go2signals go2MONITOR Technical Data
The performance of the software products depends on the hardware used. Technical parameters can differ under real operational conditions.
The parameters specified are limit values that cannot be guaranteed in all combinations. Specifications subject to change
Classifier/Recognition:
- Using the decoder (Recognition & Decoding) , the software is able to detect and process signals with a signal length of at least 1 ms.
Decoders and Demodulators:
- 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)
Receivers:
- The list can be extended on customer requests.
- It is possible to connect multiple wide band an narrow band receivers to the software.
go2MONITOR Versions
| Version | Configuration (23.1) |
|---|---|
| go2MONITOR 1/2/4/8 | Radio monitoring, signal classification, signal decoding and signal recording software solution for complete signal scenario surveillance (HF, VHF, UHF, SAT bands) Core product includes all standard product features. Optional product features can be added, see options table |
| go2MONITOR low-SWAP | Radio monitoring, signal classification, signal decoding and signal recording software solution for complete signal scenario surveillance (HF, VHF, UHF, SAT bands) optimized for low-SWaP equipment See comparison table |
| go2MONITOR Operator | Application to setup an additional workstation for processing radio signals and viewing the results stored in the central system go2MONITOR Operator allows several users to access a central go2MONITOR 1/2/4/8 independently and to process signals by themselves - Shared access to the processing resources of a central go2MONITOR system - Local use of free narrowband channels for independent signal processing - Access to active wideband signal inputs (controlled centrally) - Viewing and editing of all results in a common, central results database - Installation on an additional workstation (access to the central system via network) - The go2MONITOR Operator product includes one ResultViewer each - With the NRC option it is also possible to assign handoff receivers directly to an operator Recommended computing resources: client workstation/notebook with Intel i5 or higher (launch date not older than 3 years), 4 CPU cores with min. 2 GHz clock rate per core, 16 GB RAM and access to the central system via network and Full HD screen |
| go2MONITOR Result | ResultViewer application to setup an additional workstation for viewing the results stored in the central system go2MONITOR Result allows multiple users to independently access and jointly edit result data from a central go2MONITOR 1/2/4/8 or LowSwaP - Shared access to a central go2MONITOR result database - Viewing and editing of all results - Work in parallel while creating new results in the central database - Listen to audio, even from IF recordings - Display filtered and grouped results, graphical and table view, data export - Installation on an additional workstation (access to the central system via network) - The ResultViewer application can display the results of multiple databases (not simultaneously) Recommended computing resources: client workstation/notebook with access to the central system via network and Full HD screen |
| Signal Classifier Library (SCL) | C++ library for integration of automatic signal classifier functionality Multi-stage classification concept: - Signal detection and segmentation - Classification of modulation types - Classification of modems Input: - Digital IF (complex I/Q) via memory buffer - Digital IF/AF recordings (real / complex WAV 8, 16, 32 Bit) Faster than real-time processing depending on hardware performance Recommended computing resources: Intel i5 or higher (launch date not older than 3 years), min. 2.6 GHz clock rate per core, 1 Core per SCL channel |
