Originally posted by Ali
Carmack says the Parhelia will have to use low detail to play Doom3 well. We know the 9700 runs it well.
Carmack says the Parhelia will have to use low detail to play Doom3 well. We know the 9700 runs it well.
The Matrox Parhelia Report:
The executive summary is that the Parhelia will run Doom, but it is not
performance competitive with Nvidia or ATI.
Driver issue remain, so it is not perfect yet, but I am confident that Matrox
will resolve them.
The performance was really disappointing for the first 256 bit DDR card. I
tried to set up a "poster child" case that would stress the memory subsystem
above and beyond any driver or triangle level inefficiencies, but I was
unable to get it to ever approach the performance of a GF4.
The basic hardware support is good, with fragment flexibility better than GF4
(but not as good as ATI 8500), but it just doesn't keep up in raw performance.
With a die shrink, this chip could probably be a contender, but there are
probably going to be other chips out by then that will completely eclipse
this generation of products.
The executive summary is that the Parhelia will run Doom, but it is not
performance competitive with Nvidia or ATI.
Driver issue remain, so it is not perfect yet, but I am confident that Matrox
will resolve them.
The performance was really disappointing for the first 256 bit DDR card. I
tried to set up a "poster child" case that would stress the memory subsystem
above and beyond any driver or triangle level inefficiencies, but I was
unable to get it to ever approach the performance of a GF4.
The basic hardware support is good, with fragment flexibility better than GF4
(but not as good as ATI 8500), but it just doesn't keep up in raw performance.
With a die shrink, this chip could probably be a contender, but there are
probably going to be other chips out by then that will completely eclipse
this generation of products.
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