Blakespot...
No i don't debate this as I know Athlon processors are very good. However, why don't i tell you a configuration which will prove my point. You are aware that the G4 processor has something called the Velocity Engine. (like broadband for bytes) It can stuff way more bytes through at a time. Do you know what the G4 533 dual (AND I MEAN DUAL PROCESSOR) is capable of? Add 256MB ram to this with the top of the line N-vidia, youre talking speed which is undebatable. Look simple math:
1 G4/400 = PIII/700 right?
so a G4/533 (dual) = almost PIII/2.1GHZ
and since mathematically, and logically, the velocity engine acts like a broadband on data, the increase (i.e in doubling the processor) has a multiplier or exponential effect on speed. Its like taking the radius of a sphere and enlarging it by a factor of 2, but the volume increases by more than 2. By the ways, soon they are introducing the G4/ 733 MHZ which could equal almost a 2.5-2.6GHZ equivalent PIII.
No i don't debate this as I know Athlon processors are very good. However, why don't i tell you a configuration which will prove my point. You are aware that the G4 processor has something called the Velocity Engine. (like broadband for bytes) It can stuff way more bytes through at a time. Do you know what the G4 533 dual (AND I MEAN DUAL PROCESSOR) is capable of? Add 256MB ram to this with the top of the line N-vidia, youre talking speed which is undebatable. Look simple math:
1 G4/400 = PIII/700 right?
so a G4/533 (dual) = almost PIII/2.1GHZ
and since mathematically, and logically, the velocity engine acts like a broadband on data, the increase (i.e in doubling the processor) has a multiplier or exponential effect on speed. Its like taking the radius of a sphere and enlarging it by a factor of 2, but the volume increases by more than 2. By the ways, soon they are introducing the G4/ 733 MHZ which could equal almost a 2.5-2.6GHZ equivalent PIII.