Ultra-wideband (UWB) permits short-range, high-bandwidth communications at very low energy levels by using a large portion of the radio spectrum. UWB has traditionally been used for radar imaging with pulsed signals.

Rohde&Schwarz supports the WiGig / WiHD Technology.

Rohde&Schwarz supports the NFC / RFID Fundamentals Technology with Accurate Signal Analysis and NFC Signal Generation According to NFC Analog Specification and Easy-to-Use Analysis Software.

Rohde & Schwarz supports the Mobile Broadcast technology T-DMB and T-DMBVR for broadcasting and Multimedia T&M, wireless communications testers, wireless communications systems and signal generators.

Rohde&Schwarz supports the GPS / A-GPS Technology for Wireless Communications Testers & Systems and Signal Generators.

Rohde & Schwarz supports the Mobile Broadcast technology MediaFLO for transmitters, broadcasting and Multimedia T&M, wireless communications testers and wireless communications systems.

Rohde & Schwarz supports the Mobile Broadcast technology ISDB-T 1 Seg for transmitters, sound transmitters, broadcasting and Multimedia T&M, wireless communications testers, wireless communications systems, signal analyzers, spectrum analyzers, signal generators and mobile network testing.

Learn more about cellular vehicle to everything (C-V2X) technology incl. RSU deployment and acceptance that enhances road travel safety and traffic flow.

Li Shih Ooi leverages her engineering background to drive marketing strategies for Mobile Network Testing

Network measurements with drones offer telecom authorities and operators valuable insights into coverage, data throughput, and latency at flight altitude.

Read more about measurement results for one-way latency (OWL) and round trip time (RTT) in a commercially deployed public 5G non-standalone network.

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).

This poster provides a step-by-step guide to the required RF and functional 5G site tests, groups them into phases and itemizes necessary test equipment.

Rohde & Schwarz mobile network testing supports Qualcomm Snapdragon 8 Gen 3 chipset that powers the newest smartphones, such as Samsung Galaxy S24 models.

Rohde & Schwarz mobile network testing supports Qualcomm Snapdragon 8 Gen 2 chipset that powers the newest smartphones, such as Samsung Galaxy S23 models.

This video discusses how beamforming for synchronization signals and broadcast channels works in 5G NR. It contains a replay of real field data collected in a pre-commercial 5G NR network trial.

This video shows the recently launched 5G NR network measurement solution that consists of a network scanner and the ROMES software for real-time analysis and network optimization.

The complete benchmarking and optimization process from planning and data acquisition to validation, analysis and implementation of network improvements at a glance.

Get your free poster illustrating the different testing stages of mobile networks in pivate networks, and their specifications. Request a printed or digital version.

Integrated high-density monitoring networks from Rohde & Schwarz are the solution for the drastically increasing number of transmitters.

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.

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

Mobile monitoring stations are flexible and can easily move to locations where spectrum monitoring is needed. Mobile units can help mitigate interference, perform direction finding and homing tasks, take coverage measurements and even conduct microwave monitoring, in addition to other tasks.

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

Automatic workflows for a continuous 24/7 remote spectrum monitoring. More information.

This article explains what active and passive network monitoring are, key differences, their pros and cons and how to choose the right approach.

LDACS is about to enter the operational deployment phase. Learn more about the technological advantages, such as global interoperability, ground infrastructure sovereignty and high resilience.

This article explains what is MOS in the context of ATC communications, how can you measure it, how can you meet the requirements, and more

Learn about the advancements of the project MIAR with LDACS, a secure and scalable broadband link enhancing aviation CNS capabilities, ensuring optimized aircraft separation and navigation.

Explore the FCDI project's advancements in air traffic management, featuring LDACS technology for secure, high-throughput communication and enhanced interoperability.