go2signals go2DECODE
The increasing density of signals, the growing complexity and the use of modified standard modems are posing a challenge. As every signal is a message, it is necessary to analyze new emissions and to automate the collection of information.
With go2DECODE you can analyze/decode signals, adjust demodulator parameters, develop new decoders and automate your monitoring tasks.
go2DECODE has numerous analysis tools as well as the PYTHON Decoder Development Tool (pyDDL).
Key Facts
- Create and modify decoders with the advanced PYTHON Decoder Description Language (pyDDL)
- Never again wait until a decoder comes on the market!
- Automatic signal processing of radio data and voice signals, decoding, recording
- Wide range of universal demodulators and standard decoders
- Signal decoding from digital or analogous receivers, via streaming, from files or from the internal signal buffer
- COTS hardware (computers, receivers)
- Stay up-to-date with two updates per year
- Windows or LINUX
Technical Data
Comments:
- Using the classifier (Recognition & Decoding) , the software is able to detect and process signals with a signal length of at least 1 ms.
- MIL and PMR decoders may need an End-User-Certificate (depends on the country of the user)
- One decoder = one line (to shorten the list). For the full list, download the actual decoder list
- Slow multi tone modems are recommended to operate with fixed nominal frequency
- Decoder source code is only part of go2DECODE delivery (as go2MONITOR has no pyDDL compiler)
- The receiver list can be extended at the request of the customer or by the-user/integrator (receiver plug-in tool).
- It is possible to connect multiple wide band and narrow band receivers to the software.
go2DECODE Versions
| go2DECODE (23.1) | L | S | P |
|---|---|---|---|
| Automatic Processing | + | + | + |
| Change Demodulator Parameters | - | + | + |
| DANA | + | + | + |
| Decoder Development, PYTHON | - | - | + |
| Decoder List, Load | + | + | + |
| Decoder List, New | - | + | + |
| Decoder List, Processing | + | + | + |
| Decoder MIL | Option | Option | Option |
| Decoder PMR | Option | Option | Option |
| Decoder Standard | + | + | + |
| FFT / Spectrogram | + | + | + |
| New Decoder | - | + | + |
| PMO | + | + | + |
| RCM | + | + | + |
| Signal Analysis Functions | + | + | |
| SOMO | - | - | + |
| Sonagram Viewer (Spectrogram) | - | - | + |
Features
| Feature | go2M | go2D |
|---|---|---|
| Standard decoders | Y | Y |
| Optional MIL decoder package | Y | Y |
| Optional PMR/SAT decoder package | Y | Y |
| Optional: go2key (PMR ARC4 key recovery) | Y | Y |
| Easy and intuitive to operate | Y | Y |
| Supports multiple monitors | Y | Y |
| Multi channel processing | 1/2/4/8/32 ..... | 1 |
| Drag-and-drop of frequencies, classifier results, stations | Y | N |
| Panorama display | Y | N |
| Spectrum (FFT) and Spectrogram | Y | Y |
| Decoder/Channel windows for results and control | Y | Y |
| Manual demodulator and decoder control (Editor) | N | Y |
| Classifier display | Y | N |
| Frequencies/Blocked Frequenceies window | Y | N |
| Ressources display | Y | N |
| Bulk file processing | Y | N |
| Scripting editor | Y | N |
| Mission statistic display | Y | N |
| ResultViewer | Y | N |
| Simultaneous receivers , I/Q streams | 2 ++ | 1 |
| Receiver control | Y | Y |
| Training (days) | 2-4 d | 4 d go2DECODE 4 d pyDDL |
| Localisation, GUI & Documentation, English / German ++ | Y | Y |
| ISO 9001:2015, certified company | Y | Y |
| License, USB-Dongle (CodeMeter), License sharing on request | Y | Y |
| Licensed AMBE+2 TM voice coding technology | Y | Y |
