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Designing and Planning a High-Performance 5G Network
Your mobile network choices need to address identified use cases and constraints. Connect architectures, services and technological developments to assess your options more effectively. Develop practical guidelines for technical discussions and contribute to designing suitable solutions.
- Duration
- 3 days 21 hours
- Code
- TM001FR Code
Presentation
5G represents a major advance in the evolution of mobile networks, delivering ultra-high speeds, extremely low latency and massive connection capacity, paving the way for innovative applications and services. It is designed to meet growing connectivity, mobility and performance requirements that are essential to future generations of communications and the IoT. Capitalising on these capabilities requires rigorous design and planning to ensure network performance, coverage and reliability.
This course explores design and planning techniques for creating a high-performance 5G network suited to new service requirements and advanced architecture. Over 3 days, it gives you the skills to analyse, plan and design networks while accounting for critical factors such as coverage, mobility and throughput.
You will cover key modules on 5G cell design, propagation, active antenna technologies and parameter planning. You will apply advanced technical methods and tools, supported by practical case studies and quizzes to validate your understanding and learning.
Objectives
By the end of this course on building a 5G network, you will be able to:
- understand the origins and key technologies of 5G, and the reasons for its deployment;
- calculate 5G cell sizes and produce a link budget;
- analyse practical examples of 5G cell design;
- master propagation models and the specific requirements of indoor coverage;
- analyse coverage margins to optimise network performance;
- master MIMO systems and beamforming;
- evaluate active antenna performance in a 5G context;
- understand duplex modes and subcarrier spacing in 5G planning;
- calculate maximum allowable losses and define 5G network dimensioning parameters.
Program
Module 1: understanding 5G fundamentals
- The origins of 5G.
- Key 5G technologies.
- Reasons for deploying 5G.
Module 2: designing 5G cells
- Calculating 5G cell sizes.
- The link budget.
Case study:
- Analyse practical examples of high-performance 5G network design.
Module 3: mastering propagation and coverage
- Propagation models.
- Specific requirements of indoor coverage.
- Analysing coverage margins.
Module 4: applying active antenna technologies
- How MIMO (Multiple-Input Multiple-Output) systems work.
- Beamforming.
- Evaluating active antenna performance.
Module 5: planning and dimensioning key parameters
- Duplex modes and subcarrier spacing.
- Calculating maximum allowable losses.
- Optimal dimensioning parameters.
Audience
This course is intended for:
- telecommunications engineers who want to deepen their skills in 5G network design and planning;
- RF design professionals seeking to extend their expertise to the specific requirements of 5G networks;
- anyone who wants to broaden their 5G network planning skills.
Prerequisites
This course requires the following prerequisites:
- a sound understanding of fundamental mobile network concepts, including 4G;
- knowledge of NFV (Network Functions Virtualization) and SDN (Software-Defined Networking) architectures.
Teaching and assessment methods
- Initial skills assessment
- Training materials provided to participants
- Continuous assessment throughout the course
- End-of-course feedback questionnaire
- Combination of theory and practical application
- Attendance records
- Post-course follow-up evaluation
- Quiz / multiple-choice questions
- Case study
Course highlights
- 5G planning expertise: gain in-depth expertise in design and planning techniques to create a high-performance 5G network suited to new service requirements and advanced architecture.
- Practical, applicable skills: develop key skills for analysing, planning and designing 5G networks while accounting for critical factors such as coverage, mobility and throughput.
- Reinforced learning: practical case studies support direct application of the concepts, while quizzes assess and consolidate your knowledge.
Dates and sessions
Choose the date and delivery format that suit you.
No upcoming sessions are currently available.