Telecom Insights – Khalid Nour 🟢

https://www.linkedin.com/posts/khalidnour_5g-baseabrstation-radio-activity-7480142338455961600-hQBU?utm_source=share&utm_medium=member_ios&rcm=ACoAADoOJ44BSiyUe4VoX-fXQi2qCKZalk14UiY What Changed Inside the Base Station? 》Many people hear 5G and assume it’s simply a faster version of 4G. While higher speeds are one of its advantages, the real innovation lies in the architecture of the base station. The transition from 4G to 5G represents a fundamental redesign that delivers greater flexibility, efficiency, and performance. How ? Read above article to get the insight ☝🏻

Dear all, Your interactions and reposts for my content are highly appreciated, as they help this content reach a wider audience and support the true purpose of knowledge sharing. Your engagement also motivates me to continue sharing valuable and meaningful content. Regards, Khalid Nour

》4G Series – LTE 02 》LTE Roaming Architecture & Categories Understanding LTE roaming starts with recognizing how mobility, authentication, and data routing are handled across home and visited networks through standardized roaming models. In the above shared article, I’ve outlined LTE roaming categories, along with the supported roaming types. Have a look and let me know your perspective. Khalid Nour

》UPF (User Plane Function) 》AMF (Access and Mobility Management Function) 》SMF (Session Management Function) 》NSSF (Network Slice Selection Function) 》NEF (Network Exposure Function) 》NRF (Network Repository Function) 》AUSF (Authentication Server Function) 》PCF (Policy Control Function) 》UDM (Unified Data Management) 》DN (Data Network) 》AF (Application Function)

》5G Series – NR 01 》5G New Radio Architecture Understanding 5G New Radio starts with recognizing how the NR radio access and the 5G Core are designed to work together as a flexible, service-based system. In the article shared above, I’ve outlined the 5G architecture and its high level key network functions. Have a look and let me know your perspective. Khalid Nour

》4G Series -LTE 01 》4G-LTE Architecture Understanding 4G-LTE starts with knowing how the radio network and core network work together as one system. In the article shared above, I’ve broken down the LTE architecture, its main components, and how each element contributes to mobility, QoS, and data delivery. Have a look and let me know your perspective. “Share it with your network in LinkedIn as well” Khalid Nour

I’ve completed the Generative AI course with Applus+, gaining foundational insights into AI, Machine Learning, Generative AI, and ethical considerations. As technology increasingly intersects with engineering, infrastructure, and consulting, building AI awareness is becoming essential for informed decision-making and future-ready practices. Continuous learning remains key. I will prepare to share the insight of this course soon. 🏏 #GenerativeAI #ArtificialIntelligence

📍This article provides an overview of RAN components, RAN classification, and the evolution of RAN across 2G, 3G, 4G, and 5G networks. ☝🏻📍

📍What is RAN in Telecommunication? RAN stands for Radio Access Network RAN, it's a major component of a wireless telecommunications system that connects individual devices to other parts of a network through a radio link. 📍Get to read above article in LinkedIn, share your thoughts & share with your network. 📍Khalid Nour