This was odd. I was under the impression that the i/o voltage didnt really help in overclocking a system much. The only benifits I heard about where for those running the geforce2 cards that require a pretty clean line/source of power, and therefore are more stable at the 3.5 i/o voltage. I have a geforece2 mx, so i figured this didnt apply to me.
Well, I couldn't get my Duron past 880 - 888 without a hard freeze once windows loaded up. It was really bugging me because my cpu temps weren't running past 42-44c. Well to make a long story short, I push the I/O Volatge up to 3.5, and now i'm stable at 904(8x113 - THANK YOU Mushkin Infineon).
What does everyone think... Could this solely be due to a clener current at 3.5 voltage for the geforce2 card, even though it's an MX(although i do have it at 200core/210mem)?
And does the I/O volatge have anything to due with ram? As you can see its running at 146(113+33) cas2, and now i'm getting an outrageous ALU/FPU of 530/638 in sandras mem benches.
Any thoughts..
Well, I couldn't get my Duron past 880 - 888 without a hard freeze once windows loaded up. It was really bugging me because my cpu temps weren't running past 42-44c. Well to make a long story short, I push the I/O Volatge up to 3.5, and now i'm stable at 904(8x113 - THANK YOU Mushkin Infineon).
What does everyone think... Could this solely be due to a clener current at 3.5 voltage for the geforce2 card, even though it's an MX(although i do have it at 200core/210mem)?
And does the I/O volatge have anything to due with ram? As you can see its running at 146(113+33) cas2, and now i'm getting an outrageous ALU/FPU of 530/638 in sandras mem benches.
Any thoughts..