| PC: CPU (1 core per demodulation and decoding channel) | min I5 2.6 GHz | min I5 2.6 GHz |
| PC: RAM | 4 GB + 2 GB/channel | >= 2 Gbyte |
| PC: HDD/SSD (depends on recordings) | >= 100 GB | >= 10 GB |
| PC: Display (multiple monitrs recommended) | >= 1920 x 1080 | >= 1280 x 1024 |
| PC: LAN (depends on rx bamdwdith) | 1 Gbit/s | 1 Gbit/s |
| PC: Soundcard for audio output | Y | Y & analogue IF input |
| OS: Windows 10/11 de/en, 64 bit | Y | Y |
| OS: CentOS Linux 7 (7.5 or higher, 7.5 recommended), 64 bit | Y | Y |
| OS: RHEL 8 (8.4 or higher, 8.4 recommended), 64 bit | Y | Y |
| Digital IF (complex I/Q) via stream (PROCITEC, VITA 49, PXGF) or receiver | Y | Y |
| Digital IF/AF recordings (real / complex WAV 8, 16, 32 Bit, TCI cap file format) | Y | Y |
| Audio Input, DANA, for webradio etc. | (Y) | Y |
| Automatic modem recognition with configurable modem list | Y | Y |
| Buffering for lossless decoding. | Y | Y |
| Parametrizable decoders (alphabet, encryption keys, framing parameters, etc.) | Y | Y |
| Content AND metadata post-processing (customizable) | Y | N |
| Creation of new, user-defined decoders | N | go2DECODE-P |
| Decoder result formatting, configurable with XSLT | Y | N |
| All results are stored in the PostgreSQL database | Y | N |
| Display of metadata and content (text, audio, graphics, binaries) | Y | Y |
| Alarming based on post-processing results | Y | N |
| Various export functions | Y | N |
| Result Output, Files - Deocoding results - TXT-File with decoded text - XML-File with decoded text and metadata - Signal recordings - Voice recordings - Bitstream *.rec files (bits and quality of each bit) - Bitstream *.txt files (bits) go2DECODE |
Y | Y |
| Coherent input & recording BW standard | VHF/UHF 5 MHz, HF 1 MHz | ?? |
| Coherent input & recording BW standard, Optional | VHf/UHF 10 MHz, 20 MHz, HF 2.4 MHz | ?? |
| Manual recording Start / Stop: - manual by operator- automatic by trigger (AMT, go2DECODE) Recording Triggers: - Configurable squelch level - Signal detected - Transmission method recognised - Transmission method unknown - Voice / Morse detected |
AMT, Manual | Y |
| Classification of modulation and modem types: - Manually triggered - Interval snapshots (at 10, 20, . . . sec) - Continuous classification as additional option: AMT - Sequential snapshot classification in product configuration: go2MONITOR low SWaP |
Y | N |
| Channel BW | 2 kHz - 4 MHz | |
| NB channe operation modes: 1 Classification 2 Decoding 3 Recognition + decoding 3 Classification + recognition + decoding 5 Analogue audio only in product configuration: go2MONITOR low SWaP |
All | 2 and 3 |
| Universal demodulators: - AGC, AFC and automatic baud rate synchronization - Blind or modem specific adaptiv equalizer - Decoder specific demodulator setting - Primary demodulation USB/LSB/AM/FM - Automatic burst synchronization |
Y | Y |
| Vocie signals. AM, FM, USB, LSB classification, detection & demodulation | Y | no classification |
| Live audio listening (analogue and digital voice) | y | Y |
| Demodulated bit recording | Y | Y |
| Processing faster than realtime | Y | N |
| Perseus,WiNRADiO, SDR#, SDR-Console recordings | Y | Y |
| Result reporting in GUI and database | Y | N |
| Links to station names from frequency list | Y | N |
| Alphabets. Add new ones to the alphabet library used in the decoders | N | Y |
