hey, it's been a while sense I've posted here. I want to say that sense the last time i've posted here I've had my FX6350 at 4.92Ghz and upped the voltage to 1.600v but I was too scared to keep rasing the cpu volts and I could not get it stable with Prime95 and my CPU temps was getting too high like 70c and I noticed that I was having tempature spike or something when my CPU temp would just have a high spike and then maybe lower down to around 69c or so. Right now my FX6350 is showing 1.524v CPU volts by looking at HWMonitor and I've had my FX-6350 clocked at 4.72GHZ for a long time now and prime95 runs stable. I also did some overclocking with the FSB I believe 2003mhz was something I tried to achieve with my memory from the stock 1866MHZ. I didn't really know what to do though when I reached a limit with the FSB, ... I didn't know what to change with the FSB other than just backing the FSB multiplier back down whenever it was not stable.
Raising the FSB should require what else to be changed? That's what I'm looking to find out, is it ok for me to raise my memory above the stock 1.5v? How do I know or how can I figure out what is keeping me from having a higher FSB overclock?
As it is I backed my FSB back down and mainly just used the CPU multiplier to raise my CPU clock while also raising the cpu voltage.
When O/C the FSB, should the voltage for the memory be raised any? 1.5v is my stock voltage for 1866mhz memory.
How about increasing other voltages like the north bridge or south bridge, ... In the BIOS I leave mostly everything unchanged besides my CPU multiplier and my CPU core voltage. I really try to find out what I can by looking on the internet, I would like to know if it's possible to have a stable memory overclock, is it OK to go past 1.5v for the memory?
My CPU temp stays around 60c-61c running Prime95 for like an hour and more with how my system is now. I didn't mentioned that but I wanted too so I figured I would add that note for anyone that reads this post/thread/topic.