http://www.reactorcritical.com/#l490
G800
<< And here the specs for Matrox G800 go:
Core clock: 200 Mhz
Memory clock: 200 Mhz / 400 Mhz DDR
Render pipelines count: 3
Texturing units count: 3
Fillrate: 600 Mpixels/sec, 1800 Mtexels/sec
Processing speed: 20-30 million triangles/sec
Memory bandwidth: 6.4 Gbytes/sec
Scalable architecture
As far as I remember, previously the memory clock was planned to be 250/500 Mhz DDR. >>
Specter
<< Here are the specs for the next generation board from 3dfx:
Core clock: 200 Mhz
Memory clock: 200 Mhz / 400 Mhz DDR
Render pipelines count: 4
Texturing units count: 4
Fillrate: 800 Mpixels/sec, 3200 Mtexels/sec
Processing speed of Sage, the external T&L unit: 75 (may be 60) million triangles/sec
Memory bandwidth: ? 6.4 Gbytes/sec ?
Scalable architecture. (1 Rampage + 1 Sage)
The specs are given for a basic model (1 Rampage + 1 Sage), but even a basic model looks very impressive. >>
A big day isnt it
G800
<< And here the specs for Matrox G800 go:
Core clock: 200 Mhz
Memory clock: 200 Mhz / 400 Mhz DDR
Render pipelines count: 3
Texturing units count: 3
Fillrate: 600 Mpixels/sec, 1800 Mtexels/sec
Processing speed: 20-30 million triangles/sec
Memory bandwidth: 6.4 Gbytes/sec
Scalable architecture
As far as I remember, previously the memory clock was planned to be 250/500 Mhz DDR. >>
Specter
<< Here are the specs for the next generation board from 3dfx:
Core clock: 200 Mhz
Memory clock: 200 Mhz / 400 Mhz DDR
Render pipelines count: 4
Texturing units count: 4
Fillrate: 800 Mpixels/sec, 3200 Mtexels/sec
Processing speed of Sage, the external T&L unit: 75 (may be 60) million triangles/sec
Memory bandwidth: ? 6.4 Gbytes/sec ?
Scalable architecture. (1 Rampage + 1 Sage)
The specs are given for a basic model (1 Rampage + 1 Sage), but even a basic model looks very impressive. >>
A big day isnt it