Feature
| Feature | Remarks (23.1) |
|---|---|
| GUI | Simple and intuitive to operate user interface Supports multiple monitors Supports simultaneous multiple receivers and mutliple narrowband channels Drag-and-drop of frequencies, classifier results, stations (inside go2MONITOR) Receiver control (Wideband, Narrowband, Multiple Wideband) Panorama display, Wideband Spectrum (FFT) and Spectrogram Decoder/Channel windows for manual control Classifier display Frequencies/Blocked Frequenceies window Ressources display Bulk file processing window Scripting editor Mission statistic display ResultViewer |
| Documentation | PDF user manual, PDF online help |
| ISO 9001:2015 | Company is certified |
| Localisation | English / German, others on request |
| License | USB-Dongle (CodeMeter) License sharing on request The AMBE+2 TM voice coding technology included in this product is protected by intellectual property rights, including patent rights, copyrights and trade secrets of Digital Voice Systems, Inc. This voice coding technology is licensed exclusively for use within this licensed product. The user of this technology is strictly prohibited from attempting to extract, remove, decompile, reverse engineer, or disassemble the object code, or in any other way convert the object code into a human-readable form. US Patent Nos. #8,595,002, #8,359,197, #8,315,860, #8,200,497, #7,970,606, #6,912,495 B2, #6,199,037 |
| PC hardware | CPU: Min. Intel I5 , not older than 3 years, 2.6 GHz, 1 core per decoding channel RAM: 4 GB RAM plus 2 GB RAM per decoding channel HDD/SSD: min. 1500 GB recommended (depends on recordings) Display min. 1920 x 1080 pixel, multiple monitrs recommended Fast Ethernet for digital IF input (depends on bandwidth) |
| OS | Windows 10, 64 bit de/en CentOS Linux 7 (7.5 or higher, 7.5 recommended), 64 bit Red Hat Enterprise Linux RHEL 8 (8.4 or higher, 8.4 recommended), 64 bit |
| Training | Very short training period Same technology (decoders) as in large, top COMIT systems Webinars from shoc |
| Data acquisition | Multiple signal inputs simultaneously possible, depending on configuration 2 wideband inputs in parallel. Other configurations on request Audio Input, DANA, for webradio etc. |
| Data acquisition receiver | Frequency, Bandwidth, AGC, ATT controls etc. Digital IF (complex baseband I/Q), bandwidth up to 20 MHz (1 MHz in standard version) Step and scan mode Parallel use of receivers from different manufacturers possible Support of wide- and narrowband receivers Hand-off receiver input as additional option: NRC-4/8 |
| Wideband Input, Classificatio & Recording | Data Acquisition: - Digital IF (complex I/Q) via stream or receiver , VITA 49, PXGF - Digital IF/AF files (real / complex WAV 8, 16, 32 Bit, TCI Blackbird CAP) , processing faster than realtime ( Perseus,WiNRADiO, SDR#, SDR-Console recordings) - 2 wideband inputs in parallel (other configurations on request) - Recommended min. input bandwidth 50 kHz Coherent input bandwidth: - Standard VHF/UHF 5 MHz, HF 1 MHz - Optional up to 20 MHz (HF 2.4 MHz) 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 Coherent recording: - Standard VHF/UHF 5 MHz, HF 1 MHz - Optional up to 20 MHz (HF 2.4 MHz) |
