Just take a look at Gregors page, he posted the following rumour:
http://grafi.ii.pw.edu.pl/gbm/matrox/
MatroX files news
15.12
It's a rumour time, so here are some: The current Matrox chips, strarting with G200 are theoretically capable of hardware transformation and lighting (T&L). Since for many people the "hardware T&L" is a buzzword regardless of the actual results, this capability of Matrox chips should be considered important, at least from marketing viewpoint. While it doesn't make to much sense to force the G200 to do T&L, this may probably be done to G4xx line chips. It's all in drivers though, and the programmers may or may not use the capability depending on what they consider to be better/faster solution (trust them, they were wrong so many times <Alf>). So, if you have a G400-based card, you already have (unused) hardware T&L. You feel happier, dear Matrox owner, don't you?...
As he says himself, it's a rumour...it would be cool nonetheless...The G400 has a cool HW design... ;-)
http://grafi.ii.pw.edu.pl/gbm/matrox/
MatroX files news
15.12
It's a rumour time, so here are some: The current Matrox chips, strarting with G200 are theoretically capable of hardware transformation and lighting (T&L). Since for many people the "hardware T&L" is a buzzword regardless of the actual results, this capability of Matrox chips should be considered important, at least from marketing viewpoint. While it doesn't make to much sense to force the G200 to do T&L, this may probably be done to G4xx line chips. It's all in drivers though, and the programmers may or may not use the capability depending on what they consider to be better/faster solution (trust them, they were wrong so many times <Alf>). So, if you have a G400-based card, you already have (unused) hardware T&L. You feel happier, dear Matrox owner, don't you?...
As he says himself, it's a rumour...it would be cool nonetheless...The G400 has a cool HW design... ;-)
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