, and it betrays more about you than about the topic we're discussing. I remember back when I went to school and the schoolwork our teachers handed out suddenly changed from photocopied hand-written stuff to neatly layouted, professionally looking stuff. That was when the Mac came out and normal people were suddenly able to use computers in a meaningful way.

    You're a geek. You don't care about normal people, because you were perfectly happy with DOS or whatever you were using. To you, all that stuff that made computers usable for everyone else was just "fashion".

    You were as wrong then as you are now.

    To you, the iPod is a fashion statement because you were happy with the MP3 players that came before the iPod. To most people, those were unusable, bulky pieces of crap. You were happy with cell phones before the iPhone came out. Most people hated their cell phones and used them only for the most basic things.

    Perhaps creating things normal people can actually use seems like "fashion" to you, but most people don't use these devices for their own sake; they don't enjoy learning complex stuff just to learn complex stuff. They want to get stuff done, and all of those things that you like, all those ways you can tinker with your toys actually only get in their way.

    Apple's success is not about fashion and style, it is about normal people getting stuff done.

    1. Re:Practicality and Fashion by m50d · · Score: 3, Interesting
      To you, the iPod is a fashion statement because you were happy with the MP3 players that came before the iPod. To most people, those were unusable, bulky pieces of crap.

      Size can't have been the thing, the first ipods were bigger than their competitors. As for the interface, well, maybe there are people who really do find that stupid wheel-thing easier to use, but there are dozens of players doing that now. So why is the ipod the one that sells? Fashion, plain and simple.

      You were happy with cell phones before the iPhone came out. Most people hated their cell phones and used them only for the most basic things.

      Oh, come on. Compare doing any task you can think of on a near-contemporary, say the Razr. It's barely any different, and certainly not any harder. Nope, I'm not buying it. Fashion.

      --
      I am trolling
    2. Re:Practicality and Fashion by Anonymous Coward · · Score: 0

      s/normal/mediocre/g

    3. Re:Practicality and Fashion by thetoadwarrior · · Score: 1

      Size can't have been the thing, the first ipods were bigger than their competitors. As for the interface, well, maybe there are people who really do find that stupid wheel-thing easier to use, but there are dozens of players doing that now. So why is the ipod the one that sells? Fashion, plain and simple.

      It's Fashion in the sense that people rather be seen with something that looks nice.

      Just like with desktops, early mp3 players had shit design. Some had cheap nasty neon coloured displayed, cases that make it look more utilitarian than fun. So people went with Apple.

      Apple is seen as the innovator and the others, who are now ripping off Apple's ideas, are seen as knock-offs. People rather have the original than the imitator and perhaps more importantly, the others won't work with iTunes.

    4. Re:Practicality and Fashion by russasaurous · · Score: 1

      Hey...I'll tell you why the Ipod is selling. Much of the PC usin' world has @ least a modicum of Mac envy. You'd have to live under a rock not to see that Apple does everything first in the consumer PC space....(mouse, GUI, USB, dual monitors, scalable icons etc. ad nauseum). This envy is a mild tug at the heartstrings, however, and seldom justifies paying twice as much for a computer. The Ipod scratches this envy itch rather nicely for about $300...the consumer price point at which an item can not be considered an impulse purchase.....genius.

      --
      The question of whether a computer can think is no more interesting than the question of whether a submarine can swim.
    5. Re:Practicality and Fashion by petermgreen · · Score: 2, Interesting

      Size can't have been the thing, the first ipods were bigger than their competitors.
      Bigger than the low storage flash based players (flash was a lot more expensive then, a player with gigabytes of flash would have been unthinkable). But a bit smaller and a lot sleeker than things like the DAP jukebox. The UI was also pretty well designed afaict (if you are going to have a jukebox style mp3 player the interface is pretty critical).

      Making a good product is all about getting things right accross the board. If your product is crap in one important area your product is crap regardless of how good it is in other areas.

