Fiber Optics & Networking: Mastering Ftth(Fiber To The Home)

Transition to an FTTH engineer with comprehensive fiber optics knowledge and become a telecom and networking pro

What you'll learn

Understand the fundamentals of FTTH technology and its history

Identify the components of FTTH systems and their functions

Describe the architecture of FTTH systems and their deployment

Identify the different applications of FTTH technology

Perform site surveys, plan, and design FTTH systems

Install FTTH systems, including fiber optic cables, ONU, and OLT

Perform testing and troubleshooting of FTTH systems

Understand the maintenance requirements of FTTH systems

Requirements

Basic knowledge of networking and telecommunications is recommended, but not required.

Description

Are you interested in becoming an expert in Fiber to the Home (FTTH) technology? Do you want to gain practical skills to install and maintain FTTH systems? This comprehensive online course is designed to provide you with in-depth knowledge and practical skills to become an FTTH expert.In this course, you will learn about the fundamentals of FTTH technology, identify the components of FTTH systems, understand the architecture of FTTH systems, and perform site surveys, plan, and design FTTH systems. You will also learn how to install FTTH systems, perform testing and troubleshooting, and maintain FTTH systems.Key Features:High-quality video lectures, readings, quizzes, and hands-on exercisesExpert instructors with years of experience in FTTH technologyPractical skills to install and maintain FTTH systemsInteractive discussion forum to ask questions and engage with other learnersCertificate of completion upon finishing the courseWho is this course for?Telecommunications and networking professionalsIT professionals interested in learning about FTTH technologyInfrastructure developers and plannersStudents interested in pursuing a career in telecommunications or networkingCourse Objectives:Upon completion of this course, learners will be able to:Understand the history and development of FTTH technology.Identify the components and architecture of FTTH systems.Describe the advantages of FTTH over other broadband technologies.Recognize the various applications of FTTH technology.Understand the installation process and considerations for FTTH systems.Learn about maintenance and troubleshooting techniques for FTTH systems.Enroll now and become an FTTH expert!

Overview

Section 1: Introduction to FTTx Technology

Lecture 1 Introduction to the course

Lecture 2 a Definition of FTTH and its benefits

Lecture 3 A Broad overview of FTTx and its components

Lecture 4 History of FTTH Technology

Lecture 5 FTTH vs. Other Broadband Technologies

Section 2: Typical components of FTTx Systems

Lecture 6 What is a network? What is the goal of an FTTx network?

Lecture 7 Putting it all together in one glorious brainmap

Lecture 8 Central Office(CO)

Lecture 9 Optical Line Termination (OLT)

Lecture 10 Optical Distribution Network (ODN)

Lecture 11 Fiber Optic Cables. Which FO cable to install at each FTTx deployment stage

Lecture 12 Passive Optical Splitters

Lecture 13 Fiber Distribution Hub (FDH)

Lecture 14 Fiber Access Terminal (FAT)

Lecture 15 Optical Network Units (ONU)

Lecture 16 Inside premises: (What all of this actually looks like)

Lecture 17 White papers: a FREE resource

Lecture 18 White Paper1: FTTH architecture overview

Lecture 19 White Paper2: understanding FTTH architecture

Section 3: FTTx Network Design

Lecture 20 Is there a magic formula for network design?

Lecture 21 FTTx Topologies

Lecture 22 Passive Optical Network (PON) Architecture considerations PART1

Lecture 23 Passive Optical Network (PON) Architecture considerations PART2

Lecture 24 Passive Optical Network (PON) Architecture considerations PART3

Lecture 25 A Passive Optical Network QUICK! ReCap

Section 4: Applications of FTTH Technology

Lecture 26 Overview

Lecture 27 Residential Broadband

Lecture 28 Enterprise Networks

Lecture 29 Fiber to the Antenna (FTTA)

Lecture 30 Whitepapers on FTTA(FREE!)

Lecture 31 Whitepaper 1 on FTTA : FTTA Best Practices

Lecture 32 Whitepaper 2 on FTTA : FTTA installation and maintenance testing volume 1

Lecture 33 Whitepaper 3 on FTTA : FTTA installation and maintenance testing volume 2

Lecture 34 Whitepaper 4 on FTTA : Faultfinding

Lecture 35 Smart Cities and IoT Applications

Section 5: Fundamentals of Optical Fiber Technology

Lecture 36 a very brief introduction to an incredibly complex subject

Lecture 37 Components of optical fiber cable

Lecture 38 Types of optical fibers PART1

Lecture 39 Types of optical fibers PART2

Lecture 40 Types of optical fibers PART3

Lecture 41 Short brain map: fiber cables

Lecture 42 Light transmission in optical fibers Part1 : Core principles

Lecture 43 Light transmission in optical fibers Part2 : Lightsource

Lecture 44 Light transmission in optical fibers Part3 : Network equipment

Lecture 45 Understanding Wavelength in F/O

Lecture 46 Attenuation and dispersion in optical fibers

Lecture 47 WDM

Lecture 48 Downloadable FREE resource on WDM

Lecture 49 Dark fiber

Section 6: Planning and Design of FTTx Systems

Lecture 50 Introduction to Planning and design of FTTx systems

Lecture 51 Project management : the key to success

Lecture 52 Conducting a feasibility study for FTTx

Lecture 53 Selecting the technology

Lecture 54 Designing the network architecture

Lecture 55 Conducting a fiber route survey

Lecture 56 Developing a detailed design

Lecture 57 Obtaining necessary permits

Lecture 58 FREE downloadable resources!