| Mission and task planning for multi-channel processing Alarming for signal detection in wideband Triggers based on wideband signal detection: - Signal energy - Modulation type - Modem type Filter: - Signal parameters - Frequencies (band, fixed frequency, frequency channels) - Blocked frequencies (band, fixed frequency, job-specific and system wide) - System location - Time Tasks: - Type: Wideband signal search with live processing - Additional task types available as option: AMT - Enhance processing capacity and speed with additional option: WMPC-16/32 |
Y | N |
| Sonagram Viewer (SoVi) | N | Y |
| Viewer Display (PMO) - Demodulated audio files (CW, TETRA etc.) - Binary files |
N | Y |
| ResultViewer, display, filter, edit and export from result database Display of: - Decoder output - Demodulated audio files (CW, TETRA, etc.) - Text output (ALE, HFDL, etc.) - Binary and graphical files - Recognized modems (protocols) - Wide- / narrowband classification results - Recorded wide- / narrowband IF-signals - Result metadata like time, frequency, modulation, etc. - Display in table or graphic view (time vs. frequency) Functions: - Advanced filter - Filter data using GUI, SQL or scripting - Sorting and grouping function - free positioning of windows (floating/docked) - Listen to audio, even from IF recordings - Select, extract (DDC), store signals from wideband recordings - Python scripting based data structuring (user-defined) |
||
| RX: Frequency, Bandwidth, AGC, ATT controls etc. | Y | Y |
| RX: Step and scan mode | Y | N |
| RX: Parallel use of receivers from different manufacturers | Y | N |
| RX: Support of wide- and narrowband receivers | Y | WB not recommended |
| RX: Optional Hand-off receiver support (NRC-4/8) | Y | N |
| Third party decoder Interface to the DDC channel stream Interface to the audio output (VAC, virtual audio cable) |
Y | Y |
| Integration - API for application control and streaming (full back-end integration possible) - Receiver control and integration framework (RCM) - VITA 49 and ExtIO interface for receivers - Documented, generic PROCITEC/PLATH IF streaming interface - Various customization options based on Python scripting for DF, content postprocessing, antenna control, data export, etc. - Introduction workshop |
Y | N |
go2DECODE Analysis Functions
| Analysis | Items |
|---|---|
| Displays | Spectrum Spectrogram/Sonagram Autocorrelation Constellation Eye pattern Time domain (oscilloscope) with histogram Analysis (magnitude, frequency and phase) with histogram Hell Bit |
| Squaring | Squaring: 0, 1, 2, 3 |
| Windowing | Rectangle Hanning Hamming Kaiser Flattop Blackman |
| Cursors | Harmonic Crosshair 2 cursor mode |
| Center Frequency | Adjustable |
| Operating Modes | Online Offline |
Python Decoder Development (go2DECODE Professional only)
| Decoder Development | Item |
|---|---|
| Basic Functions | Modification of standard decoders Definition of new decoders Integration of existing decoders |
| Function Library | Pre-processing Symbol conversions Descrambling procedures Channel selections Pattern search Burst detection Forward/backward time jumps Branches and sub-routines (special functions on request) Deinterleaving Error Correction, detection: CRC, Hamming, Viterbi, BCH, Reed-Solomon Expandable with third party Python modules or C libraries Elementary arithmetic and bit manipulations functions Table handling Output formatting, alphabets, channels Control of demodulation and decoding Setting of demodulator parameters Voice codec selection Soft decision demodulation |
| Decoder Editor Spyder | Automatic command completion Content sensitive help Syntax highlighting |
