> header needed if accessible at least as solder > a chance to identify GPIO pins otherwise unused While taking Pogo E02s apart, have you had

If you don't have access to the Hardware Specs and Functional Specs for the 6281 reference manual, please let me know.Įdited 1 time(s). But down to the board level soldering and electronics stuff, I'm not qualified :) perhaps Gravelrash and bobafetthotmail might want to chime in. I could help with the software part to expose them properly. The ability to use LIRC without a softcarrier and hence drive various radio transceivers might provide a good chance to control the bulk of household electronics (home entertainment, switchable sockets & lights, and conversion back to infrared in more distant locations) from within a Pogoplug, rather than added on a Pi (that better serves Kodi-like AV tasks). Or is it even possible to (re-)program and repurpose the JTAG header as GPIO during normal operations? With their open base and collector respectively, these particular TX & RX modules (though the latter should better be replaced with a superhet) might even interface with 3,3V without putting the ARM's voltage tolerance in jeopardy (at the PSU's 5V or even up to 12V if it supplies these anywhere), cf. not even for serial) on their board (no header needed if accessible at least as solder pads or pins) that might drive the Bodhi-ported lirc_rpi for RF(-to-IR) remote control transceivers such as (cf. While taking Pogo E02s apart, have you had a chance to identify GPIO pins otherwise unused (i.e.

Flirc fl-09028