i dont undestand...ps probe showing same as core temp 11C
Mb has 38C
NB has 50C
SB has 47C
and processor has still 11C...
please help me... :mad:
i dont undestand...ps probe showing same as core temp 11C
Mb has 38C
NB has 50C
SB has 47C
and processor has still 11C...
please help me... :mad:
I had same problem with E6850 with another version of Core Temps last year. It would show 17C until they updated and fixed it a few revisions later. I believe there are problems with cpu temp monitoring programs reading E8000 series correctly.Quote:
Originally Posted by UnSeenSVK
I use Everest to monitor temps, its 100% for me
Bios 907
which version?..of everest?
CoreTemp 0.96.1 shows a 20-21 difference in temps at idle. Do you think its the probe, mobo, or the chip that is messed up?
so now i have core temp 096,1 and showing 22 C...is that right?..
Hard to say right now. Many are still having problems with current coretemps. Some complain temps are to high for them at 40C idle.Quote:
Originally Posted by UnSeenSVK
I will try OC and will see what s happend with temperature..
but i think is right..that temperature...with that newest core temp...
cause i saw some E8400 on 4ghz with tem 46c...
i used same everest..shows 11C...
core temp 0.96.1 showing core 0 12C core 2 16 ....
when i running 3dmark06 core 0 shows... 17C and core 2... 16C
look
http://img85.imageshack.us/my.php?image=ddddui7.jpg
Wussup guys any answers to the problem it keeps failing the 3dmark test i get a blue screen and crashes and fails occt test after 5 minutes i need some help cant seem to get it stable trying for a week
bios 907
Extreme Tweaker
Ai Overclock Tuner : Manual
OC From CPU Level Up : AUTO
CPU Ratio Control : Manual
- Ratio CMOS Setting : 9
FSB Frequency : 400
FSB Strap to North Bridge : 400
PCI-E Frequency: 110
DRAM Frequency: DDR2-800mhz
DRAM Command Rate : 2T
DRAM Timing Control: Manual
CAS# Latency : 5
RAS# to CAS# Delay : 5
RAS# Precharge : 5
RAS# ActivateTime : 15
RAS# to RAS# Delay : AUTO
Row Refresh Cycle Time : AUTO
Write Recovery Time : AUTO
Read to Precharge Time : AUTO
Read to Write Delay (S/D) : Auto
Write to Read Delay (S) : Auto
Write to Read Delay (D) : Auto
Read to Read Delay (S) : Auto
Read to Read Delay (D) : Auto
Write to Write Delay (S) :Auto
Write to Write Delay (D) : Auto
DRAM Static Read Control: Enabled
Ai Clock Twister : light
Transaction Booster : disabled
Relax level: 0
CPU Voltage : 1.4000
CPU PLL Voltage : 1.60
North Bridge Voltage : 1.35
DRAM Voltage : 1.90
FSB Termination Voltage : 1.40
South Bridge Voltage : 1.075
Loadline Calibration : Enabled
CPU GTL Reference : Auto
North Bridge GTL Reference : Auto
DDR2 Channel A REF Voltage auto
DDR2 Channel B REF Voltage : auto
DDR2 Controller REF Voltage : DDR2-Ref
SB 1.5V Voltage : 1.5
NB LED Selection : NB Volt
SB LED Selection : SB Volt
CPU LED Selection : CPU Volt
Voltiminder LED : Enabled
CPU Spread Spectrum : Disabled
PCIE Spread Spectrum : Disabled
I would up your NB volts to around 1.47 - 1.49 to start withQuote:
Originally Posted by vik_d
Your ram volts are kinda low imo, might want to adjust them alittle higher
if you can post some hardware info that would help alot
And depending on your cpu your vcore for 3.6 are a tad low
thnks for the reply i got asus maximus , crucial ballistix pc2 8500 , q6600 ,8800gt watercooling switech220,
ok i changed the vcore to 1.45, and nbv1.47 and ram 2.00 and its still failing the test? so u got any advice
thnks for the reply i got asus maximus , crucial ballistix pc2 8500 , q6600 ,8800gt watercooling switech220,
ok i changed the vcore to 1.45, and nbv1.47 and ram 2.00 and its still failing the test? so u got any advice
I changed the vcore to 1.46 now its stable and working thkns for the advice i was woundering what values you tihnk i should use if i want to get to 3.8?
Just up vcore and ram volts (if you overclock the ram), you may also need to up NB volts for 3.8GHz I would start at 1.49 on the NBQuote:
Originally Posted by vik_d
good luck
yeah we all would like keys but some of us around here actually pay for their software.Quote:
Originally Posted by icecpu
another stupid "yes i need a key" comment and i imagine you'll find your self in the "i was a retard and got banned" room.