      --
      note: i'm known as plugwash most places but i screwd up registering that here somehow in the past and now can't register
    6. Re:Practicality and Fashion by anss123 · · Score: 1

      Most of the PC using world doesn't know/care about macs. Hell, most doesn't know about Windows :-)

    7. Re:Practicality and Fashion by Anonymous Coward · · Score: 0

      I absolutely agree with you on the Mac and iPod, but the iPhone? Seriously, bad example. I don't know anyone amongst my non-tech friends, which includes my very tech-phobic mother, who either dislikes their current phones, or wants an iPhone. Cellphones were popularized and in the hands of the non-tech elite more than a decade before Apple weighed in, and Apple's phone is expensive, lacks basic functionality like MMS, and has a lot of functionality they simply don't want.

      ...the MMS thing actually is the thing that baffles me. It's one of the most popular features of phones these days, and it's probably as intuitive a feature as you'll ever find. "Take a photo, select a person from your address book to send it to, click send". Yet the iPhone will not do it, and will not do anything similar unless you can find an email address that corresponds to the user's mobile phone operator's MMS gateway and program it into the iPhone with their address. This is better how?

      The iPhone is not a phone for everyone. It does not replace an unpopular technology with a popular one. It's selling largely on the basis that it's an iPod with a phone in it. Most of the buzz I've seen is from journalists and Apple fans. I do not know anyone at my workplace, in any department, that has one. The sole iPhone I've seen is from a friend of a friend, who is largely disappointed with it.

      It's selling well, but the OP was right with the iPhone, even if he was dead wrong about the Mac and iPod. It's a fashion accessory. It has some innovative features, but it's too crippled for geeks, and for non geeks it lacks basic functionality in some areas while having functionality they'll never use in others. It's selling because of the badge, not because of what it is.

    8. Re:Practicality and Fashion by jedidiah · · Score: 1

      > You're a geek. You don't care about normal people, because you were perfectly
      > happy with DOS or whatever you were using. To you, all that stuff that made
      > computers usable for everyone else was just "fashion".

      What's funny about this is what we are talking about EDUCATORS here. If ANYONE
      should be able to "put a little effort" into "learning something new" it should
      be teachers of all people. This just proves how worthless they really all are.

      The AppleII's that they already had already had productivity software.

      They didn't need a Mac for their dittos to look more "professional".

      Your own blathering about how no one else can push the state of the art forward
      is the perfect argument of why Apple these days is more of a fashion statement
      than anything else. It's it's own little cult. Like any cult, you don't tend
      to pay attention to anything that might alter your worldview.

      What innovations Apple do provide are quickly commoditized by the rest of
      the market and are often just the side effect of emerging technology trends
      and other people's research (the GUI being a good example).

      --
      A Pirate and a Puritan look the same on a balance sheet.
    9. Re:Practicality and Fashion by GargamelSpaceman · · Score: 1

      Ipods are dumb. I can't imagine why someone would want one. It really has nothing going for it over the competition. And IPhones are dumb. Tied to one crappy network, you have a stupid touch screen, and a bulky phone. It's a piece of shit. MacOS has Windows beat, but as a Linux user, MacOS offers nothing I don't already have for free. I really don't give a crap if Apple is eaten by worms.

      --
      ...
    10. Re:Practicality and Fashion by Hatta · · Score: 2, Insightful

      I remember back when I went to school and the schoolwork our teachers handed out suddenly changed from photocopied hand-written stuff to neatly layouted, professionally looking stuff. That was when the Mac came out and normal people were suddenly able to use computers in a meaningful way.

      My teachers didn't seem to have any problem making handouts in Word Perfect on DOS. The tools are there on either platform. The only reason Macs were more prevalent in schools is because of Apple marketing directly do them.

      --
      Give me Classic Slashdot or give me death!
    11. Re:Practicality and Fashion by ckaminski · · Score: 1

      The iPod succeeded where all others failed for one reason and one reason alone: marketing.

      That U2 campaign was huge!! Silhouetted dancing hipsters jammin' to U2... that's what made the iPod king of the mp3 players.

      And a dead-simple UI.

    12. Re:Practicality and Fashion by Anonymous Coward · · Score: 0

      Oh, come on. Compare doing any task you can think of on a near-contemporary, say the Razr. It's barely any different, and certainly not any harder. Nope, I'm not buying it. Fashion.

