Právě dělám kompletní update informací na stránce Voodoo3 (tj. text v horní půlce stránky) a po delší době jsem zabrousil na stránky Dellu. A řeknu vám, tak propracovnanou podporu u tak starý karty, klobou dolů.
I z toho FAQ bych si mohl vzít příklad. FAQ Dellu = kladivo na nVidioty
ukázka:
Q. Can the 16MB 3dfx Voodoo3 3000D AGP Video Card support more than 16MB?
A. A 16MB frame buffer supports 1280x1024, 16bpp, triple buffered, 16bit depth buffer, with 6MB of memory available on the card for textures. The 16MB 3dfx Voodoo3 3000D AGP Video Card can also perform full 3D rendering at resolutions up to 1600x1200. There is no need for 32MB if 16MB produces the same results, and there are currently no popular games that actually require 32MB.
Q. Does the 16MB 3dfx Voodoo3 3000D AGP Video Card support 32-bit rendering or 32-bit textures?
A. No, these options are not supported in order to maintain high frame rates and image quality. Frame rate is the single most important feature that a gaming platform can provide, and not just average frame rate but sustained frame rate. 32bpp rendering with full 32bpp frame buffer accesses requires twice the memory bandwidth of 16bpp frame buffer accesses regardless of the graphics engine: a higher bandwidth requirement means a lower frame rate. As for image quality, most games look great in 16bpp mode. The rendering calculations are actually performed internally at 32 bits to have full precision with the 16-bit operands. Then, instead of simply truncating the results to 16 bits for saving in the frame buffer, a proprietary filtering algorithm is used that retains nearly the full precision of the original color value. The result is something that visually rivals ANY full 32-bit rendering, only it runs a lot faster.
Q. Does the 16MB 3dfx Voodoo3 3000D AGP Video Card support large textures?
A. The 16MB 3dfx Voodoo3 3000D AGP Video Card supports textures up to 256x256 in local video memory, which is large enough to support virtually any 3D game available today. Buffering large textures in system memory (AGP Aperture) would result in latency that would adversely affect the frame rates of 3D rendering.
hehehe
((. Myslim ze bude chyba nekde na ceste mezi nVidii a Via.... 
. Ale v jednom z notebooků (Toshiba) mám nVidia GeForce4Go420 a hrozně si tenhle čip pochvaluju. Tehdy jsem od ATI mohl sehnat v dostupné ceně tak akorát Radeona s jednou pipkou a bez TnL jednotky. Má jenom malej pasivek (jenom takovej plíšek) pro chlazení a vůbec nehřeje. Když jsme odendali horní kryt a klávesnici a přidali na to vlastní chlazení, tak se ten čip dal v pohodě přetočit na dvojnásobek a ty paměti šly kupodivu taky dost vysoko 
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