Front Side Bus??

You are probably @ the correct fsb. Intel "quad pumps" thier fsb to get to 800. Four times 200 is 800.

I thought the conroe was so fast that you didnt need a PSU?

Im serious, havent you seen superman 3?
that technology was out there over 10 years ago.
If a processor wants power bad enough it will get it.

X=system clock

Here follow the link it's much the same as QDR(X*4) for the fsb

http://en.wikipedia.org/wiki/Quad_Data_Rate_SDRAM

unlike DDR (X*2) which transfers data on the RISING and FALLING edges of the CLOCK SIGNAL and it has read write ports that can READ and WRITE at THE SAME TIME. Thus meaning that it can deliever 4 times the amount of data, hence the reason why the EFFECTIVE speed is 800mhz not 200mhz.

Though it does not actually work at 800mhz it works as if it was 800mhz because it can read write simultaniously + transfer data twice per clock.

i dont know if you'll understand this but it is the proper exclamation why it does this (i guess you wanted to know)

Yeah, your games will look and play much better.

Yeah, it's so efficient, it generates its own power.

You do know what the K in K8 is right? It all comes back to Intel and Superman.

Yeah, your games will look and play much better.

Yeah, it's so efficient, it generates its own power.

You do know what the K in K8 is right? It all comes back to Intel and Superman.

8O . o O (gawd.. I wish I could get the bus at 800mhz, dat would make his processor... 800x19= 15.2 ghz)

I didn't realize this guy had another thread about this, although he understood this from his help!!! post.

I'm willing to file a class-action lawsuit with you. Could always use more money.

And yes, you can get your processor up to 800MHZ FSB... just find the scientists who are working to get as close to absolute zero as possible, and ask them to cool your cpu. You might even get above 800MHZ!!!

And your whole mobo....NB especially. I think the VRM's and Caps would probably go up in a puff of smoke.

Let's do it.
I join

Like what Western Digital did.

Why does everyone say this?

There are 800 MT/s, as you agree. Therefore these transfers happen at 800MHz. Just because everyone here seems to think that the only application of the term 'MHz' is to describe the frequency of a Clock generator in a PC does not make it so.

Any repetitive, regular action can be described in MHz, be it a clock impulse, how many Transfers /second happen on an FSB, the pitch of the sound on a Piano. Lets sue piano makers for not including clock generators putting out a signal at the frequency of each note!!!

thanks figured it out now.