      The Razr was an awful phone.

      Things you can't do with a Razr that you can do with an iPhone:

      - Music (you'd need a krzr or whatever razr spinoff it was that actually did music)
      - Internet (the Razr actually could go on the internet, and I even used it to look something up maybe once or twice, but compared to even a blackberry pre-iPhone 1.0 the Razr's internet was slow, buggy, and generally atrocious. It's not an accident the iPhone/iTouch has such a large mobile web marketshare)
      - Google Maps (Google actually did have a java google maps application for the Razr, but I'm not going to count it because it was horrid. In addition to being slow to start, slow to download the map segments themselves, having a slow interface, and having to enter addresses without a keyboard (virtual or not), the application was buggy and crashed often)
      - YouTube (razr just can't do it)
      - GPS (razr just doesn't have it)

      There are other things that the iPhone does better (apps, syncing, email, texting, heck the iPhone even does mobile porn better (the phone supports quicktime h.264 streaming from any website, think about it)).

      Fashion indeed.

    13. Re:Practicality and Fashion by Mad+Merlin · · Score: 1

      So what other phones could do any of that when the Razr came out? Oh right, none of them. The iPhone didn't come around for another 3 years. Way to completely miss the point.

    14. Re:Practicality and Fashion by Unoti · · Score: 1

      You're a geek. You don't care about normal people, because you were perfectly happy with DOS or whatever you were using.

      Harsh! The truth is, I wanted a mac really badly. I lusted deeply for it. But the true appeal of it was more emotional than practical. And as awesome as it was, for most people the Mac and the Lisa wasn't truly justified by their high price tag.

      The Mac was selling in 1984 for $2500 or so. Adjusted for inflation, that's about $5000 now. $5000 is a lot of money for word processing or other personal computing tasks today, and $2495 was a lot of money for personal computing tasks then, in pretty much the same way that $5000 is a lot of money for personal computing tasks now.

      Also consider that the early Mac printers were dot matrix, and generally the results were actually not as professionally acceptable as the daisy wheel printers of the era.

      I love Macs as much as anybody. And I'm not a mindless command line fanboi like many people around here are. I'm just sayin, the appeal of the Mac and the Lisa was as much about "cool" as it was about "practical". And it's much the same with the current Apple offerings. They're fantastic products, and they're expensive, and for some reason I buy them even though I can accomplish the same things elsewhere for half the price or less.

      --
      Posted from my iPhone (and it took me like an hour to type it, but damn did I look sexy)

    15. Re:Practicality and Fashion by LKM · · Score: 1

      Harsh! The truth is, I wanted a mac really badly. I lusted deeply for it. But the true appeal of it was more emotional than practical. And as awesome as it was, for most people the Mac and the Lisa wasn't truly justified by their high price tag.

      Then I apologize for making wrong assumptions about you.

      As a sidenote, the papers I remember were not printed with a dot matrix printer, but were very likely printed with a LaserWriter, which came out in 1985. Presumably, the school owned one.

      for some reason I buy them even though I can accomplish the same things elsewhere for half the price or less

      Theoretically, that is true, but for some reason, only my Mac using friends actually cut DVDs of their holiday videos and order calendars with their photos in them.

    16. Re:Practicality and Fashion by LKM · · Score: 1

      Yes, the tools were there on either platform. The point is that one of the two platforms was only accessible to nerds (yes, some teachers are nerds).

  28. Specialty applications now deploying x86 by Burning1 · · Score: 1

    Actually, many specialty appliances are now moving to x86 hardware. Off the top of my head, Cisco and F5 both deploy linux/unix on x86 hardware.

  29. UI Design != Style by LKM · · Score: 1

    What in the world does "UI design" have to do with "style"?

    1. Re:UI Design != Style by xouumalperxe · · Score: 1

      Ask the misguided minds behind Aero Glass.

      This is something I find hilarious, actually. You look at the low end, and Apple has plain white plastic chassis, whereas several (if not most) brands will sell you a plastic chassis painted to look like metal. Which one strikes you as more style conscious?

