First, for more details about the fix and the problems please read MrAthlons guide.
www.geocities.com/mrathlo...ipset.html
It should be noted that for some people this problems may result in a no POSTing system(blank screen) at coldboots, a often posted so called PowerON issue!
Therefore you should really read Mr.Athlons advices rather than posting again and again one and the same questions.
However this fix works great but has one disadvantage. Due to a lower chipset voltage (1.7V) it wont allow to overclock as much as with the default voltage of 1.8V. The fact that this fix is only needed while powering on the system to avoid these problems at coldboots let me think of an improvment where the chipset starts working at 1.7V and the voltage rises after a short time to the default 1.8V with same results.
The improvment works the same like the resistor fix alone and is as easy to do as the resistor fix. All you have to do is to add a 1000F capacitor between the additional resistor and the voltageregulator like this:
GND - 470ohm resistor - (-)capacitor(+) - voltageregulator.
I used a 16V 1000F capacitor for this which lets the voltage rise from 1.7V to 1.8V within about 1-2 secounds and prevents the system to get these problems caused by some voltage peaks/drops while powering it on like the resistor fix alone.
This way you will fix the problem too and should be able to get better overclocking results.
Edit: Here is a shematic picture. I will try to make a pix tomorrow but the quality of my webcam is quite bad and it needs a lot of light.
www.geocities.com/mrathlo...ipset.html
It should be noted that for some people this problems may result in a no POSTing system(blank screen) at coldboots, a often posted so called PowerON issue!
Therefore you should really read Mr.Athlons advices rather than posting again and again one and the same questions.
However this fix works great but has one disadvantage. Due to a lower chipset voltage (1.7V) it wont allow to overclock as much as with the default voltage of 1.8V. The fact that this fix is only needed while powering on the system to avoid these problems at coldboots let me think of an improvment where the chipset starts working at 1.7V and the voltage rises after a short time to the default 1.8V with same results.
The improvment works the same like the resistor fix alone and is as easy to do as the resistor fix. All you have to do is to add a 1000F capacitor between the additional resistor and the voltageregulator like this:
GND - 470ohm resistor - (-)capacitor(+) - voltageregulator.
I used a 16V 1000F capacitor for this which lets the voltage rise from 1.7V to 1.8V within about 1-2 secounds and prevents the system to get these problems caused by some voltage peaks/drops while powering it on like the resistor fix alone.
This way you will fix the problem too and should be able to get better overclocking results.
Edit: Here is a shematic picture. I will try to make a pix tomorrow but the quality of my webcam is quite bad and it needs a lot of light.
I can't really afford another motherboard, so how safe is this really? I mean, if I've never soldered something delicate like this what are the chances that I botch it and kill the board? I figure turning the computer on/off/on again each time is annoying, but better than having to buy a new board. I will be replacing this board in 2 years when I have a job and money and it's obsolete anyhow. 
