Rohde & Schwarz portable monitoring systems are versatile tools for efficient field operations. They can be used for interference hunting, site surveys, on-site inspections and many other spectrum monitoring tasks.

5G for regulators: Unleash the full potential of 5G with our 5G monitoring receivers. Stay one step ahead with 5G measurement solutions from Rohde & Schwarz.

Rohde & Schwarz has a large portfolio of interference hunting products. Ranging from fixed and mobile monitoring sites to transportable and handheld solutions. More information.

Voice – the almost forgotten service in mobile networks

Mobile network testing solutions for end-to-end measurement campaigns. View all use cases and solutions to test the entire network lifecycle.

Certified partner program, certified partnership, MNT certified partner program

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

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

Oliver Jonas, Usability Manager, blends functionality with intuitive design to create our products’ pixel-perfect user interfaces (UI).

Pak Lun Lam blogs about the use of drones for testing and measuring mobile networks.

Andreas Rössler is a Rohde & Schwarz Technology Manager writing educational articles about 3GPP’s 5G New Radio (NR) standard and advancing 6G research topics.

Yunuen shares her expertise in interference hunting and offers practical tips on how to keep interferers out and revenue in.

Jeremy Carpenter blogs with a focus on technical and market developments particularly in the RAN such as 5G and mobile video.

Albert Huang, Head of Support and Regional Technical Pre-Sales Team Leader at Rohde & Schwarz, blogs with a focus on technical and market developments.

Andreas Richard, Project Manager Hardware, is blogging about embedded computing and electrotechnology with a focus on internal antenna design and processing modules.

Simon Allemann blogs about smartphone-based mobile network testing solutions.

Peter Busch blogs about his experience in the field of RF test & measurement.

Sindhu is a telecommunication engineer/marketing person who started with R&S a year ago. She relies on explaining the technologies, solutions, and products simplistically.

Miguel Román blogs about Machine Learning and its mobile network testing applications.

Adrian joined the MNT team 1½ years ago while he was still doing his apprenticeship as an electronics technician for information and systems technology at Rohde & Schwarz.

Gregor Tomic blogs about 5G and NB-IoT.

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

Watch our videos on mastering the challenges of NewSpace satellite constellations and learn more about optimal transponder usage, adaptive beam steering, beam und cluster hopping and more.

Watch our videos about taking next steps on non-terrestrial networks and satellite 5G / IOT and learn more about 3GPP, omnipresent communiation services, LEO and MEO satellite operators, innovation and standardization.

Instrument emulation – retain your current test system software. Learn more about the R&S®LegacyPro instruments.

This case study by Kongsberg presents a solution on how to qualify multi-channel direction finding radar receivers in the lab.

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

5G network testing is important for 5G mobile network rollout, operation and optimization. Discover 5G network testing solutions from an industry leader.

This white paper describes the AOA and POA methods applied to automatic radiolocation of RF interferers from a moving vehicle, comparing their performance with focus on cellular networks in urban areas.