When you get bored, do a quick search, there's tons on it.
None of it is relevant to us unless you start to get stock crashes, so don't worry about it.
I've no idea, honestly
Here's my best [current] stable setting so far, had many BSODs and other software problems before it.
2900-2900-2700-2800 1.296v ID / 1.280v LD
Power change from stock - 8W AC
Load stable / Idle unstable:
2800-2800-2800-2800
2800-2800-2900-2800
2800-2800-2700-2900
Idle / Load stable (best so far leaving HT stock):
2900-2900-2700-2800
I can easily run 2800 on the 2700 core stock volts, but it'll fail anywhere from between 11-18 hours.
One major thing I want to say is: core numberings are not the same each time after boot, which threw a spanner in my testing for a long time!
Sometimes AOD core2 was core3 in AMD PowerMon/CPUZ/CCPUID, other times, it was other way round and it changed so much between applications randomly.
I then figured out, that generally, CCPUID gets the same core arrangement right, so I use that to change speeds.
Man, thats just excellent, you're a star
You managed to retrieve the register info into that nifty utility of yours which I've had to work out manually each time, and yep, its a PITA!
That's exactly what I was after - those are maximum theoretical values set by the cores at boot as mentioned in guide
Anyway, two problems: it picks volts/watts in all states perfectly fine.
But it doesn't register core multiplier change after bootup
What it does then is, starts to downclock HT/NB to make up the higher multi speed, i.e.
But in the mobility section it picks up multiplier fine but P0 shows wrong speeds:
And the P-State 0 value changes real-time: 2700, 2800, 2900, every second or two
The AMD PowerMon shows the correct multis and HT is stock. CoreTemp/CPUZ has the same problem but Arthur/Franck had fixed it earlier.





. Just better OC'ing in general for the cores which can run higher?



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