Regardless of that, we managed to see pictures and details of the Nforce 680a chipset, which will remain the only 4x4 supporting chipset until AMD prepares a revamped RD580 chipset - to be launched at the same time as the R600.
Two 590SLI MCPs received fresh rebranding treatment and now they are called "680a MCP", and the board packs two of
them. The way 4x4 works is simple: both 680a chips are connected to one FX CPU via 16x HT link; that CPU is talking to
the second one using a 16x ccHT link.
As you can see, two MCPs mean only one thing: a lot of features. In fact, an insane amount of them: 12 SATA-II
connectors that can run two independent RAID5 arrays, 10 USB 2.0 ports (chipset supports 20), four hardware Gigabit
Ethernet chips with TCP/IP Offload engine, each one with FirstPacket marchitecture. A teaming option is also available,
so you can expect to be the server and the hub on every LAN party. Not that you will feel the difference.
The motherboard is dubbed the LN64-SLI Deluxe and sports the traditional green colour of the PCB. It seems that
Nvidia picked green for AMD boards, while boards The for Intel are receiving the black treatment.
When it comes to the manufacturing side of things, Asustek really managed to get in bed with Nvidia, since the
company is not only making all of the GeForce 8800 boards out there, but is a manufacturing partner for the 680a
chipset as well.
Asus pulled off an eATX design for two processor sockets, which are called L1FX instead of typical Socket 1207 nomenclature. Board comes with four PCIe x16 (electrical) slots: two of which work with 16, and two works with eight lanes (x8). The x1 and PCI slot are cornered and the owner of the board will be able to actually run only PCI board, since PCIe x1 is "eaten" by any dual-slot cooler. For instance, like the one that currently cools every GeForce 8800.
The board should be available at the same time as FX-74 CPUs, which is currently slated for the end of November. We heard that November 30th is the new launch day, but nothing is set in stone yet. µ