| Multi Channel Processing | 1, 2, 4 or 8 channels (other configurations on request) Result feedback in GUI and database Data Acquisition: - Internal DDC I/Q stream from wideband input - Digital IF (complex I/Q) via stream - Digital IF/AF files (real / complex WAV 8, 16, 32 Bit) - Hand-off receiver input as additional option: NRC-4/8 - Channel bandwidth: 2 kHz - 4 MHz Additional functions: - Live audio listening (analogue and digital voice) - Digital IF I/Q recording - Demodulated bit recording - Live signal analysis (Raster display, I/Q display) - Links to station names from frequency list - Programmable DDC bandwidth Operation modes: - Classification only - Decoding only - Modem recognition and decoding - Classification,recognition and decoding - Analogue audio only in product configuration: go2MONITOR low SWaP |
| Demodulation & Decoding | Universal demodulators: - AGC, AFC and automatic baud rate synchronization - Blind or modem specific adaptiv equalizer - Decoder specific demodulator setting Extensive list of available standard decoders - PMR/SAT and MIL decoder packages as additional option - Automatic modem recognition with configurable modem list - Buffering for lossless decoding. No loss of data during analyzing, recognition and protocol changes (first bit) - Custom defined decoders (requires go2DECODE Professional) - Parametrizable decoders (alphabet, encryption keys, framing parameters, etc.) - Content metadata post processing (customizable) Output: - Decoder result format, configurable using XSLT - All results are continuously saved inPostgrSQL database with timestamps - Metadata and content (text, audio, graphic, binaries) - Post-processing results: sender ID, recipient ID, position, etc. Can be extended by user. - Alarming based on post-processing results - Various export functions - Recording of bitstream |
| Automation | 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 |
| 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) |
| Integration | API for application control and streaming (full back-end integration possible) Receiver control and integration framework 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 |
| Third party decoder | Interface to the DDC channel stream Interface to the audio output (VAC, virtual audio cable) |
Options
| Option | Remarks (23.1) |
|---|---|
| PMR Decoders | Additional set of PMR/SAT decoders (see separete table) May require export license before delivery |
| MIL Decoders | Additional set of military demodulators and decoders (see separete table) May require export license before delivery |
| WCL-10 WCL-20 |
Extended Wideband Input and Classification - WCL-10: Coherent VHF/UHF 10 MHz, HF 1 MHz - WCL-20: Coherent VHF/UHF 20 MHz, HF 2.4 MHz Continuous emission tracking mode (with option AMT) Snapshot mode Recommended additional computing resources: - WCL-10: 2-4 CPU cores and 8 GB RAM - WCL-20: 4-8 CPU cores and 16 GB RAM Normally delivered as a package consisting of receiver, computer and software |
| WBR-10 WBR- 20 |
Extended Wideband Recording - WBR-10: Loosless recording of VHF/UHF 10 MHz, HF 1 MHz - WBR-20: Loosless recording of VHF/UHF 20 MHz, HF 2.4 MHz Recording in standard WAV files Simultaneous storage of spectrum data for fast preview Replay and signal extraction Recording scheduler and loop recording (with option ATM) Requires WCL-10/20 Recommended additional computing resources: CPU: 1-2 CPU cores, HDD/SSD speed for WBR-10: 500 Mbit/s and WBR-20: 1 Gbit/s sustained write speed Normally delivered as a package consisting og receiver, computer and software |
