Thread: Athlon XP 2800 overclocking

Hello

I have or had an Athlon xp 2800 Barton.
I have a plate msi k7n2 delta-L.
And 1024MB ram. DDR 400

The problem was start looking for information as my Overclocked process and one of its options (manual) change the FSB from 166 to 200mhz.

Only change the FSB clock from 166MHz to 200MHz Barton had before was an Athlon xp 1700 fsb clock and its handling of 133 till 200 and nothing ever happened, just a little unstable and it rose another plate without increasing the possibility of changing the multiplier or Vcore .

I do not understand the process 2800 may have been killed if the other process never happened at all.

Has a jumper to give a different chipset and cpu mhz, 100MHz-166MHz-200MHz, the mode is 166 to 200, when it moved ?

Check your motherboard! In the booklet brings a way to completely reset any problem is jumpers and BIOS...

Just overclock..... By the bios. And this means 166 to 200 mhz. and reset the bios jumper to "clear bios" the screen goes black. Nothing comes out on screen.

Pentium d805 processor

I wondered if this process holds that frequency of memos.
Everybody knows that holds 820 MHz and with such frequency that endures over 4.3 GHz stable depending on the temperature and voltage.

But lately an out plates and memos that support DDR2 at 1000Mhz would like to know if it is possible to achieve a 5GHz stable oc their tremendous coolers and a higher voltage.

I would be interested far the process faster and cheaper on the market.

Doing the lapping process (leaving golden), others can be up to 4.2 GHz

Doing this (less so of the pasta of mercury) it got 26 degrees at my pro difference in the cooler, the stock and my temp was at 60C idle, now it is 22C, (very obvious processes are bad Intel factory polished, making the heat transparent or not)

Other dry ice or phase change, a voltage could reach 5000 mhz, remember that = is a dual core pro made the heat dissipation is quite important in OC, because "two heads are heated more than one "... getting stable at 200x20 = 4000 mhz is more than ideal for such a process ...