Description
Curriculum
Instructor
Learning Objectives
- Understand the fundamental principles of optical fiber communication and light propagation
- Classify different types of optical fibers based on ITU-T standards and industry specifications
- Analyze the key physical and optical characteristics that define fiber performance
- Evaluate the advantages and limitations of various fiber types for specific applications
- Apply knowledge of fiber fundamentals to real-world network design scenarios
Curriculum
- 5 Sections
- 41 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- Chapter 1: Introduction to Optical Fibers7
- Chapter 2: Fiber Selection Criteria8
- Chapter 3: Application-Based Fiber Selection8
- Chapter 4: Optical Modules9
- 4.1Transceiver Ecosystem Evolution
- 4.2Form Factor Analysis and Specifications
- 4.3Power Consumption and Thermal Management
- 4.4Coherent vs. Direct-Detect Technologies
- 4.5Silicon Photonics Integration
- 4.6Co-Packaged Optics (CPO) Revolution
- 4.7Selection Criteria and Optimization
- 4.8Chapter Summary
- 4.9Knowledge Assessment
- Chapter 5: Testing & Quality Assurance9
- 5.1Testing Framework Architecture
- 5.2Standards Compliance and Certification
- 5.3Automated Testing Equipment (ATE) Systems
- 5.4Environmental Testing and Reliability
- 5.5Quality Assurance and Statistical Process Control
- 5.6Troubleshooting and Failure Analysis
- 5.7Future Testing Challenges
- 5.8Chapter Summary
- 5.9Knowledge Assessment
Admin
21 Students36 Courses
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