Hi,
Wasn't trying to contradict you, just adding wieght that the Higer C chips are very ocable. I have no experience of the 1G tbirds as I went straight to 1.33G.
I can tell you that at the speed I ran, my 1.33 would not post and run stable at 1.75V
Also, my system would not run stable over 142FSB. I have PC133CL2 memory. I also tried proven RAM from a system that runs 148FSB CL2 day in and out. Still the same.
Either I got a specific AXIA that wasn't happy at high FSB, or the mobo (Asus A7V133) wasn't happy over 142.
It would run 24x7 at 1562Mhz.
I wasn't aware that the 1Gs would ALL be = to a 1.33 - my understanding was that the manuf process would rate a chip to is maximum bin (tests to 1.33 -> 1.33 bin). If there is a surplus of 1.33G to 1G AMD then know they can take the i.33G and etch it as a 1G. Therefore you'd get some 1G tbirds that would only make 1.1G or 1.2G etc.
I can tell you that over all - m 1.33 will not run in my system stably at 1595, whether I get there by multiplier or FSB. Going over 1.6G - even at lower FSB guarenteed BSOD in boot on the ntos kernel. This seemes a hard stop for my cpu right now as I cannot get it past 1562 stably. It will run 11x143 for 24hrs, and then lock up for no reason (well, for a reason of course), but at 142*11 it will run for a week.
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