Wow some great names here, going to be hard to pick but we'll announce on Thursday.
The optical IR sensor, 5 LEDs (RA) and 3 pushbuttons (RA) are all along the top of the PCB
All the cables are along the bottom (RS232, RS485/IO, SIRCS/IRBlaster)
The 8pin & 6pin headers are for specialized applications.
The RS485 / Dual Opto In can also be jumpered as direct I/O too.
Universal IR remotes are a dime a dozen; since the 38kHz sensor just sends raw IR data to the PIC you can decode (with the right firmware) from many IR protocols (just like the Junebug or Firefly kits). As for the relay there are no relays in the design. It can sense a pair of relay coils but not drive a relay without additional circuitry. Sorry no LAN either but the RS485 or RS232 could be connected to a X-Port or computer.
There is a project on the back burners that is an Ethernet to RS485 bridge that may actually be the next kit after this one.
Well thanks for all the names, we're undecided but don't worry we'll pick one in the next day or two and announce the winner.
We've also squeezed on just ONE more thing, there wasn't enough room for a relay but a TC4424 dual MOSFET Push/Pull driver so you can drive a couple of small 12V relays (you'll need the diode coil clamps though)
You might also consider using an opto-isolated SSR as an AC or DC relay driver on a future project/product Bill. It's housed in a typical 6 pin opto' type package (through hole or SMD) with a 1.7v 3ma input.
Thanks Mike, that's a pretty neat opto. I've updated the schematic and the PCB artwork is done with the TC4424 (common little part)
It has the working title GNAT in keeping with the bug theme but I'm meeting with Gordon on Sunday to settle the silly name stuff.
Here's the current (Final 1.1) schematic in PDF format.