Welcome to RTSA Suite's Online Help (V 1.5329)

The Place to Find Information, Tutorials, FAQs, and More

DDCommandCenter Block

The DDCommandCenter block unites all important functions for establishing a drone surveillance system. Detection includes targets of all kinds, such as drones, remote controls, mobile phones, Blootooth devices and other devices generating radio emission.

Drone Detection Block

The Drone Detection block filters the drone signatures from all incoming spectra and determines their direction and signal strength.

Histogram Block

The Histogram block contains the histogram which displays the distribution of the data measured with the Spectran device.

Spectrum Block

The Spectrum block contains the spectrum diagram which displays user defined traces within the frequency span given by the center frequency and RTBW span.

Waterfall Block

The Waterfall block contains the waterfall diagram which displays the data measured with the Spectran device over time (Y axis). The X axis contains the frequencies given by center frequency and RTBW span.

ComboView Block

The ComboView block contains a combination of the spectrum diagram, the waterfall diagram and the histogram.

Spectran V5 Block

The Spectran V5 block contains the configuration of a Spectran V5 device. If more than one device present, every device needs an own Spectran V5 block.

File Reader Block

Using the File Reader block allows the user to read and play previously recorded data. In contrast to the File Source block the File Reader block is especially designed to process the native stream file format. So even for large files memory demands remain low and the reading process is quite fast.

Time Shift Block

With the Time Shift block, measurement data can be recorded and played back with a time delay.

Waterfall 3D Block

The Waterfall 3D block contains the 3D waterfall diagram which displays the data measured with the Spectran device over time in a 3D representation. The data consist of the measured power values with respect to the frequency range, which is specified by the defined center frequency and RTWB span.

Histogram 3D Block

The Histogram 3D block contains the 3D histogram which displays the distribution of the data measured with the Spectran device in a 3D representation. The data consist of the measured power values with respect to the frequency range, which is specified by the defined center frequency and RTWB span.

SectorWaterfall Block

The Sector Waterfall block is used to graphically illustrate the captured signals of all sectors of an IsoLog antenna.

IsoLOG Directional Finding Block

The IsoLOG Directional Finding block is, similar to the Sector Waterfall block, a way to visualize the direction of detected targets.

Spectrum Stitcher Block

With the Spectrum Stitcher Block it is possible to combine several frequency measuring ranges (data streams) into one large frequency range.

Spectrum Condition Block

The Spectrum Condition block is used to define conditions in such a way that if signals occur within a user-defined range in the spectrum, the flag of a corresponding condition is set. Samples fulfilling such a condition can be marked in color.

AM/FM Demodulator Block

The AM/FM Demodulator block enables the acoustic replay of audio signals within the FM and AM band. Multiple channels (frequencies) can be monitored or replayed simultaneously.

Multispectral 3D Block

The Multispectral 3D block is used to visualize periodic patterns in the frequency domain. Technically, this is equivalent to an additional FFT analysis after resampling the raw data. Since these are mostly square-wave signals, also the multiples of the basic frequencies (harmonics) are shown in the chart. These can be suppressed optionally. The data consist of the measured power values with respect to the frequency range, which is specified by the defined sample rate.

Channel Power Block

With the Channel Power block the energy can be measured in a given frequency range. This is particularly useful if a channel contains not only a frequency but a frequency range and the energy is to be calculated for the entire range.