When upgrading into the 700mz range(a current sweet price area) which is going to give the best real thruput: a 733(133fsb) or 750(100FSB)? and over clock best?
Have a couple of PII's(400 and 450) on boards that will take PIII's. Time to upgrade...
Also have a PIII 667(133fsb) runnin 720(144*5) and its smooth and zippy. Compared to the PIII 800(100fsb) I use at work, the bumped 667 seams to give signifigantly better zip for general development tasks(Visual studio, debuggin and business tasks).
I personally like the factory 133fsb to start with, but if the 100fsb chips easily OC fsb to 112, 118, or 124 like my PII's do that should put some real zip em. Even 112*7.5 gets 840, and i can usually do better than 112. I can usually get a 133fsb chip to run stablly at 140-144, that would give 770-792.
Which ones going to give better real world thruput for development work???
Have a couple of PII's(400 and 450) on boards that will take PIII's. Time to upgrade...
Also have a PIII 667(133fsb) runnin 720(144*5) and its smooth and zippy. Compared to the PIII 800(100fsb) I use at work, the bumped 667 seams to give signifigantly better zip for general development tasks(Visual studio, debuggin and business tasks).
I personally like the factory 133fsb to start with, but if the 100fsb chips easily OC fsb to 112, 118, or 124 like my PII's do that should put some real zip em. Even 112*7.5 gets 840, and i can usually do better than 112. I can usually get a 133fsb chip to run stablly at 140-144, that would give 770-792.
Which ones going to give better real world thruput for development work???