If you have a laminator and a laser printer you can buy a pack
of paper and green foil from Pulsar for about $25 (+etchant)
and make as many as you need.
Anyone who can figure out how to solder a 64 pin QFP can make
a small board. With less then 100 holes it is possible to drill
them with a pin vise. As you move more parts to the etched board
the number of external pins drop.
When you solder the .1 header pins, insert the long end of the pins
into a old BB while soldering. This will help ensure alignment between
rows/connectors.
The attachment shows two boards with .1 header pins for BB use. The
one attached to the LCD is a .05 to .1 inch adapter. The other has a
18F2321 SOIC. The ports are brought out to the edge with consecutive
pin numbering. It functions as connected. The lower 4 bits of portc
provide the control bits for the LCD and all of porta provide the data bits
(8 bit interface). But the data bits on porta need to be reversed.
This board is on the ugly side as I was using it to learn hot air soldering and
it has been headed and reheated/overheated more then once.
3v0
Not too sure but I think the inexpensive header pins from futurlec use
a somewhat low melting point plastic and are more apt to become
unaligned during soldering.
Sockets - SMD Adapters
Otherwise, you might be able to design some yourself through someplace like BatchPCB, but you're probably looking at 4 for $40-45 or so.
-e