Forgive the somewhat trivial question, but it's not
covered in the manual and I can't play with the
BIOS since I'm waiting for my Q6600.

At a given CPU multiplier, is there a way to make
the ram frequency SLOWER than 1:1 over the base
system clock?

I.e. at 1:1 you'd have 266 MHz for both base CPU clock
and also actual clock frequency input to the RAM.
The CPU would run (say) at 9x multi 9x266 = 2400,
and the RAM being DDR2 would run
266x2 rate internally = DDR2-533.

However if my CPU multiplier is locked at x9 maximum,
I'd like to be able to clock the CPU around 430x9,
but if the RAM can't do 430x2=DDR2-860, I'd want
the RAM to run at say DDR2-667 or DDR2-533 so
I'd need to use a RAM:FSB divider of something less than
1:1 which may not be documented as supported
according to the manual (which isn't very clear anyway).

I've heard about "hidden multipliers" in some of these
chipsets to give more flexibility thay the 4 or 5
"typical" choices they talk about in the manual.
What can I do with those on the P5K Deluxe / P35?

Can I actually get a good CPU overclock and still re-use
old slow DDR2-533 RAM by use of such multipliers?

If I change the timing from say 5-5-5-7 to something
slower like 8-8-8-10 or whatever would that usually
permit me to operate the RAM at MUCH higher
frequencies than it's designed for even with slower
access times? e.g DDR2-533 RAM at 450 MHz input?