| Geforce 256 DDR
         
      Model No.: 
      CG256D 
      PowerGENE DDR --- nVIDIA GeForce(TM) 256 DDR(32MB/64MB) 
       
      PowerGENE DDR is powered with nVIDIA GeForce(TM) 256 engine. This is the 
      world 1st GPU (Graphics Processing Unit) with 256-bit rendering ability. 
      Supports 4X/2X AGP, up to 32MB DDR memory. Ultimate performance with 15M 
      Polygons per second and 480M Pixels per Second Fill Rate. PowerGENE DDR 
      lets you to a new era of 3D processor for next level gaming. 
       
      Bundled Bonus : 
      △ S/W DVD Player + 2 Full version 3D Games. 
       
      Specification : 
      △ nVIDIA GeForce (TM) 256-bit 3D Processor 
      △ World First GPU (Graphics Processing Units) 
      △ Integrated Transform and Lighting 
      △ 256-bit Rendering Engine 
      △ AGP 4X with Fast Write 
       
      High-Quality 3D Feature: 
       
      △ nVIDIA 2nd Generation T&L, 256-bit GeForce2 GPU DDR. 
      △ 32MB,DDR High Speed Memory. 
      △ Refresh (Vertical):60Hz ~ 240Hz 
      △ 350MHz RAMDAC 
      △ Graphics Standard: Direct3D, DirectDraw, DirectVideo, Active X, 
      DirectX, OpenGLR ICD (Windows(R) NT), QuickDraw 3D Graphics Engine:Alpha 
      Blending, Anisotropic Filtering, Anti-Aliasing, Bilinear Filtering, Bump 
      Mapping, Environment Mapping, Fogging, Gouraud Shading, Hardware Triangle 
      Setup, MIP Mapping, Prespective Correction, Specular Highlights, Subpixel 
      Precision, Floating Point Geometry, Texture Mapping, Transparency, 
      Trilinear Filtering, TwiN Texel Engine, Z-Buffering . TV feature :Tv-out 
      (PAL/NTSC). 
       
      Drivers: 
      △ Supports Microsoft(R) Windows(R) 2000, 
      Windows(R) 98, Windows(R) 95, Windows NT(R) 4.0 . 
       
      DDR 
      Double Data Rate transfers allows for data to be fetched on both the 
      rising and falling edges of the clock thus doubling the effective transfer 
      rate of the clock. For example a 100MHz DDR clock would achieve a peak 
      transfer rate equal to that of a 200MHz clock. The effective transfer rate 
      is equal to the clock frequency multiplied by the bus width, doubled. 
       
       
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