Okay I have a Q6600 OC'ed from 2.4 ghz to 3.4ghz using a Golden Orb II air cooler on a XFX 680i LT motherboard.
My FSB = 378 x 9 / Voltage = 1.425 in Bios (CPUz reads 1.360?)
1.) First question is why does CPUz read a voltage different from the setting in my bios?
2.) Second Question using Realtemp, the processor idles at 45-50c and goes up to 68-72c under prime95 running a blend or large FFT torture test.
HOWEVER
When I run the small FFT's torture test I often get errors in core 4 and temps skyrocket to 80c after only a short period.
I have seen this at lower overclocks as well but fixed it by bumping up the voltage. But with the small FFT's test already pushing the processor to 80c I don't wanna add any more juice.
The systems is stable both in games and normal use and the blend and large FFT tests are no problem.
Would this be considered a safe overclock and safe temps?
Or, should I back it off? I had a stable overclock @ 3.2ghz with 1.225v (almost .2v less power!) and processor ran in the 65c range under full load.
I want performance, but I don't want to burnout my CPU.
Okay, first, use Core Temp, or Real Temp to list the VID of your chip.
CPUz reflects VDrop. That is the initial drop from Bios VCore to Idle windows.
Then there is VDroop. The drop while running the Small fft test!
You prolly need to re seat the cooler. Because your temps are way high, even for that speed!
That would be my number 1 recommendation!
Make sure the paste is even!
Make sure it makes full contact with the IHS of the CPU.
You can test this by cleaning them both, and ONLY placing the paste on one or the other. Then setting it, mounting it for 1 min, then removing it straight up to see that the heat paste is now on both items evenly!
Temps under full load must not be more than 65
That Orb HS is rubbish, get a decent one with good fan
Get good TIM such as OCZ Freeze Extreme
Make sure you have full contact between HS and proc
Your OC is considered stable when you run Prime95 for 24 hours with no error and Max. temp 65 using RealTemp 2.6
Run your system with case open and see if temps are better which means you have poor air flow inside your caseand must be improved
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Robust Graphics Booster___________ [Auto]
CPU Clock Ratio (Note)____________ [9x]
CPU Host Clock Control_ [Enabled]
CPU Host Frequency (MHz)__________ [370]
PCI Express Frequency (Mhz)_______ [102]
C.I.A. 2__________________________ [Disabled]
Performance Enhance__________ [Standard]
System Memory Multiplier (SPD)____ [2.00]
Memory Frequency (Mhz) 740
DRAM Timing Selectable_______ SPD __ [Manual]
CAS Latency Time______________ [6]
Dram RAS# to CAS# Delay_______ [7] <--use your rams values (tRCD)
Dram RAS# Precharge Delay______ [7] <--use your rams values (tRP)
Precharge Delay (tRAS)__________[24] <--use your rams values (tRAS)
ACT to ACT Delay (tRRD)_________[auto]
Rank Write to READ Delay_________[auto]
Write to Precharge Delay_________[auto]
Refresh to ACT Delay____________[auto]
Read to Precharge Delay_________[auto]
Static tRead value______________[auto]
Static tRead adjust______________[auto]
System Voltage Control____ [Manual]
DDR2 OverVoltage Control__ [+0.5V]
PCI-E OverVoltage Control_ [+0.1V]
FSB OverVoltage Control___ [+0.2V]
(G)MCH OverVoltage Control [+0.2V]
CPU Voltage Control_______ [1.49375v]
I too am getting crazy results with SMALL FFT. Right now I am holding steady at 3.33GHz, but if I go any higher, I crash on small fft. I can run Blend or Large FFT without a prob. Small FFT kills me. Seems like it is stable under normal circumstances. Small FFT doesn't seem like normal circumstances. Am I wrong?
Small FFT stresses the CPU, so normally an error here would indicate CPU instability. However, looking at your high vcore, your CPU should be stable. Since it's not, it could be an FSB hole or ram instability.
If it's an FSB hole, just bump the FSB up to 400MHz and see what happens.
Small FFT stresses the CPU, so normally an error here would indicate CPU instability. However, looking at your high vcore, your CPU should be stable. Since it's not, it could be an FSB hole or ram instability.
If it's an FSB hole, just bump the FSB up to 400MHz and see what happens.
Good call.
I will try that out.
Thanks for the input. I will let you know how it goes.
roflmao lupi is so funny... did u ever fix the problem mtc? if i had been around on tom's at that time i would have suggested 8x multiplier and 400MHz FSB...
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