| Debugger Spyder | Debugging - Breakpoints on lines of code - Single-step mode for lines of code - Display of variable contents in various formats and displays - Editing of variable contents - Display of all input data packages - Display of internal data buffer and current read position Advanced analysis of recognition, demodulation and decoding - Breakpoints in several decoders for one modem list - Comparison of the decoder behavior in search phase / decoding phase - Monitoring the current demodulator state |
go2DECODE DANA
| Parameter | Specification |
|---|---|
| GUI | Sound card configuration Playlist (files) Loop mode DC remove function Audio filtering Mirroring FM demodulation Time source switchable between File or System time Sample rate converter Center frequency tuning Command-line mode |
| Input | Max. sampling rate: 10 MHz (limited functionality for > 2MHz) Digital IF files (complex baseband I/Q 32 Bit) Playback of standard wav files. Digital AF files (WAV 8; 16; 32 Bit) IQ (complex) or audio (real) real files Playback of Perseus and WiNRADiO WAV recordings with correct frequency display Sound card input for analog signals; Virtual Audio cables (VAC); webradios |
| Output | Stream; digital IF generic PROCITEC/PLATH format TCP/IP streaming from DANA to go2DECODE/ go2MONITOR (remote computers) |
go2DECODE SOMO
| Signal Generator | Item |
|---|---|
| Scope | Single and multichannel, continuous and short-duration (burst) signal generator |
| Modulations Digital | ASKn PSKn (single and multi channel) QAMn (single and multi channel) ASKnPSKm (single and multi channel) NCPFSKn (Non-Continuous-Phase FSK) FSKn (single and multi channel) MSK (single and multi channel) GMSK (single and multi channel) OFDM F7B (FM with 2 or more digital channels) TFM 3/5 (Tamed Frequency Modulation) Morse Sine Rectangle Sawtooth Triangular |
| Modulation Analogue | AM LSB USB (additional function: Input from .wav files) FM |
| Modulation Parameter | Attenuation Center frequency Baud rate Pulse shapes: RC pulse, RC/RRC spectrum, Gauss pulse Burst parameters |
| Coding | Binary Baudot ASCII HC ARQ ITA2 Differential/absolute coding Convolutional encoding / Viterbi CCITT standards V.17 ... V.33 Variable bit stream, bit order, parity Various scrambling algorithms and recursive sequences |
| Channel Simulation | AWGN (additive white Gaussian noise) Multipath propagation: Watterson (ITU) and enhanced ITS model |
| Output | Sound card wav files Stream |
Demodulator
| Demodulator | Demodulator | Demodulator | Demodulator |
|---|---|---|---|
| AM/A3E Analogue Selcall ASK 2 (OOK) ASK 2/4 ASK2PSK2 (ASK4) ASK2PSK8 ASK4PSK8 Chirp CLOVER 2000 CLOVER 2500 CLOVER II Coquelet DPSK 2/4/8/16 A/B |
F1A F7B/F7W FM/F3E (Voice) FSK 2 /3 auto shift FSK 2 /4/8 disc FSK2 matched Hybrid J3E (USB/LSB Voice) Link11 (req.EUC) MCFSK2 MDPSK 2/4/8/16 A/B Morse MPSK 2/4/8/16 A/B |
DPSK 2/4/8/16 A/B F1A F7B/F7W FM/F3E (Voice) FSK 2 /3 auto shift FSK 2 /4/8 disc FSK2 matched Hybrid J3E (USB/LSB Voice) Link11 (req.EUC) MCFSK2 MDPSK 2/4/8/16 A/B Morse |
MPSK 2/4/8/16 A/B QAM 64 circle/square QAM 8/16/32/64/128/144/256 QAM APSK16_dvbs2 QAM ASK2PSK16 diff QAM ASK2PSK2 abs/diff QAM ASK2PSK4 abs/diff QAM ASK2PSK8 abs/diff Robust Packet TFM 3/5 THROB/THROBX USB/LSB/J3E Wideband HF (MIL 110 App.D) (req. EUC) |
Decoder HF
| No | Decoder (Release 24.1) | Alias, Remarks | M | L |
|---|---|---|---|---|
| 1 | Alcatel 801H | COQUELET-100, detection only | X | |
| 2 | ALE 2G | MIL-188-141A, MIL-188-141B | ||
| 3 | ALE 3G | MIL-188-141B App. C, STANAG 4538 | X | |
| 4 | ALE 4G | W ALE, detection only | X | |
| 5 | ALE-400 | |||
| 6 | ALIS | MERLIN, RS-ARQ, GM856C1, ALIS Slow | ||
| 7 | ALIS 2 | |||
| 8 | ARQ6-90 | CCIR 518 Variant | X | |
| 9 | ARQ6-98 | CCIR 518 Variant | X | |
| 10 | ARQ-E 4/8 cycle | ARQ-1000 duplex | ||
| 11 | ARQ-E3 | ARQ-M1, CCIR 519 Variant, TDM 342 1 Channel | ||
