kristos | 25th January 2004 17:47 | Quote: Originally posted by TeuS the chipset voltage obviously controls ... the chipset voltage :D
when you seem to hit a wall in raising the FSB, and nothing works to raise the FSB (the CPU can't cope with the speed, higher vmem, looser timings) it's your chipset that can't keep up with the high FSB | And what about when I can't get a higher multiplier, does upping the chipset voltage help to obtain higher mulitplier? Or does this ONLY work when you can't get FSB higher and upping your ram voltage doesn't help? Quote: Originally posted by TeuS that's the wrong way, sorry. there's nothing really wrong with raising the voltage from start, but start with the tightest timings. when you're raising the FSB and you can't get higher, then you have to loosen the timings to get higher. if you set your timings and voltage to the maximum right away, you don't know if it's your memory who's actually stopping you from raising the FSB because the voltage and timings are already at the maximum
most people prefer tight timings, so they start with tight timings. when their FSB is about at the limit with the highest timings, they loosen the timings to see if the FSB gets higher and to see if the FSB gain with looser timings is faster :) | Well, it said in the article: to find your tightest timings; raise the memory voltage to max. So I figured: If you get stuck, it's either timings holding you back in reaching higher FSB or it's the proc (,mobo?) that just can't take higher FSB's, but it's not because of the voltage because it's already at max.
Other than that it's just like you said, testing to see what FSB//RAM timings works best :) |