goesrecv.conf

[demodulator]
## Use LRIT mode for GOES-15.
# mode = "lrit"
## Use HRIT mode for GOES-16 or later.
# mode = "hrit"
source = "airspy"

# The section below configures the sample source to use.
#
# You can leave them commented out to use the default values for the
# demodulator mode you choose ("lrit" or "hrit"). To use and configure
# any of them, uncomment the section below, and change the demodulator
# source field to match the source you want to use.
#

# [airspy]
# frequency = 1694100000
##
## By default, goesrecv will use the lowest sample rate available.
## This is 2.5 MSPS for the R2 and 3.0 MSPS for the Mini.
## Because different Airspy models support different sample rates,
## it is recommended to leave the "sample_rate" field commented,
## so that it works for either model.
##
# sample_rate = 3000000
# gain = 18
# bias_tee = false

# [rtlsdr]
# frequency = 1694100000
# sample_rate = 2400000
# gain = 30
# bias_tee = false
# device_index = 0

# [nanomsg]
# sample_rate = 2400000
# connect = "tcp://1.2.3.4:5005"
# receive_buffer = 2097152

[costas]
max_deviation = 200e3

[clock_recovery.sample_publisher]
bind = "tcp://0.0.0.0:5002"
send_buffer = 2097152

[quantization.soft_bit_publisher]
bind = "tcp://0.0.0.0:5001"
send_buffer = 1048576

[decoder.packet_publisher]
bind = "tcp://0.0.0.0:5004"
send_buffer = 1048576

# The demodulator stats publisher sends a JSON object that describes
# the state of the demodulator (gain, frequency correction, samples
# per symbol), for every block of samples.
[demodulator.stats_publisher]
bind = "tcp://0.0.0.0:6001"

# The decoder stats publisher sends a JSON object for every packet it
# decodes (Viterbi corrections, Reed-Solomon corrections, etc.).
[decoder.stats_publisher]
bind = "tcp://0.0.0.0:6002"

# The monitor can log aggregated stats (counters, gauges, and
# histograms) to a statsd daemon. Because this uses UDP, you can keep
# this enabled even if you haven't setup a statsd daemon yet.
[monitor]
statsd_address = "udp4://localhost:8125"