A firmware update brings the SignalShark application up to the latest state but does not change the SignalShark operating system.
The latest version of the SignalShark firmware (Application Version) is: 18.104.22.168
Requirement: Operating system version V2.0.6 or above
If you have operating system version V2.0.5 or earlier, a complete system update will be required in order to use the new firmware (see below).
The exact content of this version is described in the ReadMe file (included in the ZIP archive).
Warning: Downgrading to a previous firmware version is no longer possible after you have installed this firmware.
SignalShark System Update
A system update updates the SignalShark’s operating system and firmware. You should only perform a system update if this is necessary in order to update the firmware. Any options must be re-installed following a system update.
You can find more information about this in the document SignalShark-System-Update-ReadMe
The latest version of the operating system is: V2.0.7
Narda MapTools is used to download Open Street Maps for use with SignalShark and IDA products. The latest version is found here:
Das Tool SignalShark Finder kann dazu verwendet werden, in einem Netzwerk nach angeschlossenen SignalShark-Geräten zu suchen. Neben der IP- und MAC-Adresse werden auch Informationen über die Firmware-Version, den Gerätenamen und die Seriennummer der im Netzwerk verfügbaren SignalShark-Geräte aufgelistet. Diese Informationen können zur weiteren Verwendung in anderen Programmen in die Zwischenablage kopiert werden. Das Tool ermöglicht auch eine einfache Verbindung zu einem SignalShark über Remote Desktop.
Narda Script Launcher
In everyday work applications, measuring procedures may need customized adjustments. To meet also these special needs, SignalShark supports python based scripting. Narda Script Launcher allows SignalShark users to select and run scripts from within the SignalShark application.
For more information about the free Narda Script Launcher tool, see:
Narda Quick Guide
Quick Guide which explains how to develop Python scripts for SignalShark using the IDE software PyCharm. The ZIP archive also contains the PyCharm project "UserScriptDev", which can be used as a basis for your own projects.
NSL Script Packages:
The "copysettings" script copies selectable parameters such as Fcent, RBW and Attenuator from one task to another task.
The script "saveptable" allows to save the information of a peak table in CSV format.
The script "iqstreamcntr" allows to configure and start an IQstream easily.
The script "peaktrigger" uses the peak table view of SignalShark to stop the measurement when reaching or exceeding a user defined level.
The script "signalsharkwol" allows to switch on a network connected SignalShark via WakeOnLAN.
The script package "nslconverter", contains scripts for converting data formats.
SignalShark stores measurement data in HDF5 format. With the script "convertspectrum" you can convert spectrum data stored in HDF5 format to CSV format.
SignalShark stores measurement data in HDF5 format. With the script "convertsgram" you can convert spectrogram data stored in HDF5 format to CSV format.
The script allows to convert CSV based transmitter tables of the IDA into the XML based format of the SignalShark.
To do this, the corresponding transmitter table is marked in the PC software IDA-Tools and copied as CSV formatted text to the clipboard of the PC using the function "Copy actual View to Clipboard". The next step is to paste the contents of the clipboard into a text file and save it with the extension ".csv". When the script is executed, the user is asked for the CSV file to be converted and the file is then converted to the XML-based SignalShark format and saved.
The script allows to convert CSV-based service tables of the SRM into the XML-based format of the SignalShark.
To do this, mark the corresponding service table in the SRM-Tools/TS PC software and copy it as CSV-formatted text to the PC clipboard using the "Copy actual View to Clipboard" function. The next step is to paste the contents of the clipboard into a text file and save it with the extension ".csv". When the script is executed, the user is asked for the CSV file to be converted and the file is then converted to the XML-based SignalShark format and saved.
The script allows to convert CSV based transmitter tables of an Excel spreadsheet to the XML based format of the SignalShark. The user is provided with an Excel file as a template. After filling out the table, it can be saved in Excel as a CSV file. When the script is executed, the user is asked for the CSV file to be converted and the file is then converted and saved in the XML-based SignalShark format.
The script package "nslgnss" consists of several individual script files. It displays information about the current GNSS reception and issues a warning message if the quality of the GNSS reception falls below a certain level.
The script package "iqrecorder" consists of several single script files. It enables the recording of IQ data in WAV format.
Before recording, basic settings can be made in a dialog window.
For the recording there is the possibility to set the parameters Ftune and CBW via a Level Meter View. On the other hand, the Ftune parameter can also be set via the Peak Table View and a predefined trigger threshold.
The "nslremotedf" script package consists of several individual script files. It allows to create a localization with several SignalShark devices located in a network.
The SignalShark devices on the network can be listed and managed.
First, one configures a bearing in the main device as usual. Then the settings can be transferred from the main unit to all units on the network.
In an overview display, the "Spectrum View" of all SignalShark devices in the network can be checked.
Finally, a bearing is taken on all devices at the same time, if possible, and this bearing is saved in the main device in a new working directory. The main device calculates a localization from the bearings generated in this way and displays it on a map.
The package "nslcoveragemap" consists of several single script files. The user can configure settings for the coverage map and take location-dependent level measurements with distinct color-coding. The coverage map level measurements can be saved in CSV file format to be viewed later or to be converted into KML format for geographical data display.
Das Skript "nslmdoc" nimmt eine Word-Vorlagendatei (.docx) als Basis für einen Messbericht.
Es liest alle Einstellungen aus der aktuellen Messung aus, macht von jeder View einen Screenshot und erzeugt einen Messbericht als MS-Word-Dokument.