Rohde & Schwarz offre soluzioni di misura e collaudo per verificare la conformità agli standard degli amplificatori di potenza RF.

Per saperne di più sulla progettazione di amplificatori Doherty assistita dalle misure con il generatore di segnali vettoriali a due vie R&S SMW200A.

Discover how network testing ensures high-quality in-building LTE and 5G deployments. Learn more about the entire indoor deployment cycle of mobile networks.

Rohde & Schwarz enhances its products with new technologies and features that let customers maximize efficiency to reduce OPEX

Learn about use cases for the Internet of Things (IoT) and why network coverage is a key concern when testing mobile networks in the IoT market.

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

Real 5G UE measurements

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

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

Spot interference in your 5G NR TDD network easily with the R&S spectrum analyzers that use a gated trigger to separate the UL and DL slots.

Read more about data latency in real-field mobile networks. We study the occurrence of delay jitter in uplink and downlink direction and packet loss.

Rohde & Schwarz is empowering private network providers to play a prominent role in the digital transformation of manufacturing.

4x4 MIMO is the state-of-the-art approach to improve legacy LTE networks. Learn how to evlaluate and validate 4x4 MIMO networks with scanners and handhelds.

Learn how applying a video quality measure to quantify video services as consumed by subscribers helps mobile operators to optimize their networks.

Learn more about data transport latency as an important factor for interactive and real-time use cases in future mobile networks.

In this field study, discover the measurement results of using NB-IoT user equipment (UE) as data collection tools to get NB-IoT RF coverage measurements

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

Read more about radio resource control layer 3 signaling in 5G NR and LTE networks (connection control, measurement configuration and mobility procedures).

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.

Field measurements of network coverage and QoE are essential for regulators to validate license obligations and foster a healthy competition.

Learn about SmartBenchmarker's reliable alarming interface that offers more flexibility when setting up and managing large-scale measurement campaigns.

The machine learning based Call Stability Score in SmartAnalytics evaluates voice calls in mobile network benchmarking campaigns.

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

Learn why a video’s actual visual quality is only one of many factors determining customer satisfaction with mobile video service providers.

Read more about the new Recommendation ITU-T G.1051. ITU uses Rohde & Schwarz latency measurements and interactivity tests as international standards.

Learn about the different mobile network testing phases for private networks while verifying and monitoring quality and performance.

Discover how scanners enable real NB-IoT coverage evaluations as they can measure all cells independent of their spectrum implementation and RF parameters.

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.

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