Gigabyte's Conroe Motherboard

Using the P965 chipset (Broadwater), Gigabyte showed us its flagship Conroe motherboard. The P965 chipset only supports one PCIe x16 slot and one x4; the blue slot below is the x16 and the orange slot is the x4:

Click to enlarge

Six of the SATA ports are courtesy of Intel's ICH8R, the other two are made possible by the relabled JMicron SATA/PATA controller that you see in the picture above. The Gigabyte "SATA2" chip (actually a JMicron chip) provides support for the two SATA ports and the lone PATA port you see in the picture above. Remember, Intel's ICH8R doesn't support any PATA ports natively so you will see all motherboard manufacturers resorting to a similar sort of arrangement.

Gigabyte outfitted its P965 motherboard with a 12-phase power design, designed to support Kentsfield. This board has already been tested to work with Kentsfield, although Gigabyte's competitors insist that a 12-phase power design is not necessary for Kentsfield.

You'll notice that all of the capacitors on the motherboard are similar to those around the CPU in that they are not standard electrolytic capacitors filled with liquid. All of the capacitors used on the Gigabyte board use a solid chemical compound designed to better withstand higher temperatures, thus preventing leaking or other capacitor related failures. The more expensive capactiors raise the price of the motherboard by a healhty $20. Gigabyte still only offers a 3-year warranty on this board, despite the technically more reliable capacitors.

Gigabyte is simply trying out the more expensive caps on this motherboard, if the demand is high enough you may see a similar setup on high end AMD motherboards as well. Gigabyte's competitors insist that the more expensive caps aren't necessary across the motherboard and that this is simply a gimmick.

Gigabyte also ships this motherboard with two external SATA brackets that convert internal SATA ports into ports that can be used outside of your system. Gigabyte's brackets also provide 4-pin power for powering internal hard drives outside of your case.

Gigabyte's Socket-AM2 Platform Gigabyte's Core Duo SFF
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  • Missing Ghost - Monday, June 5, 2006 - link

    wow, all I can say is wow. I am quite impressed with Gigabyte desktop motherboards. From the pictures it looks like a better design than even what DFI would do. Also the ASUS socket F board looks excellent. Quite impressive since I am used to think that ASUS' server boards are inferior to like supermicro/iwill/tyan.
  • krwilsonn - Monday, June 5, 2006 - link

    Page 18 of the article seems to be mixed up since the Albatron boards are showing up instead of the Asrock.
  • Regs - Monday, June 5, 2006 - link

    Actually consider what AMD is doing at all. Boy times have changed! ;)

    I'm a life long AMD fan too. Short life, but life long.
  • bob661 - Monday, June 5, 2006 - link

    quote:

    Actually consider what AMD is doing at all. Boy times have changed! ;)
    Where have you been? It's been like that for quite a few years now. Remember when DDR2 was actually on the market? Who wasn't using DDR2 then?
  • bob661 - Monday, June 5, 2006 - link

    quote:

    Unfortunately due to changes in the VRM requirements for Conroe, no current LGA-775 motherboards will work with the new processor.
    Figures.
  • bob661 - Monday, June 5, 2006 - link

    quote:

    There is a lot of concern about the availability of Conroe, as Intel has only committed to around 25% of its mainstream and high end desktop processor shipments being Conroe by the end of this year. After Dell and HP buy up all the Conroes they will want for their systems, there simply may not be any left for the end user to buy in the channel market. Alternatively, there may end up being some supply in the channel market but at significant markups due to a shortage.
    Interesting. Looks like Conroe's may come at a premium until Intel can increase production.
  • shabby - Monday, June 5, 2006 - link

    quote:

    Remember that the HDMI connector can carry both audio and video data, and by outfitting cards with a header for internal audio passthrough (from your soundcard/motherboard to the graphics card) you take advantage of that feature of the HDMI specification


    I dont get it, what is the point of sending audio to the monitor?
  • Furen - Monday, June 5, 2006 - link

    It's meant to be sent to an HD TV. Monitors can just use DVI for digital signaling.
  • shabby - Tuesday, June 6, 2006 - link

    And whats the point of that too? Its supposed to go to the reciever not the tv.
  • OrSin - Tuesday, June 6, 2006 - link

    Do you even know why hdmi exist. Most HDTV that have HDMI connects also has audio out.
    YOu connect everything to your tv and send out only singles you need. My guess is you don't have a HDTV.

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