Gkirmathal
Neuling
- Mitglied seit
- 23.06.2007
- Beiträge
- 7
Hallo,
sorry for the english post, my written German isn`t wat it once was. As this is the only active Conroe865pe tread on the internet today, I thought I ask for help here.
Three days ago I bought a second hand Conroe865pe (3 months old), a new E4400 and an OCZ ddr booster.
The system runs perfectly ok on stock settings. Overclocking is a different story. All I`m having is serious problems overclocking this combination.
From my old XP-2500m system I have OCZ pc3200 VX. It runs perfectly fine on the Conroe board at 240fsb 1/1 with 3.4v 2.5-3-3-8 timings. Better then on my old DFI nf2.
So I have:
Conroe865PE (used: amc p1.60 5/4 & p1.70 bioses)
E4400 (800fsb jumper)
Sythe Ninja revB
2x 512 OCZ pc3200 VX + DDR Booster
40mm fan on NB
The problems begin when clocking it and setting ram ratio to something else then 1/1, like 5/4.
The board reaches 264fsb without cpu problems (orthos). Though memtest86 is full of errors then. (5/4 ram ratio, at 210Mhz and it did not matter which timings or how much voltage I used) More voltage only decreases the errors in memtest a little.
The bord does not seem to like speeds over 265fsb. There is no fsb hole either, been in steps of 2 to from 265 to 300fsb. No luck.
CPU temperatures, by speedfan: ~21 idle, ~51 stressed.
CPU stresstest inOrthos is stable for 5 hours+ at 2640Mhz. Blend test fails after short time. Corresponds to memtest results @ 264fsb, ram 5/4, loose timings.
Tested both 1066 and 800fsb jumper settings, no differance. Set everything to auto in bios also made no differance.
I want to know, what could be wrong?
Not my memory that I am sure. Could it be I just have bad mobo with a borked northbridge? Seemed that a lot of ppl had good results on this mobo, so I find it a bit strange.
Can anyone help me out?
PS, no need to reply for me in English
, I can understand German prety well
sorry for the english post, my written German isn`t wat it once was. As this is the only active Conroe865pe tread on the internet today, I thought I ask for help here.
Three days ago I bought a second hand Conroe865pe (3 months old), a new E4400 and an OCZ ddr booster.
The system runs perfectly ok on stock settings. Overclocking is a different story. All I`m having is serious problems overclocking this combination.
From my old XP-2500m system I have OCZ pc3200 VX. It runs perfectly fine on the Conroe board at 240fsb 1/1 with 3.4v 2.5-3-3-8 timings. Better then on my old DFI nf2.
So I have:
Conroe865PE (used: amc p1.60 5/4 & p1.70 bioses)
E4400 (800fsb jumper)
Sythe Ninja revB
2x 512 OCZ pc3200 VX + DDR Booster
40mm fan on NB
The problems begin when clocking it and setting ram ratio to something else then 1/1, like 5/4.
The board reaches 264fsb without cpu problems (orthos). Though memtest86 is full of errors then. (5/4 ram ratio, at 210Mhz and it did not matter which timings or how much voltage I used) More voltage only decreases the errors in memtest a little.
The bord does not seem to like speeds over 265fsb. There is no fsb hole either, been in steps of 2 to from 265 to 300fsb. No luck.
CPU temperatures, by speedfan: ~21 idle, ~51 stressed.
CPU stresstest inOrthos is stable for 5 hours+ at 2640Mhz. Blend test fails after short time. Corresponds to memtest results @ 264fsb, ram 5/4, loose timings.
Tested both 1066 and 800fsb jumper settings, no differance. Set everything to auto in bios also made no differance.
I want to know, what could be wrong?
Not my memory that I am sure. Could it be I just have bad mobo with a borked northbridge? Seemed that a lot of ppl had good results on this mobo, so I find it a bit strange.
Can anyone help me out?
PS, no need to reply for me in English
, I can understand German prety well

leider.



. Achja, Ram ist 2x512 MB OCZ Performance und 1x1 GB OCZ Performance. Ich habe testweise noch einen vierten Riegel eingesetzt, einen 512 MB OCZ Enhanced Latency, aber da wollte das System dann gar nicht mehr starten. Daher Betrieb mit 2 GB.
; hätte mir damit noch fast das Board geschrottet). Intels TAT zeigt mir unter Last nie mehr als 60 Grad.