📘 Course Title
5G RF Optimization – From A to Z
📝 Course Description
This course provides a practical and focused understanding of 5G NR radio network optimization, covering both Standalone (SA) and Non-Standalone (NSA) deployment scenarios.
It explains idle mode and connected mode behavior, mobility management, voice services in 5G, and KPI-based optimization for real 5G networks.
The course bridges the gap between 5G theoretical knowledge and real RF optimization practices, highlighting how parameters, procedures, and KPIs affect accessibility, retainability, and mobility performance in live 5G networks.
⏱ Course Duration
7 Hours
🎯 Target Audience
- Telecom & Communication Engineering students
- Junior 5G RF optimization engineers
- LTE optimization engineers transitioning to 5G
- Drive Test engineers moving toward 5G optimization
- Mobile network engineers working with 5G NR
✅ Prerequisites
- 5G Basics / 5G NR Fundamentals
🌐 Language
Arabic with English subtitles
🎯 Learning Outcomes
By the end of this course, learners will be able to:
- Review 5G network architecture and air interface from an optimization perspective
- Understand 5G idle mode parameters in SA and NSA deployments
- Analyze MIB/SIB contents and their impact on cell selection and reselection
- Understand synchronization and band reselection strategies
- Analyze NSA and EN-DC carrier aggregation strategies
- Optimize connected mode mobility and handover procedures
- Understand conditional handover concepts in 5G
- Analyze voice services in 5G (EN-DC voice, EPS fallback, VoNR)
- Monitor and optimize 5G KPIs for SA and NSA networks
- Make RF optimization decisions based on KPI analysis
📚 Course Content Outline
Section 1: Introduction
- Course overview
- 5G network revision
- 5G air interface revision
Section 2: Idle Mode Optimization
- SA MIB and SIB contents
- SA cell synchronization
- SA cell selection parameters
- SA cell reselection parameters
- SA band reselection
- NSA and carrier aggregation strategies
- NSA band strategies
- NSA procedures for adding 5G cells to 4G anchor cells
Section 3: Connected Mode Optimization
- SA handover basics and events
- SA handover procedure
- Conditional handover
- NSA handover mechanisms
Section 4: Voice Services in 5G
- Voice calls in NSA (EN-DC mode)
- EPS fallback in SA
- Voice over New Radio (VoNR)
Section 5: KPI-Based Optimization (SA & NSA)
- Accessibility KPIs
- Retainability KPIs
- Mobility KPIs
🚀 Course Value
- Focused 5G RF Optimization course for real networks
- Covers both SA and NSA deployment scenarios
- KPI-driven optimization methodology
- Ideal continuation after 4G RF Optimization
- Strong preparation for 5G RAN Optimization roles