Fill a brother in homie lol. I'm building a new water cooled unit based on a CM stacker 830 Evo, DFI LP UT P35-T2R, Q9450 (planned), so on so on.
heh, decided to do the copper plate and transpiper out the back but flipped the elbowed heatpipe to leave clearance for a fan. I love how physically configurable the that part of the board is.
Booted up first time no problem. I'm not sure if the bios temps are accurate, but this is what I have on stock everything in bios -
CPU Core - 16C
PWM - 39C
Chipset - 37C
Does that seem right for idling in the bios with stock bios/settings?
Use CoreTemp. What are your ambiental temps?
he just has a fine piece of silicone thats all.
never say never, I give more volts an TADA 4 ghz
http://img186.imageshack.us/img186/116/4ghztz6.jpg
Is it just me or has anyone elese noticed since 12/24 bios, smart guardian is much more accurate, voltages are still out, but the temps are bang on.
I had just bought the LT version of the board, and saw that the transpiper can be bought separately. Does the PWM area get warm on the LT version if there's an exhust fan right by it?
Also, if I'm using a 6750 for now, is the latest beta bios stable, or should I go for the latest official?
I've been trying to read all 124 pages, but I only have so many hours a day that I can sit down and read through all of the pages. I'm exited to get my board, ans my P5K is becoming a P0S. What is the standard droop on this board with and without Vdampner enabled, I have as much to .06v droop without the droop mod.
Hi guys! :welcome:
I recieved sample of RETAIL E8200 BOX for review and I have small problem because I'm loosing stability near FSB 500MHz (1:1 divider). No matter what votages I set (PLL/VTT/NB/SB) the platform is crashing during SPI (NON EXACT IN ROUND) or Orthos Blend/Large FFT so it seems to be memory problem (playing with GLT doesn/t help at all). But - this particular memory kit (2x1GB OCZ Alpha PC-8000 CL4) is working well with ~600MHz CL5 at lower FSB. What's more VTT Voltage is way lower than I set in BIOS - f.e. 1,2V in BIOS = 1.12V measured, 1.6V in BIOS = 1,38V measured. BIOS DC24 and DB07. Quick try - CPU is booting into OS with FSB 530MHz...
Now I put my E6600 and at FSB 500MHz it's stable with only 1,41V on NB and 1,3V VTT (first try, so maybe it's stable with lower voltages also - but I think it's quite good as this CPU has FSB Wall at 520MHz). VTT set in BIOS is almost exact to measured VTT.
Do You have any ideas how to solve this problem? Or is it just FSB Wall? :shrug:
PS. Forgive me my english as I'm self-educated in this language.