I havent even started to push this cpu or the chipset & voltages.
http://img82.imageshack.us/img82/435...3100006yi9.jpg
the guy could be rich :shrug:Quote:
Originally Posted by Lestat
I just got the e8400 CPU, and now I can't seem to resume from Suspend any more.
I set the BIOS to S3 only, my old e6600 used to suspend just fine, but now it doesn't come up.
BIOS 907, WinXP SP3, Crucial PC2-8500
Asus Maximus Formula Mobo
i dont understand this my temperature..where is problem?...
http://img218.imageshack.us/my.php?image=hhhhko1.jpg
my temperature is 11C i don t understand this...why...?..please help me..where is problem?..cant be 11 C
Mb has 38C
NB has 50C
SB has 47C
and processor has still 11C
showing in bios...core temp..asus probe..everest...:mad:
i used same everest..shows 11C...
core temp 0.96.1 showing core 0 12C core 2 16 ....
when i running 3dmark06 core 0 shows... 17C and core 2... 16C
look
http://img85.imageshack.us/my.php?image=ddddui7.jpgccc
Just dropped a E8400 into my Formula SE (907). My DTS temps are pegged at 45C no matter what I do or what program I use. Looks like the 8XXX series is kinda odd...
With bios 0907 the difference is 10oC from probe to coretemp with E8400.
Just like what i had with 0903 and E6750 cpu.
So in my opinion 0903 reads E6xx temps well and 0907 E8xxx temps
Sounds like a Penrn core and this is normal for any TM capable CPU's since P4 ^xx. This saves power and reduces heat at idle or light load.Quote:
Originally Posted by UnSeenSVK
2 methods can do this and one is more responsive then the other. 1) is TM1/2 w/ C1E & 2nd) is EIST (Intel branded thermal control; Enhanced Intel SpeedStep Technology).
EIST is BIOS and chipset controlled so it uses more system resorce and is slower in responding since it has to go through chipset and back. TM2+C1E (C+P State) is much quicker as it is on die and reacts almost seamlessy. Now C+P State only gives the low and high multi at any time, nevedr inbetween. Whereas EIST will step multi from low to high and so you will feel this lag as it steps .5 (for Penryn) each time 1 hole number for Conroe & Prescott).
So in CMOS, disable EIST and enable TM and C1E mode. If overclocked, ASUS ACPI BIOS will automatically disable EIST for you as it is known to be unstable at FSB over 400 anyways. (Only Penryn 1600's will utilize this at 400FSB right now.
Now ASUS does not fully comply to C+P State as it is designed when you take vcore and multi out of AUTO. This is where the vcore would reduce to match the multi when idle or light load. But reducing at least the multi will reduce some heat and wear too.
I went more into this for all so others wll have a better understanding of C Stete and P State functions for ACPI (Advanced Configuration Power Interface).
If in the end, you want fixed multi, then just disable C1E wich reads the VID and Ratio from TM table off CPU. Now it can run full throttle but still have overheat protection of TM (Thermal Magament). In this mode, CPU ratio will only reduce n case of high heat to protect itself and or allow you to enter S4 or power down.
Sounds like a Penrn core and this is normal for any TM capable CPU's since P4 ^xx. This saves power and reduces heat at idle or light load.Quote:
Originally Posted by UnSeenSVK
2 methods can do this and one is more responsive then the other. 1) is TM1/2 w/ C1E & 2nd) is EIST (Intel branded thermal control; Enhanced Intel SpeedStep Technology).
EIST is BIOS and chipset controlled so it uses more system resorce and is slower in responding since it has to go through chipset and back. TM2+C1E (C+P State) is much quicker as it is on die and reacts almost seamlessy. Now C+P State only gives the low and high multi at any time, nevedr inbetween. Whereas EIST will step multi from low to high and so you will feel this lag as it steps .5 (for Penryn) each time 1 hole number for Conroe & Prescott).
So in CMOS, disable EIST and enable TM and C1E mode. If overclocked, ASUS ACPI BIOS will automatically disable EIST for you as it is known to be unstable at FSB over 400 anyways. (Only Penryn 1600's will utilize this at 400FSB right now.
Now ASUS does not fully comply to C+P State as it is designed when you take vcore and multi out of AUTO. This is where the vcore would reduce to match the multi when idle or light load. But reducing at least the multi will reduce some heat and wear too.
I went more into this for all so others wll have a better understanding of C Stete and P State functions for ACPI (Advanced Configuration Power Interface).
If in the end, you want fixed multi, then just disable C1E wich reads the VID and Ratio from TM table off CPU. Now it can run full throttle but still have overheat protection of TM (Thermal Management). In this mode, CPU ratio will only reduce n case of high heat to protect itself and or allow you to enter S4 or power down.
Hope this helps!