Wednesday, August 20th 2008
Gigabyte Shows off its Premium X58 Motherboard
Motherboard vendors are preparing rigorously for catering to the market that the upcoming Intel Core i7 series processors generate. The processors are based on a new 1366-pin land grid array (LGA-1366) socket and would require you to purchase a compatible motherboard. ASUS had recently revealed that it would be in a position to make its LGA-1366 offerings available by launch-day of the Core i7. Gigabyte is getting ready with its high-end offering, the GA-X58-EXTREME, TweakTown caught more than just a glimpse of it.The board's a looker. Gigabyte maintained its signature colour scheme. Over to the north, you can see the new LGA-1366 socket. Gigabyte sought to provide active cooling to the northbridge with a water-block. It uses four PCI-Express slots arranged in a manner similar to that on the MA-790FX-DQ6. The board supports Tri-Channel DDR3 memory. Gigabyte could carve-out a value model, the GA-X58-DS4 out of this board design, presumably by blanking or reducing the orange PCI-Express x16 (electrical x8) slots, and the chipset and VRM cooling. The board in the picture is a non-functional sample.
Source:
TweakTown
32 Comments on Gigabyte Shows off its Premium X58 Motherboard
I never buy components when they are in their first generation or revision. I'm speaking not only about the motherboard which itself is sporting a brand new CPU platform, but the new CPU architecture as well. We can probably expect a Nehalem refresh within 6 to 8 months with possible bug-fixes and many other improvements and you can be sure that these early motherboards will have issues of varying severity with any future refreshes.
I hope that they fix it before releasing the final revision.
why has floppy and ide connectors??? :D
at least, no COM + LPT ports to waste space on I/O shield
can't wait to get my hands on one of 'em
Damn, I still talk as I am still their employee :D
For one the PCIE lanes wont support the badwidth needed for 4 x2 cards, but neither will the drivers, and the PCIE spacing for that matter.
You can either run 4 x4850s, 4x 3850s, 2x 3870s, 2x 3870x2s, 2x 4870s, 2x4870sX2.
There are not enough PCIE lanes to do any other configs, even if there was the CPU would be so shit ass slow for 8 gpu cores to even get any performance from them.
I think they definitely need to go back to the layout drawing board.