practical fiber optics transmission engineering slide

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FIBER OPTICS TRANSMISSION ENGINEERING COURSE DURATION: 2 weeks Fast-Track Neonetwireless Nig Ltd offers the Certified Fiber Optic (CFOT) course with IMT Computers. It is the Fiber Optic Association’s certification for-general fiber optic applications. It is a first level certification and a prerequisite for any Specialist (CFOS/x) FOA certifications. This course makes use of the FOA Reference Guide to Fiber Optics textbook by Jim Hayes. It is included with your registration. The course format is a combination of lectures and hands-on training. Course topics include: Fiber Optic Theory, Fiber Optic-Applications, Cable Characteristics, Connectors, Splicing, Testing and Troubleshooting. Students are given a practical introduction to the tools of the trade. Examples include VFL, Light Source and Power Meter and OTDR. A Show-and-tell of various types of cables and connectors will be given. Students will be shown the techniques of handling, inspecting, cleaning, terminating, splicing and testing fiber optic cables. The lab exercises will give ample opportunity to practice these techniques. At the end of the course, students write the CFOT exam From IMT Computers. The exam is a test of the

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Page 1: Practical fiber optics transmission engineering slide

FIBER OPTICS TRANSMISSION ENGINEERING

COURSE DURATION: 2 weeks Fast-TrackNeonetwireless Nig Ltd offers the Certified Fiber Optic (CFOT) course with IMT Computers. It is the Fiber Optic Association’s

certification for-general fiber optic applications. It is a first level certification and a prerequisite for any Specialist (CFOS/x) FOA

certifications. This course makes use of the FOA Reference Guide to Fiber Optics textbook by Jim Hayes. It is included with

your registration. The course format is a combination of lectures and hands-on training. Course topics include: Fiber Optic Theory, Fiber Optic-Applications, Cable Characteristics,

Connectors, Splicing, Testing and Troubleshooting. Students are given a practical introduction to the tools of the trade.

Examples include VFL, Light Source and Power Meter and OTDR. A Show-and-tell of various types of cables and connectors will be given. Students will be shown the techniques of handling, inspecting, cleaning, terminating, splicing and testing fiber

optic cables. The lab exercises will give ample opportunity to practice these techniques. At the end of the course, students

write the CFOT exam From IMT Computers. The exam is a test of the student’s level of knowledge of fiber-optics and covers

technology, components, installation and testing. It is a 100 question exam and the passing grade is-70%.When the students have demonstrated satisfactory technique in the lab exercises and passed the exam IMT will assign a certification number to the student and submit the student’s application to the Fiber

Optic Association. The student will then receive from the FOA a membership card in the mail in approximately six weeks. Our classes are limited to 8 students to ensure each participant

receives individual mentoring. As time allows, our instructors strive to tailor relevant portions of the lab exercises the

particular needs of the members of the class. Neonetwireless Nig Ltd ensures that each student has all the fiber optic

knowledge, tools and supplies they need to gain confidence in the future fiber optic duties.

Page 2: Practical fiber optics transmission engineering slide

COURSE DESCRIPTIONOBJECTIVES:

This course provides participants with the knowledge and practical skills needed to successfullydesign, install, splice and troubleshoot using appropriate equipment including OTDR

WHO SHOULD ATTEND?Engineers, Technologist, Technicians engaged in the Implementation/maintenance of fiberOptics links or Anybody preparing for CFOT(Certified Fiber Optics Technician) Certification.

PREREQUISITES:Engineering/Technical qualifications

Page 3: Practical fiber optics transmission engineering slide

MODULE 1What Is Fiber Optics?

Fiber AdvantagesFiber Optic Installation Safety Rules

How Optical Fiber Is MadeFiber Design

How Fiber WorksFiber Types

Refraction & Reflection

Page 4: Practical fiber optics transmission engineering slide

MODULE 2Optical Fiber Parameters

FrequencyAttenuation

Scattering and AbsorptionDispersion

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MODULE 3What is an Optical Network?

Transmitters and Light SourcesModulation

Laser-optimized MM fiberMode-ConditioningNumerical Aperture

Mode-Field Diameter

Page 6: Practical fiber optics transmission engineering slide

MODULE 4Wavelength Division Multiplexing

AmplifiersAttenuatorsCable Types

Loose tube vs. Tight Buffer

Page 7: Practical fiber optics transmission engineering slide

MODULE 5Cable Specifications

Cable Ratings & Design CriteriaInstallation Techniques

Pulling Fiber Optic CableCable Plant Hardware

TerminationsConnectors Types

Page 8: Practical fiber optics transmission engineering slide

MODULE 6Polishing TechniquesPolishing Connectors

Termination ProceduresSplicing

Choosing a Splice TypeSplice Loss: Cause and Remedy

Page 9: Practical fiber optics transmission engineering slide

MODULE 7Optical Fiber Color Code

Splicing TipsTesting

Visual Fiber TracerVisual Fault Locator

Visual Connector Inspection

Page 10: Practical fiber optics transmission engineering slide

MODULE 8How Far Can Fiber Go?

Measuring PowerTesting Loss

MM Fiber & Mandrel WrappingOTDR TestingCertification

Documentation

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MODULE 9, 10,11,12,13 and 14Fiber Optics Cable Splicing with Fusion Splicer,Termination,Stripping,Cable

Management on Closures andODFs,Use Of OTDR,Use Of Optical power Meters and VFL

Page 12: Practical fiber optics transmission engineering slide

39A Ayilara Street Off Lawanson-Itire road Off Ojuelegba Bustop Sururlere lagos.08037676772,08188267100 or 08181355444

www.neonetwirelessng.blogspot.com.ngwww.neonetwireless.comInfo@neonetwireless.com

[email protected]