Read about efficient XR services on mobile devices and XR latency measurements as KPI to evaluate the XR network quality

Mobile operators need to focus on data capacity and network densification, especially in dense urban areas. Learn how antenna tilt optimization can help.

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

5G demands a new paradigm for measuring quality of experience (QoE) since QoE has a different meaning in machine-type communication such as mMTC and URLLC.

Learn about medical device testing and find solutions for testing medical devices. Explore medical testing equipment for wireless implantable medical devices.

Rohde & Schwarz at the International Paris Air Show 2025, showcasing solutions shaping the future of electromagnetic spectrum operations. to enable sovereign skies.

Read how you can measure and analyze 5G networks passively by analyzing synchronization and broadcast signals.

Indoor deployments help operators meet the fast growing data demands in mobile networks. Learn how to plan and deploy small cell networks reliably.

Use the 5G site testing solution from Rohde & Schwarz to ensure correct network performance and QoS delivered to end users over 5G networks.

Learn about the key requirements and testing of private networks for smart factories: reliability, latency, and security.

Learn to measure the interactivity of a network, know about realistic traffic patterns, and discover QoE models for real-time applications like eGaming.

Read about the results for public, transparent, independent end-user quality of experience (QoE) 5G network evaluation for three major US network operators.

Information superiority is vital to effectiveness and survivability during missions.

In interference hunting, focus on the angle of arrival (AOA) method as it outperforms power of arrival (POA) regarding speed, accuracy, and effectiveness.

The new UDP Stream Test can provide insight into detailed per-packet latency values and overall mobile network reliability

Read the interview about the 2020 measurements of commercial 5G networks in Italy based on a Rohde & Schwarz test solution and upcoming plans.

The Rohde & Schwarz HF high-power transmitters required an innovative new cooling system to cope with the extra waste heat. Learn more.

Read more about the review of mobile network operator license obligations and learn how to convert passive network scanner measurements into data rates.

Read the first part "Telecom 4.0" of our new blog series "MNT Tech Insights" about the changing demands of private networks (based on the MNT Forum 2023).

Do you want to learn more about test procedures for mobile network testing, efficient data collection and test case classification? Read more here.

Learn more about why HF systems are seen as a reliable alternative to SATCOM, the national HF backbone, and Ship-Shore-Ship Buffer (SSSB).

At Milipol 2025, Rohde & Schwarz presents its field-proven signal intelligence and spectrum monitoring solutions – designed to help security and defense customers.

DAB+ transmission has never been so easy. Ask Rohde & Schwarz experts about our partner led trials, products, technology and experience.

Real 5G UE measurements

Learn more about the results from our new UDP Stream test on public networks and analytic possibilities of the test.

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 about the test and measurement aspects that mobile operators have to consider when testing 5G DSS networks.

Learn how dynamic spectrum sharing (DSS) enables the coexistence of 5G NR and LTE and why MBSFN subframes are required to allow the5G's SSB transmission.

This post explains how to set up and conduct NPS benchmarking campaigns so that it gives you statistically sound insight into mobile network quality.

The Rohde & Schwarz ARDRONIS Effect is designed to disrupt jam-resistant drones, operating individually or in swarms, even in the most contested and congested operating environments.