@Piti
Ich will bald behaupten das man einen stabielen Betrieb bei 500 FSB(+) und einem Quad,
egal auf welchem Board, vergessen kann (sofern noch humane Spannungen anliegen sollen)!
[natürlich mit einigen wenigen mir noch nicht bekannten ausnahmen]
Zum Benchen geht's vielleicht noch aber mehr auch nicht!
Hmm, die Settings: (alle Stromsparmodi's aus) und:
Robust Graphics Booster [Auto]
CPU Clock Ratio [ 9 X]
x Fine CPU Clock Ratio [+0.0]
CPU Frequency 4.60GHz(512x9,0)
********** Clock Chip Control **********
>>>>> Standard Clock Control
CPU Host Clock Control [Enabled]
CPU Host Frequency(Mhz) [512]
PCI Express Frequency(Mhz) [102]
C.I.A.2 [Disabled]
>>>>> Advanced Clock Control
> Advanced Clock Control [Press Enter] #1
****** DRAM Performance Control *******
Performance Enhance [Standard]
(G)MCH Frequency Latch [333]
System Memory Multiplier (SPD) [2.00B]
Memory Frequency(Mhz) 800 1024
DRAM Timing Selectable (SPD) [Manual]
>>>>> Standard Timing Control
CAS Latency Time 5 [5]
tRCD 5 [5]
tRP 5 [5]
tRAS 18 [15]
>>>>> Advanced Timing Control
> Advanced Timing Control [Press Enter] #2
***** Mother Board Voltage Control ******
Voltages Types Normal Current
---------------------------------------------------------
>>> CPU
Load-Line Calibration [Disabled]
CPU Vcore 1.20000V [1.57500V]
CPU Termination 1.200V [1.400V]
CPU PLL 1.500V [1.610V]
CPU Reference 0.760V [0.911V]
>>> MCH/ICH
MCH Core 1.100V [1.400V]
MCH Reference 0.760V [0.886V]
MCH/DRAM Reference 0.900V [Auto]
ICH I/O 1.500V [1.500V]
ICH Core 1.100V [1.100V]
>>> DRAM
DRAM Voltage 1.800V [2.100V]
DRAM Termination 0.900V [Auto]
Channel A Reference 0.900V [Auto]
Channel B Reference 0.900V [Auto]
==================================================
Advanced Clock Control #1
CMOS Setup Utility - Copyright (C) 1984-2008 Award Software
Advanced Clock Control
CPU Clock Drive [ 800mV]
PCI Express Clock Drive [ 800mV]
CPU Clock Skew [ 150ps]
MCH Clock Skew [ 100ps]
Advanced Timing Control #2
CMOS Setup Utility - Copyright (C) 1984-2008 Award Software
Advanced Timing Control
tRRD 3 [3]
tWTR 3 [3]
tWR 6 [6]
tRFC 36 [36]
tRTP 3 [3]
Command Rate(CMD) 0 [Auto]
>>>>> Channel A
> Channel A Timing Settings [Press Enter]
> Channel A Driving Settings [Press Enter]
>>>>> Channel B
> Channel B Timing Settings [Press Enter]
> Channel B Driving Settings [Press Enter]
Channel A Timing Settings
CMOS Setup Utility - Copyright (C) 1984-2008 Award Software
Channel A Timing Settings
Static tREAD Value [11]
Rest alles auf [Auto]
Channel B Timing Settings
CMOS Setup Utility - Copyright (C) 1984-2008 Award Software
Channel B Timing Settings
Static tREAD Value [11]
Rest alles auf [Auto]
Channel A Driving Settings
CMOS Setup Utility - Copyright (C) 1984-2008 Award Software
Channel A Driving Settings
Alles auf [Auto]
Channel B Driving Settings
CMOS Setup Utility - Copyright (C) 1984-2008 Award Software
Channel B Driving Settings
Alles auf [Auto]
Bei der MCH Core musst austesten manchmal geht's auch schon mit viel weniger!

(ich arbeite zwar mit Ramvollbestückung konnte aber keinen Unterschied durch's Entfernen von 2Riegeln feststellen [kein höherer Takt o. weniger Spannung bei gleichen Takt])