      As soon as you step into the higher end, if we're to believe the "Apple is all about style" crowd, this laptop's design is purely utilitarian, whereas this one is all about looking flashy. And I'm not even going to start a rant about the Dell Adamo. Leather? Really?

      (Full disclaimer: I am an Apple user, but I also rather like the nice, simple lines of the Thinkpads. I don't like excessive flashiness.)

  30. from the most outrageouly ex;pensive DB by Anonymous Coward · · Score: 0

    To the most expensive nix hardware. Oracle specifically tied into their hardware. Bend over.

  31. Well, if you want to stretch the anology by SmallFurryCreature · · Score: 4, Interesting

    Germany was a small country fighting the whole world. They lost not so much because blitzkrieg wasn't a valid tactic but because it is hard to win a battle when you fight a million soldiers and the enemy has a million in reserve.

    But in this case, it is IBM who is the giant. So if you want to compare things, this is the D-day landings by the free-world/IBM vs the much beleagured Nazi's/Sun who is fighting to many battles on to many fronts and who just can't keep up with the tech race.

    Analogies, you really shouldn't stretch them to far or they turn against you.

    --

    MMO Quests are like orgasms:

    You may solo them, I prefer them in a group.

    1. Re:Well, if you want to stretch the anology by Anonymous Coward · · Score: 0

      Nazi's/Sun

      That's not right. The Nazis used IBM computers Sun wasn't even around.

    2. Re:Well, if you want to stretch the anology by Anonymous Coward · · Score: 1, Informative

      IBM is only 35% bigger than Oracle+Sun, not quite a "giant compared to OraSun. Oracle now has a R&D group that can go toe-to-toe with IBM (ie, patent royalties).

      Btw, Exxon is 2.5 bigger than IBM... Now *that* is a giant.

    3. Re:Well, if you want to stretch the anology by Anonymous Coward · · Score: 0

      Until Sun commits mass genocide, this analogy is ridiculous no matter what the context.

      Your conclusion was right, and apparently so was Godwin.

    4. Re:Well, if you want to stretch the anology by Anonymous Coward · · Score: 0

      Germany suffered 5 million casualties out of 60 million around the world. That means the kill ratio is 12 to 1 making Germany a very very effective killing machine.

    5. Re:Well, if you want to stretch the anology by turbidostato · · Score: 1

      "Germany suffered 5 million casualties out of 60 million around the world. That means the kill ratio is 12 to 1 making Germany a very very effective killing machine."

      But then German/Austrian population by 1940 was about 80M while world's population was about 2300M, so the death ratio is 3.2 to 1 making Germany a very effective suicidal machine.

  32. Re:Are You Really Prepared for the Hardware Market by Jah-Wren+Ryel · · Score: 1

    This is just a minor nitpick, but knowing what your customers want is part of the marketing.

    Good marketing includes hookers and blow.
    Give 'em that and then your customers will buy whatever you are selling.

    --
    When information is power, privacy is freedom.
  33. Pray they emulate NetApp rather than Apple by argent · · Score: 1

    I'd rather get a database-in-a-box that works so well you forget it's there until your receptionist calls you because it's detected a bad drive and ordered a replacement for you... rather than one where you have to find the magic dongle headphones before you can turn it on.

  34. Re:Are You Really Prepared for the Hardware Market by maxume · · Score: 1

    Yep.

    It's only really a problem when you are trying to sell hookers and blow.

    --
    Nerd rage is the funniest rage.
  35. Re:i just got off the toilet by Anonymous Coward · · Score: 0

    You mean "Plopsky!"

    -ski is Polish, not Russian.

  36. Re:Are You Really Prepared for the Hardware Market by ibookdb · · Score: 1

    Actually if everybody is using hookers and blow for marketing, then everybody is your customer for hookers and blow.

