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Added back SDR options
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docs/pages/SDR_Options.md
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docs/pages/SDR_Options.md
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# SDR Options
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This aims at covering all available SDR Settings for supported devices /
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sources. The goal is not to explain what every option does (for that,
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see the manufacturer's documentation for the specific device), but
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rather allow users to find the right flags in CLI mode.
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Where possible, consistency was kept to be rather easy to "guess" if you
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know what you are looking for.
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## Airspy
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* `gain_type` : The gain mode used by the device :
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* 0 is for Sensitive
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* 1 is for Linear
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* 2 is for Manual
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* `general_gain` : Overall gain for sensitive and linear mode. Ranges
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from 0 to 21, in dBs
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* `lna_gain, mixer_gain, vga_gain` : Used for manual gain tuning only
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* `bias` : Enable Bias-Tee power
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* `lna_agc` : Enable the LNA AGC
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* `mixer_agc` : Enable the Mixer AGC
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## AirspyHF
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* `agc_mode` : 0 for disabled, otherwise :
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* 1 for LOW
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* 2 for HIGH
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* `attenuation` : Attenuation in dBs
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* `hf_lna` : Enable or disable the HF LNA
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## HackRF
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* `amp` : Enable the main (non-programmable) amplifier
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* `lna_gain` : LNA Gain in dBs
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* `vga_gain` : VGA Gain in dBs
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* `bias` : Enable Bias-Tee power
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* `manual_bw` : Enable manual bandwidth filter
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* `manual_bw_value` : The bandwidth filter width in Hz
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## BladeRF
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* `gain_mode` :
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* 0 is device default
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* 1 is manual
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* 2 is fast AGC
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* 3 is slow AGC
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* 4 is hybrid AGC
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* `gain` : General Gain in dBs
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* `bias` : Bias-Tee power (BladeRF 2.0 only)
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* `manual_bw` : Enable manual bandwidth filter
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* `manual_bw_value` : The bandwidth filter width in Hz
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## LimeSDR
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* `gain` : Gain in dBs
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* `manual_bw` : Enable manual bandwidth filter
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* `manual_bw_value` : The bandwidth filter width in Hz
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## RTL-SDR
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* `gain` : Device Gain in dBs
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* `agc` : Enable or disable the AGC
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* `bias` : Enable Bias-Tee power
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* `ppm_correction` : Frequency correction for dongles with drift
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## RTL-TCP
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* `ip_address` : IPv4 Server address
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* `port` : Server port. Usually 1234
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* `gain` : Device Gain in dBs
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* `lna_agc` : Enable or disable the built-in LNA AGC
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* `bias` : Enable Bias-Tee power (if supported)
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* `ppm_correction` : Frequency correction for dongles with drift
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## Aaronia Spectran V6
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* `ref_level` : Reference Level, in dBs
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* `usb_compression` :
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* 0 is auto
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* 1 is raw
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* 2 is compressed
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* `agc_mode` :
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* 0 is manual
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* 1 is peak
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* 2 is power
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* `enable_amp` : Enable the amp
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* `enable_preamp` : Enable the preamp
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## SDDC (RX888, RX999, etc)
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> [!note]
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> Support for those is experimental. Things may not work as
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expected!
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* `mode` : 0 for HF, 1 for VHF
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* `rf_gain` : RF Gain in dBs
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* `if_gain` : IF Gain in dBs
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* `bias` : Enable Bias-Tee power
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## SDRPlay
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> [!note]
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> Some options are device-specific!
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* `lna_gain` : LNA Gain in dBs
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* `if_gain` : IF Gain in dBs
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* `bias` : Enable Bias-Tee power
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* `am_notch` : Enable the AM notch filter
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* `fm_notch` : Enable the FM notch filter
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* `dab_notch` : Enable the DAB notch filter
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* `am_port` : Select the AM antenna port
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* `antenna_input` : Select a specific antenna input. 0 is the first
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input
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* `agc_mode` : AGC Mode, 0 is disabled :
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* 1 is 5Hz
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* 2 is 50Hz
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* 3 is 500Hz
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## SpyServer
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* `ip_address` : IPv4 Server address
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* `port` : Server port. Usually 5555
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* `bit_depth` : Bit depth to stream at. Options are 8/16/32
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* `gain` : Device gain in dBs
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* `digital_gain` : Software gain, in dBs
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## SDR++ Server
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> [!warning]
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> Using SDR++ in CLI mode as a source is possible, but all
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settings have to be setup from an UI connecting to the server
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beforehand, including samplerate!
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* `ip_address` : IPv4 Server address
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* `port` : Server port. Usually 5259
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* `bit_depth` : Bit depth to stream at. Options are 8/16/32
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* `compression` : Use SDR++ Server compression (true / false)
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## PlutoSDR
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* `gain` : Device Gain in dBs
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* `gain_mode` : Gain mode :
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* 1 is Manual
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* 2 is Fast Attack
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* 3 is Slow Attack
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* 4 is Hybrid
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## USRP
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* `gain` : Device Gain in dBs
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* `channel` : Channel ID
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* `antenna` : Antenna ID
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* `bit_depth` : Bit depth. Can be 16 on all devices, 8 or 12 on some
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## MiriSDR
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* `gain` : Device Gain in dBs
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* `bias` : Enable Bias-Tee power
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## File
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> [!note]
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> It is not recommended to use the file source for
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live/autotrack - use offline decoding instead - but it may be useful for
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testing purposes.
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* `file_path` : Path to the baseband file (can be `/dev/stdin` on
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Linux/macOS)
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* `baseband_type` : baseband type - can be u8, s8, s16, f32, or ziq
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* `iq_swap` : Swaps I/Q samples
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