gr_satellites - gr-satellites is a GNU Radio command line decoder for the telemetry of Amateur

       gr-satellites is a GNU Radio out-of-tree module encompassing a  collection  of  telemetry  decoders  that
       supports  many  different  Amateur  satellites.  It  supports  most popular protocols, such as AX.25, the
       GOMspace NanoCom U482C and AX100 modems, an important part of the CCSDS stack, the AO-40 protocol used in
       the FUNcube satellites, and several ad-hoc protocols used in other satellites.

       The gr_satellites command line tool can be used to decode frames from each of the supported satellites by
       using either real-time RF samples from an SDR or conventional radio, or a recording.

       gr_satellites  -  gr-satellites  is  a  GNU  Radio  command  line  decoder  for  the telemetry of Amateur
       satellites.

       The satellite parameter can be specified using name, NORAD ID or path to YAML file. The set of  available
       options  will  change depending on the satellite, so it is mandatory to specify a satellite even to print
       the full help.

       The options shown below are for the satellite AO-73. Other satellites have slightly different options.

   Generaloptions-h, --help
              show the help message and exit

       --version
              show program's version number and exit

       --list_satellites
              list supported satellites and exit

   Inputoptions--wavfileWAVFILE
              WAV/OGG/FLAC input file (using libsndfile)

       --rawfileRAWFILE
              RAW input file (float32 or complex64)

       --rawint16RAWINT16
              RAW input file (int16)

       --audio [DEVICE]
              Soundcard device input

       --udp  Use UDP input

       --kiss_inKISS_IN
              KISS input file

       --samp_rateSAMP_RATE
              Sample rate (Hz)

       --udp_ipUDP_IP
              UDP input listen IP [default='::']

       --udp_portUDP_PORT
              UDP input listen port [default='7355']

       --iq   Use IQ input

       --input_gainINPUT_GAIN
              Input gain (can be negative to invert signal) [default=1]

       --start_timeSTART_TIME
              Recording start timestamp

       --throttle
              Throttle recording input to 1x speed

   Outputoptions--kiss_outKISS_OUT
              KISS output file

       --kiss_append
              Append to KISS output file

       --kiss_server [PORT]
              Enable KISS server [default port=8100]

       --kiss_server_addressKISS_SERVER_ADDRESS
              KISS server bind address [default='127.0.0.1']

       --zmq_pub [ADDRESS]
              Enable ZMQ PUB socket [default address=tcp://127.0.0.1:5555]

       --hexdump
              Hexdump instead of telemetry parse

       --dump_pathDUMP_PATH
              Path to dump internal signals

   Demodulationoptions--f_offsetF_OFFSET
              Frequency offset (Hz) [default=1500 or 12000]

       --rrc_alphaRRC_ALPHA
              RRC roll-off (Hz) [default=0.35]

       --disable_fll
              Disable FLL

       --fll_bwFLL_BW
              FLL bandwidth (Hz) [default=25]

       --clk_bwCLK_BW
              Clock recovery bandwidth (relative to baudrate) [default=0.06]

       --clk_limitCLK_LIMIT
              Clock recovery limit (relative to baudrate) [default=0.02]

       --costas_bwCOSTAS_BW
              Costas loop bandwidth (Hz) [default=50]

       --manchester_historyMANCHESTER_HISTORY
              Manchester recovery history (symbols) [default=32]

   Deframingoptions--syncword_thresholdSYNCWORD_THRESHOLD
              Syncword bit errors [default=8]

       --verbose_rs
              Verbose RS decoder

   Datasink--telemetry_outputTELEMETRY_OUTPUT
              Telemetry output file [default=stdout]

jy1sat_ssdv(1), smog_p_spectrum(1)

gr-satellites                                      2020-09-28                                   GR-SATELLITES(1)

gr_satellitessatellite [options]