  37. Storage Hardware and Drives by dosguru · · Score: 1

    With all of the talk about SPARC (I use and love the new 8 core SPARCs) there hasn't been an talk of Sun's StorageTek disk and tape drives. The 4GbFC, 1TB T10000K drive is critical for enterprise storage. Legacy support for 9940s and 9840s are also critical for big iron. I don't like the idea of having to move to IBM 1130s. Sun SATA JBOD arrays are excellent tier 3 storage, they can move a lot of IO for not a lot of cash. Put a Sun 5220 server (or Mx000) with multiple 4Gb FC HBAs in front of SATA using ZFS and you can build a massive data warehouse or backup system.

    1. Re:Storage Hardware and Drives by rackserverdeals · · Score: 1

      The issue of storage was covered in the PDF linked in the summary.

      There has been a lot of speculation in the press that
      Oracle is going to sell some or all of Sunâ(TM)s hardware
      businesses. From your previous answers it certainly
      seems like you are keeping the SPARC Solaris systems
      business. Are you keeping the disk storage and tape
      backup businesses?
      Yes, definitely. We believe the best user experience is when
      all the pieces in the system are engineered to work together.
      Disk storage and tape backup are critical components in highperformance,
      high-reliability, high-security database systems.
      So, we plan to design and deliver those pieces too. Clearly many
      Sun customers choose disk and tape systems from other vendors.
      Thatâ(TM)s what open systems are all about: providing customers
      with a choice. But Oracle expects to continue competing in
      both the disk and tape storage businesses after we buy Sun.

      --
      Dual Opteron < $600
  38. Re:Are You Really Prepared for the Hardware Market by CarpetShark · · Score: 1, Informative

    They are also good at knowing what businesses want

    That must be why they kept going into companies to sell Oracle RDBMS, only to find the companies preferred MySQL.

  39. Re:Are You Really Prepared for the Hardware Market by maxume · · Score: 1

    Yes, much like people buy hotdogs from the guy with the wiener cart, except when he is giving them away.

    --
    Nerd rage is the funniest rage.
  40. Re:Are You Really Prepared for the Hardware Market by NotBornYesterday · · Score: 1

    You must work for EMC

    --
    I prefer rogues to imbeciles because they sometimes take a rest.
  41. Oracle wants ALL the data center business by MagikSlinger · · Score: 2, Insightful

    With all the talk of container and "lego" data centers, Oracle wants to become fully vertically integrated so that you can go to Oracle and say: "I've got $10 million -- sell my data center blocks".

    Sun's already been developing their own data-center-in-a-shipping-container, and Oracle now has all the bits and pieces:

    • Hardware that runs Oracle really well -- Sun SPARC
    • The operating system for big data centers -- Solaris
    • The Java application server -- BEA's WebLogic
    • The Database -- well duh!

    Also, having a horde of hardware engineers is Ellison's wet dream. As I said before, Larry Ellison wakes up every morning and asks himself, "How can I [fsck] Microsoft today?" Larry has stated in the past he wouldn't mind moving beyond databases, and with Sun's hardware and Java, he's poised to do pretty much anything he wants. So he might entertain delusions of mobile, return of the net appliances, home multimedia, etc. In the short term, though, I think he's hoping he can create custom hardware to make Oracle and Java run much faster. Will he succeed? Dunno, but Larry Ellison has a ferocious desire to succeed, and often, that's all you need.

    --
    The bitter lessons of a veteran coder: http://bitterprogrammer.blogspot.com
    1. Re:Oracle wants ALL the data center business by ClosedSource · · Score: 1

      Oracle creating a new hardware platform would potentially hurt Dell and HP more than Microsoft.

      I doubt that there's all that many hardware engineers left at Sun these days. In any case, qualified hardware engineers aren't that hard to find.

  42. Re:Are You Really Prepared for the Hardware Market by mikael · · Score: 2, Insightful

    They also built things no one wanted. In fact, they had a really hard time figuring out what people wanted, this was their weakness.

    That was supposed to be the job of their ambassadors and maybe the sales/marketing people - to get feedback from potential customers as to what they wanted to see in future products. Problem is, they mostly wanted a solid reliable OS that that they wouldn't have to wait for the first service pack before upgrading an entire department as well as having a competitive price/performance ratio.

    For Sparc processors like Niagara II, the server group would want more cache and hardware support for encryption, but the workstation group would want more floating-point processors. In the end they both get what they want with multi-core chips.