| 12 | ARQ-M2-242 | ARQ-28, CCIR 242, CCIR 342, TDM 242 | X | |
| 13 | ARQ-M2-342 | ARQ-56, TDM 342 | X | |
| 14 | ARQ-M4-242 | ARQ-28, CCIR 242, CCIR 342-2, TDM 242 | X | |
| 15 | ARQ-M4-342 | ARQ-56, TDM 342 | X | |
| 16 | ARQ-N | ARQ-1000 duplex | X | |
| 17 | ASCII 7Bit | ITA5, RTTY7 | ||
| 18 | ASCII 8Bit | BELL 103 | ||
| 19 | AUTOSPEC | SPREAD 11, SPREAD 21 | X | |
| 20 | Baudot async 1.5 stop bit | |||
| 21 | Baudot sync | |||
| 22 | Baudot sync 2 stop bit | |||
| 23 | Baudot universal | Arabic, Cyrillic, Hebrew Alphabets | ||
| 24 | BULG-ASCII | IRA-ARQ | X | |
| 25 | CHN 4+4 | X | ||
| 26 | CHN BPSK 2400Bd |
X | ||
| 27 | CHN MIL 4FSK 400Hz /500 Hz | detection only | ||
| 28 | CHN MIL 64FSK |
X | ||
| 29 | CHN MIL Datalink 30 Tone |
detection only | X | |
| 30 | CHN MIL Hybrid 8FSK-PSK | x | ||
| 31 | CHN pi/2 BPSK 2400Bd |
X | ||
| 32 | CHU | |||
| 33 | CHX-200 | detection only | ||
| 34 | CIS 405 3915 | CIS 40.5, FROST1 | ||
| 35 | CIS Akula 500Bd/1000Hz | |||
| 36 | CIS DataLink 1200Bd 800Hz |
x | ||
| 37 | CIS FSK 200/1000 | |||
| 38 | CIS FSK 200/500 | |||
| 39 | CIS Hybrid MFSK-68 PSK-9000 | no automatic recognition | ||
| 40 | CIS Hybrid MFSK-80 PSK-250 | no automatic recognition | ||
| 41 | CIS-11 | TORG 10/11 | ||
| 42 | CIS-112 OFDM Burst | detection only | ||
| 43 | CIS-112 OFDM Stream | detection only | ||
| 44 | CIS-12 PSK2/PSK4A/B | CIS AT3104, CIS-20, FIRE, MS5 | ||
| 45 | CIS-128 OFDM 3 kHz | detection only | ||
| 46 | CIS-128 OFDM 6 kHz | detection only | ||
| 47 | CIS-14 | AMOR, AMO 96, TORG 14 | ||
| 48 | CIS-3000 | detection only | ||
| 49 | CIS-36 | CIS 10 11 11, CROWD-36, Serdolik | X | |
| 50 | CIS-36-50 | BEE, T-600 | ||
| 51 | CIS-45 OFDM 33.3 Bd | detection only | ||
| 52 | CIS-45 OFDM 40 Bd | detection only | ||
| 53 | CIS-50-50 | |||
| 54 | CIS-81-81 | CIS 81, CIS 81-29, Frost | ||
| 55 | Clansman FSK 300Bd | |||
| 56 | Clover 2000 | |||
| 57 | Clover 2000 Broadcast | |||
| 58 | Clover 2500 | |||
| 59 | Clover 2500 Broadcast | |||
| 60 | Clover II | |||
| 61 | CODAN 3012 16 Channel PSK | CODAN 9001 additional raw hex output, descrambled | ||
| 62 | CODAN 3012 Chirp | CODAN 9001 Chirp | ||
| 63 | CODAN 3212 1 Channel | 150, 300, 600 and 1200 bps | ||
| 64 | CODAN 3212 1 Channel 75 bps | |||
| 65 | CODAN 3212 1 Channel HDR | 2400, 3600, 4800, 6000 and 7200 bps | ||
| 66 | CODAN 3212 16 Channel PSK | Includes CODAN 3012 | ||
| 67 | CODAN Selcal | CODAN 8580, CCIR 493-4 | ||
| 68 | Contestia 8/16/32 | |||
| 69 | Coquelet-13 | Coquelet-Mk1 | X | |
| 70 | Coquelet-8 | Coquelet-Mk2 | X | |
| 71 | Coquelet-80 | Coquelet-8 FEC | X | |
| 72 | CV-786 | X | ||
| 73 | Datawell Buoy 2FSK HF Link | detection only | ||
| 74 | DGPS | M823 | ||
| 75 | DominoEX 4/5/8/11/16/22 | |||
| 76 | DPRK PSK 150/300/600/1200 Bd | detection only | ||
| 77 | DSC-HF | GMDSS | ||
| 78 | DUP-ARQ 125 | ARQ-DUPLEX, 125-ARTRAC | ||
| 79 | DUP-ARQ 250 | ARTRAC II, DUP-ARQ-2 | ||
| 80 | DUP-FEC-2 | |||
| 81 | Enegal Buoy 2FSK HF Link | detection only | ||
| 82 | F7W Morse/Baudot | F7B Morse, 2 CH ITA-2 RTTY | ||
| 83 | FAX G3 |
V.21, V.27ter, V.29, V.17 (partial) | ||
| 84 | FEC-A | FEC 100, FEC 101 | X | |
| 85 | FreeDV HF |
|||
| 86 | FT-4 | |||
| 87 | FT-8 | |||
| 88 | Globe Wireless FSK | Globe Wireless Pactor, GW DATAPLEX | X | |
| 89 | Globe Wireless OFDM | detection only | X | |
| 90 | Globe Wireless PSK | GW DATAPLEX | X | |
| 91 | G-TOR | Golay | ||
| 92 | Harris RF-5800 SelCal |
detection only | X | X |
| 93 | HC-ARQ | Haegelin-Cryptos | X | X |
| 94 | HFDL | ACARS HF, ARINC 635-2 HF Datalink, ARINC 753 | ||
| 95 | HF-FAX | WEATHER-FAX | ||
| 96 | HNG-FEC | X | ||
