
P roduct Brochure | Version 10.01 R&S®ESMD Wideband Monitoring Receiver Premium-class signal reception
Open the catalog to page 1R&S®ESMD Wideband Monitoring Receiver At a glance The R&S®ESMD wideband monitoring receiver was specially developed for signal search, radiomonitoring, radio detection and spectrum monitoring tasks. It performs ITU-compliant measurements and meets the requirements of security authorities and organizations. The receiver is ideal for both stationary and mobile/vehicular applications because it can be operated via the front panel or remotely controlled via LAN. The R&S®ESMD features a wide frequency range (8 kHz to 40 GHz), outstanding receive characteristics, 80 MHz realtime bandwidth (base unit:...
Open the catalog to page 2R&S®ESMD Wideband Monitoring Receiver Applications Nationwide networked system for ITU-compliant radiomonitoring ❙❙ Networking of radiomonitoring nodes of civil regulatory authorities, e.g. with R&S®ARGUS and suitable options ❙❙ Automatic identification of deviations between actual and predefined spectral values ❙❙ Guided measurements with R&S®ARGUS – even for inexperienced users ❙❙ Audio demodulation and processing ▷▷ page 7 Searching for interference sources in the air traffic control (ATC) band ❙❙ Fast detection and elimination of interfering signals to maintain security-critical aeronautical...
Open the catalog to page 3R&S®ESMD Wideband Monitoring Receiver Benefits and key features Frequency range from 8 kHz to 40 GHz ❙❙ One radiomonitoring receiver for “all“ frequencies ❙❙ Base unit: 20 MHz to 3.6 GHz ■■ R&S®ESMD-HF: option for HF signal reception down to 8 kHz ■■ R&S®ESMD-SHF: option for SHF signal reception up to 26.5 GHz ❙❙ Same size, even with the above frequency options installed (19" width, 4 HU) ❙❙ R&S®MC40: external microwave downconverter for frequencies up to 40 GHz ▷▷ page 14 Integrated antenna switch ❙❙ Two separate inputs for HF (2) and VHF/UHF (3) ❙❙ One SHF input ❙❙ Automatic switching between...
Open the catalog to page 4Polychrome spectrum to distinguish superimposed, pulsed signals ❙❙ Display of time behavior (frequency of occurrence) of pulsed signals using color coding (for all realtime bandwidths) ❙❙ Settable occurrence frequency threshold ❙❙ Separate display of pulsed signals (superimposed in frequency, time and level) ▷▷ page 21 Video spectrum for display of subcarriers and transmission rates ❙❙ Spectrum display of demodulated signal ❙❙ Clear display of subcarriers, e.g. 19 kHz pilot tone ❙❙ Squared video spectrum to estimate the transmission rate (baud rate) of a digitally modulated signal ❙❙ Combination...
Open the catalog to page 5ITU-compliant measurements in the receiver Single-channel direction finder upgrade kit ❙❙ R&S®ESMD-IM option: ITU-compliant measurement of signal parameters for AM, FM and PM-modulated signals (e.g. modulation index, occupied bandwidth and phase deviation) ❙❙ Offline measurement of digitally modulated signals using the R&S®CA100IS software and suitable options (in line with ITU recommendation SM.1600) ▷▷ page 31 ❙❙ R&S®ESMD-DF option: upgrade to single-channel direction finder ❙❙ Direction finding of signals in frequency range up to 6 GHz ❙❙ Reliable DF results even in difficult environments...
Open the catalog to page 6Nationwide networked system for ITU-compliant radiomonitoring Networking of radiomonitoring nodes of civil regulatory authorities To perform civil regulatory authorities' radiomonitoring tasks in line with ITU recommendations, all available receiving nodes must be networked. This includes both stationary and vehicular radiomonitoring stations. The R&S®ARGUS monitoring software is ideal for networking and remotely controlling nationwide radiomonitoring systems as well as small regional networks. Interference can be quickly and effectively located and eliminated, even in a frequency spectrum with...
Open the catalog to page 7Searching for interference sources in the air traffic control (ATC) band Fast detection and elimination of interfering signals to maintain security-critical aeronautical radiocommunications The ATC radio band contains all security-critical radiocommunications necessary to control national and international aircraft movements. Interference in this approx. 20 MHz wide frequency spectrum can quickly lead to critical situations. It is necessary to constantly monitor this frequency range in order to quickly detect and eliminate unauthorized emissions and wideband interference. Monitoring of entire...
Open the catalog to page 8Radiomonitoring for security authorities and organizations Networking of several receiving stations to create a temporary networked system Monitoring station setups must be flexible in order to support local radiomonitoring tasks in both stationary and mobile applications. The R&S®RAMON radiomonitoring software was specially developed for networking receiving stations to create a temporary networked system. The software optimizes radiomonitoring of security-critical zones, for example by collecting spectra or demodulated audio content. Multiple receiver concept: parallel search, detection and...
Open the catalog to page 9Multichannel recording of securitycritical voice communications Continuous recording of voice communications In many cases, it is useful to continuously record voice communications (e.g. aeronautical radiocommunications) for later use (e.g. for investigations after a plane crash). Spoken information is therefore constantly recorded. Since multiple channels are simultaneously occupied in the ATC band, all active channels must be demodulated and recorded in parallel. Parallel transmission of up to 128 channels The R&S®ESMD provides up to 128 parallel channels for the continuous recording of audio...
Open the catalog to page 10Signal analysis of a communications channel with unknown content Online signal analysis with live streaming over LAN interface The R&S®ESMD provides a continuous I/Q baseband data stream for online analysis of a max. 1 MHz signal channel over the 1 Gbit LAN interface. The R&S®CA100 software uses this data stream to analyze and classify the signal on an external PC. It recognizes modulation modes and displays transmission quality in an eye diagram, for example. Bitstream analysis allows users to extract the message content from the received signal. If the wideband monitoring receiver is equipped...
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