    --
    Vintage computer adverts: http://www.vintageadbrowser.com/computers-and-software-ads
  43. One obvious thing: by toby · · Score: 1

    Intel and AMD aren't doing 64+ execution threads on a chip yet.

    (Most people's knowledge of SPARC - and MySQL, coincidentally - seems not to have been updated since 1998...)

    --
    you had me at #!
  44. Re:Are You Really Prepared for the Hardware Market by Dog-Cow · · Score: 1

    I very much doubt that any shop that chose MySQL over Oracle did so for any reason but price.

    In other words, such a shop was never really a potential customer.

  45. What software technology? by ClosedSource · · Score: 1

    ".. it was widely assumed that Oracle was interested only in Sun's software technology ..."

    Java is open source, so there's not much reason to buy it. What other Sun software technology would Oracle want?

    1. Re:What software technology? by HAWAT.THUFIR · · Score: 1

      ".. it was widely assumed that Oracle was interested only in Sun's software technology ..."

      Java is open source, so there's not much reason to buy it. What other Sun software technology would Oracle want?

      The JVM distribution earns money for Sun.

  46. It depends on the definition of "netbook" by ClosedSource · · Score: 1

    Currently netbooks are just scaled-down notebooks that either run Linux or Windows XP home. Recreating this on ARM is problematic.

    On the other hand, if netbook is just a browser appliance (which better matches the name), than all you need to develop worst case is just a web browser and a network stack.

  47. We are coming back to MainFrames apoch by Anonymous Coward · · Score: 0

    Cloud computing and Cloud OS-s means come back to "Main Frame" architecture with complimentary dummy terminals in form of web browser. Now days the most important thing is processing power per Kilowatt so clusters build on computers containing multiple processors would be more efficient then clusters built on single or 4-8 core computers. And SUN is very good in building multi-processor computers, so SUN's cloud would be the most efficient in terms of energy consumption, and final price of hosting applications in its cloud would be the lowest.
    Ultimately SUN can build cloud in form of one single supercomputer having millions of processors under control of one single OS. I just want to say that the whole Cloud management can be implemented in hardware layer. As I know Oracle has no cloud so far, so this acquisition opens a lot of space for investments.

  48. Oracle and MySQL by Anonymous Coward · · Score: 0

    One year ago I started small internet project, I am software developer and decided to help to build a small start up project for free. No options to pay my own money for software I went to open source, so I used CentOS, MySQL, Apache, PHP and Joomla. I wrote a lot of extra components in form of plug-ins and modules, fixed a lot of bugs in Joomla. So I invested a lot of my time into the project. The original price of hosting was just $15 a month. Then when I transferred static content from old plain HTML web site we decided to upgrade to Virtual PC hosting for $50 a month, then I finished first stage of data consolidation from vendors and DB grow up to 5 megabyte and we decided to upgrade our Virtual PC hosting to second level up to $100 a month. Then I completed details consolidation from vendors and database size jumped to 15Gb and 50 million records and we decided to rent server for $130 a month. At this moment I have several options for further performance improvement: first one is to rent more expensive server having more powerful RAID, second option is to purchase Oracle and rewrite my custom components, historically I know Oracle very well so it is not a problem for me to reconnect my components from MySQL to Oracle and final 3-d option is to migrate everything directly to some cloud.
    What way should I go?
    1. Replace MySQL with Oracle
    2. Upgrade hardware?
    3. Go to cloud?

    My project is already profitable, so all options are real. Oracle license is expensive, and migrating to it requires extra efforts from my side. Upgrading hardware is cheapest but it cannot solve all performance problems. So I think the best solution is to consider rewriting the whole project for cloud.

    So what I want to say. If Oracle writes extra commercial DB engine for MySQL database it would be a real option for me to invest into it instead of rewriting my staff. Or ultimately if Oracle writes extra MySQL compatable engines based Oracle technologies in SUN cloud, I am the new Oracle client, I would go into SUN cloud without any hesitation.

    1. Re:Oracle and MySQL by cowdung · · Score: 1

      True..

