Well, I finally gave up on the OCZ since its been stated that its trash ram and put my Dominators in. I'm not happy about wasting $600 or having to drop back down to 2GB, but I'm sure I'll get over it. I had the same problem with the Corsair at the start. I really dont know what it is you guys are doing to get memory to work and boot with stock settings, I know I sure cant.
Anyway, after hours of more frustration and at least 100 reboots, if not more, it started to come around. I will admit that I did not come across these settings by knoweldge, but more by accident and trying those settings others have used. I have alot of strange settings, most of which I have no idea what they do or what they affect, but it wouldnt boot or would fail Super Pi or prime95 without them. Its Rock Solid now, Prime95, OCCT and 32M Super Pi.
Here is what I had to set to get it this way. I would very much like one of you Guru's to look at them and tell me if I am going to hurt the MB with the settings. Temps are fine, Idling in the high 20's, Prime95 and OCCT maxing at 56. I think thats excellent, so I'm not worried about the temps, but I am worried if I have something set too high or whatever to hurt a chip or something because I dont understand alot of them, mainly the GTL's.
Quantum BIOS Version G26
Overclock Phase Select - Manual O.C.
CPU Clock Ratio - 9x
CPU Clock Ratio +0.5 - Enabled
Target CPU Core Speed - 4278 MHz
CPU Clock (FSB) - 450 MHz
CPU Clock vs Memory Speed - 4 : 333
System Memory Speed - 1800 MHz
CPU Clock Skew Control - 0 ps
CPU Clock Amplitude CTRL - 800mV
PCI Express Clock - 100MHz
PCI Clock - 33.6 MHz
Spread Spectrum - Disabled
Overclock Recovery - Enabled
All Voltage Control
CPU Voltage Multiplier - x1.000
CPU Voltage Setting - 1.5000
CPU Vdroop Compensation - Enabled
CPU PLL Voltage Setting - 1.584304
CPU VTT Voltage Setting - 1.350
CPU GTL Ref. 0 Voltage - +10
CPU GTL Ref. 1 Voltage - +5
CPU GTL Ref. 2 Voltage - +10
CPU GTL Ref. 3 Voltage - +10
NB Voltage Setting - 1.673
NB GTL Ref. Voltage - +3
SB Voltage Setting - 1.538
DRAM Voltage Setting - 2.044
DRAM Pull-up Voltage - +3
DRAM Pull-down Voltage - +3
DRAM Ref. Voltage - +3
Memory Timing Config
ECC Scrubbing - Disabled
DRAM Timing Selectable - Manual
CAS Latency Time - 7
RAS# to CAS# Delay - 7
RAS# Precharge - 7
Precharge Delay - 20
Row Refresh Cycle - Auto
Performance Level - 10
Write to Precharge - Auto
Write to Read Delay - Auto
Act to Act Delay - Auto
Read to Precharge - Auto
All Precharge to Refresh - Auto
Refresh Period Ratio - x1
Refresh Period - Auto
Command Per Clock - 2T
R2RD Same Rank - Auto
R2RD Different Rank - Auto
W2RD Same Rank - Auto
W2RD Different Rank - Auto
FSB Gain 1 - Auto
FSB Gain 2 - Auto
FSB Gain 3 - Auto
FSB Gain 4 - Auto
Blue DIMM Clock DLL Adjust - Auto
White DIMM Clock DLL Adjust - Auto
Blue DIMM Ctrl DLL Adjust - Auto
White DIMM Ctrl DLL Adjust - Auto
DRAM Command DLL Adjust - Auto
My next goal is to bump it up to 10x450. If I can get it stable there without going to 1.6V, then I will be tickled pink, for that was the goal of this MB for me. 1.6V ends up at mid 30's idle and high 60's max, and that worries me a bit. I know it shouldnt really, high 60's isnt that bad, and I may have to live with that for 4.5, but I'm hoping not.
Here are a few screen shots....
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