KuRcI

When all was mounted and ready to go I booted normally 4 or 5 times but now is not booting. The diagnostic code show many numbers or letters after power on but it stops FF code ??? Anybody knows what does it mean? Using E6850 processor and OCZ 1GHz ddr 2 edition watercooled

Today I managed to let it stay powered up by removing component one at a time but it won't post. A weird thing is also that when plugging the 12V 4pin connector it do the same thing before (power and switch off). Since in the present setup it needed the 4pin power to post maybe the cable is faulty (which is externally plugged also from power supply) and won't supply enough 12V to power up or maybe the psu is not supplying the correct 3.3V to mainboard. Although the 5vsb seems correctly ok. The dfi ultra-d nf3 is the only nf3 recommended by enermax and shouldn't be incompatible with this. Does 1000W much and the mainboard is protecting itself or something.. just need confirm proove. Now I am just working with the same setup while posting the only different is the psu, all connections are the same..

I have the ultra-d nf3. I recently bought an enermax 1000W Galaxy 5 12V rails the best of the best. I hooked up everything correctly but the power switch off immediately after 1 second going like stand by the psu. I only have 2 hardrives and 2 sata dvdroms and other cold cathods and fans and a Ge6800. Could it be less than the minimum? Help!!

Do you guys know what is the overclocking limit of the HTT on my processor. Processors specs-> Athlon 3200+ 2GHz S939 Venice core 512K 90nm 1.4V

After much reading from here and from others, this new thing of LDT and HTT is quite understood well now. But I need to be sure and I do not base only on reading posts. Today I began making some mathematics on this boogie thing and all is very easy to understand. HTT = LDT x FSB so: 800HTT (1600DDR) = 4xLDT X 200FSB and 600HTT (1200DDR) = 3xLDT X 200FSB The same thing of course has to happen on all fsb frequencies between (200-450Mhz) and on all LDT multipliers (1x-5x) So making another example, let say @ 300Mhz fsb 900HTT (1800DDR) = 3xLDT X 300FSB 600HTT (1200DDR) = 2xLDT X 300FSB so far so good Now let's just do another example but instead we include the cpu multi aswell. Let's keep on the same and putting a multi of 4X on processor 900HTT (1800DDR) = 3xLDT X 300FSB AND CPUMulti 4x X 300FSB = 1200MHz 600HTT (1800DDR) = 2xLDT X 300FSB AND CPUMulti 4x X 300FSB = 800MHz ????????? Hoy hoy wtf the LDT doesn't has to lower cpu frequency so why it lowered it by 400MHZ. Did I loose you yet? OR a bug on bios 711 or bug from mainboard or something we don't know about LDT @ 2X.

Hi All, this is my first post here since I am happy enough reading your stickies and they helped me much. I read especially the "Definitve O^C guide" many times from top to the end but I can't still understand only one thing. Now on A64 the memory controller is situated in the processor itself and thus the northridge doesn't effect the communication between the processor and memory since they are directly linked. In Nf2 the FSB was the chipset speed and in NF3 I think is the same. Ok so what is the purpose of going high fsb speed? Is the vga or anything else is saturated by pushing more the fsb? Now I am running 310FSB @ 936HTT (DDR1872) and my processor can go 3GHz straight with my vapochill. I have also Gskill pc4200 TCCD ram which runs easily pc3200 @ 2.2.2.5 1T @ 2.7V. The best bandwidth I gained on the memory was near 7200Mb/s but compared to the chipset is nuts since @ 300Fsb is above 7400MB/s. I am sure to reach 330FSB and more but it's useless in my theory since the ram is impossible to reach that bandwidth. Comments appreciated