Introduction
This course by Xcelerate Training Institute provides a comprehensive understanding of 5G New Radio (NR) technology. It covers the fundamentals of 5G NR, its architecture, and key components. The course aims to equip learners with the skills and knowledge needed to implement and manage 5G NR networks effectively.
Learning Objectives
The primary goal of this course is to develop professionals with in-depth knowledge of 5G NR technology. Upon completion, participants will be able to implement, manage, and teach others about 5G NR, ultimately gaining a competitive advantage in the 5G market.
Training Methodology
The course employs a combination of lectures, group discussions, assignments, and case studies to deliver the content. The learning approach emphasizes hands-on experience and practical application.
Benefits for Your Organization
Organizations that invest in this course will benefit from increased efficiency, improved competitiveness, and enhanced customer satisfaction. The course empowers employees to implement and manage 5G NR technology effectively, leading to cost reductions and increased revenue.
Benefits for You
Participants will gain a deep understanding of 5G NR technology, develop advanced skills, and enhance their career prospects. The course equips individuals with the knowledge and confidence to take on leadership roles in the 5G domain.
Target Audience
This course is designed for senior management, technical advisors, end-users, and other professionals interested in understanding 5G NR technology.
Course Outline
The course covers the following modules:
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Introduction to 5G Technology:
- Overview of 5G evolution,
- architecture
- key differences compared to LTE.
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Radio Protocols:
- In-depth exploration of RRC sublayer
- Initial access procedures
- Network procedures
- RLC and PDCP protocols.
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5G Architecture:
- End-to-end architecture
- Including NSA and SA modes
- Interface with Wi-Fi
- 5G core network
- Service-based architecture.
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Network Virtualization:
- Overview of NFV architecture
- Use cases
- Its role in 5G core and access networks.
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Network Slicing:
- Understanding network slicing concepts
- Data models
- Implementation for various use cases.
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5G System QoS:
- QoS flows, parameters
- Handling
- Differences between network slicing and QoS.
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5G NR Radio Designing and Planning:
- Spectrum
- Performance targets
- RF planning
- Propagation models
- Link budget, MIMO
- Beamforming techniques.
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C-RAN:
- Introduction to disaggregated RAN
- C-RAN architecture, and its benefits.
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5G NR Optimization:
- Call flows
- Accessibility
- Retainability
- Throughput
- Latency
- Mobility
- Troubleshooting techniques.
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5G System Security:
- 5G security architecture
- Requirements
- Procedures
- Key management.