| AMT | Automatic Monitoring and Tasking Full automatic mission/task based monitoring (detection, classification, decoding, recording) Continuous classification mode Additional task types: - Wideband signal search with automatic narrowband channel processing - Continuous fixed-frequency monitoring - Wideband recording (time based or emission triggered) Recommended: - Increase processing capacity and speed with option: WMPC-16/32 |
| WMPC-16 WMPC-32 |
Wideband Multi Production Channels Extend the number of internal software channels (DDC, classification, demodulation ,recording) typical in steps of 16 or 32 All channels working on internally recorded/bufferd signals with an average speed of 4 times real time Raises channel speed for digital demodulation and decoding 4 times faster (average) If in combination with WCL-10/20, recommended additional computing resources: WCL-10: 1-2 CPU cores and 4 GB RAM. WCL-20: 2-4 CPU cores and 8 GB RAM Normally delivered as a package consisting of receiver, computer and software |
| NRC-4 NRC-8 |
Narrowband Receiver Control (Hand-Off Narrowband Receiver) Process signals parallel and independent from wideband input (wideband receiver) Narrowband receivers offer a better sensitivity compared to wideband receivers Narrowband receivers consume less resources, as no DDC is required Monitor signals in different frequency ranges Handoff signal production triggered by wideband scan receiver result as additional option combined with: AMT NRC-4: up to 4 handoff receivers for go2MONITOR 1/2/4 NRC-8: up to 8 handoff receivers for go2MONITOR 8 |
| HOPD-20 | Hopper Detection Unit Recognition and recording of hopper signals in combination with AMT, WCL-20 and WBR-20 Minimum signal duration: 2 seconds, at least 100 hops Minimum signal bandwidth: 250 kHz Hop rate: 5 to 50 hops/s for HF or 100 to 1.000 hops/s for V/UHF Minimum hop bandwidth: 1 kHz Recommended additional computing resources: 4-8 CPU cores and 16 GB RAM May require export license before delivery Possibility to operate several HOPD units in parallel to detect hoppers in larger ranges |
| Remote Control API | C++ library and API interface for system integration |
| RCM Framework | C++ framework for receiver integration |
go2MONITOR 1/2/4/8 vs low-SWAP
| FEATURE | go2MONITOR 1/2/4/8 | go2MONITOR low-SWaP |
|---|---|---|
| Wideband Classification | Instantaneous snapshot and continuous classification | Sequential snapshot classification |
| Wideband I/Q input Bandwidth | 5, 10, 20 MHz and more upon request | Depending on receiver and hardware resources |
| Wideband recording function | Yes | No |
| Rule based fixed frequency to channel allocation | Yes | Yes |
| Optional AMT (Automatic Monitoring and Tasking) | Possible | No |
| Channel with fully automatic modem recognition, demodulation and decoding | Yes | No |
| Channel limited to demodulation of analog OR digital signals. Channel configuration predefined by license | No | Yes |
| Channel with signal buffer (decoding of the first bit) | Yes | No |
| All channels include recording function | Yes | Yes |
| Automatic alerting and notification (’crosscue’) to 3rd-party systems (eg. ISR/CEMA) | Yes | Yes |
| Additional PMR and MIL decoder packages available | Yes | Yes |
| Option WMPC (Multichannel production) | Yes | No |
| API for Integration | Yes | No |
| Receiver, classification, demodulation, decryption and decoding support | Yes | Yes |
Classified Modulations
| Modulation (23.1) | HF | VHF, UHF | Eb/No | |