| 97 | Japanes Slot Machine | XSL, detction only | ||
| 98 | KG-84 | detection only, incl. in various decders | X | |
| 99 | KG-STV | |||
| 100 | KW-46 | detection only, incl. in various decders | X | |
| 101 | LINK 11 CLEW | STANAG 5511, TADIL A, TADIL B | X | |
| 102 | LINK 11 SLEW | STANAG 5511 SLEW | X | |
| 103 | LINK 22 | only STANAG 4539 App. D | X | |
| 104 | Maritime Mesh Network Traffic Management |
detection only | ||
| 105 | MEROD 150/267 Bd | RACAL-ARQ, RAC-ARQ | ||
| 106 | MFSK-16 | |||
| 107 | MFSK-32 | |||
| 108 | MFSK-8 | |||
| 109 | MIL-188-110 16 Tone | only raw output | X | |
| 110 | MIL-188-110 39 Tone | X | ||
| 111 | MIL-188-110C App D, 3/6/9/12/15/18/21/24 kHz | WB-HF | X | |
| 112 | MIL-M-55529A | MD-522, MD-674 | X | |
| 113 | Morse 30-170 | CW-Morse | ||
| 114 | Morse A2A 30-170 | Morse with AM primary modulation | ||
| 115 | Morse F1A 85cpm 200Hz | Morse over FSK | ||
| 116 | Morse F2A 30-170 | Morse with FM primary modulation | ||
| 117 | MT63-500/1000/2000 | |||
| 118 | Olivia 8, 16, 32, 64 | |||
| 119 | Packet 300 | AX.25 | ||
| 120 | PACTOR I | incl. decoding of Robust Connect bursts | ||
| 121 | PACTOR I FEC | |||
| 122 | PACTOR I/II/III | Includes all PACTOR modes I/II/III | ||
| 123 | PACTOR II | |||
| 124 | PACTOR II FEC | |||
| 125 | PACTOR III | |||
| 126 | PACTOR-4 | post-processing (decompression) of airmail/sailmail emissions, if possible | ||
| 127 | Panther-H Sync | detection of synchronisation bursts only | X | |
| 128 | Piccolo MK12 | Piccolo 12 | X | |
| 129 | Piccolo MK6 | Piccolo 6 | X | |
| 130 | POL-ARQ | CCIR 518 Variant | X | |
| 131 | PSK 10/31/63/125/250 | BPSK31 | ||
| 132 | PSK 31/63/125/220-FEC | variant of PSK31 with FEC | ||
| 133 | PSK-AM 10/31/50 | |||
| 134 | QPSK 31/63/125/250/500 | |||
| 135 | Robust Packet Radio | |||
| 136 | RUM-FEC | ROU-FEC, Saud-FEC | X | |
| 137 | SI-ARQ | ARQ-S | X | |
| 138 | SI-FEC | FEC-S | X | |
| 139 | SITOR-A | SITOR-ARQ, AMTOR, CCIR 476 A | ||
| 140 | SITOR-B | SITOR FEC, CCIR 476 B, TOR dirty, NAVTEX | ||
| 141 | SP14 | NUM13 | X | |
| 142 | SPREAD 51 | X | ||
| 143 | SSTV | only for nominal frequency mode | ||
| 144 | STANAG 4197 | audio codec not included | X | |
| 145 | STANAG 4285 | Terminal Mode: ASCII8, Baudot, STANAG 5066, HEX | X | |
| 146 | STANAG 4415 | MIL-188-110A/B ser. (partly), 75bps | X | |
| 147 | STANAG 4481 (FSK) | with detection of KG-84 encryption | X | |
| 148 | STANAG 4481 (PSK) | contained in STANAG 4285 | X | |
| 149 | STANAG 4529 | Terminal Mode: ASCII8 & Baudot, HEX | X | |
| 150 | STANAG 4539 | MIL-188-110A/B ser. (partly), 150-4800 Bit/s, MIL-188-110 App. C | X | |
| 151 | STANAG 4539 HDR | MIL-188-110 App.C (partly), 3200 - 12800 Bit/s | X | |
| 152 | STANAG 5065 | STANAG 5065 FSK 75Bd 85Hz, STANAG 5065 FSK 50Bd 850Hz | X | |
| 153 | STANAG 5066 | included in various decoders | X | |
| 154 | SWED-ARQ | ARQ-SWE, CCIR 518 Variant | X | |
| 155 | Thales System 3000 Skymaster selcal | detection only | X | |
| 156 | THROB1/2/4 | |||
| 157 | THROBX1/2/4 | |||
| 158 | Turkish Navy FSK | X | ||
| 159 | Twinplex | Baudot F7B, BF6 Baudot, ITA-2 Twin | X | |
| 160 | Visel | FEC12, YUG-MIL | X | |
| 161 | Voice J3E | single sideband USB or LSB | ||
| 162 | Voice J3E-LSB | single sideband LSB | ||
| 163 | Voice J3E-USB - SELCAL ICAO | for voice J3E-USB and/or ICAO selcal, Annex-10 | ||
| 164 | X06-Mazielka | |||
| 165 | XPA | MFSK-20, only for nominal frequency mode | ||
| 166 | XPA2 | only for nominal frequency mode |
Decoder VHF/UHF
| No | Decoder (24.1) | Alias, Remarks | Type | Leg |
|---|---|---|---|---|
| 1 | ACARS VHF | SITA, ARINC 597 | ||
| 2 | AIS | |||
