Hey!
So my friend kinda screwd up his cpu while changing out stock cooler to aftermarket one (not really sure how he managed to do it) and bent some pins.
He sent a blurry picture to me but thought it might be fixable by just bending pins back up (5 pins). Turns out it was closer to 10 pins and most of them were squashed 90 degrees.
Anyway.. I was halfway done bending them up and broke one off. From what I could find, I broke pin on row AD-15 with name "VDD_18_S5".
Only information I found on what it does is "VDD_18_S5 - Always on 1.8 V supply voltage".
So my question is, how important is that pin ?
I thought about taking cpu to a repair shop to bend rest of the pins up (rather not risk breaking another one) but it would be pointless if that 1 broken pin has bricked cpu. Don't know prices on soldering pins back up, but guessing that's expensive and not worth it on a 100$ cpu. 😀
So my friend kinda screwd up his cpu while changing out stock cooler to aftermarket one (not really sure how he managed to do it) and bent some pins.
He sent a blurry picture to me but thought it might be fixable by just bending pins back up (5 pins). Turns out it was closer to 10 pins and most of them were squashed 90 degrees.
Anyway.. I was halfway done bending them up and broke one off. From what I could find, I broke pin on row AD-15 with name "VDD_18_S5".
Only information I found on what it does is "VDD_18_S5 - Always on 1.8 V supply voltage".
So my question is, how important is that pin ?
I thought about taking cpu to a repair shop to bend rest of the pins up (rather not risk breaking another one) but it would be pointless if that 1 broken pin has bricked cpu. Don't know prices on soldering pins back up, but guessing that's expensive and not worth it on a 100$ cpu. 😀