Curriculum
5 Sections
41 Lessons
10 Weeks
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Chapter 1: Introduction to Optical Fibers
7
1.1
Introduction and Industry Context
1.2
Fundamental Principles of Optical Communication
1.3
Fiber Classification System
1.4
Modern Fiber Types and Innovations
1.5
Multimode Fiber Evolution
1.6
Chapter Summary
1.7
Knowledge Assessment
Chapter 2: Fiber Selection Criteria
8
2.1
Strategic Importance of Fiber Selection
2.2
Critical Performance Parameters
2.3
Environmental Factors and Reliability
2.4
Comprehensive Testing Methodologies
2.5
Cost-Benefit Analysis Framework
2.6
Application-Specific Selection Guidelines
2.7
Chapter Summary
2.8
Knowledge Assessment
Chapter 3: Application-Based Fiber Selection
8
3.1
Application-Driven Design Philosophy
3.2
Data Center Infrastructure Design
3.3
5G Network Fiber Infrastructure
3.4
Submarine Cable Systems
3.5
Metro and Long-Haul Networks
3.6
Future-Proofing and Emerging Technologies
3.7
Chapter Summary
3.8
Knowledge Assessment
Chapter 4: Optical Modules
9
4.1
Transceiver Ecosystem Evolution
4.2
Form Factor Analysis and Specifications
4.3
Power Consumption and Thermal Management
4.4
Coherent vs. Direct-Detect Technologies
4.5
Silicon Photonics Integration
4.6
Co-Packaged Optics (CPO) Revolution
4.7
Selection Criteria and Optimization
4.8
Chapter Summary
4.9
Knowledge Assessment
Chapter 5: Testing & Quality Assurance
9
5.1
Testing Framework Architecture
5.2
Standards Compliance and Certification
5.3
Automated Testing Equipment (ATE) Systems
5.4
Environmental Testing and Reliability
5.5
Quality Assurance and Statistical Process Control
5.6
Troubleshooting and Failure Analysis
5.7
Future Testing Challenges
5.8
Chapter Summary
5.9
Knowledge Assessment
Optical Fibers: Selection and Application
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