|---|---|---|---|---|
| Eb/No | detection rate > 90% false alarms < 1% |
|||
| max. signal bandwidth | 50 kHz | 50 - 80 % of input bandwidth | ||
| Signal energy detection, min. SNR | 6 dB | 6 dB | ||
| min. signal length | 100 ms, 100 symbols | 100 ms, 100 symbols | ||
| Measurement conditions | 4 sec | 4 sec | ||
| Analog modulation types (no SELCALS) | USB J3E LSB J3E AM A3E DSB-SC (optional) |
USB J3E LSB J3E AM A3E DSB-SC (optional) NFM F3E (f> 25 MHz) WFM (BW 50-300 kHz, 65-108 MHz) |
||
| ASK2/4 | Signal frequency > 300 MHz | 1.2 - 25 kBd | 20 dB | |
| FSK2 | m = 1 - 10 | 25 - 4800 Bd | 1.2 - 25 kBd | 11 - 15 dB |
| FSK2 | m = 0.75 - 1.5 | 25 - 75 kBd | > 25 dB | |
| FSK4 | shift>SR | 25 - 4800 Bd | 1.2 - 25 kBd | 14 - 16 dB |
| GMSK | m = 0.5 | 300 - 4800 Bd | 1.2 - 125 kBd | 14 - 16 dB |
| MCFSK2 | m >= 1 2 - 64 CH |
40 - 250 Bd 120 - 1000 Hz CH spacing (min. 2xshift) |
40 - 250 Bd 120 - 1000 Hz CH spacing (min. 2xshift) |
17 dB |
| MC PSK 2, 4 A/B MC DPSK 2, 4 A/B |
< 10 kHz signal bw 2 - 64 ch |
31.25 - 250 Bd 50 - 300 Hz CH spacing |
31.25 - 250 Bd 50 - 300 Hz CH spacing |
13 - 15 dB |
| MORSE | 30 - 250 CPM | 30 - 250 CPM | ||
| MSK | m = 0.5 | 100 - 4800 Bd | 1.2 - 125 kBd | 14 - 16 dB |
| Multitone FSKn | 5 - 64 tones (shift >sr) |
3 - 200 ms (5 - 330 Bd) |
3 - 200 ms (5 - 330 Bd) |
14 - 16 dB |
| OFDM | Tg/Tu: 0.125 - 1 25 - 512 CH |
25 - 200 Bd 30 - 250 Hz CH spacing |
25 - 200 Bd 30 - 250 Hz CH spacing |
14 - 18 dB |
| OQPSK | within Freq. Ranges 1545-1551 MHz 3600-3629 MHz |
2.4 kBd - 500 kBd | 15 dB | |
| OTH Radar | FM-CW variants only | detection only | ||
| PSK 2 A/B DPSK 2 A/B |
31.25 - 4800 Bd | 1.2 kBd - 50 MBd | 7 - 10 dB A/B Decision: 8 - 15 dB |
|
| PSK 4 A/B DPSK 4 A/B |
31.25 - 4800 Bd | 1.2 kBd - 50 MBd | 8 - 12 dB A/B Decision: 10 - 15 dB |
|
| PSK 8 A/B DPSK 8 A/B |
31.25 - 4800 Bd | 1.2 kBd - 50 MBd | HF: 8 - 12 dB A/B Decision: 10 - 15 dB VHF, UHF: 10 - 14 dB A/B Decision: 12 - 15 dB |
|
| PSK16 | 300 - 4800 Bd | 1.2 kBd - 50 MBd | 14 - 16 dB | |
| QAM | Order: 16, 32, 64 Rectangular constellations only |
1600 - 4800 Bd | 1.6 - 25 kBd | 22 dB |
Classified Modems
| HF (23.1) | VHF / UHF |
|---|---|
| ALE 3G | ACARS-VHF |
| ALE 4G | APCO-25 |
| CHN 4+4 | APCO-25 Phase 2 Downlink |
| CHN hybrid | DAB |
| CIS-112 | DECT |
| CIS-128 | DMR |
| CIS-45 (33 / 45 Bd) | DMR Continuous |
| CIS-60 | dPMR |
| CIS-93 | D-STAR |
| CODAN 3012 16 Channel PSK | DVB-T (8 MHz Mode only) |
| CODAN 3212 16 Channel PSK | FLEX |
| HFDL | GSM (<3G), UMTS, LTE |
| LINK11 (CLEW) | Inmarsat Satphone Uplink |
| LINK11 (SLEW) | Iridium Satphone Uplink |
| MIL-STD-188-110A Serial (STANAG 4539 ) | MPT1327 1200Bd |
| MIL-STD-188-110B/C App. C (STANAG 4539 HDR ) | NXDN |
| MIL-STD-188-110C App. D | TETRA Downlink |
| PACTOR (I, II, II FEC, III, 4) | TETRA Uplink |
| STANAG 4285/4481 (PSK) | TETRAPOL |
| STANAG 4529 | Thuraya SAT Phone Uplink |
| STANAG 4539 | VDL2 |
| Yaesu System Fusion |
Classifier Output
| Parameter | Description (23.1) | O F D M |
C a r r i e r |
F S K |
M F S K |
M S K |
C W |
P S K |
M C P S K |
Q A M |
A S K |
M C F S K |
V o i c e |
F M B C |
U n k n o w n |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Modulation | The type of modulation and quality | x | x | x | x | x | x | x | x | x | x | x | x | x | |
| Pitch | Pitch of modulated voice | x | |||||||||||||
| Type | Type of voice like LSB, USB, AM , FM | x | |||||||||||||
| Symbol rate |
Symbol rate in Bd | x | x | x | x | x | x | x | x | x | |||||
