Ok, my scores are as follows:
Math: 27034
Memory: 23142
Graphics: 31416
Disc: 2253
Which leads me to be very confused. Why? Because my system (a Powerbook 667 DVI) is faster than the included set of an iMac 350 for Math, Memory, and Disc scores. But it's slower on graphics, which makes absolutely no sense (Mobility Radeon 7500 slower than Rage128?).
Also, mc68k, a neat benchmark from Apple (that you can get if you install these debug tools) called Skidmarks (it's in the bashpack.dmg file installed in /Developer/Applications) that measures processor performance in Integer, Floating Point, and Vector calculations. Now, if a G3 and G4 are equal in non-vector calculations, then my Powerbook should have scored 67% better than my iMac 400. Instead, on integer calculations, the G4 was 115% faster, which leads me to think that, even though this is probably a finally tuned application, the G4 is faster than the G3 at the same clockspeed.
Math: 27034
Memory: 23142
Graphics: 31416
Disc: 2253
Which leads me to be very confused. Why? Because my system (a Powerbook 667 DVI) is faster than the included set of an iMac 350 for Math, Memory, and Disc scores. But it's slower on graphics, which makes absolutely no sense (Mobility Radeon 7500 slower than Rage128?).
Also, mc68k, a neat benchmark from Apple (that you can get if you install these debug tools) called Skidmarks (it's in the bashpack.dmg file installed in /Developer/Applications) that measures processor performance in Integer, Floating Point, and Vector calculations. Now, if a G3 and G4 are equal in non-vector calculations, then my Powerbook should have scored 67% better than my iMac 400. Instead, on integer calculations, the G4 was 115% faster, which leads me to think that, even though this is probably a finally tuned application, the G4 is faster than the G3 at the same clockspeed.