Learn 5G (Nr) Nsa/En-Dc From Basics To Kpis Optimization!

New Radio Non-Standalone Architecture, Secondary Node Addition, EN-DC configuration basics and NSA KPIs and optimization

What you'll learn

Understand Non-Standalone Architecture and type of bearers.

Explore Event B1 and Secondary Node Addition.

Grasp EUTRA-NR Dual connectivity Basic settings and Configuration.

Dive into NR NSA KPIs and Optimization.

Requirements

Basic understanding of telecommunications and mobile networks.

An understanding of 4G would be beneficial.

Description

Welcome to our comprehensive course on New Radio (5G) Non-Standalone (NSA)! Dive into the world of 5G with condensed yet rich theoretical insights, complemented by practical examples to enhance your understanding.In this course, we provide a fast-paced journey through 5G EUTRA-NR Dual Connectivity, helping you grasp its operational intricacies quickly and effectively. From understanding NSA architecture to delving into event B1 and the secondary node addition procedure, exploring NR bands, and configuring NR NSA on both eNodeB and gNodeB ends – we cover it all.Learn about anchor layers selection, upper layer indication settings, neighbor definition from 4G to 5G and from 5G to 5G, dual connectivity profile settings and delve into essential NR key performance indicators (KPIs). Discover how to troubleshoot issues and optimize KPIs (Availability, ENDC Setup Sucess Rate, RACH Success Rate, NR Retainability, Mobility and throughput) to ensure seamless 5G performance. Our content is not just theoretical; it's grounded in practical work and experience, including insights into vendor-specific parameters and features.Join us on this exciting learning adventure as we unravel the complexities of 5G NSA and equip you with valuable skills, knowledge and essential information about 5G NSA. Let's explore the boundless possibilities of 5G together!

Overview

Section 1: Introduction and Chapter1

Lecture 1 Getting Started: Meet your Instructor and Course Overview

Lecture 2 NSA Architecture and type of Bearers

Section 2: Chapter 2 - Event B1 and Secondary Node Addition

Lecture 3 Methods of Selecting a Target NR Cell and event B1

Lecture 4 Secondary Node Addition and introduction to other procedures in EN-DC

Section 3: Chapter 3 - EN-DC basic settings and configuration

Lecture 5 NR Bands and Operational Mode (FDD/TDD)

Lecture 6 EN-DC Configuration: LTE Anchors and ULI

Lecture 7 EN-DC Configuration: Neighbor Definition and Additional Settings

Lecture 8 EN-DC Configuration: DC Profiles and Advanced Settings

Section 4: Chapter 4 - NR NSA KPIs and Optimization

Lecture 9 INTRODUCTION and NR CELL AVAILABILITY

Lecture 10 ENDC SETUP SR

Lecture 11 NR RACH SR

Lecture 12 NR RETAINABILITY

Lecture 13 NR MOBILITY: PSCELL CHANGE

Lecture 14 NR THROUGHPUT

RAN (Radio Access Network) engineers, RF (Radio frequency) engineers and RNO (Radio Network optimization) engineers: transitioning to or currently working with 5G Non Standalone.,RAN/RF Managers: Managers and decision-makers with radio frequency responsibilities looking to gain technical insight into 5G NSA architecture, configuration and optimzation.,Students and Researchers: Students pursuing degrees in telecommunications or related fields, as well as researchers exploring the intricacies of 5G technology.,AI Engineers: Professionals in artificial intelligence with a focus on optimizing and enhancing 5G RAN through AI applications.,IT and Technology Enthusiasts: Individuals with a keen interest in the latest advancements in technology, particularly in the field of mobile networks.