| Order | Number of phase shifts / levels | x | x | x | |||||||||||
| Version | Version of PSK A or B | x | x | ||||||||||||
| CPM | Transmitted character per minute | x | |||||||||||||
| Dash Dot ratio |
Ratio between the length of dashes and dots | x | |||||||||||||
| Shift | Measured shift | x | x | x | x | ||||||||||
| Channel spacing |
Measured distance between tones in Hz | x | x | x | x | ||||||||||
| Frequency | Receiver center frequency of the signal | x | x | x | x | x | x | x | x | x | x | x | x | x | * |
| Bandwidth | Overall bandwidth of the signal | x | x | x | x | x | x | x | x | x | x | x | x | x | x |
| SNR | Signal to noise ratio in dB | x | x | x | x | x | x | x | x | x | x | x | x | x | x |
| Signal time | Time of measurement | x | x | x | x | x | x | x | x | x | x | x | x | x | x |
| Number of tones | x | x | |||||||||||||
| Number of CH | x | x |
Demodulators (23.1)
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
MSK/GMSK
MT63
MultiModem
Multitone (FSKn)
OFDM
OQPSK
PACTOR II, III, 4
PSK 2/4/8/16 A/B
PSK data aided
QAM 16 circle/square
QAM 16 v17 abs/diff
QAM 16 v22 abs/diff
QAM 256 square
QAM 32 circle
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)
HF Decoder
| No | Decoder (Release 23.1) | Alias, Remarks | M I L |
|---|---|---|---|
| 1 | Alcatel 801H | COQUELET-100, detection only | |
| 2 | ALE 2G | MIL-188-141A, MIL-188-141B, ALE-400 | |
| 3 | ALE 3G | MIL-188-141B App. C, STANAG 4538 | X |
| 4 | ALE 4G | W ALE | X |
| 5 | ALE-400 | ||
| 6 | ALIS | MERLIN, RS-ARQ, GM856C1, ALIS Slow | |
| 7 | ALIS 2 | ||
| 8 | ARQ6-90 | CCIR 518 Variant | |
| 9 | ARQ6-98 | CCIR 518 Variant | |
| 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 | |
| 13 | ARQ-M2-342 | ARQ-58, TDM 342 | |
| 14 | ARQ-M4-242 | ARQ-28, CCIR 242, CCIR 342-2, TDM 242 | |
| 15 | ARQ-M4-342 | ARQ-58, TDM 342 | |
| 16 | ARQ-N | ARQ-1000 duplex | |
| 17 | ASCII 7Bit | ITA5, RTTY7 | |
| 18 | ASCII 8Bit | BELL 103 | |
| 19 | AUTOSPEC | SPREAD 11, SPREAD 21 | |
| 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 | |
| 25 | CHN 4+4 | X | |
| 26 | CHN MIL 4FSK 400Hz /500 Hz | detection only | |
| 27 | CHN MIL Hybrid 8FSK-PSK | no automatic recognition | |
| 28 | CHU | ||
| 29 | CHX-200 | detection only | |
| 30 | CIS 405 3915 | CIS 40.5, FROST1 | |
| 31 | CIS Akula 500Bd/1000Hz | ||
| 32 | CIS FSK 200/1000 | ||
| 33 | CIS FSK 200/500 | ||
| 34 | CIS Hybrid MFSK-68 PSK-9000 | no automatic recognition | |
| 35 | CIS Hybrid MFSK-80 PSK-250 | no automatic recognition | |
| 36 | CIS-11 | TORG 10/11 | |
| 37 | CIS-112 OFDM Burst | detection only | |
| 38 | CIS-112 OFDM Stream | detection only | |
| 39 | CIS-12 PSK2/PSK4 | CIS AT3104, CIS-20, FIRE, MS5 | |
| 40 | CIS-128 OFDM 3 kHz | detection only | |
| 41 | CIS-128 OFDM 6 kHz | detection only | |
| 42 | CIS-14 | AMOR, AMO 96, TORG 14 | |
| 43 | CIS-3000 | detection only | |
| 44 | CIS-36 | CIS 10 11 11, CROWD-36 | |
| 45 | CIS-36-50 | BEE, T-600 | |
| 46 | CIS-45 OFDM 33.3 Bd | detection only | |
| 47 | CIS-45 OFDM 40 Bd | detection only | |
| 48 | CIS-50-50 | ||
| 49 | CIS-81-81 | CIS 81, CIS 81-29, Frost | |
| 50 | Clansman FSK300 | ||
| 51 | Clover 2000 | ||
| 52 | Clover 2000 Broadcast | ||
| 53 | Clover 2500 | ||
| 54 | Clover 2500 Broadcast | ||
| 55 | Clover II | ||
| 56 | CODAN 3012 16 Channel PSK | CODAN 9001 additional raw hex output, descrambled | |
| 57 | CODAN 3012 Chirp | CODAN 9001 Chirp | |
| 58 | CODAN 3212 1 Channel PSK | 75/150/300/600/1200/2400/3600/4800/6000/7200 bps | |
| 59 | CODAN 3212 16 Channel PSK | Includes CODAN 3012 | |
