This eGuide will give you some insights about next generation eCall (NG eCall), the difference to eCall and its coexistence, the advantages of NG eCall, what test equipment is needed.

Network-based communication technologies (LTE, 5G), direct communication technologies (DSRC, LTE-V2X, 5G NR-V2X) with relevant use casesand leading-edge test and measurement solutions for guaranteed success.

Test solutions from Rohde & Schwarz ensure optimization of all aspects of automotive 5G connectivity. Learn more about our 5G automotive testing solutions.

Exceptional performance for next generation radiomonitoring

Learn more about innovative security, surveillance and intelligence solutions from Rohde & Schwarz enabling governmental security and citizen safety.

Information superiority is vital to effectiveness and survivability during missions.

Turning military communications into a sovereign territory

Gain exclusive knowledge on the intricacies of signal analysis, RF technology, and their role in modern warfare and defense innovation. Explore the defense landscape and discover how Rohde & Schwarz enables true spectrum dominance in all domains.

Electromagnetic spectrum: a limited, universal resource for info exchange across environments. Critical for national intel agencies via COMINT interception.

Get an overview and new insights in our eGuide Testing RF power amplifier designs.

EMI precompliance testing from R&S provides fast and reliable test procedures in line with full compliance test. Learn more about our EMI test solutions.

Solutions from Rohde & Schwarz for Quantum Computing Technology

Digital. Sovereign. Secure. For critical infrastructures and VS-NfD working environments.

Reducing your carbon footprint by more than 50%? No problem with our sustainable transmitter solutions. Find out more!

Looking for resilient & reliable transmitter solutions? Then our TV transmitters are your first choice for broadcasting. Learn more!

Maximized operational efficiency and minimized costs for your TV transmitters – efficient broadcasting with our solutions.

Lear how to save costs for broadcast transmitter networks while ensuring consistent high-quality transmission delivery!

Discover a new era of smart broadcast distribution.The new TE1 liquid-cooled transmitter handles digital signals and ATSC 3.0 features efficiently, is designed to be more intuitive, and even boasts advanced remote capabilities. At Rohde & Schwarz we see the ease-of-use challenge as an opportunity to innovate.

Make your transmitter solutions future-ready: discover new business opportunities like safety warnings or event live streaming.

We offer educational institutions a wide variety of instruments from basic bench to high-end equipment, as well as multiple educational resources.

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

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.

Read more about results from a study of speech quality improvements where the EVS AMR-WB IO mode is compared with the legacy AMR-WB encoder

NB-IoT carriers are very difficult, if not impossible, to find. The Automatic Channel Detection (ACD) feature in R&S®ROMES4 does the job automatically.

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

Use R&S®ROMES4 to control and command NB-IoT modules and to evaluate test results. This ensures availability of the required NB-IoT network quality.

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

Rohde & Schwarz mobile network testing offers the world's first 5G NR network measurement solution, taking the lead in the 5G NR coverage challenge.

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

Learn about the sources of interference and how the measurement system's method affects efficient automatic direction finding.