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Rohde & Schwarz offers products and solutions. If you do not already know which product is suitable for your task, you can find more information in this section.
Search for Solutions
Rohde & Schwarz offers products and solutions. If you do not already know which product is suitable for your task, you can find more information in this section.
54 Results
Discover our NTN device testing solutions. We support all aspects of NTN-IoT device testing to ensure high product quality and adherence to industry standards.
Sign up for our new automotive radar white paper and learn more about: automotive radar market trends, automotive radar trend, radar measurement.
Interference hunting solutions for Air Traffic Communications from Rohde & Schwarz to ensure aviation safety. Read more.
Rohde & Schwarz has equipped the Brazilian telecommunications regulatory authority ANATEL with a mobile monitoring and direction finding system for detecting unwanted interference to eliminate disturbing noise in the radio spectrum.
The Rohde & Schwarz coverage measurement systems analyze analog and digital broadcast as well as all common cellular radio networks.
5G network testing is important for 5G mobile network rollout, operation and optimization. Discover 5G network testing solutions from an industry leader.
Read about the results for public, transparent, independent end-user quality of experience (QoE) 5G network evaluation for three major US network operators.
The Communications Authority (CA) of Kenya has been operating a spectrum management and monitoring system (SMMS) from Rohde & Schwarz since March 2016. The networking solution includes both mobile and stationary components and is implemented across the country.
Rohde & Schwarz monitoring systems combine the different locating methods time difference of arrival and angle of arrival for hybrid location of emitters. More information.
Rohde & Schwarz monitoring systems combine the different locating methods time difference of arrival and angle of arrival for hybrid location of emitters. More information.
The National Communications Commission (NCC) of Taiwan operates an extensive spectrum monitoring system from Rohde & Schwarz.
Know about the different tests and procedures that apply when you want to understand the performance of either the network or over-the-top applications.
Learn more about data transport latency as an important factor for interactive and real-time use cases in future mobile networks.
Discover how 5G network performance monitoring helps operators wanting to access the new industry verticals by receiving high-level feedback in real time.
The 5G QoE test solutions from Rohde & Schwarz are independent, transparent and traceable to certified international standards and not aligend to proprietary techniques or individual vendors.
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.
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.
Do you want to learn more about test procedures for mobile network testing, efficient data collection and test case classification? Read more here.
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.
Read more about data latency in real field mobile networks. We will analyze in more detail how applied data rate and packet size influence latency.
Learn about the interactivity test measuring the interactivity of mobile networks and discover measurement results from real networks, including 5G.
Learn how applying a video quality measure to quantify video services as consumed by subscribers helps mobile operators to optimize their networks.
Learn to measure the interactivity of a network, know about realistic traffic patterns, and discover QoE models for real-time applications like eGaming.
Find out more about data transport latency of interactive use cases in mobility scenarios and the impact of changing conditions like cell changes.