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R&S®ESME Wideband Monitoring Receiver - Product Brochure

The R&S®ESME wideband monitoring receiver is ideal for high-performance ITU-compliant spectrum monitoring, signal analysis and multichannel digital data streaming from 8 kHz to 40 GHz. In combination with Rohde & Schwarz single-channel direction finding (DF) antennas, it optionally supports angle of arrival (AOA) direction finding from 300 kHz to 8.2 GHz. Thanks to its exceptional RF performance, the R&S®ESME provides cutting-edge signal detection and measurement capabilities even in high-density spectrum environments.

Real-time FFT processing in Rohde & Schwarz receivers - Application Brochure

Real-time FFT processing in Rohde & Schwarz receivers - Application Brochure Brochures and Data Sheets

20-Apr-2023

Rohde & Schwarz launches R&S®ESMW to meet future spectrum monitoring trends and challenges

The R&S®ESMW ultra wideband monitoring receiver is ideal for meeting future spectrum monitoring trends and challenges.

07-Jun-2022

Rohde & Schwarz launches integrated high-performance antenna system for single-channel direction finders

Today, Rohde & Schwarz announced the launch of the high-performance R&S ADD597 direction finding and monitoring antenna system. It is a key element in fixed, mobile and transportable spectrum monitoring stations. Combined with a single-channel direction finder, R&S ADD597 delivers reliable measurement results even in dense spectrum environments. It covers the frequency range from 20 MHz to 8.5 GHz (vertical polarization) and 20 MHz to 7.5 GHz (horizontal polarization).

R&S®CA100 PC-Based Signal Analysis and Signal Processing Software - Product Brochure

R&S®CA100 is a standalone software solution for analysis, classification, demodulation and decoding of digital and analog IF signals. The software provides powerful signal analysis and signal processing functions and runs on a Windows PC. If connected to modern Rohde & Schwarz monitoring receivers with internal digital downconverters (DDC), e.g. R&S®ESMW or R&S®ESME, up to four signals can be processed in parallel.