| 3 | APCO-25 | P25 | PMR | |
| 4 | APCO-25 Phase2 Downlink | PMR | ||
| 5 | ATIS | |||
| 6 | Autocab | |||
| 7 | BIIS | |||
| 8 | DECT | PMR | ||
| 9 | Distress Radiobeacons | ELT, EPIRB, COSPAS-SARSAT, PLB | ||
| 10 | DMR | MotoTRBO, for burst emissions | PMR | |
| 11 | DMR Continuous | MotoTRBO, for continuous emissions | PMR | |
| 12 | dPMR | PMR | ||
| 13 | DSC-VHF | GMDSS-VHF | ||
| 14 | D-STAR | PMR | ||
| 15 | ERMES | X | ||
| 16 | FLARM |
X | ||
| 17 | FAX G3 | |||
| 18 | Flex | |||
| 19 | FMS-BOS | |||
| 20 | FreeDV VHF | |||
| 21 | Golay Pager | Golay/GSC | ||
| 22 | GSM | Control Channel C0 | PMR | |
| 23 | INMARSAT AERO-C | 8.4 / 10.5 / 21.0 kbs, no audio output | SAT | |
| 24 | INMARSAT AERO-P | 0.6 / 1.2 / 2.4 / 4.8 / 10.5 kbps | SAT | |
| 25 | INMARSAT AERO-R | 0.6 / 1.2 / 2.4 / 10.5 kbps | SAT | |
| 26 | INMARSAT AERO-T | 0.6 / 1.2 / 2.4 / 10.5 kbps | SAT | |
| 27 | INMARSAT ISATPHONE UPLINK | detection only | SAT | |
| 28 | INMARSAT-C TDM | SAT | ||
| 29 | INMARSAT-C TDMA | SAT | ||
| 30 | IRIDIUM UPLINK | detection only | SAT | |
| 31 | LINK 11 CLEW UHF | UHF version with FM primary modulation | MIL | |
| 32 | Mobitex 1200 | Mobitex 80 | ||
| 33 | Mobitex 8000 | Mobitex 400 | ||
| 34 | Mode-S/ ADS-B | |||
| 35 | Morse A2A 30-170 | Morse with AM primary modulation | ||
| 36 | Morse F2A 30-170 | Morse with FM primary modulation | ||
| 37 | MOTOROLA SMARTNET 4/6 kHz | APCO-16, MTR-EDACS (Channeld decoding) | PMR | |
| 38 | MPT1327 1200Bd MSK | PMR | ||
| 39 | NMT450 | |||
| 40 | NXDN 2400/4800Bd | IDAS, NEXEDGE | PMR | |
| 41 | Packet 1200/2400/4800/9600 | |||
| 42 | POCSAG 512/1200/2400 | CityRuf | ||
| 43 | SELCAL CCIR-1 | SELCAL PCCIR, only for nominal frequency mode | ||
| 44 | SELCAL CCIR-2 | SELCAL CCIR-7, only for nominal frequency mode | ||
| 45 | SELCAL CCITT | only for nominal frequency mode | ||
| 46 | SELCAL CTCSS | MPT1306 | ||
| 47 | SELCAL DCS | MPT1381 | ||
| 48 | SELCAL DTMF sub | for baseband demodulation | ||
| 49 | SELCAL EEA | MPT1316, only for nominal frequency mode | ||
| 50 | SELCAL EIA | only for nominal frequency mode | ||
| 51 | SELCAL EURO | EURO5, only for nominal frequency mode | ||
| 52 | SELCAL MODAT | only for nominal frequency mode | ||
| 53 | SELCAL NATEL | only for nominal frequency mode | ||
| 54 | SELCAL VDEW | only for nominal frequency mode | ||
| 55 | SELCAL ZVEI | SELCAL DZVEI, PDZVEI, PZVEI,ZVEI-1, ZVEI-2, ZVEI-3 | ||
| 56 | Tetra | usage of TEA 1/3/4 if key available | PMR | |
| 57 | Tetra DMO | usage of TEA 1/3/4 if key available | PMR | |
| 58 | Tetra Uplink | detection only, RACH bursts are decoded | PMR | |
| 59 | Tetrapol | PMR | ||
| 60 | Tetrapol VHF | for VHF range only | PMR | |
| 61 | Thuraya Uplink | detection only, but RACH bursts are decoded | SAT | |
| 62 | VDL 2 | |||
| 63 | VDL 3 | |||
| 64 | Voice A3E | AM | ||
| 65 | Voice A3E (AM) Air Traffic | to monitor VHF voice air traffic | ||
| 66 | Voice F3E - SELCALS | CTCSS, DTMF, ZVEI, DCS | ||
| 67 | VOICE INVERSION FM-LSB | scrambled analog voice | ||
| 68 | Yaesu System Fusion | 12.5 kHZ bandwidth | PMR | |
| 69 | Yaesu System Fusion NB | 6.25 kHz bandwidth | PMR | |
| 70 | ZVEI-VDEW |
digital selcal |
Decoder Decryption
| Decoder | Detected Encryption Type | R | D |
|---|---|---|---|
| APCO-25, APCO-25 P2 | 2-key triple DES | + | |
| APCO-25, APCO-25 P2 | 3-key triple DES | + | |
| APCO-25, APCO-25 P2 | ACCORDION 1.3 | + | |
| APCO-25, APCO-25 P2 | AES | + | |
| APCO-25, APCO-25 P2 | BATON(Auto Even) | + | |
| APCO-25, APCO-25 P2 | BATON(Auto Odd) | + | |
| APCO-25, APCO-25 P2 | DES-OFB | + | |
| APCO-25, APCO-25 P2 | FIREFLY Type 1 | + | |
