Gigabyte Technology, the leading motherboard manufacturer proudly unveils the new P4 Titan™ 8S655FX Ultra motherboard. The Gigabyte P4 Titan™ 8S655FX Ultra motherboard is the ultimate solution for the latest processor supporting - 800MHz FSB Intel^®Pentium^® 4 processor with Hyper-Threading Technology. Powered by the SiS^® top performing 655FX chipset and a multiplicity of cutting edge technologies, the P4 Titan™ 8S655FX Ultra motherboard is designed to be full function performance & gaming oriented solutions. The architecture of an 800MHz FSB, dual channel DDR 400, AGP 8X, and Hyper-Threading Technology combine to provide a potential framework for excellent performance while Hyper Streaming Engine (HSE) empowered by SiS enhances entire system performance and stability. It features with Gigabit Ethernet solution that delivers optimized network throughput & platform performance, Serial ATA, IEEE 1394, and IDE RAID are integrated to provide superior data input/output performance and data protection. The Gigabyte P4 Titan™ 8S655FX Ultra absolutely delivers to the maximum platform unduplicated computing power and rock-solid stability.

HyperStreaming™ Engine technology is new architecture to optimize system for "low latency" with single stream, "pipelining" and "concurrent execution" with multiple stream, "prioritized channel" with specificstream, "smart flow control" and "intelligent arbitration" with smart stream. The bandwidth reaches up to 1GB/s between north and south bridge by MuTIOL^® technology. With the latest 800MHz FSB Intel Pentium^® 4 processor with Hyper-Threading Technology which delivers a supersonic high-speed bandwidth up to 6.4GB/s between the CPU and the MCH (Memory Controller Hub). Dual Channel DDR 400 memoryarchitecture which bandwidth reaches up to 6.4GB/s, balancing data transfer loading among the CPU andmemory. Such complete framework accomplishes a faultless platform.

Several leading technologies are also implemented on this new motherboard. Such as Gigabit Ethernet connection, it provides high bandwidth up to 1000Mbps for users accessing data rapidly from local area network. Highly anticipated Texas Instrument IEEE 1394 interface is also available; it enhances PC connectivity for consumer electronics A/V appliances, storage peripherals and portable devices. An on-board 6-channel AC'97 CODEC brings incredible sound quality especially with its (UAJ) Universal Audio Jack feature, users won't have to worry about how to install speakers correctly.

In this high performance platform, GA-8S655FX Ultra, integrates GigaRAID chipset, it provides RAID 0 (Data Striping), RAID 1 (Data Mirroring), RAID (0+1) and JBOD function applied by Gigabyte on desktopmotherboard, which is popular on servers and network-attached storage delivering both data protection anddata fetching performance to meet intensive applications demands. Serial-ATA interface is provided bySiS964 which delivers high I/O bandwidth up to 150MB/s with RAID 0, 1 ,and JBOD function., bringing I/Operipherals to a new era in high-speed storage solution. As Gigabyte patented DualBIOS, it assures the motherboard's stability and reliability.

Also featuring in other 2 models in this new series, GA-8S655FX-L and GA-8S655FX, the integrated Serial-ATA interface, IEEE1394, and breath taking 6 channel audio with UAJ and more, tends to deliver users another smart selection while considering on budget limitation. In spite of features limitation, the performance and stability of the platforms are strictly tested and approved by Gigabyte Technology engineers before handing over to end users.

Key Specifications

• 800MHz FSB Intel^® Pentium^® 4 Processor with Hyper-Threading Technology
• SiS^® 655FX chipset
• Dual Channel DDR 400 memory
• AGP 8X graphics interface
• Realtek Gigabit Network Connection (GA-8S655FX Ultra only)
• Serial ATA interface
• Texas Instrument IEEE 1394 interface
• ATA133 IDE RAID (GA-8S655FX Ultra only)
• DualBIOS™ (GA-8S655FX Ultra only)
• 8 USB 2.0 ports
• 6-Channel AC'97 audio + Universal Audio Jack
• 5 x PCI 2.3 compliant slots
• ATX form factor