Hi Guys,
After some great help and advice from you guys a few months ago I managed to o/c my Q6600 G0 and have since been reaping the benefits since - e.g. being able to play Crysis on ‘Very High’ settings (Shadows on Medium though) at 1024x768 () at very playable frame-rates.
It’s been a while now and I’m getting itchy feet to have a dabble again; I’m keen to try and o/c the RAM now. I’ve tried a few things but nothing’s stable (Prime95 Small TFT & Blend)..
Given the current BIOS settings below, I just wondered if anyone may be able to offer advice, or point me in the right direction, re suggested settings for o/c’ing my RAM to 1000-1200MHz? (Is this a realistic goal to o/c from 800MHz?).
My RAM = 4 GB (4x1GB) of Corsair ‘2GB DDR2 XMS2-6400C4 TwinX (2x1GB)’
Thanks for your time guys!
Advanced BIOS Features
HDD SMART Capability Disabled
Limit CPUID Max to 3 Disabled
No-execute Memory Protect Enabled
CPU Enhaned Halt (C1E) Disabled
CPU Thermal Monitor 2 (TM2) Enabled
CPU EIST Function Disabled
Virtualisation Technoogy Disabled
Power Management Utility
HPET Mode 64-bit mode
Legacy USB Storage Detect enabled
MIT
Robust Graphics Booster Auto
CPU Clock Ration 9x
CPU Frequency 3.2 (400x8)
CPU Host Clock Control Enabled
PCI Express Frequency 100
CIA 2 Disabled
Performance Enhanced with: Normal
System Memory Multiplier (SPD) Auto
Memory Frequency - 800 800
DRAM Timing Selectable (SPD) 2.00D
** standard timing control **
CAS Latency Time 5
DRAM RAS# to CAS# Delay 5
DRAM RAS# Precharge 5
Precharge delay (tRAS) 18
** advanced timing control **
ACT to ACT Delay (tRRD) 3
Rank Write to READ Delay 3
Write to Precharge Delay 6
Refresh to ACT Delay 42
Read to Precharge Delay 3
Static tRead Value 5
Static tRead Phase Adjust 0
Command Rate (CMD) 2
** Clock Driving & Skew Control **
CPU/PCIEX Clock Driving Control 800mV
CPU Clock Skew Control Normal
(G)MCH Clock Skew Control Normal
System Voltage Control Normal
DDR2 OverVoltage Control +0.3V
PCI-E OverVoltage Control Normal
FSB OverVoltage Control +0.1v
(G)MCH OverVoltage Control (a.k.a. NB voltage) +0.1v
MCH Reference Voltage Cont Normal
DDR Reference Voltage Control Normal
DDR Termination Voltage Control Normal
CPU Voltage Control 1.3
Normal CPU Vcore
After some great help and advice from you guys a few months ago I managed to o/c my Q6600 G0 and have since been reaping the benefits since - e.g. being able to play Crysis on ‘Very High’ settings (Shadows on Medium though) at 1024x768 () at very playable frame-rates.
It’s been a while now and I’m getting itchy feet to have a dabble again; I’m keen to try and o/c the RAM now. I’ve tried a few things but nothing’s stable (Prime95 Small TFT & Blend)..
Given the current BIOS settings below, I just wondered if anyone may be able to offer advice, or point me in the right direction, re suggested settings for o/c’ing my RAM to 1000-1200MHz? (Is this a realistic goal to o/c from 800MHz?).
My RAM = 4 GB (4x1GB) of Corsair ‘2GB DDR2 XMS2-6400C4 TwinX (2x1GB)’
Thanks for your time guys!
Advanced BIOS Features
HDD SMART Capability Disabled
Limit CPUID Max to 3 Disabled
No-execute Memory Protect Enabled
CPU Enhaned Halt (C1E) Disabled
CPU Thermal Monitor 2 (TM2) Enabled
CPU EIST Function Disabled
Virtualisation Technoogy Disabled
Power Management Utility
HPET Mode 64-bit mode
Legacy USB Storage Detect enabled
MIT
Robust Graphics Booster Auto
CPU Clock Ration 9x
CPU Frequency 3.2 (400x8)
CPU Host Clock Control Enabled
PCI Express Frequency 100
CIA 2 Disabled
Performance Enhanced with: Normal
System Memory Multiplier (SPD) Auto
Memory Frequency - 800 800
DRAM Timing Selectable (SPD) 2.00D
** standard timing control **
CAS Latency Time 5
DRAM RAS# to CAS# Delay 5
DRAM RAS# Precharge 5
Precharge delay (tRAS) 18
** advanced timing control **
ACT to ACT Delay (tRRD) 3
Rank Write to READ Delay 3
Write to Precharge Delay 6
Refresh to ACT Delay 42
Read to Precharge Delay 3
Static tRead Value 5
Static tRead Phase Adjust 0
Command Rate (CMD) 2
** Clock Driving & Skew Control **
CPU/PCIEX Clock Driving Control 800mV
CPU Clock Skew Control Normal
(G)MCH Clock Skew Control Normal
System Voltage Control Normal
DDR2 OverVoltage Control +0.3V
PCI-E OverVoltage Control Normal
FSB OverVoltage Control +0.1v
(G)MCH OverVoltage Control (a.k.a. NB voltage) +0.1v
MCH Reference Voltage Cont Normal
DDR Reference Voltage Control Normal
DDR Termination Voltage Control Normal
CPU Voltage Control 1.3
Normal CPU Vcore