Aeneas

From the pass that just occurred (20:25 GMT):

AFSK1200: fm KE6YFA-1 to CQ-0 via TELEM-0 UI  pid=F0
4341455255531D0040020006040B0617132808050000001000F07500007013004930C617423C83
AFSK1200: fm KE6YFA-1 to CQ-0 via TELEM-0 UI  pid=F0
4341455255531D0040020006040B0617140008050000001000F07500007013004930C6174285FE
AFSK1200: fm KE6YFA-1 to CQ-0 via TELEM-0 UI  pid=F0
4341455255531D0040020006040B0617141408050000001000F07500007013004930C617425306
AFSK1200: fm KE6YFA-1 to CQ-0 via TELEM-0 UI  pid=F0
4341455255531D0040020006040B0617142808050000001000F07500007013004930C617423807
AFSK1200: fm KE6YFA-1 to CQ-0 via TELEM-0 UI  pid=F0
4341455255531D0040020006040B0617150008050000001000F07500007013004930C61742E9C9
AFSK1200: fm KE6YFA-1 to CQ-0 via TELEM-0 UI  pid=F0
4341455255531D0040020006040B0617161408050000001000F07500007013004930C617428B68
AFSK1200: fm KE6YFA-1 to CQ-0 via TELEM-0 UI  pid=F0
4341455255531D0040020006040B0617162808050000001000F07500007013004930C61742E069

Testing with NOAA-19

I've got my software to the point where I can just click on a button and it will record (and perhaps decode) that pass. I have come to the conclusion that my Doppler corrector isn't good enough, so I'll have to re-engineer that. I don't support all the modes & modulations & baud rates that I need yet, but am working on it. Some, for example, APT I'm still having to do by hand. When the weather cools down, I'll start to design a much better Gnuradio backend which will allow me to construct & control flow graphs better than the GRC ones I'm currently employing. Anyway, to end on here's a pretty picture that I just decoded from NOAA-19 on my RTL-SDR dongle: