The Chipset - Meet Intel's X58

Nehalem moves the North Bridge and memory controller on-die, but just like in the AMD world there's still a need for an off-die chipset, in this case it's Intel's brand new X58.

The Intel X58 chipset is a two chip solution although later next year Intel will introduce a single chip solution alongside the mainstream version of Nehalem (which will use a different socket). Traditionally Intel referred to its North Bridge as the MCH, shorthand for Memory Controller Hub; that definition no longer applies to Nehalem so X58 is called an I/O Hub (IOH).

The X58 IOH attaches to the same ICH10 (I/O Controller Hub) that is used in Intel's 4-series chipsets.

The biggest feature of X58 is that with proper "certification" by NVIDIA, motherboard makers can include support for the right BIOS flags to allow NVIDIA's drivers to enable SLI on the platform. Meaning the X58 will be the first Intel chipset to support both CrossFire and SLI multi-GPU solutions without the use of any NVIDIA silicon. There's a per-motherboard fee from NVIDIA for each certified X58 board sold and thus not all boards will be certified, the most prominent of which is Intel's own X58 board. Luckily we also had access to ASUS' P6T Deluxe which is certified, giving us the ability to look at CrossFire and SLI scaling on X58 vs. other platforms.

Turbo Mode: Gimmicky or Useful? X58 Multi-GPU Scaling
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  • Spectator - Monday, November 3, 2008 - link

    that sht is totally logical.

    And Im proper impressed. I would do that.

    you can re-process your entire stock at whim to satisfy the current market. that sht deserves some praise, even more so when die shrinks happen. Its an apparently seemless transition. Unless world works it out and learns how to mod existing chips?

    Chukkle. but hey im drunk; and I dont care. I just thought that would be a logical step. Im still waiting for cheap SSD's :P

    Spectator.
  • tential - Monday, November 3, 2008 - link

    We already knew nehalem wasn't going to be that much of a game changer. The blog posts you guys had up weeks ago said that because of the cache sizes and stuff not to expect huge gains in performance of games if any. However because of hyperthreading I think there also needs to be some tests to see how multi tasking goes. No doubt those gains will be huge. Virus scanning while playing games and other things should have extremely nice benefits you would think. Those tests would be most interesting although when I buy my PC nehalem will be mainstream.
  • npp - Monday, November 3, 2008 - link

    I'm very curious to see some scientific results from the new CPUs, MATLAB and Mathematica benchmarks, and maybe some more. It's interesting to see if Core i7 can deliver something on these fronts, too.
  • pervisanathema - Monday, November 3, 2008 - link

    I was afraid Nehalem was going to be a game changer. My wallet is grateful that its overall performance gains do not even come close to justifying dumping my entire platform. My x3350 @ 3.6GHz will be just fine for quite some time yet. :)

    Additionally, its relatively high price means that AMD can still be competitive in the budget to low mid range market which is good for my wallet as well. Intel needs competition.
  • iwodo - Monday, November 3, 2008 - link

    Since there are virtually no performance lost when using Dual Channel. Hopefully we will see some high performance DDR3 with low Latency next year?
    And which means apart from having half the core, Desktop version doesn't look so bad.

    And since you state the Socket 1366 will be able to sit a Eight Core inside, i expect the 11xx socket will be able to suit a Quad Core as well?

    So why we dont just have 13xx Socket to fit it all? Is the cost really that high?
  • QChronoD - Monday, November 3, 2008 - link

    How long are they going to utilize this new socket??
    $284 for the i7-920 isn't bad, but will it be worth the extra to buy a top end board that will appreciate a CPU upgrade 1-2 years later? Or is this going to be useless once Intel Ticks in '10?
  • Strid - Monday, November 3, 2008 - link

    Great article. I enjoyed reading it. One thing I stumbled upon though.

    "The PS/2 keyboard port is a nod to the overclocking crowd as is the clear CMOS switch."

    What makes a PS/2 port good for overclockers? I see the use for the clear CMOS switch, but ...
  • 3DoubleD - Monday, November 3, 2008 - link

    In my experience USB keyboards do not consistently allow input during the POST screen. If you are overclocking and want to enter the BIOS or cancel an overclock you need a keyboard that works immediately once the POST screen appears. I've been caught with only a USB keyboard and I got stuck with a bad overclock and had to reset the CMOS to gain control back because I couldn't cancel the overclock.
  • Clauzii - Monday, November 3, 2008 - link

    I thought the "USB Legacy support" mode was for exactly that? So legacy mode is for when the PC are booted in DOS, but not during pre?
  • sprockkets - Monday, November 3, 2008 - link

    No, USB legacy support is for support during boot up and for the time you need input before an OS takes control of the system. However, as already mentioned, sometimes USB keyboards just don't work in a BIOS at startup for one reason or another, and in my opinion, this means they should NEVER get rid of the old PS/2 port.

    I ran into this problem with a Shuttle XPC with the G33 chipset, which had no ps/2 ports on it. There was a 50/50 chance it would not work.

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