The Stable E1000/E2000 Rigs Configuration Thread

[Static|X]

Yeah I saw that deal on NewEgg yesterday...Kind of iffy about a fan so cheap, you're right, in 6-8 weeks I'd pretty much have my money back. I was looking at either a Tuniq Tower or a Zalman 9700. Also, does anyone have any word on what power requirements the new 2950's are going to have? I've heard its considerably less than the 2900pro/xt which are hogs.

[mtnickel]

Originally Posted by linskingdom

14 hours for 3.0G, you have a stable rig. Regarding the fsb and NB voltage, in this case, it should be a small increase for fsb voltage then NB only when it needs. I don't think it is a clear rule for vcore and voltage max. lower vcode and temperature are always good. Typically, for air cooling, you should keep them lower as possible. I would like keep mine around 1.5v for vcore and load temp at 60c (As you know, I have M0 processor).

Thanks for the tips.

Right now i'm at 1.48V in Bios (1.44v in easy tune)...Speaking of which, when we spec oiur Vcore, do we spec the Bios setting or the setting shown in a windows program ... If the lower measured reading is simply because of the voltage drop, then take the bios setting...but if it's because the power supply onboard is straining and going down, then the actual voltage through the chip would be the windows reading.

anyways, i'm now stable at 320x10 @ 1.48V (in bios), load temps = 60* on AC7 with low fan settings, but good overall case cooler (2 scythe 120mm 1200rpm fans, 140mm PS fan, and 1 120mm 800rpm side intake fan.) Also running 2 little 35mm fans for the MB chipsets...i'll update my 2 working setups in here...

Mark

[linskingdom]

Originally Posted by mtnickel

Thanks for the tips.

Right now i'm at 1.48V in Bios (1.44v in easy tune)...Speaking of which, when we spec oiur Vcore, do we spec the Bios setting or the setting shown in a windows program ... If the lower measured reading is simply because of the voltage drop, then take the bios setting...but if it's because the power supply onboard is straining and going down, then the actual voltage through the chip would be the windows reading.

anyways, i'm now stable at 320x10 @ 1.48V (in bios), load temps = 60* on AC7 with low fan settings, but good overall case cooler (2 scythe 120mm 1200rpm fans, 140mm PS fan, and 1 120mm 800rpm side intake fan.) Also running 2 little 35mm fans for the MB chipsets...i'll update my 2 working setups in here...

Mark

Thanks for the update. Look forward to hearing from you.

[mtnickel]

* UserName. Mtnickel
* CPU. Processor name - E2180.
* C/S. CPU Stepping. M0
* Batch #. Will check.
* Cooling. AC7 (Smart fan set to run at 1800rpm at 60, but 2700 if it hits 68)
* Chipset. P35
* Mobo. DS3L rev1.0
* BIOS. F5
* FSB. 320
* M. FSB. 400
* Multi. CPU multiplier. 10x
* CPSD. 3200
* Ram SPD. Memory speed. 800mhz
* Ram TM. Memory timing. 5-5-5-18
* DDRV. DDR voltage. 1.8
* NBV. NorthBridge voltage. Default
* SBV. SouthBridge voltage. Default
* CoreV. 1.48 (in bios), 1.44(load/easytune reading)
* VID. 1.27
* Idle Temp: 32c
* Load Temp: 59C
* Comments:
__________________

* UserName. Mtnickel
* CPU. Processor name - E2180.
* C/S. CPU Stepping. M0
* Batch #. Will check.
* Cooling. AC7 (Smart fan set to run at 1800rpm at 60, but 2700 if it hits 68)
* Chipset. P35
* Mobo. DS3L rev1.0
* BIOS. F5
* FSB. 300
* M. FSB. 400
* Multi. CPU multiplier. 10x
* CPSD. 3000
* Ram SPD. Memory speed. 720mhz
* Ram TM. Memory timing. 5-5-5-17
* DDRV. DDR voltage. 1.8
* NBV. NorthBridge voltage. Default
* SBV. SouthBridge voltage. Default
* CoreV. 1.32 (in bios), 1.3(load/easytune reading)
* VID. 1.27
* Idle Temp: 30c
* Load Temp: 50C
* Comments:

[linskingdom]

Originally Posted by mtnickel

* UserName. Mtnickel
* CPU. Processor name - E2180.
* C/S. CPU Stepping. M0
* Batch #. Will check.
* Cooling. AC7 (Smart fan set to run at 1800rpm at 60, but 2700 if it hits 68)
* Chipset. P35
* Mobo. DS3L rev1.0
* BIOS. F5
* FSB. 320
* M. FSB. 400
* Multi. CPU multiplier. 10x
* CPSD. 3200
* Ram SPD. Memory speed. 800mhz
* Ram TM. Memory timing. 5-5-5-18
* DDRV. DDR voltage. 1.8
* NBV. NorthBridge voltage. Default
* SBV. SouthBridge voltage. Default
* CoreV. 1.48 (in bios), 1.44(load/easytune reading)
* VID. 1.27
* Idle Temp: 32c
* Load Temp: 59C
* Comments:
__________________

