Hands On Fiber Optics, Construction, Splicing and Testing

  • Lesson 1: Fiber Optics, The Basics

    This section covers all the theory of fiber optics, attenuation profiles, electromagnetic spectrum positioning, refraction, reflection, transmission, attenuation, etc.

  • Lesson 2: The Components used in Fiber Optics

    This section defines and explains all the components used in fiber optic systems, such cabling, connectors, patch panels, lasers, detectors, splitters, attenuators, etc.

  • Lesson 3: Fiber Optics Network Design

    This section describes the various architectures used in fiber optic systems, such as ring’s or point to point. It further discusses the engineering behind link loss estimation and budgets, the relationship between transmitter output and receiver sensitivity and what it takes to guarantee operability.

  • Lesson 4: Fiber Optic Connectorizing and Splicing

    This section discusses the alternatives to terminating fiber cable and how a network is actually constructed. Extensive hands on workshops are provided to instruct students on connectorizing, mechanical and fusion splicing.

  • Lesson 5: Fiber Optic Testing and Troubleshooting

    This section discusses testing of a fiber optic network using a variety of test tools, such as light sources, power meters, optical time domain reflectometers (OTDR) as well as accessories that are useful in troubleshooting such as fiber optic talk sets.

  • Lesson 6: Building Codes & Regulations, Installation Considerations and Practices

    This section discusses the various NEC, UL and other industry standard codes and regulations regarding the installation of fiber optic cabling and networks. It also provides insight into installation practices for fiber optic cables and networks.

  • Lesson 7: Reference Information and Important Data

    This is a section of key data, conversion tables and other data gathered over the years from field work and accumulated experience.

Advanced Fiber Optic Topics

  • Lesson 1: Background

    This section builds the reasoning for the advanced use of fiber optics for local area networks, metropolitan and wide area networks, as well as fiber to the home networks.

  • Lesson 2: Advanced Fiber Optic Network Components

    This section discusses the components used in advanced systems, including WDM’s, DWDM, CWDM, circulators, fiber Bragg gratings and amplifiers. It further discusses networks using these components.

  • Lesson 3: Local Area Network Fiber Issues

    This section discusses multimode fiber effects and limitations on local area transmission using multimode fiber.

  • Lesson 4: Metropolitan and Long Haul Fiber Issues

    This section discusses single mode fiber and newly developed fiber characteristics that are needed to transport the various high speed, 10Gbps plus signals.

  • Lesson 5: Fiber to the Home (FTTH) Discussion

    This section describes passive optical networks (PONS) as applicable to fiber to the home deployments. It further describes the various network elements used in modern FTTH systems.

  • Lesson 6: Advanced OTDR Troubleshooting

    This section discusses tricks of the trade regarding OTDR such as zero dead zone OTDR’s, long term averaging to improve the ability for a run of the mill OTDR to still produce results in long runs of fiber optic cables, bidirectional analysis, the use of the 1625 nm wavelength for troubleshooting, etc.

  • Lesson 7: Advanced Testing Techniques and Troubleshooting, FTTH Testing

    This section discusses the techniques used in troubleshooting splitter networks, time division multiplexed and multiple wavelength networks. It also discusses testing of PMD, chromatic dispersion (CD) and also the use of optical spectrum analyzers (OSA) in troubleshooting DWDM and CWDM systems. It also discusses the need for other equipment in troubleshooting such as bit error rate testers, protocol analyzers and remote monitoring systems.