I went out and bought a Coppermine 700 today, to replace my Celeron 366 @ 550MHz... FINALLY! 
When i was home I saw that it is running at 1.7 core voltage... a sign of Intel trying to keep up with AMD's yields? who knows...
but it does 933MHz at 1.7v anyway, while I even have one PC100 stick in my pc (one pc100 and one pc133 128MB DIMM).
You probably already know that I am running Win2k... I did some testing to see wether the performance would increase linear (14/11 times the old performance), or even more, because I now have a CPU with SSE.
The 3DMark score increased more than linear (because of SSE), but Q3A at 800x600x16 bit with bilinear filtering (everything else at max, and cg_drawFPS and timer to 1, timdemo demo001) only increased linear (from 42fps to 53fps). the 1024x768x32 score was exactly the same as with 550MHz... time to overclock that G400 vanilla?
At 133MHz FSB my AGP runs at 1x, and the 3DMark score dropped a LOT!... I now forced it to 2x, and will test the new score (and post it here).
At 700MHz I got 2800 for 3DFarq 2000 at default benchmark settings

When i was home I saw that it is running at 1.7 core voltage... a sign of Intel trying to keep up with AMD's yields? who knows...
but it does 933MHz at 1.7v anyway, while I even have one PC100 stick in my pc (one pc100 and one pc133 128MB DIMM).
You probably already know that I am running Win2k... I did some testing to see wether the performance would increase linear (14/11 times the old performance), or even more, because I now have a CPU with SSE.
The 3DMark score increased more than linear (because of SSE), but Q3A at 800x600x16 bit with bilinear filtering (everything else at max, and cg_drawFPS and timer to 1, timdemo demo001) only increased linear (from 42fps to 53fps). the 1024x768x32 score was exactly the same as with 550MHz... time to overclock that G400 vanilla?

At 133MHz FSB my AGP runs at 1x, and the 3DMark score dropped a LOT!... I now forced it to 2x, and will test the new score (and post it here).
At 700MHz I got 2800 for 3DFarq 2000 at default benchmark settings
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