Mobile World Congress 2024 - Private networks

Verify the 5G network performance in business critical private networks

Verify the 5G network performance in business critical private networks

Private 5G Networks enable business critical process in the verticals where they are used. Rohde & Schwarz provides the needed solutions to test private 5G networks from rollout and acceptance to network monitoring and troubleshooting. Here we are showing ROMES network testing software with an industry router for acceptance and troubleshooting, and QualiPoc probes with R&S®SmartMonitor for network quality monitoring.

5G Juggler: Importance of testing in 5G private networks

5G Juggler: Importance of testing in 5G private networks

The interview addresses the possibility of fast and reliable operations as well as new capabilities and efficiencies in industrial processes. The overall concept is explained using a product demo of a 5G TSN juggler which shows a deterministic low latency communication via 5G and ethernet using time sensitive networking(TSN).

Enable mission-critical networks with accurate network testing

Enable mission-critical networks with accurate network testing

Mission critical, or MCX, is a 3GPP standard for mission-critical communication networks, where X stands for various services such as data, video or voice, like PTT. Their users are government agencies and first responders, such as police officers, fire fighters or ambulance. Those networks play a crucial role in saving lives, so proactive testing is a key! In this video, we will present our solution to test Mission Critical (MCX) networks.

Solutions for regulatory authorities

Solutions for regulatory authorities

The R&S®ESMW ultra wideband monitoring receiver is the perfect solution to address future trends and challenges in spectrum monitoring. Thanks to its exceptional ITU-compliant RF performance, modular upgradability, and rich feature set, the R&S®ESMW provides the advanced capabilities needed for reliable measurements of current and upcoming wideband signals in high-density spectrum environments