Fiber Optic & Data Cable

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Dernière mise à jour	03/08/2026
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Section 1 — Introduction to Cabling

5Leçons ·
- 1.1 Cabling Fundamentals
- 1.2 Copper vs. Fiber Overview
- 1.3 Signal Transmission Basics
- 1.4 Safety & ESD Practices
- 1.5 Tools and Equipment Overview
Section 2 — Optical Theory

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- 2.1 Light and Refraction
- 2.2 Total Internal Reflection
- 2.3 Fiber Windows and Wavelengths
- 2.4 Optical Power and Decibels
- 2.5 Attenuation and Dispersion
Section 3 — Fiber Construction

5Leçons ·
- 3.1 Core, Cladding, and Coating
- 3.2 Multimode vs. Singlemode
- 3.3 Buffering and Strength Members
- 3.4 Cable Jacket Types
- 3.5 Fire Ratings and Standards
Section 4 — Copper Cabling Basics

5Leçons ·
- 4.1 Twisted Pair Theory
- 4.2 Cable Categories (Cat5e–Cat8)
- 4.3 Shielding Types
- 4.4 Termination Standards (T568A/B)
- 4.5 PoE and Power Delivery
Section 5 — Connectors and Components

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- 5.1 Connector Types (SC, LC, ST, MPO)
- 5.2 Polishing Styles (UPC/APC)
- 5.3 Transceivers (SFP, QSFP)
- 5.4 Enclosures and Panels
- 5.5 Cleaning and Inspection
Section 6 — Installation Practices (ISP)

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- 6.1 Pathways and Spaces
- 6.2 Cable Routing and Dressing
- 6.3 Termination Methods
- 6.4 Patch Panel Setup
- 6.5 Rack and Cabinet Standards
Section 7 — Installation Practices (OSP)

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- 7.1 OSP Cable Types
- 7.2 Network Topologies
- 7.3 Closure Assembly
- 7.4 Aerial and Underground Installation
- 7.5 Environmental Hardening
Section 8 — Splicing Techniques

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- 8.1 Fusion Splicing
- 8.2 Mechanical Splicing
- 8.3 Ribbon Splicing
- 8.4 Splice Protection
- 8.5 Splice Enclosures
Section 9 — Testing and Certification

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- 9.1 Optical Loss Testing (OLTS)
- 9.2 OTDR Operation
- 9.3 Visual Fault Locators
- 9.4 Reflectance Testing
- 9.5 Tier 1 vs. Tier 2 Certification
Section 10 — Troubleshooting

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- 10.1 Common Fiber Faults
- 10.2 Connector Issues
- 10.3 Cable Damage Identification
- 10.4 OTDR Trace Analysis
- 10.5 Troubleshooting Workflow
Section 11 — Network Design

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- 11.1 Link Budgeting
- 11.2 Choosing Fiber Types
- 11.3 Datacenter Design
- 11.3 Datacenter Design
- 11.4 Redundancy and Failover
- 11.5 Documentation and As‑Builts
Section 12 — Standards and Compliance

5Leçons ·
- 12.1 TIA/EIA Standards
- 12.2 NEC and Building Codes
- 12.3 Carrier Requirements
- 12.4 BICSI Best Practices
- 12.5 OSHA Safety Requirements
Section 13 — Copper Testing

5Leçons ·
- 13.1 Certification Tools (Fluke DSX)
- 13.2 NEXT and Return Loss
- 13.3 Shield Continuity Testing
- 13.4 PoE Verification
- 13.5 Troubleshooting Copper Links
Section 14 — Advanced Applications

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- 14.1 Fiber in Datacenters
- 14.2 FTTH and FTTx
- 14.3 Industrial Fiber Systems
- 14.4 High‑Speed Copper (10G–40G)
- 14.5 Emerging Technologies
Section 15 — Capstone Project

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- 15.1 Design Complete ISP/OSP Link
- 15.2 Build and Terminate Fiber
- 15.3 Perform Fusion Splicing
- 15.4 Certify Link with OLTS/OTDR
- 15.5 Produce Full Documentation Package