But if only one core is under load all other cores run at p-state-0 voltage. So int erms of energy efficiency i see no benefit here.
I tried it twice first at 2.8/2.2. AOD always sets 1.25V vcore, 1.3V VID's and 1.8V for the mem. The system started counting up ref HT and froze at ~207MHz without increasing the cpu multi.
Next time i started at 2.5/2.0 and increased vcore to 1.3 and mem voltage to 2.1V. It froze at ~13x203.
After that and the freeze after over night prime95 during sandra latency test at 2.9/2.2 1.4/1.35V i decided to take a break for today.![]()
I'd agree with oldguy 1.4v is unreasonable high for 2.3GHz. The freezes seem to be more higher voltage/temp related that clock speed related.
What register do you mean? I understand STC like that. If the temps exceed an given point the cpu generates an special interupt. Special software is needed to do the proper action (example: switch to a lower p-state or increase the fan speed).
Hmm just one 4pin 12V connector, did not expect that. Tried a phenom in the GBT780G yet? Watch the voltages in CPU-Z! I gave the cpu an +0.025V voltage plus and had voltages from ~1.29V (idle) 1.49V (load) at 2.8/2.2GHz..





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