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|4th January 2005, 16:11||#1|
Join Date: May 2002
DFI Answers to the Enthusiasts with Launch of LANParty NF4 SLI-DR and LANPartyUT NF4
Hayward, CA (January 4, 2005) - DFIŽ, a worldwide leader in industrial computing solutions and maker of the LANPartyTM series of motherboards, today launched the new LANParty NF4 SLI-DR and LANPartyUT NF4 Ultra-D motherboards for the socket 939 AMDŽ AthlonTM 64 platform. Taking full advantage of the rich feature set the NVIDIAŽ nForce4 chipsets have to offer, the new DFI UV-sensitive motherboards bring more performance lead to high-end desktop computing than others.
SLITM (Scalable Link Interface) and DXGTM (Dual Xpress Graphics) Technologies
Based on the nForce 4 SLI chipset, the new LANParty NF4 SLI-DR motherboard is DFI's first to fully support NVIDIA's new SLI technology in the signature LANParty package. Delivering almost twice the performance of a single GPU (Graphics Processing Unit) configuration, SLI brings more graphics realism to desktop PCs than any other technologies. The multiple GPU support of SLI takes advantage of the increased PCI-Express bandwidth and enables DFI's new motherboard to support two identical PCI-Express video cards simultaneously using a bridge connector. Seamlessly operating in parallel, the new LANParty motherboard provides the perfect solution for real time rendering, complex video processing or intensive game play.
Similarly, the nForce 4 Ultra chipset based LANPartyUT NF4 Ultra-D motherboard supports dual display cards to deliver the ultimate graphics experience. DFI's proprietary DXG (Dual Xpress Graphics) Technology benefits from the multiple PCI-Express lanes the chipset supports, using the 16x and 2x configurations, to allow for versatile graphics support and utmost future-proof upgrade ability.
New Storage Standard
The new LANParty NF4 SLI-DR and LANPartyUT NF4 Ultra-D motherboards bring several important technological breakthroughs to the AMD socket 939 platform. Designed for users to run multiple applications without bottlenecks, both motherboards support Serial ATA II hard drives and Native Command Queuing (NCQ). Serial ATA II delivers a high-speed transfer rate of 3GB/second, more than twice as fast as traditional ATA133. NCQ introduces asynchronous I/O and increases drive reliability in heavy workloads by eliminating much of the mechanical wear and tear.
To provide a reliable and scalable data environment, the motherboards support RAID through NVIDIA's new NV RAID Utility software. NV RAID allows for both Serial ATA and IDE 0, 1, 0+1 RAID configurations. Through its Window's based utility suite, users can now easily partition hard drives and configure RAID.
In addition to the multiple RAID functions, the SLI version brings RAID 5 to the desktop with its integrated Silicon Image 3114 chip. RAID 5 is one of the most popular RAID levels, where it stripes both data and parity information across three or more drives, removing the bottleneck that the dedicated parity drive presents and improving write performance.
Performance and Stability Enhancement Features
Boasting the industry's most complete and advanced BIOS options, the new LANParty and LANPartyUT motherboards raise the bar even further with new additions. For the overclocking minded enthusiasts, both motherboards now support memory voltage from 2.5V to 4.0V, CPU core voltage up to 2.1V, chipset voltage from 1.5V to 1.8V, HTT ranging from 1.2 to 1.5, adjustable multiplier control up to 20x and a large range of Async settings. Combined with DFI's CMOS ReloadedTM technology, both motherboards enable users to maximize performance potentials while enjoy the convenience of saving all the BIOS settings on the fly, renaming to customize CMOS settings, and recalling using a user-defined hot key.
To provide rock solid stability, both nForce4 chipset based motherboards feature Japanese aluminum electrolytic capacitors, magnetic levitation north bridge cooling fan with fan speed control, and all aluminum heat sink on mosfets. The conductive polymer (electrolytic) aluminum solid capacitors provide high resistance to over-voltage and reverse voltage as compared with other capacitors, making them the ideal choice for overclocking and mission critical motherboards. To further provide maximum cooling on-board, both motherboards feature DFI's first magnetic levitation chipset cooling fan that moves almost twice the air compared to standard chipset fans while producing extremely little noise. Thanks to magnetic levitation technology, the spinning fan blades "float" in a magnetic field and thereby dramatically reduces friction, wear and tear, and heat generation. All of these hardware implementations directly contribute to cooler, quieter and longer lasting motherboards.
Most Extensive Integrated Features
Designed to lead in most features per value, both LANParty NF4 SLI-DR and LANPartyUT NF4 Ultra-D motherboards comprise of DFI's proprietary EZ On and Reset buttons to make testing and installation easy, dual Gigabit LAN (PCI and PCI Express based) for blazing fast network connection, and NV Active Armor Firewall to protect clients from security attacks at a decreased CPU utilization rate. Audiophiles are entertained with the proprietary Karajan 8-channel audio solution. With its independent audio riser card, unwanted static noise and other audio interference are eliminated to produce a superior sound quality.
Availability and Package Details
The LANParty NF4 SLI-DR package includes matching colour UV reactive round and SATA cables, PC Transpo computer carrying case, FrontX break out box, SLI bridge and on-board SLI switch caps. The LANPartyUT NF4 Ultra-D motherboard is bundled with matching colour UV reactive round and SATA cables and SLI bridge. Both LANParty NF4 SLI-DR and LANPartyUT NF4 Ultra-D motherboards are currently available in limited quantities through DFI's authorized resellers worldwide. For more information on where to buy and the complete specifications, please visit http://www.dfi.com.tw or email email@example.com
|4th January 2005, 16:58||#2|
Join Date: May 2002
They are going to get their *** kicked imo. The reason their previous boards were so good was because they came out much later then the competition, and they had all the time to improve them. Much like Abit's strategy in the KT133-KT333 days.
|4th January 2005, 18:11||#4|
Highest mem and A64Vcore option ever seen :grin: