Program Options

Performs full time search and analysis of frequency ranges including collection, storage and displaying of radio frequency spectrum data. Performs the same functions as RadioInspector RC, but is designed and enhanced to search for clandestine and illicit transmitters – hidden radio eavesdropping devices. RadioInspector RT does not require I_MasterDevice.

The program supports a number of features which are not available in RadioInspector RC, in particular, controlling Electronic Countermeasures (ECM) transmitters (for signal jamming) and other functions.

RadioInspector RT options:

DTest option (Digital Test)

Digital signal processing and analysis of signal connumications standards: GSM, LTE, UMTS (3G), DECT, BlueTooth, TETRA, APCO25, DMR (MOTOTRBO), DPMR, NXDN, 802.15.4 based (ZigBee ect.), DVB-T, DVB-T2, , and Analogue TV. Note: Demodulator capabilities depend on the instrument’s IQ bandwidth streaming.

RT-Gео option
Geographic information support system with built-in Open Street Maps. Maps are cached for use off-line. GPS receiver support.

*MapInfo software is also supported (must be purchased separately). 

RT-Group option

Designed for merging several RadioInspector RT systems in single group for data exchange (real-time comparison of signal spectrum).

RT-RemoteMD option

Enables remote control of instruments via Local Area Network or Internet (with connection to I_MasterDevice program running on a remote computer).

RT-SoundScaner option
Operating an additional communications scanning receiver (handoff receiver) for audio demodulation of signals, without stopping the main instrument’s scanning and analysis functions. Communications scanning receivers that can be selected for audio demodulation include: AR3000A, AR5000A, AR5001D, AR 5000SB8, AR8600 MK2, AR8200, AR8000, AOR SR2200, AOR Alpha, AOR AR-DV1, ICOM R10, ICOM R20, ICOM PCR1000, ICOM PCR1500, ICOM PCR2500, ICOM R8500, ICOM R9500, EB200 Receiver, CK4-BELAN.

RT-Scanner option

Using scanning receivers for scanning of electromagnetic fields (instead of spectrum analyzers).

RT-Meas option

Measurement of signal parameters – frequency, frequency bandwidth, field strength, etc. This option is available only with RT-SA option.

RT-AdvancedDB option

A complex database for measuring instrument’s results, with an operator’s database where measuring instrument names, owners, frequencies are stored in different tables. Also used for mission scheduling and radio monitoring automatic task launching and autonomous data collection. The AdvancedDB option is used for projects with multiple instruments,  performing tasks in different locations and with multiple operators.

Includes: •Authorized frequency database •Measurement results database •Standards Database •Database of measuring instruments •Database for task automation •Employee database.

RT-MeasDB option

Adds performance measurement results table to the “Advanced” database. This option requires “RT-AdvancedDB” option and “RT-Meas” option.

RT2 option

The program is designed for working with two types of measuring instruments, with models selected by the customer.

RT3 option

The program is designed for working with three types of measuring instruments, with models selected by the customer.

For the processing of stored measurements results of radio frequency signal spectrum analysis (created by RadioInspectorRT or RadioInspectorRC programs). Provides results in amplitude-frequency-time-geographic coordinate scales, analyzes electromagnetic fields at the point of measurement or along a mobile geographic trace, presentation of analysis in 2- or 3-dimensional view, displaying results on a digital map, calculation of radio coverage areas by field strength measurements, frequency channels’ measurement; channel occupancy and estimation of spectrum usage, post-search measurement of signal parameters, determining sources of interference. Post analysis of electromagnetic fields on controlled signals.

RadioInspector RP options:

RP-Geo option
Geographic information support system with built-in Open Street Maps. Maps are cached for use off-line. MapInfo software is also supported (must be purchased separately). 

RP-MeasDB option

This option adds RF performance measurement results table to the “Advanced” database. This option requires the “RP-AdvancedDB” option.

RP-AdvancedDB option

A complex database for measuring instrument’s results, with an operator’s database where measuring instrument names, owners, frequencies are stored in different tables. Also used for mission scheduling and radio monitoring automatic task launching. The AdvancedDB option is used for projects with multiple instruments, RadioInspector performs tasks in different locations and has multiple operators.

Includes: •Authorized frequency database •Measurement results database •Standards Database •Database of measuring instruments •Database for task automation •Employee database.

Full time spectrum analysis of frequency ranges including collection, storage and displaying radio frequency spectrum statistics. Performs the basic functions of radio monitoring and measurement of VHF-UHF-SHF radio frequency signals for “civilian” radio monitoring tasks which require metrologically correct measurement results.

The program I_MasterDevice is required to control supported receivers, spectrum analyzers and SDR Instruments. The RadioInspectorRC package includes the I_MasterDevice program.

RInspectorRC works with measuring instruments that are connected to a computer via the I_MasterDevice program (I_MasterDevice can run on the same computer where RInspectorRC is running). The program is capable of defining a ‘measuring path’ including measuring instrument, antennas and transmission lines, their calibration (loss/gain) data. The measuring circuit determines the measurement accuracy.

RadioInspector RC options:

DTest option (Digital Test)

Digital signal processing and analysis of signal communications standards: GSM, LTE, UMTS (3G), DECT, BlueTooth, TETRA, APCO25, DMR (MOTOTRBO), DPMR, NXDN, 802.15.4 based (ZigBee ect.), DVB-T, DVB-T2, , and Analogue TV.  Note: Demodulator capabilities depend on the instrument’s IQ bandwidth streaming.

RC-GROUP option

Option designed for merging few RadioInspectorRT(RС) in single group for data exchange (real-time comparison of signal spectrum)

RС-Meas option (Meas – Measurement)

Measurement of signal parameters – frequency, frequency bandwidth, field strength, etc.

RC-AdvancedDB option

A complex database for measuring instrument’s results, with an operator’s database where measuring instrument names, owners, frequencies are stored in different tables. Also used for mission scheduling and radio monitoring automatic task launching and autonomous data collection. The AdvancedDB option is used for projects with multiple instruments, performing tasks in different locations and with multiple operators.

Enables RadioInspector to require challenge-response authorization on startup or for a program session.

Includes: •Authorized frequency database •Measurement results database •Standards Database •Database of measuring instruments •Database for task automation •Employee database.

RC-MeasDB option

This option adds the measurement results table to the “Advanced” database. This option requires
“RC-AdvancedDB” option and “RC-Meas” option.

RC-RemoteMD option

Enables remote control of instruments via Local Area Network or Internet (with connection to I_MasterDevice program running on a remote computer).

RС-Gео option

Geographic information support system with built-in Open Street Maps. Maps are cached for use off-line. GPS receiver support.

*MapInfo software is also supported (must be purchased separately). 

RC-SoundScaner option
Operating an additional communications scanning receiver (handoff receiver) for audio demodulation of signals, without stopping the main instrument’s scanning and analysis functions. Communications scanning receivers that can be selected for audio demodulation include: AR3000A, AR5000A, AR5001D, AR 5000SB8, AR8600 MK2, AR8200, AR8000, AOR SR2200, AOR Alpha, AOR AR-DV1, ICOM R10, ICOM R20, ICOM PCR1000, ICOM PCR1500, ICOM PCR2500, ICOM R8500, ICOM R9500, EB200 Receiver, CK4-BELAN.

RC-Scanner option
Using scanning receivers for scanning of electromagnetic fields (instead of spectrum analyzers).

The program is similar to RadioInspectorRT but is for use with simple communication scan receivers only. Long-term operational inspection of frequency ranges and fixed frequencies lists, collection, storage and displaying data about the radio frequency spectrum status for continuous-time measurements (spectrogram or ‘waterfall’ with unlimited data size).

* (A minimum selection of one option required with purcahse)

RadioInspector RT-Light options:

Light-SList
Using an authorized frequencies database, signal amplitude threshold line and threshold line signals exceedance list.

Light-Sound
Recording and analysis of demodulated audio signals, ability to automatically record demodulated audio when RF signals exceed established amplitude thresholds.

Light-SoundScaner
Operating an additional communications scanning receiver (handoff receiver) for audio demodulation of signals, without stopping the main instrument’s scanning and analysis functions. Communications scanning receivers that can be selected for audio demodulation include: AR3000A, AR5000A, AR5001D, AR 5000SB8, AR8600 MK2, AR8200, AR8000, AOR SR2200, AOR Alpha, AOR AR-DV1, ICOM R10, ICOM R20, ICOM PCR1000, ICOM PCR1500, ICOM PCR2500, ICOM R8500, ICOM R9500, EB200 Receiver, CK4-BELAN.

Light-RemoteMD
Ability to control the scanning receiver via a network; transferring demodulated audio signals via the network in real-time.

* In order to control the receiver by the RadioInspectorRT-Light program (with Light-Lan option) which is connected to a remote computer and to receive demodulated audio over the LAN in real-time, the MasterDevice-Light program with the Light-Lan option must be running on the remote computer.

Light-SoundScaner
Operating an additional communications scanning receiver (handoff receiver) for audio demodulation of signals, without stopping the main instrument’s scanning and analysis functions. Communications scanning receivers that can be selected for audio demodulation include: AR3000A, AR5000A, AR5001D, AR 5000SB8, AR8600 MK2, AR8200, AR8000, AOR SR2200, AOR Alpha, AOR AR-DV1, ICOM R10, ICOM R20, ICOM PCR1000, ICOM PCR1500, ICOM PCR2500, ICOM R8500, ICOM R9500, EB200 Receiver, CK4-BELAN.

