Base Camp established
CPU-Z Database (ID : 260619)
Prime run of 13hrs (we changed the clocks in the UK today
Clocks Change Back An Hour so the 12hrs you see in shot = 13Hrs
)
13Hr Prime Stable (blend) 9x400@ 2.66C = 8:6 = Mem = 1064 VC = 1.425v
Bios = F5H_BETA
Don't usually use everest for screenie, but
CPU-Z couldn't get the 1600(400fsb)strap
Settings used:-
Code:
MB Intelligent Tweaker (MIT)
Robust Graphics Booster: TURBO
CPU Clock Ratio: 9x
CPU Host Clock Control: Enabled
CPU Host Frequency(Mhz) : 400
PCI Express Frequency (Mhz) :105
C.I.A.2: Disabled
Performance Enhance : Standard - Will Raise next time:lol:
System Memory Multiplier 2.66D ( = FSBx1.33 (or 8:6 x ddr2 ) Base 400x4=1600
Memory Frequency(Mhz): 1064
DRAM Timing Selectable : Manual
Standard Timing ControlCAS Latency Time: : Auto =5
DRAM RAS# to CAS# : Auto =7 (will tighten at 5)
DRAM RAS# Precharge : Auto = 7 (will tighten at 5)
Precharge Delay(tRAS) : 12
Advanced Timing Control
ACT to ACT Delay(tRRD) : Auto
Rank Write to READ Delay : Auto
Write To Precharge Delay : Auto
Refresh to ACT Delay : 35
Read To Precharge Delay Auto:
tRD : Auto
tRD Phase Adjustment : Auto
Command to #CS Timing: :2
Clock Driving and Skew Control
CPU/PCIEX Clock Driving Control : 1000
CPU Clock Skew Control : Normal
(G)MCH Clock Skew Control : Normal
System Voltage Control
DDR2 OverVoltage Control : 0.35 giving vdimm 2.15v (seems to overvolt looking at bios need to get mm out)
PCI-E OverVoltage Control : 0.2
FSB OverVoltage Control : 0.2
(G)MCH OverVoltage Control : 0.175
MCH Reference Voltage Control : Normal
DDR Reference Voltage Control : Normal
DDR Termination Voltage Control : Normal
CPU GTLREF1 Voltage* : Normal
CPU GTLREF2 Voltage* : Normal
CPU Voltage Control :1.425
Normal CPU Vcore : 1.2625
Advanced Bios Features
CPU Multi-Threading: Enabled
Limit CPUID Max to 3: Disabled
No-Execute Memory Protect: Disabled
CPU Enhanced Halt(CIE): Disabled
CPU Thermal Monitor 2 : Enabled
CPU EIST Function: Disabled
Virtuaalization Technology: Disabled
Note: * Items are Hidden press
[CTRL] + [F1] from the bios main menu to access.
It took a bit of playing aboput trying to guesstimate the
vcore.
The 1.425 is based on my p5k
bios setting 1.375v for the same clock + 0.0575 which was the droop i was seeing between
bios & load on the x38, that gives 1.4325v, on a whim I ran just below that.
Intrerestingly enough the actual according to
cpu-z & mbm was 1.376v
comparing this to
Asus P5K @9x400 actual per
cpu-z = 1.344v So I may leave it priming tonight at 1.40625v to see how that goes.
Update 29th
Reduced
vcore & ran overnight, as i thought 1.40625vc has worked. When looking at the load
vcore of 1.344v that's now the same as that shown on my p5k run so i'm happy.
Changes to
Bios settings:-
1)
vcore 1.425 to 1.40625
2) Performance Enhance : from Standard to Extreme
3)
Code:
Standard Timing Control
CAS Latency Time: 5
DRAM RAS# to CAS# : Auto =7 (will tighten at 5)
DRAM RAS# Precharge : Auto = 7 (will tighten at 5)
Precharge Delay(tRAS) : 12
Advanced Timing Control
ACT to ACT Delay(tRRD) : 4
Rank Write to READ Delay : 4
Write To Precharge Delay : 8
Refresh to ACT Delay : 30
Read To Precharge Delay 4
tRD : 6
tRD Phase Adjustment : Auto
Command to #CS Timing: :2
VDroop
PQ6
Bios = 1.40625v
vcore idle = 1.392v
vcore load= 1.344v
vdroop 0.048v
Have read that increasing the
PCI-E Overvoltage Control and / or
FSB Overvoltage Control help reduce droop, i'll have a test and see if it does later.
9x400@2.66C Benches
Remove CrazyCool CPU/NB Lower Heatsink
Linear Mode
