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- Patriot Updates their DDR2 4GB PC2-8500 Line to "Revision 2"
- Mushkin Releases a New Line of Ascent Redline and XP eVCI-cooled Memory
- OCZ Hits 2.0 GHz using High-Density 2GB DDR3 Modules
- Dell Raises the Bar with Quad-CPU/Quad-Graphics XPS 730 H2 and H2C Gaming Systems
- Kingston Unleashes Low-Latency 800MHz HyperX FB-DIMMs for the Skulltrail
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Features

- SharkyExtreme.com: Interview with Microsoft's Dan Odell
- SharkyExtreme.com: Interview with ATI's Terry Makedon
- SharkyExtreme.com: Interview with Seagate's Joni Clark
- Half-Life 2 Review
- DOOM 3 Review

Buyer's Guides

- March Extreme Gaming PC Buyer's Guide
- January High-end Gaming PC Buyer's Guide
- November Value Gaming PC Buyer's Guide

HARDWARE

  • CPUs

    - AMD Phenom X3 8750 Review
    - Intel Core 2 Duo E8500 Review
    - AMD Phenom X4 9850 Black Edition Review

  • Motherboards

    - AMD 780G Chipset Review

  • Video Cards

    - ASUS EN8800GT TOP 512MB Review
    - Gigabyte GeForce 8800 GT 512MB Review
    - PNY XLR8 GeForce 8800 GTS 512MB Review




  • The main strength of Matrox Graphics, Inc. in the consumer video card market has always been their 2D quality and speed. Their G400 capitalized on this strength with its dual-head feature, giving the user two monitor outputs in a one processor, one card solution. While gamers and game developers gave this feature a lukewarm reception, preferring faster 3D cards from NVIDIA and 3dfx, the G400 was accepted and welcomed by those actually working (gasp!) with their machine. Matrox has decided to capitalize on their strengths for business use with their new G450, set for release in the second half of 2000, which is best described as a massaged and tweaked G400 that capitalizes on dual head output.

    Quite possibly the most significant physical change from the G400 to the G450 is a die-shrink. The G400 is a .25micron chip. Now, with the G450, Matrox has moved to .18micron. There are several advantages to such a die-shrink. A die-shrink gives you a smaller chip. Smaller chips consume less power, produce less heat, can run at a faster clock speed and are cheaper to produce on a per-chip basis.





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