Light-RemoteMD
Ability to control the scanning receiver via a network; transferring demodulated audio signals via the network in real-time.

* In order to control the receiver by the RadioInspectorRT-Light program (with Light-Lan option) which is connected to a remote computer and to receive demodulated audio over the LAN in real-time, the MasterDevice-Light program with the Light-Lan option must be running on the remote computer.

MasterDevice-Light
The program allows controlling scanning receivers on a remote computer.
The program runs in a background mode without showing active windows.

* In order to control the receiver by the RadioInspectorRT-Light program (with Light-Lan option) which is connected to a remote computer and receives demodulated audio signals from the receiver over the LAN in real time, the MasterDevice-Light program with the Light-Lan option must be running on the remote computer.

 AORDV-DTest

Digital communication standards analysis based on the capability and use of the AOR AR-DV1 receiver only, to demodulate various signals of different digital standards which depends on the firmware and hardware of the receiver used for signal acquisition.

Control of measuring instruments, multiplexing access from different operating programs, GPS receiver control, determination of antenna factors and transmission lines for calculations, transferring demodulated audio in real time from a remote computer. I_MasterDevice requires RadioInspector RC or RadioInspector RT for remote control via LAN and the Internet.

The program runs in background mode without active windows. To control the instruments on a remote computer using RadioInspector RT or RC (with RemoteMD option) and receive demodulated audio signal via the network in real time, the I_MasterDevice program must run on the remote computer.

Note: The program, as supplied, works with a single measuring instrument only (either a spectrum analyzer or receiver), specified by the Customer.

I_MasterDevice options:

MD-Gео option
Geographic information support system with built-in Open Street Maps. Maps are cached for use off-line. MapInfo software is also supported (must be purchased separately). 

MD2 option
The program is designed for working with two types of measuring instruments, with models selected by the Customer.

MD3 option
The program is designed for working with three types of measuring instruments, with models selected by the Customer.

The I_Remote Check program provides the ability to efficiently and effectively remotely monitor single or multiple RF spectrum sensor data collection points at a facility or surveillance location simultaneously 24 X 7, logging all signal events that break an operator determined threshold. The program connects to all receivers or collection points for monitoring over a LAN with RadioInspector.

I_Remote Check is a separate program providing operators with the ability upload a facility floor plan or use built-in Open Street Maps on the visual interface and place the location of each receiver-sensor collection point directly onto the floor plan or map. The visual interface includes conditional icons displaying the status of each remote monitoring collection point, indicating whether the receiver is operational, idle (not scanning) or when a detection event has occurred.

A program for processing IQ data recorded and saved with RadioInspector RT or RC software. Designed to analyze the availability of information in IQ data and the estimation of the content and parameters of digital signal packets. Performs a digital frequency shift (fine-tuning the frequency measurement to the signal frequency), digital filtering and resampling of the source data at a desired frequency rate, decimates original IQ data to a predetermined sampling frequency and allows operators to select ‘Windowing’ options to provide a powerful system to perform comprehensive professional post-analysis of analogue and digital signals. Options include audio demodulation of saved IQ data during post processing and Digital Testing using the DTest program for all supported communication standards of saved IQ data during post processing.

Demod option

Performs demodulation of recorded IQ data. Types of demodulators: AM, FM, analogTV (PAL/SECAM/NTSC), APCO-P25, DMR(MotoTRBO), TETRA, DVB-T2, DVB-T*.

*Available soon.

 DTest option

Digital analysis of recorded IQ data for communication standards: GSM, LTE (4G), UMTS(3G), DECT, Bluetooth, 802.15.4 (ZigBee etc.), APCO-P25, TETRA, DMR(MotoTRBO), dPMR, NXDN, DVB-T, DVB-T2,  AnalogTV (PAL/SECAM/NTSC), .

Advanced stand-alone hardware/software system that includes RadioInspector Wi-Fi analysis software with a compact receiver module. Performs analysis of Wi-Fi networks, detection of operating access points and other devices on Wi-Fi networks, detection of links (data transmission) between devices on Wi-Fi networks and traffic calculation, displaying information about detected devices on Wi-Fi networks and other devices connected to them in text format, displaying detected devices and links between devices in graphic format, availability of various filters for displaying devices with required parameters, authorized “legal” devices list and Archive Operation: displaying recorded device activity; displaying device operation for a selected time interval. Multiple receiver modules can be used as a distributed system for autonomous 24 X 7 data collection or remote monitoring applications. Geographic information support option with built-in Open Street Maps allows the use of an external GPS receiver for digital mapping applications with mobile route data recording.