* UserName. Mtnickel
* CPU. Processor name - E2180.
* C/S. CPU Stepping. M0
* Batch #. Will check.
* Cooling. AC7 (Smart fan set to run at 1800rpm at 60, but 2700 if it hits 68)
* Chipset. P35
* Mobo. DS3L rev1.0
* BIOS. F5
* FSB. 300
* M. FSB. 400
* Multi. CPU multiplier. 10x
* CPSD. 3000
* Ram SPD. Memory speed. 720mhz
* Ram TM. Memory timing. 5-5-5-17
* DDRV. DDR voltage. 1.8
* NBV. NorthBridge voltage. Default
* SBV. SouthBridge voltage. Default
* CoreV. 1.32 (in bios), 1.3(load/easytune reading)
* VID. 1.27
* Idle Temp: 30c
* Load Temp: 50C
* Comments:

mtnickel, thanks for the information. I updated the list.

[mtnickel]

Since it seems the Vdroop is a result of the chip on the motherboard, would it be safe to say that we can go off the non-loaded Vcore listed in the Gigabyte utility in windows (since it's the highest of it and CPU-z).

Just curious...
or if anyone knows where a probe point is to measure on the P35-ds3l, that'd be great too.

Mark

[ncsa]

The modules are rated at 2.4v so yes this would be OK for them, the vDimm could be lowered for that particular spped it is just what was set due to other testing for higher speeds. Other similar modules get pushed much harder when benching

Originally Posted by Wankerfx

Do you really keep your Vdimm that high 24/7?

[exvtec94]

UserName. exvtec94
CPU. Processor name - E2180.
C/S. CPU Stepping. M0
Batch #. Q721A306
Cooling. Stock Air
Chipset. P35
Mobo. Asus P5K-E
BIOS. 0307
FSB. 280
M. FSB. 320
Multi. CPU multiplier. 10
CPSD. CPU clock speed. 2800
Ram SPD. Memory speed. Auto 2:3
Ram TM. Memory timing. Auto 5-5-5-16
DDRV. DDR voltage. Auto
NBV. NorthBridge voltage. Auto
SBV. SouthBridge voltage. Auto
CoreV. CPU voltage. Auto
VID. Coretemp 1.3250 CPUZ showing 1.280
Idle Temp: Idle temperature. 21-23/21-23 ambient at 18
Load Temp: Load temperature. 47/47 Prime95 large tfts
Comments:
Coretemp Speedfan, everest all show same temps. tjunction reporting at 85 on coretemp 0954.

Was able to boot up to 320fsb @ 1.4250 and 300 @ 1.4
However getting random memory errors and prime errors on large tft. No difference if ddrv at auto, 1.8 or 2.2.

[linskingdom]

Originally Posted by exvtec94

UserName. exvtec94
CPU. Processor name - E2180.
C/S. CPU Stepping. M0
Batch #. Q721A306
Cooling. Stock Air
Chipset. P35
Mobo. Asus P5K-E
BIOS. 0307
FSB. 280
M. FSB. 320
Multi. CPU multiplier. 10
CPSD. CPU clock speed. 2800
Ram SPD. Memory speed. Auto 2:3
Ram TM. Memory timing. Auto 5-5-5-16
DDRV. DDR voltage. Auto
NBV. NorthBridge voltage. Auto
SBV. SouthBridge voltage. Auto
CoreV. CPU voltage. Auto
VID. Coretemp 1.3250 CPUZ showing 1.280
Idle Temp: Idle temperature. 21-23/21-23 ambient at 18
Load Temp: Load temperature. 47/47 Prime95 large tfts
Comments:
Coretemp Speedfan, everest all show same temps. tjunction reporting at 85 on coretemp 0954.

Was able to boot up to 320fsb @ 1.4250 and 300 @ 1.4
However getting random memory errors and prime errors on large tft. No difference if ddrv at auto, 1.8 or 2.2.

exvtec94, Thanks for your information. I updated the list. Hope you can push higher from here.

[exvtec94]

Got it up to 300fsb at 3.0ghz with vcore set at 1.425 in bios. Ram is 1:1 and PCI-E @ 100

UserName. exvtec94
CPU. Processor name - E2180.
C/S. CPU Stepping. M0
Batch #. Q721A306
Cooling. Stock Air
Chipset. P35
Mobo. Asus P5K-E
BIOS. 0307
FSB. 300
M. FSB. 320
Multi. CPU multiplier. 10
CPSD. CPU clock speed. 300
Ram SPD. Memory speed. Auto 1:1
Ram TM. Memory timing. Auto 5-5-5-13
DDRV. DDR voltage. Auto
NBV. NorthBridge voltage. Auto
SBV. SouthBridge voltage. Auto
CoreV. CPU voltage. Bios @ 1.425
VID. Coretemp 1.3250 CPUZ showing 1.4 at idle and 1.376 with prime95 on large tft

Idle Temp: Idle temperature. 23-24/23-24 ambient at 20
Load Temp: Load temperature max of 56/56 on Prime95 large tfts
Comments: Stable: Prime95 Large TFT self test 1024 and 896 passed. Will do more thorough testing later.

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