ITU Academy

This course will cover Future mobile and wireless broadband: LTE-A-Pro, WiFi, Satellites, 5G NR and AI, including technologies, regulation and business aspects. The course will include mobile broadband LTE/LTE-Advanced architecture, 4G Evolved Packet Core (EPC), 4.9G LTE-A-Pro, 4.9G QoS and mobile Internet access, cellular Internet of Things (IoT), LTE in unlicensed bands, LTE-A-Pro V2X and mission critical services, as well as business and regulatory aspects of mobile broadband.

This course will focus on technical, business and regulatory aspects of QoS for Fixed and Mobile Networks. It includes QoS (Quality of Service) and QoE (Quality of Experience) fundamentals by ITU, as well as traffic and QoS management in Internet and IP networks. Further, it includes QoS for fixed ultra-broadband access, including QoS solutions in metallic and optical networks, carrier grade Ethernet QoS, as well as end-to-end QoS. The course also covers QoS for mobile ultra-broadband access, including 4G and 5G mobile technologies and their QoS capabilities and approaches.

El objetivo de este curso es que el participante conozca el estado del arte en cuanto a las recomendaciones, estándares e investigaciones para la protección de la salud humana de las ondas de radiofrecuencia (radiaciones no ionizantes). Se hablará de la reciente recomendación internacional (ICNIRP, 2020) y los pronunciamientos de los organismos de salud en cuanto a la seguridad que brinda para el despliegue de las redes móviles, particularmente 5G.

This training course will focus on technical, business and regulatory aspects of the 5G mobile networks. It will include 4G mobile technology transition toward the 5G, considering the access and core networks as well as end-user services. Mobile broadband Internet after 4G will continue with the next generation, 5G, so the course will cover also IPv6 and its impact on 5G mobile networks. Further, it will include M2M (Machine-to-Machine) and mobile Internet of Things (IoT) services are foreseen types in future 5G mobile environments, as well as mobile cloud computing implementations.

Este curso tiene como objetivo dar a conocer la tecnología LTE / SAE de la cuarta generación de telefonía móvil 4G, a través de las diferentes técnicas empleadas en cada etapa del sistema, de las características y funciones de los equipos que componen la red y su consiguiente arquitectura e infraestructura.

Este curso presenta los requisitos exigidos por la UIT para 5G, los escenarios de aplicación y las principales condiciones necesarias para la implementación de la nueva tecnología. También se estudiarán los conceptos de una de las tecnologías que es considerada por la mayor parte del mercado como el mayor candidato para ser un estándar global de quinta generación. Se tratará sobre el Release 15 definido por 3GPP, su arquitectura, conceptos de capa física y las principales técnicas definidas para este sistema.

Este curso presenta las motivaciones que llevaron al desarrollo de las tecnologías de la nueva generación de comunicaciones móviles. También presenta los principales casos de uso y tendencias que apoyan el desarrollo de redes de quinta generación (5G) y redes IoT (Internet of Things). Ambas tecnologías son prometedoras y tienen un gran protagonismo en el escenario actual de las telecomunicaciones, con un gran alcance de mercado.

Internet of Things (IoT) is expected to dominate the telecom market where machines exchange data for intelligent applications. Devices and networks supporting IoT pose unique challenges such as low power, low cost, low mobility, and long battery life. This course addresses several low power wide area (LPWA) network technologies defined by 3GPP to meet these requirements. 3GPP-defined LPWA technology options include LTE-M (or enhanced machine type communication) and Narrowband IoT (NB-IoT). This course provides a foundation for 5G aspects relevant to IoT and NB-LTE and their extensions.

5th Generation technology is here. Globally, various stages of 5G implementations such as trialling, licensing, deploying, limited launches, nationwide launches have taken place. Implementation challenges exist, and innovative deployment approaches are required before the full potential of 5G network and services can be realized. This course aims to equip participants with industry best practises and lessons learned in 5G network implementation.

5th Generation technology is here. Globally, various stages of 5G implementations such as trialling, licensing, deploying, limited launches, nationwide launches have taken place. Implementation challenges exist, and innovative deployment approaches are required before the full potential of 5G network and services can be realized. This course aims to equip participants with industry best practises and lessons learned in 5G network implementation .