Lecture 59 FTTx Designing best practices

Lecture 60 Opportunities and Challenges

Section 7: Installation of FTTH Systems

Lecture 61 Figuring out what needs installing: take your components and take it from there

Lecture 62 Intro: equipment and tools required for FTTH installation

Lecture 63 Fusion Splicer: equipment and tools required for FTTH installation

Lecture 64 OTDR : equipment and tools required for FTTH installation

Lecture 65 Fiber Cleaver : equipment and tools required for FTTH installation

Lecture 66 Fiber Stripper: equipment and tools required for FTTH installation

Lecture 67 Fiber Optic Connectors: equipment and tools required for FTTH installation

Lecture 68 Cleaning Tools: equipment and tools required for FTTH installation

Lecture 69 Power Meter: equipment and tools required for FTTH installation

Lecture 70 VFL: equipment and tools required for FTTH installation

Lecture 71 Safety Gear: equipment and tools required for FTTH installation

Lecture 72 Safety Rules For Fiber Optics: FREE download

Lecture 73 Time to dig! Trenching and Route building Part1

Lecture 74 Time to dig! Trenching and Route building Part2

Lecture 75 Time to dig! Trenching and Route building Part3

Lecture 76 Time to dig! Trenching and Route building Part4

Lecture 77 FTTH Deployment Techniques PART1

Lecture 78 FTTH Deployment Techniques PART2

Lecture 79 FTTH Deployment Techniques PART3

Lecture 80 Aerial Cable Installation :PART1 Introduction

Lecture 81 Aerial Cable Installation :PART2 Best practices

Lecture 82 FREE download: Aerial Fiber Cable manual

Section 8: Completing the Installation

Lecture 83 Completing Outside Cable Plant Installation: What's next?

Lecture 84 Intro to Fiber optic joints and terminations

Lecture 85 Connector and Splice Loss

Lecture 86 Splicing PART1 Introduction

Lecture 87 Splicing PART2 The splicing process

Lecture 88 Splicing PART3 Splice enclosures

Lecture 89 Splicing PART4 Conclusion, which splice?

Lecture 90 Fiber Connectors PART1. The importance of clean connectors

Lecture 91 Fiber Connectors PART2. Styles of Fiber Optic Connectors

Lecture 92 Fiber Connectors PART3. Connector Ferrule Shapes, Polishes and color codes

Lecture 93 FREE downloadable Whitepaper: Fiber-Optic-Connector-Types.pdf

Lecture 94 FREE downloadable Whitepaper: Fiber Optic Cable Connector Guide.pdf

Lecture 95 Testing PART1: Introduction

Lecture 96 TestingPART2 : Visual inspection

Lecture 97 Testing PART3: Connector Inspection by Microscope

Lecture 98 Testing PART4: Optical Power

Lecture 99 Testing PART5: Optical Loss

Lecture 100 Testing PART6: OTDR Testing

Lecture 101 Connecting to the communications systems: Service provisioning and management

Section 9: Maintenance of FTTH Systems

Lecture 102 Preventive Maintenance of FTTH Systems, how to design a maintenance free plant

Lecture 103 Corrective Maintenance of FTTH Systems: FREE Downloads

Lecture 104 FREE download : Troubleshooting fiber plants

Lecture 105 FREE download: Network restoration guide

Section 10: Module 10: Where to from here?

Lecture 106 Does FO networks have a future?

Lecture 107 Do you have a future in FO?

Lecture 108 BONUS lecture: you made it!

The FTTH course is designed for individuals who are interested in pursuing a career in the telecommunications industry or are currently working in this field and want to enhance their knowledge and skills in FTTH technology. This course is suitable for a range of learners, including network engineers, telecom technicians, project managers, and other professionals who are involved in the deployment and maintenance of fiber optic networks. The course content will be valuable for learners who want to gain a thorough understanding of the concepts and principles of FTTH, as well as those who want to learn about the different types of FTTH architectures, network design considerations, and installation techniques. It will also be useful for learners who want to acquire practical skills in fiber optic cabling, termination, splicing, testing, and troubleshooting. The course will be especially beneficial for learners who want to stay up-to-date with the latest trends and technologies in the telecommunications industry and want to enhance their career prospects. Additionally, the course will be valuable for professionals who are involved in decision-making roles and want to gain a deeper understanding of FTTH technology to make informed decisions about network deployment and maintenance. Overall, the FTTH course is an excellent fit for learners who want to develop a comprehensive understanding of fiber optic technology and gain the necessary skills to work in the telecommunications industry.