      But I wouldn't rewrite the code.. just get the extra HW or host everything on EC2 where you can scale up as needed.

    2. Re:Oracle and MySQL by OrangeTide · · Score: 1

      Long term you would probably be better off going for Cloud than just taking a small step to port to Oracle. But also realize that SUN Cloud is not the only cloud out there. There is also Amazon EC2 Cloud.

      --
      “Common sense is not so common.” — Voltaire
  49. Re:Are You Really Prepared for the Hardware Market by phantomfive · · Score: 2, Interesting

    Oh really? Does this happen a lot? Then maybe you'd like to explain how Oracle made $5billion profit last year (and $4billion the year before)?

    --
    Qxe4
  50. Re:Are You Really Prepared for the Hardware Market by Rolgar · · Score: 1

    Because different people have different responsibilities.

    This is marketing, the marketing group will handle this. Those guys don't have the expertise to work on 'merger details' other than gathering and developing counter strategies, and they'll have individuals from both Sun and Oracle's marketing groups work on something with a little oversight from a vice president or executive concerning strategy. If they need one of the executives to answer questions, they'll have one of them give an interview or press conference for an hour.

    The technical groups and the vice presidents and their assistants will execute the plans as the executives make the decisions. When a manager is need as speaking head to handle

  51. Are the Commentators nuts? by davecb · · Score: 2, Insightful

    Oracle wanted the hardware, so they could become the kind of top-to-bottom solution that IBM used to be in the Mainframe days. IBM failed to prevent it, so now they're loudly saying "sour grapes! sour grapes!"

    I suspect the commentators who missed why IBM and Oracle wanted Sun were the same ones who said IBM and Sun were doomed technologies, and that the future was NT 4 on Intel x86-32.

    And to answer the question literally, you put your marketers on marketing the company while you put your lawyers on working on the merger. I assume they're different people (;-))

    --dave

    --
    davecb@spamcop.net
  52. Re:Are You Really Prepared for the Hardware Market by MrPhilby · · Score: 1

    What's the difference between a duck?

  53. Check your math by raftpeople · · Score: 1

    IBM is only 35% bigger than Oracle+Sun

    Oracle 2008 Revenue: 22B
    Sun 2008 Revenue: 13B
    Combined=35B

    IBM 2008 Revenue: 103B

    That's 294% bigger than Oracle+Sun

  54. Re:Are You Really Prepared for the Hardware Market by turbidostato · · Score: 1

    "I mean, how are you going to mitigate the blitzkrieg campaign IBM has launched against SPARC while you're busy with the merger details?"

    By having Oracle's CEO telling SPARC's clients there's nothing to worry about, that the new owner will not only support but even increase development of the platform, perhaps?

  55. Re:Are You Really Prepared for the Hardware Market by turbidostato · · Score: 1

    "Yes, much like people buy hotdogs from the guy with the wiener cart, except when he is giving them away."

    First dose for free, man, but only first dose.

  56. Re:Are You Really Prepared for the Hardware Market by CarpetShark · · Score: 1

    Don't ask me, ask Oracle. They're the ones who blogged this anecdote. But I suspect it's entirely possible for Oracle to survive on past successes for quite a while.

  57. Re:Are You Really Prepared for the Hardware Market by phantomfive · · Score: 1

    I guess I mis-stated my question. What I was wondering is why do you think people are moving away from Oracle en mass to mysql? Because that's the first I've heard of it. I'm wondering if you have information I am unaware of.

    --
    Qxe4
  58. Re:Are You Really Prepared for the Hardware Market by turbidostato · · Score: 1

    "Blitzkrieg was a tactic to concentrate a large fast assault on the weakest part of the enemy"

    No, it wasn't. I think you are making a fuss between Napoleonic and Guderian's tactics. As the very name implies, the key factor on blitzkrieg was fastness and surprise (thus the implied need of mechanized cavalry) while Napoleon's point was beating with your strongest forces on the weakest point of your enemy. Not that those both are not related, but still not quite the same.

    "It had success early on for the Germans, it was not something that could easily be maintained and after a year or so"

    Of course not! after a year or so of fast raiding your army would fall by the End of the World!