| APCO-25, APCO-25 P2 | MAYFLY Type 1 | + | |
| APCO-25, APCO-25 P2 | SAVILLE | + | |
| DECT | Encryption | + | |
| DMR / DMR Continuous | Advanced encryptions (DES/AES) | + | manual key |
| DMR / DMR Continuous | Alinco | + | automatic/manual key |
| DMR / DMR Continuous | Enhanced/ARC4 | + | go2key |
| DMR / DMR Continuous | Hytera Basic | + | automatic/manual key (not continuous) |
| DMR / DMR Continuous | Kenwood Basic | + | |
| DMR / DMR Continuous | Motorola Basic | + | automatic/manual key |
| NXDN | AES 128 | + | |
| NXDN | Basic Encryption (scrambled) | + | automatic/manual key |
| NXDN | DES 64 | + | |
| TETRA DMO | TEA 1,3,4 | + | manual key |
| TETRA DMO | TEA 2, end-to-end | + | |
| TETRA Downlink | TEA 1,3,4 | manual key | |
| TETRA Downlink | TEA 2, end-to-end | ||
| TETRA Uplink | end-to-end | + | |
| TETRA Uplink | TEA 1,2,3,4 | + | |
| Tetrapol | Encryption | + |
Supported Receicer
| Brand (Release 24.1) | Receiver | WINDOWS | LINUX | Max. BW | Comments |
|---|---|---|---|---|---|
| ADEDRI | LAN-IQ SDR | x | 2.2 MHz | ExtIO | |
| ADEDRI | SDR-NET | x | 2.2 MHz | ExtIO | |
| Airspy | Airspy HF+ Discovery | x | 768 kHz | ExtIO | |
| Airspy | Mini | x | Extio | ||
| Airspy | Airspy R2 | x | 8 MHz | ExtIO | |
| CommsAudit | CA7851 | x | x | 5 MHz | VITA 49, Panorama Scan |
| CommsAudit | CA7852 | x | x | 20 MHz | VITA 49 |
| ExtIO | Different receivers | x | Download | installation, setup and configuration of the driver must be done by the end user | |
| GEW | gRX-LAN | x | 1 MHz | ExtIO | |
| HackRF | HackRF One | x | 20 MHz | ExtIO | |
| IZT | R3XXX | x | x | 20 MHz | Up to 3 channels, Panormama Scan |
| IZT | R40XX | x | x | 1 MHz | SignalSuite, 1 Channel only |
| IZT | R507x | ||||
| Microtelecom | PERSEUS | x | 1.6 MHz | limited USB3 compatiblity | |
| NARDA | IDA2 | x | x | 320 kHz | |
| NARDA | NRA-3000 | x | x | 320 kHz | |
| NARDA | NRA-6000 | x | x | 320 kHz | |
| NARDA | SignalShark 3310 | x | x | 20 MHz | VITA 49 |
| NI | USRP X310 | x | x | 20 MHz | |
| NOXON | RTL2832U, RTLSDR | x | 2.4 MHz | ExtIO | |
| PLATH | SIR2110 | x | x | 20 MHz | LINUX recommended, external receiver control only |
| PLATH | SIR2115 | x | x | 4x20 MHz | 20 DDC's, PLATH driver |
| PLATH | SIR5110 | x | x | 16x768 kHz subbands | External receiver control only |
| PLATH | SIR5115 | x | x | 40x768 kHz subbands | External receiver control only |
| RFSPACE | NetSDR | x | x | 2 MHz | |
| RFSPACE | SDR14 | x | 190 kHz | ||
| Rohde & Schwarz | EB500 | x | x | 2 MHz. Panorama | Scan |
| Rohde & Schwarz | EB510 | x | x | 5 MHz | |
| Rohde & Schwarz | EM100 | x | x | 500 kHz | Panorama Scan |
| Rohde & Schwarz | ESMD | x | x | 15 MHz | |
| Rohde & Schwarz | PR100 | x | x | 500 kHz | Panorama Scan |
| Rohde & Schwarz | PR200 | x | x | ?? | same as PR100 |
| SDRplay | RSP1 | x | 6 MHz | ExtIO | |
| SDRplay | RSP1A | x | 6 MHz | ExtIO | |
| SDRplay | RSP1B | x | 6 MHz | ExtIO | |
| SDRplay | RSPDuo | x | 6 MHz | ExtIO | |
| SDRplay | RSP2 | x | 6 MHz | ExtIO | |
| SDRplay | RSPdx | x | 6 MHz | ExtIO | |
| Signal Hound | BB60C/D | x | x | 27 MHz | Scan |
| Signal Hound | SM200 A/B | x | x | 20 MHz | |
| thinkRF | R5500-408 | x | x | 6.25 MHz | VITA-49 |
| thinkRF | R5500-427 | x | x | 6.25 MHz | VITA-49 |
| thinkRF | WSA5000-408 | x | x | 780 kHz | VITA-49 |
| thinkRF | WSA5000-427 | x | x | 780 kHz | VITA-49 |
| VITA49 | Generic | x | x | Can be configured in a wide range for different receiver types | |
| WiNRADiO | WR-G31DDC | x | 800 kHz | ExtIO | |
| WiNRADiO | WR-G33DDC | x | x | 4 MHz | Panorama |
| WiNRADiO | WR-G35DDC | x | x | 4 MHz | Panorama |
| WiNRADiO | WR-G39DDC | x | x | 4+2 MHz | Panorama |