mirror of
https://github.com/misadeks/tetra-bluestation.git
synced 2026-05-14 11:25:07 +00:00
Wouter Bokslag
c02e165345
- Better support for uplink SCH/F - More typed message parsing improvements and standardization - MAC Scheduler bugfix, restructuring - Improved stdout formatting - Added debugging features; logging text and UL/DL RF samples to file - Implemented various extra PDU types - Added unit tests and test vectors for various PDU types - Added near-full-stack tests for UMAC and above.
146 lines
4.4 KiB
TOML
146 lines
4.4 KiB
TOML
# TETRA BlueStation example configuration file
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# This is an example configuration file for the TETRA base station stack
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# DO NOT RUN without editing to stay within legal limits of your jurisdiction
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config_version = "0.5"
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# Stack operation mode: "Bs" (Base Station), "Ms" (Mobile Station), or "Mon" (Monitor)
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stack_mode = "Bs"
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# Uncomment to record debug log. Files get large quickly and generate additional system load
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# debug_log = "./verbose_log.txt"
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###############################################################################
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# PHY layer i/o configuration
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[phy_io]
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# Input type: set to SoapySdr. May allow for future non-soapy RF backends.
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backend = "SoapySdr"
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# DEBUG/TESTING code. Capture files get large quickly.
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# dl_tx_file = "./dl_output.bin" # Debugging; uncomment to save generated DL RF samples to file
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# ul_rx_file = "./ul_output.bin" # Debugging; uncomment to save received UL RF samples to file
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[phy_io.soapysdr]
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# Transmit tx(dl) and rx(ul) frequencies in Hz
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# !!! Make sure to also edit all related fields in the cell_info section to fit this frequency.
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tx_freq = 438025000
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rx_freq = 433025000
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ppm_err = 0 # Adjust if your SDR has a non-negligible tuning error
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# Sane defaults for LimeSDR
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# [phy_io.soapysdr.iocfg_limesdr]
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# rx_ant = "LNAL"
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# tx_ant = "BAND1"
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# rx_gain_lna = 20.0
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# rx_gain_tia = 10.0
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# rx_gain_pga = 10.0
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# tx_gain_pad = 52.0
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# tx_gain_iamp = 3.0
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# Sane defaults for LimeSDR Mini v2
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# [phy_io.soapysdr.iocfg_limesdr]
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# rx_ant = "LNAW"
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# tx_ant = "BAND2"
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# rx_gain_lna = 18.0
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# rx_gain_tia = 6.0
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# rx_gain_pga = 0.0
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# tx_gain_pad = 30.0
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# tx_gain_iamp = 6.0
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# Sane defaults for SXceiver
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# [phy_io.soapysdr.iocfg_sxceiver]
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# rx_ant = "RX"
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# tx_ant = "TX"
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# rx_gain_lna = 42.0
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# rx_gain_pga = 16.0
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# tx_gain_dac = 9.0
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# tx_gain_mixer = 30.0
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# Sane defaults for Ettus USRP B210 (and probably B200)
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[phy_io.soapysdr.iocfg_usrpb2xx]
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rx_ant = "TX/RX"
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tx_ant = "TX/RX"
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rx_gain_pga = 50.0
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tx_gain_pga = 35.0
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###############################################################################
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# Network Information
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[net_info]
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# Mobile Country Code (MCC) - identifies your country
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mcc = 204 # Netherlands
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# Mobile Network Code (MNC) - identifies the TETRA network
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# MAKE SURE MNC MAY BE USED, CONSULT RELEVANT AUTHORITIES IF NEEDED
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mnc = 1337
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# Cell Information
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[cell_info]
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# These parameters specify the DL and UL frequencies
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# Read the spec if in doubt. Make sure these match the tx/rx freqs as given above
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# See ETSI TS 100 392-15 V1.5.1 Clause 6: Duplex spacing
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freq_band = 4 # 400MHz band
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main_carrier = 1521 # + 1521 * 25kHz = 38250kHz
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duplex_spacing = 4 # Use 5MHz spacing between ul and dl (for 400 MHz band)
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# custom_duplex_spacing = 7600000 # Don't uncomment unless you have programmed a custom duplex spacing entry in your radios
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freq_offset = 0 # Offset from carrier. Usually 0. Options: 0, 6250, -6250, 12500.
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reverse_operation = false # False: UL below DL. True: UL above DL.
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# Location Area identifier
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location_area = 2
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# Colour code (0-3), helps distinguish between adjacent cells on the same frequency
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colour_code = 1
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###############################################################################
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# OPTIONAL: Additional cell parameters
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# WIP; uncomment and configure as needed, many are not currently implemented,
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# defaults should be fine
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# Neighbor cell broadcast settings
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# neighbor_cell_broadcast = 0
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# Cell load (Channel Allocation) - current load
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# cell_load_ca = 0
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# Late entry support - allows joining ongoing group calls
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# late_entry_supported = true
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# Subscriber class - defines which MS classes can access this cell
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# subscriber_class = 0xFFFF
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# Registration and mobility features
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# registration = true
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# deregistration = true
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# priority_cell = false
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# no_minimum_mode = false
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# migration = false
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# Service availability flags
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system_wide_services = true # If false, radios will operate in fallback mode
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voice_service = true # Not yet implemented but may be needed to keep certain MSes happy
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# circuit_mode_data_service = true
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# sndcp_service = true
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# aie_service = false
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# advanced_link = false
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# System code (0-15) - identifies the TETRA system version
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# system_code = 0
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# Sharing mode for the main control channel
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# sharing_mode = 0
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# Reserved frames for time slot allocation
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# ts_reserved_frames = 0
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# Discontinuous Transmission (DTX) on user plane
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# u_plane_dtx = false
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# Frame 18 extension support
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# frame_18_ext = false
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