Narda Announces Exciting New Updates for the SRM-3006 and RadMan 2XT

Narda Announces Exciting New Updates for the SRM-3006 and RadMan 2XT

From improved 5G capabilities to new scripts for the SignalShark, Narda announced a variety of exciting product updates. Between the even more reliable EMF measurements with the SRM-3006 and long-requested variable alarm thresholds for the RadMan 2XT, Narda STS has made updates to improve many of their products.

The SRM-3006 will soon have a firmware option available.

SRM-3006: 5G - A New Option for Code Selective Measurements

The firmware option for the SRM-3006 will soon be available! Further information will follow.

The option enables

  • Code selective measurement of the SSS/PSS value
  • Calculation of the total and maximum SSS/PSS value

Everything you need for quick, reliable 5G EMF measurements! Download Narda's flyer going over all the benefits of code selective measurements here, or check out the details on Narda's website.

SRM-3006: Press release: 5G NR EMF Measurements

Good news for all users of the Selective Radiation Meter SRM-3006 from Narda Safety Test Solutions

The market and technology leader in EMF test equipment now offers an all-round carefree package for 5G NR EMF measurements. Looking at the new requirements for 5G NR, mobile network operators, organizations, private measurement service providers, and public authorities can also use their tried and tested 9 kHz to 6 GHz SRM-3006 for code-selective measurements of 5G signals and thus reliably extrapolate to maximum power levels.

There will be a newly developed downconverter antenna for the upper-frequency range FR2 (> 24 GHz). Narda’s SRM-3006, therefore, gives you an all-round carefree package which you can use just as simply and reliably as before to fulfill your 3G, 4G, and 5G signal measurement tasks.

Check out Narda's latest press release about this update here.

Using an updated SRM-3006 in the field.

RadMan 2XT with Variable Alarm Thresholds

The RadMan 2 also gets an update with variable alarm thresholds.

An update for the RadMan 2-TS is now available

There have been frequent requests for variable alarm thresholds for the RadMan 2. For example, in some locations, the user needs to be warned as soon as possible if there is an active radiation source rather than when the limit value is exceeded. Or if the warning device is to be used to cover both the occupational limit values and the general public values, which are lower by a factor of 5.

Narda can cover these situations precisely with three new device variants. The alarm thresholds of these devices can be varied in the range from 10% to 310% in 5% steps using the PC software. These new devices correspond to the existing RadMan 2XT versions in every other respect. There are now three further RadMan 2XT versions for customers requiring variable alarm thresholds:

RadMan 2XT – Radiation Monitor Sets, 60 GHz, with variable alarm thresholds Item number
RadMan 2XT Optioned, ICNIRP 1998 / Occupational 2281/101-1
RadMan 2XT Optioned, FCC 96-326 / Occupational 2281/102-1
RadMan 2XT Optioned, SC 6 (2015) / Controlled 2281/103-1

Narda recommends the RadMan 2 variants without variable alarm thresholds for all customers who want to be certain that the alarm thresholds have not been altered either knowingly or unknowingly. The equipment is also ideal for users who require a warning device that will always use the same values to reliably warn the user that limit values have been exceeded.

Customers can now choose between fixed or variable alarm thresholds when placing an order. It is not possible to add this feature later. A datasheet for the RadMan 2XT is available here that's updated with the new variable alarm thresholds.

The New RadMan 2-TS Version 1.0.1 is available for download

The alarm thresholds can be changed using the Configuration menu of the PC software. This required a minor change that made the update necessary. Dowload the updated software here on Narda's website.

EFC-400: Version 2021 is Available for Immediate Delivery

The update is available at 2020 prices until December 31, 2020

The new 2021 version of the Simulation Software EFC-400 is available right now and includes some additional features. You can download a flyer with an overview of these new features here.

Expansion of the EFC-400 libraries is a simple way to include new applications along with the classic uses for antennas and high voltage equipment:

EFC-400TC Example – High-Frequency Version

The container ship model with an antenna array on the bridge allows the calculation of safety zones for the crew. It can be found in the antenna library under 'Ship.'

A glimpse of the high-frequency functions with the EFC-400TC used on a large ship.

SignalShark: What’s New

SignalShark Real Time Outdoor Remote Analyzer – now for outdoor applications

The outdoor version of the remote-controlled real time analyzer for detection, analysis, and localization of RF signals between 8 kHz and 8 GHz is now available for rent. It can be installed at a fixed location or moved if required. The device supports automatic direction finding and TDOA. The real time analyzer solves complex test and analysis tasks reliably and quickly with its outstanding RF performance.

