This advanced platform supports 2000+ MHz dual channel DDR3 system memory and 1600+ MHz front side bus. Available from October 1, 2008, the EVGA nForce 790i SLI FTW DIGITAL PWM motherboard combines ultimate overclocking performance and next generation NVIDIA 3-Way and 2-Way SLI at a recommended retail price of $339.99 USD.

New and key features introduced on the EVGA 790i SLI FTW Digital motherboard:

          • Intel socket 775 45nm CPU ready for Intel Core 2 Duo "Yorkfield" and Intel Core 2 Quad "Wolfdale".
          • 3x PCIe 2.0 x16 slots for highest PCIe bus bandwidth
          • NVIDIA next generation SLI-2 certified, combining true SLI and PhysX in a 3-way-SLI configuration.
          • EVGA 8 phase digital power supply design for utmost stability in extreme over-clocking environment (replacing a 6 phase analogue reference power supply).
          • 100% solid state capacitors and all ferrite core chokes to precisely sharpen the signal and to reduce the signal's noise to extend the over-clocking range.
          • EVGA enthusiast BIOS for advanced over-clocking, including a complete menu of validated over-clocking voltage settings to also introduce the less ex-perienced enthusiast step-by-step to advanced voltage settings (Dummy OC from 5% - 25% over-clocking).
          • Extreme manual over-clocking supported by an extended range of signal-stabilized BIOS voltage settings.
          • "Vdroop" BIOS settings to extend and stabilize the over-clocking range at heavy CPU load.
          • Supporting 2000+ MHz 128 bit dual-channel DDR3 memory and 1600+ MHz FSB.
          • EVGA clear CMOS button, power- and reset button with EVGA status LED and EVGA CPU temperature indicator.
          • Diagnostic LED for simplified trouble shooting
          • 9 SATA-2 ports with support for RAID 0, 1, 0+1, 5, JBOD
          • HD Audio - 7.1 Channel, Azalia (HAD)
          • 2 native 1Gb Ethernet connectors
          • 10 USB 2.0 connectors
          • 2 IEEE 1394 Firewire connectors
          • Innovative sideway exhaust chipset cooling.