• Supports 800MHz FSB Pentium® 4 Processor with HT Technology
  • Supports Dual Channel DDR400 architecture
  • AGP 8X interface for excellent graphics
  • Integrated Serial-ATA interface
  • Integrated T.I. IEEE1394 interface
  • Integrated Intel® PRO/100 VE Network Connection
  • Introduction
    The all-in-one solution for the latest LGA775 Intel® Pentium® 4 processor with 800MHz FSB and Hyper-Threading Technology. Powered by the Intel® 865G chipset and a variety of cutting edge technologies, GA-8I865GME-775-RH-AS(rev. 3.9) is designed to be the corporate stable platform with excellent performance and complete functions. The architecture of 800MHz FSB, AGP 8x, Dual Channel DDR 400 and revolutionary Intel® Extreme Graphics Engine 2 provides promising framework for any tasks. The revolutionary Serial ATA function is integrated to provide superior I/O performance and data protection. GA-8I865GME-775-RH-AS(rev. 3.9) will definitely deliver the uppermost platform with unprecedented computing power and rock-solid stability for home and corporate usage.
  • Supports 800MHz FSB Intel® Pentium® 4 Processor with HT Technology & Intel ® Extreme Graphics Engine 2
    Leveraging the Intel® 865G chipset to support 3GHz+ P4 CPUs on 800MHz FSB, Intel Hyper-Threading Technology and revolutionary Intel® Extreme Graphics Engine 2, the GA-8I865GME-775-RH-AS(rev. 3.9) delivers a full-value, outstanding performance solution for today's most demanding tasks.
  • Dual Channel DDR 400 Memory Architecture
    With double the bandwidth of your system memory and hence boosts the system performance to out perform any memory existing solutions in the market. The GA-8IPE775-G (Rev 1.1) allows you to handle memory-intensive tasks with ease
  • AGP 8X Graphics Interface
    AGP8X the new generation VGA interface specification that enables enhanced graphics performance with high bandwidth speeds up to 2.12GB/s. With a bus of 533MHz, AGP8X is twice as fast as AGP4X.
  • Intel® PRO/100 VE Network Connection
    Integrated Intel® PRO/100 VE connection utilizes Intel® LAN for users who need straightforward high speed, high quality and high performance network connectivity.
  • Serial ATA Interface
    Serial ATA is the next generation ATA specification that provides scalable performance for today and tomorrow. With up to 150MB/s data transfer rate, Serial ATA is faster than current Parallel ATA, while providing 100% software compatibility.
  • Texas Instrument IEEE 1394 Firewire Interface
    The high performance IEEE1394 interface enhances PC connectivity with consumer electronics audio/video (A/V) appliances, and storage peripherals.
  • GIGABYTE Xpress3 Series Software
    The Xpress3 series software includes 3 unique software features, 1) Xpress Install for easier driver installation ,2) Xpress BIOS Rescue for restoring BIOS back to its original stage if the BIOS is crashed, 3) Xpress Recovery 2 a revolutionary software feature that backup or restore system files thru GIGABYTE driver CD or BIOS function.
  • High quality 6-channel AC'97 audio with S/P-DIF function
    Integrated ADI AD1888 AC'97 audio CODEC chip, enables users to experience the seamless high quality 6-channel audio while watching movies or gaming. With new Jack-Sensing feature users won't have to worry about how to install speakers correctly.

* I termini HDMI, Interfaccia multimediale ad alta definizione HDMI (HDMI High- Definition Multimedia Interface), immagine commerciale HDMI (HDMI Trade dress) e i loghi HDMI sono marchi commerciali o marchi commerciali registrati di HDMI Licensing Administrator, Inc.
* I materiali qui forniti sono solo di riferimento. GIGABYTE si riserva il diritto di modificare o rivedere il contenuto in qualsiasi momento senza preavviso.
* Le prestazioni pubblicate si basano su valori massimi teorici fornite dai rispettivi fornitori di chipset o organizzazione che hanno definito le specifiche di interfaccia. Le prestazioni effettive possono variare in base alla configurazione del sistema.
* Tutti i marchi ei loghi sono di proprietà dei rispettivi titolari.
* A causa dell'architettura standard del PC, una certa quantità di memoria è riservata al sistema e quindi la capacità di memoria reale è inferiore a quella dichiarata.