Bump! @fpgaminer, did you do much further work on the fgpa vanity miner? (even over Christmas holiday season maybe?)
I'm really interested in parallellising it more as you said could be done, but I have no electronics experience since a little at university over 15yrs ago (did some vhdl/verilog/microprocessor stuff in my Computer-science degree but only basic stuff, I was more of a software programmer so picked a course that was more focussed on that). Maybe I wish I'd remembered more/cared more now...
I am however a good (even if I say so myself) C/C++/Python developer who works on performance-critical apps in the regular (non-btc, corporate) finance world. OpenCL is more C-like and easier for me to get into I'm guessing (from what I've seen of examples) and seems to be picking up a lot of interest but I'm not sure if I can run the ocl miner intended mostly for GPU's on an fpga, say an Altera or Ztex one - not found any opencl compiler kits after a bit of a cursory look so guessing no chance for now.
I'm also curious how that 40Kh/s vanity-mining compares to the regular bitcoin mining rate you get on the same hardware -
what's the hash-rate ratio? Am trying to work out estimates.
Is there anything I can do to help? Even if its just donations to motivate you

, but if there's code or (with lots of reading & learning on my part) some fpga logic designing or optimising I might be able to learn enough about to assist with, I'll give it a good go (to learn enough to help).
Is anyone running the fpga vanity miner at the moment or are you all doing other types of mining with them/using GPUs only? (and if not using fpgaminer-vanitygen, is it just cos its more profitable?/other reason?)