Thread: Overclocking the Pentium 4

Yesterday by reading a few pages here and there as an Overclocked P4, and I did it through the BIOS (ASUS P4P800 SE board, Kingston 512) only the FSB from 200 to 225 and the core voltage 1.5 to 1.6 ... frequent reports on me in spite of in the BIOS and leave the 266? Is assumed are 200 and 150 left in me and if I leave the car, I am down to 146 or something there ... besides, to return to the "standard" and the FSB frequency of the low?

That is commonly known as overclock!

Congratulations and welcome to the OC...

A memory of what safety is at 133, asynchronous with your oc, but one detail is minimal, it tries to climb a little in 266.

Must leave at 1:1 ratio.

In the bios on the tab "Advance" set the Dram timing by SPD in and you can switch disables latencies.

Memory Acceleration Mode you have the option to place 3:2 / 5:4 / 1:1

Options to choose manual...

I have the same board and it is great to overclock!

So if I leave the Vcore at default, the memos in the 400 and vDIMM a little high for the memos supporting the rise MHz, even though I believe this process can still overclock, but if you get even more fsb, the memos leave 320 (333, but the 865PE the memos do not walk to 333, subject dividers) for q Upload fsb the memos are about 400 my p4 2.4 Prescott I have a 3.6 Vcore and temps super low.

I was not really something burning? Well I show you my conf in the BIOS and overclock the CPU again, thanks everyone.

I have a ventilation fan getting down to the front and 2 back by pulling up ... all Cabinet had put some sensors in strategic of the CPU and the motherboard I have checked TDO time in which q is not high at all, considering in 2nd floor with carpet plus a wood heater and boiling summers: P usually processes a full max reaches me 50 ... 55 at most, usually at idle to walk in cold with 30 ... ... 28.

With this process can achieve a higher OC with no dramas.

Find out what the top of the ram.

VDIMM and always with the Vcore at default. Becomes unstable when you upload a little vDIMM.

Cares if the T º hopefully changes the fan box and paste the sink that are deficient.

That should pass OE 4 GHz asynchronous 5:4.