Description
Curriculum
Instructor
Learning Objectives
- Understand the fundamental principles of optical communication and light propagation
- Analyze the electromagnetic spectrum and optical window characteristics for fiber transmission
- Compare optical communication advantages over traditional electrical systems
- Calculate basic optical power, attenuation, and link budget parameters
- Evaluate the evolution and current state of optical network technologies in 2025
Curriculum
- 6 Sections
- 61 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- Chapter 1: Fundamentals of Optical Communication8
- Chapter 2: Optical Fiber Technology and Characteristics10
- 2.1Introduction and Industry Context
- 2.2Optical Fiber Structure and Light Guidance
- 2.3Numerical Aperture and Light Acceptance
- 2.4Fiber Types and Classifications
- 2.5Fiber Impairments and Limitations
- 2.6Advanced Fiber Technologies and 2025 Developments
- 2.7Fiber Testing and Characterization
- 2.8Case Study: Next-Generation Data Center Interconnect
- 2.9Chapter Summary
- 2.10Self-Assessment Questions
- Chapter 3: Wavelength Division Multiplexing (WDM) Systems11
- 3.1Introduction and Market Context
- 3.2WDM Fundamentals and Operating Principles
- 3.3WDM Components and Subsystems
- 3.4WDM System Design and Performance Analysis
- 3.5Advanced WDM Technologies and 2025 Developments
- 3.6WDM Network Architectures
- 3.7Emerging Applications and Future Trends
- 3.8WDM System Testing and Troubleshooting
- 3.9Future WDM Technologies and Research Directions
- 3.10Chapter Summary
- 3.11Self-Assessment Questions
- Chapter 4: Coherent Optical Transmission Systems10
- 4.1Introduction and Technology Evolution
- 4.2Coherent Detection Principles
- 4.3Digital Signal Processing in Coherent Systems
- 4.4Advanced Modulation Formats
- 4.5Forward Error Correction and Performance Metrics
- 4.62025 Coherent Technology Breakthroughs
- 4.7Coherent System Design and Optimization
- 4.8Future Trends and Research Directions
- 4.9Chapter Summary
- 4.10Self-Assessment Questions
- Chapter 5: Optical Network Architectures and Design10
- 5.1Introduction to Optical Network Design
- 5.2Network Topology Fundamentals
- 5.3Protection and Restoration Mechanisms
- 5.4Routing and Wavelength Assignment (RWA)
- 5.5Software-Defined Optical Networks (SDON)
- 5.6Network Performance Optimization and Analytics
- 5.7Emerging Network Architectures and Trends
- 5.8Network Design Case Study: Global Hyperscale Provider
- 5.9Chapter Summary
- 5.10Self-Assessment Questions
- Chapter 6: Future Trends and Emerging Technologies12
- 6.1The Optical Networking Horizon: 2025 and Beyond
- 6.2Technology Roadmap and Timeline
- 6.3Space Division Multiplexing: The Next Capacity Frontier
- 6.4Quantum Optical Networks
- 6.5Artificial Intelligence and Autonomous Networks
- 6.6Sustainability and Green Optical Networks
- 6.7Space-Based Optical Communications
- 6.8Photonic Computing and In-Network Processing
- 6.9Beyond 2030: Transformative Vision
- 6.10Preparing for the Future: Strategic Recommendations
- 6.11Chapter Summary
- 6.12Self-Assessment Questions
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21 Students36 Courses
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