5G Optimization Basics

Description

This course on 5G optimization covers all topics which are required to understand this concept completely. It covers various topics like handover parameter optimization, handover performance evaluation, various system simulation parameters, link budget, propagation models, etc which are required to prosper in this field. 5G optimization requires a diving tool which is named DT tool with the help of which various logs are recorded and after that, they are analyzed.

The 5G New Radio physical layer has a flexible and scalable design to converge multiple requirements of the customer use cases. The first phase of 5G deployment is covered in NSA (Non-Standalone) mode, where the 5G coexists and interworks with the 4G technology. NSA deployment reduces the time and cost of deployment and ensures adequate coverage and mobility. In this, each frequency band has different physical properties, and some levels of the trade-off are required between each frequency band in terms of coverage, capacity, latency, and spectrum efficiency. Various types of 5G NR RAN KPIs include Accessibility KPI, Integrity KPI, Utilization KPI, Mobility KPI, and Energy Efficiency KPI. the value proposition includes Service optimization, Automated Optimization, Monitor Network key performance indicators, E2E performance management, and trend analysis, drive test analysis service, self-configuration, and self-optimization.

What you will learn

• 5G Handover parameter optimization

• Key Handover performance evaluation

• System simulation parameters

• Cognitive technology in 5G

• 5G link budget

• 5G propagation model

• 5G propagation channel model

• Radio network planning solutions

• 5G NR measurement events

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