Learn about the interactivity test measuring the interactivity of mobile networks and discover measurement results from real networks, including 5G.

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

Get deeper insight into NB-IoT networks by demodulating and decoding MIB/SIB messages with the R&S scanner-based NB-IoT coverage measurement solution.

This white paper analyzes the social media data category that covers all services where data is transferred between a client device and a server.

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.

Understand MIMO network testing and learn how operators can exploit the antenna technology’s higher spectral efficiency and capacity.

From an optimization and testing viewpoint, NB-IoT is more than a standard add-on to LTE. It is a completely new coverage challenge. Learn how to master it.

More than 60% of data traffic comes from streaming video. Understand how to test and measure QoE of today’s most popular third-party streaming services.

Voice – the almost forgotten service in mobile networks

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

Discover advanced solutions for mobile network engineering. Explore our portfolio for early network feature testing and network planning and optimization.

This white paper provides an engineer’s reference by describing radio access network optimization challenges and how to address them.

Discover solutions for mobile network optimization from Rohde & Schwarz. Explore our portfolio for network performance optimization and network troubleshooting.

Use the transparent and harmonized way of scoring mobile networks (NPS)! Benefits: globally comparable scoring (ETSI) that enables targeted network improvements.

Read this white paper to learn about the ways to test the different network architectures with solutions from Rohde & Schwarz.

This poster provides a graphical overview of the various implementations of DAS including passive, active and hybrid as well as the tests and equipment required for correct installation and maintenance. Request your copy now. 

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.

Register and download now our Whitepaper “Testing passive networks in distributed antenna systems (DAS)”.

Comparing CW and Low Duty Cycle PIM measurements

Unlock advanced solutions for mobile network deployment with our expert mobile network verification and acceptance portfolio for mobile network installation.

Network analytics services - get deep network insights, visibility of your own and competitors’ weak spots and recommendations for targeted improvements.

Beside solutions for mobile network testing, get the latest insights into mobile testing techniques to measure QoE and QoS.

R&S understands the importance of spectrum dominance & control over the electromagnetic spectrum (EMS) to achieve mission success for armed forces.

Rohde & Schwarz provides regulatory authorities with advanced spectrum monitoring solutions and the means to ensure ITU compliance and detect interferences. Learn more!

了解我们的 NTN 设备测试解决方案。我们为 NTN-IoT 设备测试提供多方位支持，保证产品质量出色并符合行业标准。

非地面网络 (NTN) 可以在全球范围内提供移动数据、语音通话和消息传输等服务，不受地理位置或地形的影响

Discover Rohde & Schwarz at MWC Barcelona 2026 (Hall 5, Stand 5A80): NTN, AI-RAN, Wi-Fi 8 and mission-critical testing for reliable next-gen networks.

Learn why network synchronization measurements in the time domain are becoming increasingly important given the high flexibility of 5G NR.

Learn about extremely short latencies in 5G and how they will enable the use of new applications, e.g. eGaming, and introduce new non-human user classes.

Read more about the challenge of timing alignment between 5G base stations as this has a large effect on inter-cell interference and user experience.