| 60 | CODAN Selcal | CODAN 8580, CCIR 493-4 | |
| 61 | Contestia 8/16/32 | ||
| 62 | Coquelet-13 | Coquelet-Mk1 | |
| 63 | Coquelet-8 | Coquelet-Mk2 | |
| 64 | Coquelet-80 | Coquelet-8 FEC | |
| 65 | CV-786 | X | |
| 66 | DGPS | M823 | |
| 67 | DominoEX 4/5/8/11/16/22 | ||
| 68 | DPRK PSK 150/300/600/1200 Bd | detection only | |
| 69 | DSC-HF | GMDSS | |
| 70 | DUP-ARQ 125 | ARQ-DUPLEX, 125-ARTRAC | |
| 71 | DUP-ARQ 250 | ARTRAC II, DUP-ARQ-2 | |
| 72 | DUP-FEC-2 | ||
| 73 | F7W Morse/Baudot | 2 CH ITA-2 RTTY | |
| 74 | FEC-A | FEC 100, FEC 101 | |
| 75 | FT-4 | ||
| 76 | FT-8 | ||
| 77 | Globe Wireless FSK | Globe Wireless Pactor, GW DATAPLEX | |
| 78 | Globe Wireless OFDM | detection only | |
| 79 | Globe Wireless PSK | GW DATAPLEX | |
| 80 | G-TOR | Golay | |
| 81 | HC-ARQ | Haegelin-Cryptos | X |
| 82 | HELL (planned for 22.2) | HELLSCHREIBER | |
| 83 | HFDL | ACARS HF, ARINC 635-2 HF Datalink, ARINC 753 | |
| 84 | HF-FAX | ||
| 85 | HNG-FEC | ||
| 86 | Japanes Slot Machine | XSL, detction only | |
| 87 | KG-84 | detection only, incl. in various decders | X |
| 88 | KG-STV | ||
| 89 | LINK 11 CLEW | STANAG 5511, TADIL A, TADIL B | X |
| 90 | LINK 11 SLEW | STANAG 5511 SLEW | X |
| 91 | LINK 22 | only STANAG 4539 App. D | X |
| 92 | MEROD 150/267 Bd | RACAL-ARQ, RAC-ARQ | |
| 93 | MFSK-16 | ||
| 94 | MFSK-32 | ||
| 95 | MFSK-8 | ||
| 96 | MIL-188-110 16 Tone | only raw output | X |
| 97 | MIL-188-110 39 Tone | X | |
| 98 | MIL-188-110C App D, 3/6/9/12/15/18/21/24 kHz | WB-HF, detection only | X |
| 99 | MIL-M-55529A | MD-522, MD-674 | X |
| 100 | Morse | CW-Morse | |
| 101 | MT63-500/1000/2000 | ||
| 102 | Olivia | 8-16-32 | |
| 103 | Packet | AX.25 | |
| 104 | PACTOR I | incl. decoding of Robust Connect bursts | |
| 105 | PACTOR I FEC | ||
| 106 | PACTOR I/II/III | Includes all PACTOR modes I/II/III | |
| 107 | PACTOR II | ||
| 108 | PACTOR II FEC | ||
| 109 | PACTOR III | ||
| 110 | PACTOR-4 | post-processing (decompression) of airmail/sailmail emissions, if possible | |
| 111 | Panther-H Sync | detection synchronisation bursts only | X |
| 112 | Piccolo MK12 | Piccolo 12 | |
| 113 | Piccolo MK6 | Piccolo 6 | |
| 114 | POL-ARQ | CCIR 518 Variant | |
| 115 | PSK 10/31/63/125/250 | BPSK31 | |
| 116 | PSK 31/63/125/220-FEC | variant of PSK31 with FEC | |
| 117 | PSK-AM 10/31/50 | ||
| 118 | QPSK 31/63/125/250/500 | ||
| 119 | Robust Packet Radio | ||
| 120 | RUM-FEC | ROU-FEC, Saud-FEC | |
| 121 | SI-ARQ | ARQ-S | |
| 122 | SI-FEC | FEC-S | |
| 123 | SITOR-A | SITOR-ARQ, AMTOR, CCIR 476 A | |
| 124 | SITOR-B | SITOR FEC, CCIR 476 B, TOR dirty | |
| 125 | SP14 | NUM13 | |
| 126 | SPREAD 51 | ||
| 127 | SSTV | ||
| 128 | STANAG 4197 | audio codec not part of installation | X |
| 129 | STANAG 4285 | Terminal Mode: ASCII8, Baudot, STANAG 5066, HEX | X |
| 130 | STANAG 4415 | MIL-188-110A/B ser. (partly), 75bps | X |
| 131 | STANAG 4481 (FSK) | with detection of KG-84 encryption | X |
| 132 | STANAG 4481 (PSK) | contained in STANAG 4285 | X |
| 133 | STANAG 4529 | Terminal Mode: ASCII8 & Baudot, HEX | X |
| 134 | STANAG 4539 | MIL-188-110A/B ser. (partly), 150-4800 Bit/s | X |
| 135 | STANAG 4539 HDR | MIL-188-110B App.C (partly), 3200 - 12800 Bit/s | X |
| 136 | STANAG 5065 | (also Part of MIL188-110A/B) | X |
| 137 | STANAG 5066 | included in various decoders | X |
| 138 | SWED-ARQ | ARQ-SWE, CCIR 518 Variant | |
| 139 | Thales System 3000 Skymaster selcal | detection only | X |
| 140 | THROB1/2/4 | ||
| 141 | THROBX1/2/4 | ||
| 142 | Turkish Navy FSK | X | |
