6 Resultados
Best practices for mobile network testing for business-critical applications
Business-critical infrastructure: Industrial applications require extremely high reliability and availability, as any downtime can result in significant financial losses. Fundamental requirements: Industrial applications often require low latency and even more important a sustainable latency to ensure real-time communication and control. Measurement Techniques: As soon as the radio access network is used, innovative testing methods are needed beforehand to proactively test the network capability and to identify any potential issues. We propose a standard test procedure for the characterization of a network regarding industrial use-cases that covers a representative set of different, common types of network traffic.
Aug 13, 2024 | N.º de nota de aplicación 8NT17
5G NR Reduced Capabilities (RedCap) network scanning
Purpose of RedCap: RedCap is designed for use cases requiring reasonable data throughput, cost-efficient devices, reduced power consumption and smaller device footprint to support applications like wireless industrial sensors, video surveillance and smart wearables in which ultralow latency isn’t essential.Technology basics: Understanding the technology basics helps facing configuration complexities and avoiding potential coexistence issues with regular 5G.RedCap field verification: New mobile network technology introductions like 5G RedCap benefit from field measurements during their typical life-cycle phases (engineering, network roll-out, and operation).Measurement Techniques: In early phases of new technologies, passive network measurements using network scanners are reliable and effective in detecting actual network and cell configurations.
Apr 23, 2024 | N.º de nota de aplicación 8NT13
Best practices for national regulatory authorities
Key points:Importance of field measurements: Traditional network planning tools and models only offer an estimated view of mobile coverage. Field measurements are conducted under real geographical and load conditions, and therefore provide a more accurate picture and can discover interferences more effectively. Coverage investigations: When deploying a mobile network, operators must adhere to regulatory standards and licensing conditions. As a result, regulatory authorities carry out field measurements on a regular or ad hoc basis to validate compliance or investigate customer complaints. This process identifies coverage gaps and areas of poor network quality, enabling regulatory authorities to take actions to enhance service quality for consumers and guide network expansion.Foster competition: If the field measurements of the coverage and performance are performed on a scale representative of a given country, the transparency of these results can promote healthy competition between operators and better service for consumers, which is essential for economic growth and social development.Measurement Techniques: The harmonized methodology for measuring and evaluating data throughput and QoE based on popular services is described in ETSI TR 103 559.
Apr 15, 2024 | N.º de nota de aplicación 8NT14
Mobile network operators worldwide face cost pressures and escalating network complexity. The advent of 5G-NR has ushered in new use cases and flexibility, but it also comes with more stringent performance and availability requirements.Machine Learning can serve as a catalyst for the market to unearth deep insights that would otherwise remain concealed. It can also significantly streamline everyday tasks by fostering a smarter system that guides users through their routine work processes, rather than obliging them to repeat each (manual) step. Rohde & Schwarz Mobile Network Testing has focused its efforts on delivering Machine Learning use cases that distill relevant insights from drive testing data, thereby offering substantial benefits to users.This educational note explains the motivation and reasoning why this kind of approach is needed, what are the benefits of the machine learning offering and it takes a deeper look into how it can be used in various levels of statistical and technical analysis. Finally, this document provides real measurement results and analysis findings based on the Rohde & Schwarz post processing SW suite SmartAnalytics and its machine learning based features Call Stability Score and Network Utilization Rating.
Feb 28, 2024 | N.º de nota de aplicación 8NT10
Modern societies worldwide depend on the performance, reliability and security of critical infrastructures and networks. There is a plethora of “new verticals” such as manufacturing, warehouse, mining, ports or other critical infrastructure, just to name a few. These “new vertical” use cases all have one common requirement: the mobile network needs to provide a superior performance compared to a commercial mobile network. In such environments 5G brings new capabilities to build fast and secure campus or private networks tuned to higher performance, which can increase productivity and efficiency. To be successful in these business-critical use cases, the wireless networks need to be as reliable as the wired ones. This educational note describes the different test methods to be able to verify the superior network performance and to help finding root causes of potential problems limiting the performance. We distinguish between passive tests and active tests.
Aug 11, 2023 | N.º de nota de aplicación 8NT09
Una solución llave en mano para llevar las mediciones de redes 5G del campo al laboratorio basada en el R&S®CMX500 de Rohde & Schwarz
5G New Radio (NR) es la quinta generación de interfaz radioeléctrica y de tecnología de acceso radioeléctrico (RAT) la cual fue publicada oficialmente por 3GPP en el Release 15. Con la tecnología 5G, se entra en una nueva era para satisfacer la demanda siempre creciente de las comunicaciones inalámbricas no sólo en el mundo de las comunicaciones celulares convencionales, sino también en las industrias verticales.Desde la comercialización de 5G NR, se han implementado 162 redes a nivel mundial según el reporte de la GSA. En camino a la comercialización de la red 5G NR y del lanzamiento del servicio, la prueba en condiciones reales es uno de los procesos centrados de usuario esenciales que los vendedores de equipos de usuario (UE) deben pasar. Las funciones sofisticadas y las opciones de implementación versátiles tienen que verificarse minuciosamente para garantizar que se cumple con cierto nivel de confianza antes de su lanzamiento oficial.Sin embargo, las pruebas en condiciones reales a menudo están asociadas con algunos desafíos como► costos elevados, debido a los extensivos «drive tests»► tiempo de análisis de un «drive test» que disminuye la eficiencia► falta de repetibilidad de las pruebas que hace que las pruebas de regresión sean imposibles¿Qué sucedería si se proporciona una solución alternativa en un entorno de laboratorio para hacer frente a todos los desafíos mencionados anteriormente durante las pruebas en condiciones reales? Rohde & Schwarz, fabricante bien establecido en el mundo de equipos de prueba y medición y proveedor de soluciones, desarrolló una solución llave en mano para llevar las mediciones de redes 5G del campo al laboratorio (F2L), el R&S®CM360°. Opciones►simulación de la red con las configuraciones reales para evitar el costo exagerado de los «drive tests» al usar el probador de radiocomunicaciones R&S®CMX500► herramientas intuitivas para visualizar y examinar a fondo los problemas y por lo tanto mejorar la eficiencia de la depuración basada en R&S®SmartAnalytics►pruebas especializadas del indicador clave de rendimiento (KPI) configuradas a través de datos de redes reales ofrecidas en el R&S®CMX500, que garantizan la confiabilidad y repetibilidad de las mismasEsta nota de aplicación tiene como objetivo demostrar el statu quo de la solución F2L, el R&S®CM360°.
jul 16, 2021 | N.º de nota de aplicación 1SL369