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The DFI LANParty UT RDX200 CF-DR Design and Construction The DFI LanParty UT RDX200 CF-DR motherboard is
visually very appealing. The general board layout is similar to what you see
with most dual-graphics motherboards, with a PCIe x1 slot between the two x16
graphics card slots, and three PCI slots. The RAM slots are located between the
CPU socket and the back panel connections. Chipset and Memory
The DFI LanParty UT RDX200 CF-DR has a great chipset that works great with the
The UT RDX200 CF-DR supports up to 4 GB of DDR SDRAM. That is plenty to allow
you to play the latest 3D games at blistering speeds. Overclocking Features The DFI LanParty UT RDX200 CF-DR is loaded with
overclocking options in the BIOS. You can adjust all the usual options, like
front-side bus speed, CPU-to-FSB ratio, etc. The 'CMOS Reloaded' feature,
which lets you set a bunch of BIOS parameters, save them, and recall them upon
boot-up. Performance Let's look at the performance of the DFI LanParty UT RDX200 CF-DR, particularly in comparison with a competing ASUS nForce4 motherboard. Studies in the PCMark05 benchmark have revealed
that the DFI board is just slightly faster than the ASUS nForce4 board. In the
end, they are about the same, with nearly similar overall PCMark CPU and Memory scores. Shortcomings Take note that there is active
cooling on the northbridge of the DFI LanParty UT RDX200 CF-DR. Passive cooling
is generally preferred and this might be a problem for some enthusiasts. Conclusion The DFI LanParty UT RDX200 CF-DR is one powerful and flexible motherboard. If you're building an Athlon 64-based gaming machine, there are slightly faster boards out there, but few that offer quite as many overclocking options. The LANParty UT RDX200 CF-DR is best for those hardcore enthusiasts interested in building a system with ATI CrossFire graphics and then overclocking it. If you're a gamer who uses only one card, you should look else where. Related ArticlesYou may also wish to read the following related articles:
Learn how to install a motherboard © 2007 Build-Your-Own-Computers.com
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