Home

News

Forums

Hardware

CPUs

Mainboards

Video

Guides

CPU Prices

Memory Prices

Shop



Sharky Extreme :


Latest News


- Toshiba Extends Notebook Line with 5400 and 7200-RPM Drives
- Patriot Hits "Warp" Speed with New Line of Solid State Drives
- OCZ Adds the Elixir Keyboard to its Alchemy Gaming Line
- Seagate Unleashes 1.5TB of Storage with the Latest Barracuda Hard Drive
- Lancool Unveils their K1 and K1-Pro Mid-Tower Cases
News Archives

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

- July High-end Gaming PC Buyer's Guide
- May Value Gaming PC Buyer's Guide
- March Extreme Gaming PC Buyer's Guide

HARDWARE

  • CPUs

    - AMD Phenom X4 9950 BE & 9350e Review
    - AMD Phenom X3 8750 Review

  • Motherboards

    - Gigabyte GA-MA790FX-DS5 Motherboard Review
    - AMD 780G Chipset Review

  • Video Cards

    - PNY XLR8 GeForce 9800 GX2 1GB Review
    - Gigabyte Radeon HD 3870 512MB Review
    - ASUS EN8800GT TOP 512MB Review





  • AMD uses the EV6 DDR system bus for both its Athlon and Duron processors, and this is one reason their processors continue to perform so well against the Intel competition. The AMD EV6 DDR (Double Data Rate) bus transfers data on both the rising and falling edges of the clock, which effectively turns a 100 or 133 MHz FSB (front-side bus) into a double-pumped 200 MHz or 266 MHz DDR bus.

    The AMD Duron is only produced as a 200 MHz DDR part as opposed to the 200/266 DDR Athlon. This means that overall CPU data rates are limited to 1.6 GB/sec, compared to the 2.1 GB/s of the Athlon 266 MHz DDR CPUs. Although the Duron loses out to the high-end Athlon, it still offers far more system bandwidth than either the Intel Celeron (800 MB/sec) or even the 133 MHz Pentium III (1.06 GB/s).

    The bandwidth of the memory bus is also important to the Duron, as chipsets such as the KT133A allow asynchronous 133 MHz memory bus speeds when running on a 100 MHz (200 MHz DDR) system bus. When using a VIA Apollo Pro 133/A chipset, the Celeron also has this performance feature, but the more standard i815/E/P/EP chipsets support the 133 MHz memory speed only with a matching 133 MHz processor.

    The beauty of the Duron is that while essentially a value processor, it can be used on any motherboard that supports the Athlon. When paired with the proper equipment, the Duron can challenge even Athlon performance. Performance SDRAM motherboard for the Duron include the VIA KT133 and KT133A, and even DDR boards using the AMD 761, VIA KT266, ALi AliMAGiK 1, and SiS 735 chipsets can be matched up with a Duron. Although not especially suited for gaming, there are several low-cost, integrated solutions such as the VIA KT133/KM133 and SiS 730S/SE. For performance-minded gamers on a budget, this also opens up the prospect of buying a well-laid out Duron system now, and then potentially upgrading to a higher speed Athlon at a later date.

    Given that the AMD Duron 950 is simply a speed jump to the existing core, let's see how well it stacks up against previous Duron models as well as a baseline Athlon processor. Our Duron 950 comparison platforms include the Duron 900, 850 and 800 using a KT133A motherboard, along with the Athlon 1 GHz to represent AMD's higher end processor..





    Copyright © 2002 INT Media Group, Incorporated. All Rights Reserved. About INT Media Group | Press Releases | Privacy Policy | Career Opportunities