Yes I did a search. yes I read the posts.
I have an athlon 1700 xp
asus a7v266-e.
the lowest the bios lets me set is 1.80v though the recommended vcore is 1.75v
why? I heard stability but i would assume that jamming more voltage in would increase heat
and thus decrease stability.
The a7v266-e motherboard has jumpers which i set to 1.75v yet the darn motherboard still reads 1.80v (i took it out of the jumperfree mode)
My processor runs at 50C at rest but i am so used to lower p3 and p4 temps. yes i know AMD says
that 80-90c is critical. I am just chicken, why won't the voltage go lower than 1.80v even with the jumper set lower. Is jamming extra voltage to the CPU also DECREASING lifespan? as is the higher 50C temps?
My goal is the fastest yet most stable processor that last for 3 years min. I will take STABILITY over speed. any thoughts or bios settings to maximize speed yet KEEP or Increase stability.
I have an athlon 1700 xp
asus a7v266-e.
the lowest the bios lets me set is 1.80v though the recommended vcore is 1.75v
why? I heard stability but i would assume that jamming more voltage in would increase heat
and thus decrease stability.
The a7v266-e motherboard has jumpers which i set to 1.75v yet the darn motherboard still reads 1.80v (i took it out of the jumperfree mode)
My processor runs at 50C at rest but i am so used to lower p3 and p4 temps. yes i know AMD says
that 80-90c is critical. I am just chicken, why won't the voltage go lower than 1.80v even with the jumper set lower. Is jamming extra voltage to the CPU also DECREASING lifespan? as is the higher 50C temps?
My goal is the fastest yet most stable processor that last for 3 years min. I will take STABILITY over speed. any thoughts or bios settings to maximize speed yet KEEP or Increase stability.