[Classicman]

Nickel020, i have good news man. I have adjusted the voltages again, exclusively considered the fsb voltage you mentioned and established a 4 hour 17 minutes prime95 blend test stability with no crash. After that, one of the workers failed. My trials showed me that, my cpu can't handle 3.65GHz less than 1.3125V, yet there are people reach higher clocks. if the VVt is less, the stability reduces to less than one hour. Here are the settings:

Robust Graphics Booster__________[Turbo]
CPU Clock Ratio _________________[8]
Fine Clock Ratio ________________[0.5]
CPU Frequency____________________3.65GHz(430x8.5)
CPU Host Clock Control___________[Enabled]
CPU Host Frequency (MHz)_________[430]
PCI Express Frequency (Mhz)______[100]
C.I.A. 2_________________________[Disabled]
Performance Enhance______________[Standart]
System Memory Multiplier_(SPD)___[4.00D]
Memory Frequency (Mhz)___________1720
DRAM Timing Selectable___(SPD)___[Manual]

CAS Latency Time_________________8
Dram RAS# to CAS# Delay__________8
Dram RAS# Precharge Delay________8
Precharge Delay (tRAS)___________24

ACT to ACT Delay (tRRD)__________4
Rank Write to READ Delay_________8
Write to Precharge Delay_________12
Refresh to ACT Delay_____________72
Read to Precharge Delay__________6
Static tRead Value_______________8
Static tRead Phase Adjust________[Auto]
Command Rate(CMD)________________[2T]

CPU/PCIEX Clock Driving Control [800mV]
CPU Clock Skew Control [Normal]
GMCH Clock Skew Control [Normal]

System Voltage Control___________[Manual]
DDR3 OverVoltage Control_________[+0.40V]
PCI-E OverVoltage Control________[+0.10V]
FSB OverVoltage Control__________[+0.20V]
(G)MCH OverVoltage Control_______[+0.20V]
CPU GTLREF1 Volrage Ratio________[Auto]
CPU GTLREF2 Voltage Ratio________[Normal]
Loadline Calibration_____________[Enable]
CPU Voltage Control______________[1.3125]

I really don't have the desire to stabilize it more as i spend enough time for this i guess.