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5G NR Physical Layer Overview and Simulations » MT19

5G NR Physical Layer Overview and Simulations

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22 Sep - 03 Oct, 2024Live Online10 Days$4495Register
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Course Overview

What is 5G NR? 5G NR is the 5th generation of mobile communication where NR implies New Radio access technology for mobile networks. This course provides a deep understanding of the 5G NR system and covers the following topics: introduction to the 5G NR networks, end–to–end architecture, an overview of the physical layer and air interface, radio protocols, RAN procedures, NFV architecture, Network slicing, 5G NR design and planning, C – RAN, 5G NR network optimization and 5G system security.

This Zoe training course will empower you with strong fundamental concepts and understanding of 5G NR and its emerging importance worldwide today. By undertaking this course, you will gain detailed information and knowledge about all aspects necessary to understand 5G NR and be able to optimally utilise it for your organisation.

Since 5G NR is growing in importance and is the need of today, this training course from Zoe Talent Solutions will empower you with the required skillset and capabilities to implement it and to efficiently fulfil higher roles and responsibilities, thus enhancing career growth and progression.

Course Objectives

The main objective of this 5G NR Physical Layer Overview and Simulations training program is to empower professionals with:

  • In-depth knowledge and understanding of the basic concepts of 5G NR
  • The requisite skillset and capabilities to introduce, implement and successfully manage 5G NR technology
  • The confidence and knowledge base to train fellow professionals on 5G NR
  • The capability and confidence to secure a competitive edge for one’s organisation in the 5G NR market space

Training Methodology

This collaborative 5G NR Physical Layer Overview and Simulations Course, will comprise the following training methods:

  • Lectures
  • Seminars & Presentations
  • Group Discussions
  • Assignments
  • Case Studies & Functional Exercises

Zoe Talent Solutions follows the ‘Do-Review-Learn-Apply’ model.

Organisational Benefits

By professionals undertaking this 5G NR Physical Layer Overview and Simulations course, their organisations will derive the following benefits:

  • Experienced and trained professionals to effectively introduce and manage 5G NR within the organisation
  • Free and regular training of other employees working with sophisticated, and advanced financial tools and technologies for greater efficiency
  • Development and enhancement in current processes to make them leaner
  • Increased organisational efficiency and growth
  • Competitive advantage in the 5G NR market space
  • Application of advanced concepts and techniques of 5G NR in the organisation
  • Better client satisfaction, leading to increased organisational growth
  • Leaner operations and hence reduced costs
  • More investments because of better risk assessment and management

Personal Benefits

Professionals enrolling for this 5G NR Physical Layer Overview and Simulations course will derive the following benefits:

  • Detailed understanding and knowledge of 5G NR
  • Increased awareness of advanced techniques and concepts related to 5G NR
  • Increased ability and capability to not only introduce 5G NR in one’s organisation but also successfully manage it for optimal results
  • Enhanced perspective and foresight to predict challenges and hindrances and act upon these to prevent adverse effects on the growth prospects of the organisation
  • Greater capability, skill, and experience to undertake critical roles and responsibilities related to 5G NR and ensure a positive impact on the growth of the organisation, in turn demonstrating one’s potential and talent, cultivating career growth and progression
  • Increased knowledge, experience, and confidence to achieve a competitive advantage for one’s organisation in the 5G NR market through the application of advanced techniques and strategies

Who Should Attend?

  • Senior management of a telecom/software/services organisation who play a key role in financial and technology-related decisions for the organisation and who need to understand the prospect of 5G NR
  • Technical advisors and managers responsible for providing strategic guidance and inputs to their teams on 5G NR implementation
  • End-users of certain 5G NR platforms who need to know how to best utilise the technology to derive the best results
  • Any other professional who would like to know more about 5G NR fundamentals

Course Outline

The course covers the following areas important to understand 5G NR Fundamentals:

Module 1:  Introduction to 5G Technology

  • 5G Evolution
  • Architecture
  • Air Interface and Physical Layer
  • Difference between LTE and 5G protocol stack

Module 2: Radio Protocols

  • RRC sub layer
  • Initial access procedure with minimum latency
  • Network procedure of 5G radio access

Module 3: 5G Architecture – E2E

  • 5G Architecture E2E – NSA and SA
  • Interface with Wi-Fi and adaptability
  • 5G core network
  • Service based architecture

Module 4: Network Virtualization/Containerized Network Functions, Architecture & Operations

  • NFV Architecture
  • Use Cases
  • NFV in 5G Core and Access Network
  • Why Kubernetes is important for the Telco 5G journey?

Module 5: Network Slicing

  • Dividing physical resources into logical networks
  • Network slice data model –
  • Slice instances
  • Slice selection
  • Network Slicing for different use cases

Module 6: 5G System QoS

  • QoS Flows in PDU Sessions
  • 5G QoS parameters
  • QoS handling in gNB, UE, and UPF
  • Difference in Network Slicing and QoS
  • Roaming in 5G

Module 7: 5G NR Radio Designing and Planning

  • 5G Spectrum
  • Performance Targets
  • Low, Mid, High Spectrum
  • 5G RF Planning Considerations
  • Propagation Characteristics and Models
  • Inputs to RF Designs
  • Link Budget
  • UL and DL Link budget
  • Massive MIMO and Beamforming
  • Beamforming Techniques
  • MIMO Techniques in 5G NR
  • What is Dynamic Spectrum Sharing (DSS)?
  • Why is it significant and what are the benefits?
  • What is ISS (Instant Spectrum Sharing) and difference with DSS?

Module 8: 5G NR Radio Designing and Planning Contd.

  • 5G NR Frame Structure and Numerology
    • Frame Structure Enhancements
    • 5G NR Parameter Relationships
  • 5G NR Simulations
    • Coverage
    • Capacity simulations
  • 5G NR Planning tool

Module 9: C-RAN

  • Requirement of disaggregated RAN
  • Advantages to OpCos
  • O-RAN
  • C-RAN
  • V-RAN

Module 10: C-RAN contd.

  • Architecture options:
    • gNB Central Units & Distributed Unit
  • gNB-CU User Plane & Control Plane separation
  • Interfaces and Application protocols
  • Baseband dimensioning and VNF planning
  • Difference, strategy, and business cases

Module 11: 5G NR Optimization

  • 5G Call flows – With Signalling and Procedure
  • Accessibility Analysis
  • Retainability Analysis
  • Throughput and Latency Analysis
  • Mobility and Handover Analysis
  • 5G gNB Layer 3 analysis
  • Drive test, field measurements, and tools set up
  • 5G KPIs definitions and troubleshooting

Module 12: 5G System Security

  • 3GPP 5G Security Architecture & Domains
  • 5G Security requirements and features
  • Security procedures of 5G and UE network functions
  • EAP framework in 5G
  • 5G keys
    • Key hierarchy
    • Key derivation
    • Distribution scheme
  • Security in non-3GPP access to 5G network
  • Security procedures in UE and external data networks using 5G Network
  • Security aspects of (NEF) – Network Exposure Function
  • Understanding E2E protocol security with real field and 3GPP examples

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