The R&S®TSMx drive and walk test scanner features optimization, troubleshooting and mobile coverage measurements with non-intrusive scanner measurements. Find out more.

Cellular network analysis software for authorities to analyze the network environment, collect evidence, protect sensitive areas and search and rescue.

Models: R&S®TSMS8, R&S®TSME6, R&S®TSMA6B, R&S®TSMS53DC, R&S®TSMS-OMN70, R&S®TSME44DC, R&S®TSMS-OMN8, R&S®TSMS-LMAGM

Mobile network testing (MNT) and cellular network analysis (CNA) have many use cases that overlap but require different antennas. Together with our R&S®TSMx mobile network scanners, Rohde & Schwarz has several antennas for all types of measurement campaigns. Typical network scanner applications include coverage and signal quality measurements for network verification, optimization, troubleshooting and benchmarking. Network scanners are also used for MIMO, network synchronization, interference and drone based RF measurements.

The R&S®TSMx mobile network scanners collect RF data to test mobile networks or analyze networks for government purposes. The new application programming interface (API) for R&S®TSMx mobile network scanners – here referred to as R&S®ViComWeb – allows the scanners to be quickly integrated into any third-party software irrespective of the operating system in use. Installations for walk and drive tests and for remote control of the scanners are supported.

Models: R&S®TSMS8, R&S®TSME6, R&S®TSMA6B, R&S®TSMS53DC, R&S®TSMS-OMN70, R&S®TSME44DC, R&S®TSMS-OMN8, R&S®TSMS-LMAGM

Enhancing situational awareness with R&S®NESTOR and R&S®TSMx - Case Study Folletos y fichas técnicas

Models: R&S®TSMS8, R&S®TSME6, R&S®TSMA6B, R&S®TSMS53DC, R&S®TSMS-OMN70, R&S®TSME44DC, R&S®TSMS-OMN8, R&S®TSMS-LMAGM

Describe las funciones específicas del instrumento, incluida la configuración de medida con instrumentos R&S®TSMx6.

Describe las funciones específicas del instrumento, incluida la configuración de medida con instrumentos R&S®TSMx6.

The R&S®TSME44DC and R&S®TSMS53DC are designed to easily upgrade the R&S®TSMx network scanners to measure 5G NR signals in the mmWave frequency range. They perfectly extend the latest generation mobile network scanner family and provide all features for easy drive and walk testing. They are fully controlled by the R&S®TSMx and the corresponding software layers, which allows seamless, unattended operation.

R&S®TSMX-PPS2 GPS Module - Product Brochure

Desde el punto de vista de la optimización y las pruebas, el IoT de banda estrecha es más que un añadido estándar al LTE. Representa un desafío totalmente nuevo para la cobertura. Descubra cómo afrontarlo.

El Mobile Network Testing de Rohde & Schwarz proporciona una solución sin igual para pruebas combinadas que mide con precisión la cobertura del enlace descendente por medio de escáneres de red.

feb 20, 2018

A time-gated spectrum scan applies a time gate on uplink/downlink slots/symbols or guard period and helps identifying interference in operational 5G TDD networks.

Sep 21, 2023 | N.º de nota de aplicación 8NT08

Ensayos basados en escenarios para aplicaciones C-V2X en entornos de laboratorio y sobre el terreno

jun 30, 2022

NB-IoT measurements with TSMx scanner

Rohde & Schwarz offers a multitude of solutions for testing LTE-Advanced carrier aggregation implementations.

Las soluciones de ensayos EMF de R&S implementan los estándares de ICNRP, EN e IEC para niveles de radiación. Más información sobre sistemas para ensayos de compatibilidad electromagnética.

The compact R&S®TSMA6B autonomous mobile network scanner is an integrated solution for efficient drive and walk testing. It offers maximum performance, autonomy and connectivity with an integrated highperformance PC and a mobile network scanner to comply with the latest requirements for state-of-the-art mobile network testing.

Consulte el listado con todas las páginas de resumen de vídeos clasificados por categorías y temas. ¿Busca información detallada sobre una aplicación o una tecnología específica de medida? Elija el tema que le interesa.

The R&S®TSME6 is designed for efficient drive and walk tests with a maximum degree of freedom and upgradability. With its ultracompact design and multiband and multitechnology support for simultaneous measurements, the scanner fulfills all requirements for a state-of-the-art measurement tool.

This application note describes the highlights of real-time 5G NR analysis in pre-commercial 5G NR trials and early deployments (5G NR scanning use cases), the functionality of network scanners R&S®TSMx6 together with R&S®ROMES4, and how users will experience the added value network scanners.

Watch this video to learn more about R&S®TSMx capabilities. TSMx, Drive and walk test scanner, Security, security scanner R&S®TSMx scanners provide a maximum degree of freedom and upgradeability for efficient walk and drive test campaigns. Watch this video to learn more about R&S®TSMx capabilities.

The R&S®TSMS8 is the next generation of ultracompact, superwideband RF scanning receivers for the wide frequency range from 10 MHz to 8.5 GHz. The innovative design and compact form factor mean the receiver is very flexible and can be easily upgraded for 6G technology. The ultracompact design and ultra-wide receiver bandwidth of up to 400 MHz, along with support for all major technologies, mean the R&S®TSMS8 can perform simultaneous measurements at unmatched speeds for efficient mobile network testing and network analysis for governments and regulators.

Esta nota de aplicación ofrece una introducción general a la tecnología, explica detalladamente el estándar y resume las funciones de escáner del R&S®TSMx para medidas de LTE-M.

jul 26, 2019 | N.º de nota de aplicación 8NT04

TSMx: Centro multimedia

Vídeo sobre detección automática de canal con R&S®TSMx La detección automática de canal (ACD) hace mucho más eficaces los drive tests para optimización y análisis comparativos de redes telefonía móvil.

Vídeo, vídeo sobre Nb-Iot, vídeos sobre MNT Pruebas de cobertura de NB-IoT con R&S®ROMES4 y un escáner R&S®TSMx.

Este artículo presenta la referencia de un ingeniero que describe los retos de optimización de redes de acceso radioeléctrico y cómo abordarlos.