The new Narda SignalShark 3330 Outdoor Unit is available and ideal for use in tough climates.

Additional third-party applications can also be run on the Windows 10-based device with its Intel Quad-Core processor.

The "SignalShark 3330 Outdoor Unit" series is characterized by its robust weatherproof aluminum diecast casing giving IP65 protection, which also serves as a heatsink. Its compact size means that the receiver can be fitted close to the antennas, keeping the antenna cables short with high sensitivity.

The Outdoor Unit is available in two versions:

  1. SignalShark 3330/101 - A cable connection to the network is available and the Outdoor Remote Unit has a new capability that is particularly useful in these situations: Power Over Ethernet (PoE). This means that the power supply is drawn through the Ethernet data communication cable. This reduces the number of connection cables that need to be laid to a minimum. The PoE++ variant is used, which provides enough reserves to provide power to additional components within the casing.
  2. SignalShark 3330/102 - Comes ready with a waterproof DC connection for the power supply and an integrated LTE modem. Ideal for all installations where there is no fixed network connection by cable.
An example of the SignalShark 3330 working in outdoor environments using both Ethernet and an LTE modem.

Find out more about Narda's new Outdoor Remote Analyzer here, along with a datasheet for all the details on the device.

Classify, demodulate and decode digital signals with the SignalShark

Combined with the Procitec go2MONITOR software, the SignalShark forms a compact, powerful monitoring solution. It enables detection, classification, decoding, and recording of complete wireless scenarios in the RF, VHF, UHF, and SAT frequency bands. This compact monitoring solution is now available to customers within the EU as a bundle directly from Narda. This bundle offers a price saving compared to purchasing the components individually.

A look at the ease of using the Procitec go2MONITOR software in the field.

You can download Narda's flyer here to find out more about the Procitec go2MONITOR software.

SignalShark: New scripts for additional applications

Scripts are small, Python-based remote control programs that you can use to extend and personalize the capabilities of the SignalShark. They can be launched directly on the instrument from the SignalShark application using the script launcher (the SignalShark controls itself). They only require the “SCPI” remote control option. Scripts are open source, so you can modify them as needed.

The best thing is, all scripts published so far are free of charge!

The SignalShark IQ recorder script allows for WAV format recording on devices like the SignalShark 3310.

SignalShark IQ recorder script

The “iqrecorder” script package comprises several separate script files. It enables the recording of IQ data in the WAV format.

Basic settings can be made in a dialog window before starting the recording.

For the recording itself, you can set the parameters Ftune and CBW via a Level Meter view. You can also set the Ftune parameter via the Peak Table view and specify a pre-set trigger threshold. Click here to download the SignalShark "iqrecorder" script package from Narda's website.

SignalShark CSV conversion scripts

The “convert spectrum” or “convertsgram” (spectrogram) scripts enable conversion of the internal HDF5 memory format to CSV files for further processing in the usual MS Office software applications.

  A screenshot of the Narda Script Launcher in use.A screenshot of the CSV files processed in Excel.

Figure 1 (left): Screenshot showing the Narda Script Launcher and a new “Convert” folder. After the particular spectrum data have been saved using the diskette icon (it does not matter if the spectrum is real-time or a scan), the menu can be used to select the data set to be converted to CSV format from the Convert folder.


Figure 2 (right): Within seconds, the new CSV files are created and saved to the same folder as the original data and can be opened and processed using EXCEL as shown here.


To download the latest SignalShark "convert spectrum" and "convertsgram" scripts from Narda's website, click here.

SignalShark Zoom in – Zoom out: New video on YouTube

Narda uploaded a new video on the topic “Zoom in – Zoom out” to their YouTube channel. And click here to check out their video that details the new Zoom functions with the SignalShark.

A capture from Narda's YouTube video that explains the new Zoom in - Zoom out functions.

Application Note: From sweep time to measurement time to interference search on TDD systems such as 4G / LTE and 5G

If you were taught to use an analog spectrum analyzer and you now want to use a real-time analyzer like the Narda SignalShark, you will have to come to grips with a few new terms. You will however have a device in your hands that will produce result data at a rate that leaves analog spectrum analyzers standing. When used properly, the SignalShark provides new concepts for solving measurement tasks faster and more efficiently than ever before.

The Application Note describes what is behind the terms sweep time, measurement time, detectors, traces, and so on, and how they are correctly applied. By the end of the Application Note, you should easily be able to trim the SignalShark so that it only shows results in the uplink of 4G and 5G TDD networks, for example, where you can track down interference without disturbance from the downlink.

Download Narda's Application Note here for all the new SignalShark and spectrum analyzer terms that you may need to know.