back to article Intel will flush Xeon line with six-core Dunny

Rarely the rebel, Intel looks to shake up the processor game with a six-core chip. Some Intel slideware leaked onto the interweb shows the "Dunnington" version of Xeon arriving in the second half of this year with 6 cores. To date, the major chip makers have done two- and four-core processors, while Sun has an eight-core chip …


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  1. James Le Cuirot

    Hex core?

    So what's this going to be, hex core? That sounds cool, I guess. But wtf is the Hex community?

  2. LaeMi Qian Silver badge

    My nan's farm had a dunny

    and a dunny man to visit each week. I always used a bucket in the bathroom as I was (age 6) terrified of spiders! My siblings and I used to mangel the traditional children's song "Have you seen the Muffin Man" to "Have you seen the Dunny Man" in all sorts of amusing (to a 6-year-old) ways.

    And a bit of random Australiana to finish with:

  3. Glenn Alexander
    Paris Hilton

    A Hex on you James!

    The Hex community would be those that sacrifice virgins to keep the servers up.

    Bloody waste of virgins!

    (Paris is long-since immunised against virgin sacrifice... sadly)

  4. Herby Silver badge

    What's in a name...

    It may be that Intel just changed freeways in its naming pattern. The problem with that is that the name 'dunnington' doesn't correspond to much. Then again in my travels, I've come across something similar:,-121.169&spn=0.3,0.3&q=38.852,-121.169

    Ah, for the days of US99W (it was the 60's, and true to form I've forgotten all about it).

  5. Brian Miller

    AMD's future?

    With Intel taking the lead like this, I wonder if AMD will ever catch up. They are going to have to seriously leap-frog Intel. There is the Movidis 16-core MIPS processor, so maybe AMD could license some technology from them.

  6. Anonymous Coward
    Anonymous Coward

    The problem they have to avoid

    is going too many, too soon. Sure, you can make a 6 core processor relatively cheap, and then pack 4 of them into one box, but there's still a hell of a lot of software out there than only runs on one.

    Until they can provide a compiler that auto-magically parallelises well, it's probably going to remain like that.

  7. Simpson


    "is going too many, too soon."

    Maybe, but Intel learned from their previous mistakes. They believed that they could dictate the market. That where they went, the market would follow. Their arrogance hurt them.

    It looks like they woke up and decided to crush the other guy with innovation. Rather than building a small speed lead with high margins, they are trying to put amd two or three years behind.

    It is good for all of us, as long as they don't win and put amd out of business.

  8. Anonymous Coward
    Anonymous Coward

    @ the problem they have to avoid

    'Until they can provide a compiler that auto-magically parallelises well'

    You're mussing the point - decent OS's, even OSs like Windows will run multiple tasks concurrently on the multi core machines... So can run many single threaded apps...

  9. James
    Thumb Down

    the same old cow dung

    So Intel are still releasing poorly designed cores, relying on the old "just add more cores/cache/MHz" trick to get some decent performance. Nothing new there then.

  10. Ken Hagan Gold badge

    Re: the problem they have to avoid

    Even if a machine is only moderately busy, you can often see half a dozen threads in the ready-to-run state. It is fairly easy for the OS to spin off device driver work into other threads and all of an application's screen drawing can be spun off.

    IMHO, most client machines don't do enough work for it to matter either way and most server workloads are easy to spread across cores. Niagara wouldn't exist otherwise.

    There are plenty of *magazine benchmarks* that will punish a multi-core processor and Intel have to watch out for that, but if Intel did produce a chip with too many cores, they'd simply market it as a "server product" and sell it to people who knew where they could stick it.

  11. Anonymous Coward
    Anonymous Coward

    Re: the problem they have to avoid

    Some comments seem to miss the point.

    Dunnington will be a MP product, there's no 6-core CPU coming from Intel (yet?) to the UP and DP market.

    Also, the interesting thing is that it will be pin compatible with Tigerton, so it will be a simple upgrade for manufacturers like HP, Sun and Dell, no redesign needed. (Not 100% sure about IBM with the X4 chipset?)

    This will be certainly interesting for virtualization, 24 cores in a box.

    There's nothing extremely exciting in this though - the real changes will come with Nehalem.

  12. The Gritter

    hex me up

    'lobbying from the Hex community'

    Nice to know the base 16s have finally found their voice.

  13. Doug Lynn

    Not to worry AMD already has 8 core in the works!

    I wonder if the Intel hex core will be 3 dual cores???

  14. Sean Nevin

    @ Glenn

    Oh come on now, if there's a group sacrificing virgins they're sure as hell not going to waste the good ones...

  15. Ken Hagan Gold badge

    Re: the same old cow dung

    "So Intel are still releasing poorly designed cores, relying on the old 'just add more cores/cache/MHz' trick to get some decent performance. Nothing new there then."

    Er, if you know of a way to increase performance that doesn't come under the three broad headings you've just mentioned, do tell.

    More cores = more instructions per clock

    More cache = fewer wasted clocks

    More MHz = more clocks

    I suppose there's VLIW (like more cores, but works for a single instruction stream), but you weren't really suggesting Intel should spend any *more* money on Itanic, were you?

  16. Magellan

    Wither Tukwila?

    Why on earth would anyone buy a four-core Tukwila when they can get a six-core Penryn?

    If Dunny will fit in HP's double-height BL680c blade, that would be 192 cores per C-Class chassis. If HP can increase the memory in the BL680c to 256GB, they will have eight 24 core, 256GB servers in 10RU.

    Tell me again why I need a Superdome?

  17. Richard Freeman

    @ Ken Hagan

    Er, if you know of a way to increase performance that doesn't come under the three broad headings you've just mentioned, do tell....

    How about hanging a large FPGA off the side of the processor and handing off tasks to it that can be more efficiently done in hardware.

  18. James

    RE:Ken Hagan

    Actualyl, yes there are tonnes of ways that Intel can improve their line. They really should just abandon the x86 architecture and expose the RISC cores of their chips. The horrible variable instruction length and execution time required by the Intel chips makes them extremely relient on internal register reordering, out-of-order-execution and what-not.

    Removing those complex pieces of nasty would result in a much better execution profile, especially when it comes to branch prediction misses. Not to mention making it easier for compilers to optimize for the seperate execution pips.

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