The course will not take place in May 2022 and is postponed to a later date. For more information, please contact houda.jarraya@s2t.tn

This training is focused on mastering the fiber optic tests that are required to verify that your infrastructure can support high data rate applications (10 Gb/s, 40 Gb/s, 100 Gb/s) and Raman amplification as well as extended wavelength ranges for CWDM and DWDM systems. It is typically required to characterize fibers before upgrading data bitrate.

This course will focus on 5G-Advanced Mobile Broadband Internet and New Services, including technologies, regulation and business aspects. Module 1 will cover the Set of Radio Interface Technologies (SRITs) for use with 5G RAN in NSA (Non Stand-Alone) deployments.

This course is designed for network engineers, network designers, and network planning personnel needing to learn the fundamental principles and practices for designing a basic optical network. It covers advanced single mode networks, focusing on CWDM and DWDM network design for high-speed networks (10 Gb/s, 40 Gb/s, 100 Gb/s, 400Gb/s).
By the end of this training, the participants should be able to:

The Internet of Things (IoT) technology can be regarded as the building block for next-generation Smart Cities (SC) due to its potential in exploiting sustainable information and communication technologies. Initially, the concept of SCs (urban settlements) has originated from the Internet of Things (IoT) technology.

This course is designed to give participants a detailed insight on the Fundamentals of FTTx GPON Technology.

By the end of this training, the participants should be able to:

- Understand PON architecture and his possible implementation
- Identify the different varieties of PON architectures
- Determine the differences between BPON, GPON and EPON
- Specify the required components that facilitate FTTx installations
- Calculate the optical loss budget for a FTTx network
- Testing FTTx Networks.

This online training course aims to equip participants with an understanding of:
- Concept of convergence and Converge network Architecture.
- Core network technologies: SDN, SD-WAN, NFV and self relient Network.
- Core Acess Technologies : NGPON-1 and NGPON-2, Broadband agrégation network :MNG-PAN.
- Core Data Technologies :Block-Chain, Used cases, WIFI 6.0.
- Evolution of Mobile Core Network : EPC, 5GC,
- Core Features of 5G : Network slicing, CUPS etc.
- Core features of LTE :EPC.

This online training course aims to equip participants with an understanding of:
-To understand the AI Smart Society in the digital economy including telecom networks, digital governments, industry verticals, platforms, and devices.
-To understand the policy and regulatory ecosystem necessary to support national of AI Smart Society planning and implementation;
-To understand smart Society concept, smart power requirements etc, ,Industry 4.0;
- To understand Vertualization (SDN/NFV) ;
- To Understand Cellular IoT Air Interface

En el escenario actual de las telecomunicaciones, el crecimiento acelerado de las comunicaciones móviles es visible. Están surgiendo diversas tecnologías para satisfacer la demanda de los usuarios de servicios móviles con velocidades de transmisión de datos cada vez mayores. Este es el caso de la tecnología LTE (Long Term Evolution), que ha sido adoptada como el próximo estándar para la telefonía móvil por la mayoría de los operadores celulares del mundo.

Le spectre est une ressource rare et qui permet de délivrer les services de télécommunications. Une bonne gestion du spectre permet aux Etats, aux fournisseurs des services de télécommunications et aux consommateurs de tier le meilleur parti de cette ressource. Ce cours, qui fait le focus sur les réseaux 5G, développe les enjeux et les outils techniques et réglementaires qui en garantissent une gestion optimale.