Hi all,
Straight to the point, does the PSU affect the performance of an overclock?
Longwinded part...
I ask, as I used to run my E6600 chip at 3.19Ghz with ATI XT1900XTX, 2 HD's, several USB devices, dual monitors (might put more strain on the video card!?). Anyway all was fine for a good while with the odd reboot due to being pushed a little too far (I do lot's of 3D work/rendering) so I knocked it down to about 3Ghz and all was good.
Well it was good until the point the my machine wouldn't boot if turned off, it could take over 30 mins to get the machine booted. As I need consistency to perform my workload I went back to stock speeds it seems to be a lot better at coming to life
) I don't understand but I suspect my PSU (430W, came with Antec "whatever" case), am I right in thinking this may be the case?
I will be buying a quad core at some point to replace or possibly co-incide with the current system so I may want to upgrade little bits here and there...
cheers
Scott
Straight to the point, does the PSU affect the performance of an overclock?
Longwinded part...
I ask, as I used to run my E6600 chip at 3.19Ghz with ATI XT1900XTX, 2 HD's, several USB devices, dual monitors (might put more strain on the video card!?). Anyway all was fine for a good while with the odd reboot due to being pushed a little too far (I do lot's of 3D work/rendering) so I knocked it down to about 3Ghz and all was good.
Well it was good until the point the my machine wouldn't boot if turned off, it could take over 30 mins to get the machine booted. As I need consistency to perform my workload I went back to stock speeds it seems to be a lot better at coming to life
) I don't understand but I suspect my PSU (430W, came with Antec "whatever" case), am I right in thinking this may be the case?I will be buying a quad core at some point to replace or possibly co-incide with the current system so I may want to upgrade little bits here and there...
cheers
Scott