    "so the allies were able to adapt to counter those types of attacks."

    Or there was no place to fast raid to. Of course blitzkrieg is not a strategy for a long running war but to end a war really fast. Hitler was not able to end his European war in a fast manner so blitzkrieg had to be abandoned (it's obvious after Dunkerk and Hitler's inability to take Great Britain), not that allies countered nothing.

    "Lets not forget who won the war."

    But then, where Hitler failed, USA didn't: last campaign over Irak was a blitzkrieg by the book (fast, based on mechanized cavalvry, piercing the borders and then forget about flanks and going directly to the heart of the enemy -the capital city, in this case...) and it ended up succesfully as such (Irak's government surrended). Indeed the "historical problem" with blitzkrieg-like wars is that they don't end up on big bold letters on history books since -when succesful, they are so fast: as the most egregious example, who knows almost anything about Caesar's campaign over Persia *except* the very epygram "veni, vedi, vici"?

    "IBM is trying to take advantage of the uncertainty some people have with the merger to grab some of Sun's hardware business."

    The point is that when you lose "something" you can recover, but if your enemy manages to make you lose "all" there's no chance to recover: you get extinguished.

  59. Re:Are You Really Prepared for the Hardware Market by CarpetShark · · Score: 1

    Not sure. Probably just because MySQL is "good enough" (albeit, far from perfect, and I personally prefer PostgreSQL regardless), and perhaps just because it's free, or because the nature of database-backed applications is gradually changing from a huge, complex, expensive setup on reliable hardware to a redundant, flexible, simple, cheap setup on commodity hardware.

    I think Oracle themselves will probably provide more insight into the issue, when we see what way they proceed with MySQL and Oracle RDBMS.

  60. Re:Are You Really Prepared for the Hardware Market by Anonymous Coward · · Score: 0

    Lets make this simple because you seem to be having trouble.

    You claimed that Oracle was going into businesses and being told they prefer MySQL.

    Then you said that was something you read on an Oracle blog.

    How about you start by posting a link to said blog to back up what you're saying?

  61. Re:Are You Really Prepared for the Hardware Market by CarpetShark · · Score: 1

    Stop being a lazy prick and go read their blog if you're so damn interested. I'm not doing to hold your hand like you're a two year-old when it was only posted recently. And watch the attitude.

  62. Re:Are You Really Prepared for the Hardware Market by phantomfive · · Score: 1

    It may be true, personally I prefer postgres as well. Oracle has a lot of other products other than a database, I don't completely understand them all because I am not the target market, but they are obviously doing very well. They seem to know what they are doing, so while I don't like them as a company at all, I would not bet against them making a profit in some way.

    --
    Qxe4
  63. Re:Are You Really Prepared for the Hardware Market by Anonymous Coward · · Score: 0

    You're the one that made the claim. Then said Oracle said it in their blog. Never heard this before and Oracle doesn't have a blog, their employees have multiple blogs so it's not something that would be easy to find.

    It sounds like your just full of it since you can't back it up.

  64. Re:Are You Really Prepared for the Hardware Market by jd · · Score: 1

    What might be nice is something like the Cell approach, so that different cores provide better support for different things. A bunch of crypto cores, a nice farm of FPUs, etc.

    --
    It's a small world and it smells funny; I'd buy another if it wasn't for the money; Take back what I paid (SoM)
  65. Thank You by LKM · · Score: 1

    Thank you for your expert opinion. Your thoughtful arguments have really changed my opinion.

  66. iPhones vs. Feature Phones by LKM · · Score: 1

    If fashion is the only thing that differentiates the iPhone, how come every other manufacturer is trying to copy the iPhone's user interaction?

    People use their phones for texting, SMS and MMS, and perhaps for simple games and taking pictures, even if these phones come with browsers and bluetooth and calendars. The same people use their iPhones for surfing the net, Facebook, Twitter, they have their calendars on their iPhones, they have their pictures on their iPhones, they put their music on their iPhones. Not because other phones don't offer these features, but because the iPhone makes these features accessible to normal people.

    And yes, the fact that MMS is missing sucks.