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Rohde & Schwarz offers products and solutions. If you do not already know which product is suitable for your task, you can find more information in this section.
Search for Solutions
Rohde & Schwarz offers products and solutions. If you do not already know which product is suitable for your task, you can find more information in this section.
858 Results
Rohde & Schwarz crypto devices safeguard sensitive tactical and governmental voice and video transmissions.
Rohde & Schwarz oscilloscopes are highly valuable assets in defense labs for testing MILBUS protocols such as MILBUS-1553B and ARINC. Learn about military protocol testing.
Rohde & Schwarz instruments can test, measure and verify your waveform design within the final hardware. More about our solutions for waveform testing.
Rohde & Schwarz is the expert for interoperable and jamming-resistant waveforms for enhanced military communications.
Download this publication to unveil the challenges that mode-agile radar and EW threat emitters pose to traditional static threat library implementations in radar and EW systems.
In this white paper, we introduce the concept and operating principles of passive radar systems and present a review of technologies that can be used during research, development, testing and evaluation (RDT&E) of passive radar systems.
This case study by Kongsberg presents a solution on how to qualify multi-channel direction finding radar receivers in the lab.
Download this publication to get a deeper understanding of digital electronics communications test solutions for ensuring the signal, data and power integrity needed during digital design, integration and performance verification. Both legacy and next generation electronic computers need wired communication integrated systems, subsystems and their integral component parts.
Learn more about the Rohde & Schwarz solutions for testing and performance validation of the latest air-to-ground, air-to-air, RF, satcom and avionics standards.
Andreas Spachtholz blogs about emerging cellular technologies, such as NB-IoT and 5G.
Network measurements with drones offer telecom authorities and operators valuable insights into coverage, data throughput, and latency at flight altitude.
Learn to measure the interactivity of a network, know about realistic traffic patterns, and discover QoE models for real-time applications like eGaming.
Miguel Román blogs about Machine Learning and its mobile network testing applications.
Li Shih Ooi leverages her engineering background to drive marketing strategies for Mobile Network Testing
Read the third part "Fun with scanners" of our blog series "MNT Tech Insights" about RF scanners in mobile network testing (based on the MNT Forum 2023).
Read stories from the experts and get more insights into our state-of-the-art mobile network testing solutions for field services and interference hunting.
Read about the results for public, transparent, independent end-user quality of experience (QoE) 5G network evaluation for three major US network operators.
Network analytics services - get deep network insights, visibility of your own and competitors’ weak spots and recommendations for targeted improvements.
Rohde & Schwarz supports the latest Qualcomm Snapdragon 8 Gen 1 Rohde & Schwarz supports the latest Qualcomm Snapdragon 8 Gen 1 The introduction of new smartphones poses an ongoing challenge for network operators because they need to ensure ideal subscriber Quality of Experience (QoE) and avoid any disruption to their network performance. Usually, at the beginning of every new calendar year, the leading
The globally renowned European Telecommunications Standards Institute (ETSI) has published TR 103 559. The technical report (TR) describes the best practices for robust network QoS benchmark testing and scoring.
Rohde & Schwarz offers a broad range of spectrum monitoring tools for these applications and for monitoring proper use of the spectrum.
Verification of license-compliant operations 200_50427 Spectrum Monitoring Vehicle Verification of license-compliant operation Measuring and verifying technical parameters of transmitters The urge for wider coverage or higher transfer rate sometimes motivate network operators to turn the technical parameters of transmitters up to the limits or even beyond. But also, faulty devices or misconfigured
Rohde & Schwarz aerial monitoring systems are perfect tools for missions high above ground that are difficult to access by other means.
Interference hunting 200_13645 Spectrum Monitoring Vehicle Interference hunting Always the right tool for efficient radio interference hunting For mitigating radio interference, Rohde & Schwarz offers a comprehensive toolset. The solutions allow regulatory bodies to detect, identify and locate the unwanted emissions. As the sources of interference are as diverse as the signals that become interfered
Rohde & Schwarz transportable monitoring stations complement fixed and mobile stations in day-to-day operations. They can be deployed at any site for spectrum clearance tasks, identifying sporadic radio interference or other temporary measurements.
Occupancy measurements 200_14262 Spectrum Monitoring Vehicle Occupancy measurements Investigating the spectrum for detecting white spaces and bottlenecks The frequency spectrum is a scarce resource and the number of its users is increasing continuously. These facts are motivating administrations to strive for optimizing the assignments of available radio frequencies. With Rohde & Schwarz spectrum monitoring
The Communications Authority (CA) of Kenya has been operating a spectrum management and monitoring system (SMMS) from Rohde & Schwarz since March 2016. The networking solution includes both mobile and stationary components and is implemented across the country.
The R&S®HE800-DC30 expands the powerful handheld spectrum monitoring solutions from Rohde & Schwarz to 33 GHz
Rohde & Schwarz monitoring systems combine the different locating methods time difference of arrival and angle of arrival for hybrid location of emitters. More information.
The dramatic increase of active transmitters for modern communications in ever-higher frequency bands makes efficient spectrum monitoring essential.