Step 6 --> Finding the fourth MSF
We repeat the same procedure.
Analyzing current data (O/c analyzer exponents):
Exponents n1,n2 are:
Xm n2=0.927 > n1=0.908 that's why you see negative loss....
This means that this CPU loves Vcore!
But after a point n is expected to be slower and so on...
Anyway let's run General CPU speed estimator:
The Vcore4 was 1.510 Volts (1.500 in BIOS and +3.3% VID increase --> MSI settings)..
O/c analyzer find frequency/FSB:
BAN method now!
MSF4 <= 2544 (cos of O/c analyzer find frequency/FSB)...
2520 < MSF4 < 2570 MHz (cos of General CPU speed estimator --> note 2519 MHz is the smallest value almost 2520 = 10 X 252 MHz).
Thus 2520 MHz < MSF4 < 2540 MHz.
Reboot and 10 X 254 MHz --> system failed SuperPi 8M.
Reboot and 10 X 253 MHz --> system failed SuperPi 8M.
Reboot and 10 X 252 MHz --> system passed SuperPi 8M!
Thus MSF4=2520 MHz and Vcore4=1.510 Volts.
Note:
The second area of General CPU speed estimator has the smallest C.C. of all but 2519 MHz is more near to 2520 MHz (the actual MSF4).
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