| 143 | Twinplex | ||
| 144 | Visel | FEC12, YUG-MIL | |
| 145 | Voice A3E/J3E | ||
| 146 | Voice J3E-LSB | ||
| 147 | Voice J3E-USB - SELCAL ICAO | Annex-10 | |
| 148 | X06-Mazielka | ||
| 149 | XPA | MFSK-20 | |
| 150 | XPA2 |
VHF UHF SHF Decoder
| No | Decoder (23.1) | Alias, Remarks | Type |
|---|---|---|---|
| 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 | ||
| 16 | Flex | ||
| 17 | FMS-BOS | ||
| 18 | Golay Pager | Golay/GSC | |
| 19 | GSM | Control Channel C0 | PMR |
| 20 | INMARSAT AERO-C | 8.4 / 10.5 / 21.0 kbs, no audio output | SAT |
| 21 | INMARSAT AERO-P | 0.6 / 1.2 / 2.4 / 4.8 / 10.5 kbps | SAT |
| 22 | INMARSAT AERO-R | 0.6 / 1.2 / 2.4 / 10.5 kbps | SAT |
| 23 | INMARSAT AERO-T | 0.6 / 1.2 / 2.4 / 10.5 kbps | SAT |
| 24 | INMARSAT ISATPHONE UPLINK | detection only | SAT |
| 25 | INMARSAT-C TDM | SAT | |
| 26 | INMARSAT-C TDMA | SAT | |
| 27 | IRIDIUM UPLINK | detection only | SAT |
| 28 | LINK 11 CLEW UHF | UHF version with FM primary modulation | MIL |
| 29 | Mobitex 1200 | Mobitex 80 | |
| 30 | Mobitex 8000 | Mobitex 400 | |
| 31 | Mode-S/ ADS-B | ||
| 32 | MOTOROLA SMARTNET 4/6 kHz | APCO-16, MTR-EDACS (Channeld decoding) | PMR |
| 33 | MPT1327 1200Bd MSK | PMR | |
| 34 | NMT450 | ||
| 35 | NXDN 2400/4800Bd | IDAS, NEXEDGE | PMR |
| 36 | Packet 1200/2400/4800/9600 | ||
| 37 | POCSAG 512/1200/2400 | CityRuf | |
| 38 | SELCAL CCIR-1 | SELCAL PCCIR, only for nominal frequency mode | |
| 39 | SELCAL CCIR-2 | SELCAL CCIR-7, only for nominal frequency mode | |
| 40 | SELCAL CCITT | only for nominal frequency mode | |
| 41 | SELCAL DTMF sub | for baseband demodulation | |
| 42 | SELCAL EEA | MPT1316, only for nominal frequency mode | |
| 43 | SELCAL EIA | only for nominal frequency mode | |
| 44 | SELCAL EURO | EURO5, only for nominal frequency mode | |
| 45 | SELCAL MODAT | only for nominal frequency mode | |
| 46 | SELCAL NATEL | only for nominal frequency mode | |
| 47 | SELCAL VDEW | only for nominal frequency mode | |
| 48 | SELCAL ZVEI | SELCAL DZVEI, PDZVEI, PZVEI,ZVEI-1, ZVEI-2, ZVEI-3 | |
| 49 | Tetra | usage of TEA 1/3/4 if key available | PMR |
| 50 | Tetra DMO | usage of TEA 1/3/4 if key available | PMR |
| 51 | Tetra Uplink | detection only, RACH bursts are decoded | PMR |
| 52 | Tetrapol | PMR | |
| 53 | Tetrapol VHF | for VHF range only | PMR |
| 54 | Thuraya Uplink | SAT | |
| 55 | VDL 2 | ||
| 56 | VDL 3 | ||
| 57 | Voice A3E (AM) Air Traffic | AM | |
| 58 | Voice F3E - SELCALS | CTCSS, DTMF, ZVEI, DCS | |
| 59 | VOICE INVERSION FM-LSB | SCRAMBLED ANALOG VOICE | |
| 60 | Yaesu System Fusion | 12.5 kHZ bandwidth | PMR |
| 61 | Yaesu System Fusion NB | 6.25 kHz bandwidth | PMR |
Decoder Decryption
| Decoder (23.1) | Detected Encryption Type | Type Recognition | Decyphering |
|---|---|---|---|
| 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 | + | manual key |
| 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 Receiver
| Brand (23.1) | Receiver | WINDOWS | LINUX | Max. BW, Comments |
|---|---|---|---|---|
| Airspy | Airspy HF+ Discovery | x | 768 kHz, ExtIO, 768 kHz | |
| 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 | ||
| GEW | gRX-LAN | x | 1 MHz, ExtIO | |
| IZT | 3XXX | x | x | 20 MHz, Up to 3 channels, Panorama, Scan |
| IZT | 40XX | x | x | 1 MHz, SignalSuite, 1 channel only |
| 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 | 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 |
- Extio: The download, installation, setup and configuration of the driver must be done by the end user.