Your Giga is nothing less than amazing!!! I didn't have lucky with those IGP's, my Biostar TA785GE (R.I.P ) does 1080 1.55V on HD4200, not that great...
I will change the thermal paste of the NB heatsink, if i'm not mistaken, i never have replaced on this card and it's quite "old" (4 years) so is probably to get moar MHz only doing this
Your Giga is nothing less than amazing!!! I didn't have lucky with those IGP's, my Biostar TA785GE (R.I.P ) does 1080 1.55V on HD4200, not that great...
I will change the thermal paste of the NB heatsink, if i'm not mistaken, i never have replaced on this card and it's quite "old" (4 years) so is probably to get moar MHz only doing this
I'm just afraid to push voltages on the NB...not sure what the safe limit is.
I'm just afraid to push voltages on the NB...not sure what the safe limit is.
I think up to 1.55V on air is quite safe, at least i never managed to kill any motherboard with those chipsets using a voltage like this on NB. (my little Biostar was killed by an "water leakage" during bench)
Comments
Nice ram clock and board
Thanks Beep. A pity that NB voltage won't go above 1.5V on this board so the IGP is limited to < 1000MHz... Need to vmod this thing.
Recap and vmod the board
I guess I'm lucky, Giga 890GX board here does 1100/1000 @ 1.48v/1.75v NB/Sideport. The first one I had only did 1030 though.
I suggest more cold...
Your Giga is nothing less than amazing!!! I didn't have lucky with those IGP's, my Biostar TA785GE (R.I.P
) does 1080 1.55V on HD4200, not that great...
I will change the thermal paste of the NB heatsink, if i'm not mistaken, i never have replaced on this card and it's quite "old" (4 years) so is probably to get moar MHz only doing this
I'm just afraid to push voltages on the NB...not sure what the safe limit is.
I think up to 1.55V on air is quite safe, at least i never managed to kill any motherboard with those chipsets using a voltage like this on NB. (my little Biostar was killed by an "water leakage" during bench)
Alrightm, they are 55nm and afaik 3870s could take 1.55v so why not
Maybe I can do 1150 or so.
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