10 Sections
32 Lessons
Lifetime
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Module 1: Introduction to Synchronous Digital Hierarchy (SDH)
3
1.1
Overview of Telecommunications Networks
1.2
Evolution of SDH
1.3
SDH Principles and Terminology
Module 2: SDH Network Architecture and Elements
4
2.1
SDH frame structure
2.2
Network Elements and their Functions
2.3
Digital Signals and Encoding
2.4
Time-division multiplexing (TDM)
Module 3: SDH Multiplexing Hierarchy
4
3.1
Container Types and Mapping
3.2
Virtual Containers (VC)
3.3
SDH Concatenation
3.4
Higher Order and Lower Order Multiplexing
Module 4: SDH Protection Schemes
3
4.1
Overview of Protection Schemes
4.2
Linear Protection Schemes (1+1, 1:N, 1:N+1)
4.3
Ring Protection Schemes (UPSR, BLSR)
Module 5: SDH Network Management and Control
3
5.1
Network Management Principles
5.2
SDH Control and Management Protocols
5.3
Performance Monitoring and Fault Localization
Module 6: SDH Interfaces and Equipment
3
6.1
Optical and Electrical Interfaces
6.2
SDH Regenerators, ADMs, and Cross-Connects
6.3
Testing and maintenance procedures
Module 7: SDH Interworking with Other Technologies
3
7.1
Interworking with PDH
7.2
Interworking with ATM
7.3
Interworking with Ethernet
Module 8: SDH Network Design and Planning
3
8.1
Capacity planning and optimization
8.2
Network resilience and reliability
8.3
SDH network planning tools and techniques
Module 9: SDH in Modern Telecommunication Networks
3
9.1
Evolution towards next-generation SDH
9.2
SDH and optical transport networks (OTN)
9.3
SDH and WDM integration
Module 10: Case Studies and Practical Applications
3
10.1
Real-world examples of SDH network deployments
10.2
Troubleshooting and problem-solving in SDH networks
10.3
Best practices and recommendations
SDH Network Specialist
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