(at least to me)

I'm sure a lot of you have experience with the Motorola internal PLL clock
multiplying functions.  As far as I can tell, there is nothing like this in
the PIC.  Is there a stand-alone, single chip out there that has the
functionality of the PLL multiplier?

I've heard of something like this in a RTC chip made by phillips, but I've
been unable to find it.

Currently I'm experimenting with a 4046 PLL chip and a 4017 divider (I'm
using the co to do a divide by 10).  Running off of a 32.768KHz oscillator
this gives me a multiplied 327.680KHz output.  What I am trying to
accomplish is to have a switchable input frequency in order to handle 9600
baud serial in the onboard UART, and still have the micro running in a very
low power mode most of the time.  The only problem of course is that I get
oddball error % for 9600 on any multiple of 32.768KHz, and other crystals
of more appropriate speed (I calculate 30.720KHz to be ideal) are about 3
times the cost of a watch crystal.

Any suggestions out there?  (Other than switching to the motorola part).

Prime considerations are low parts count, cheap price and low power (the
usual, right?).

TIA

-Erik Reikes