Certified FTTX Technician – Installation and Testing

Fibre optical connector interface for DWDM equipment

This highly practical instructor-led workshop prepares technicians for all aspects of cable splicing and
installation, testing and trouble-shooting on optical access networks – leading to formal certification.

FTTH/FTTH represents the future of access networks as operators are migrating away from traditional access
networks (e.g. copper, cable) in order to deliver current and future ‘bandwidth-hungry’ services to customers.
The capacity of these fiber optics cables to carry data is huge, especially when compared to twisted copper pair
technology e.g. a single copper pair has the capacity to carry 6 telephone calls whilst a fiber connection can
carry 2.5 million calls.

The complete range of theoretical concepts, technologies, architectures, topologies, techniques and procedures
relating to the FTTX environment are being covered. Participants then get the opportunity to put their new found knowledge into practice -but in the safety of the laboratory environment – as they embark on a comprehensive series of cable splicing, installation, testing and trouble-shooting activities.

Fiber optics Installation and Repair (I&R) technicians and supervisors, cable splicers and other telecommunications professionals and contractors who are employed in (or seeking employment in) the build, installation, repair and trouble-shooting of FTTX/ FTTH systems.

Instructor-Led Training
[Classroom: 5 days / LIVE Virtual*: 35 hours]
 
*Note:
 
  • A minimum of 5 or more participants are required for a company-based LIVE Virtual course to commence
  • LIVE Virtual courses can be conducted for 5 hours or 7 hours daily. Please note that the number of training days will be extended if you opt for 5 hours daily.

After completing this course, participants will be able to:

  • Appreciate the theoretical concepts of optical fiber transmission especially as it relates to FTTX /
    FTTH environments
  • Explain the key design considerations and differences between PON and AON architectures and
    understand how WDM technology operates in both systems
  • Demonstrate a professional understanding of Next Generation Access Networks (NGAN) including
    OSP, hardware, tools and testers, procedures and health and safety
  • Complete in a ‘best practice’ manner a series of practical cable splicing, build and installation, testing and trouble-shooting activities appropriate to FTTX networks
  • Receive their Certified FTTX Technician accreditation (on successful completion of assessments)
  1.   Theoretical Concepts of Optical Fiber (Refresher)
  2.   Fiber Optics Cabling
  3.   PON Systems and Applications
  4.   ACTIVE Systems and Applications
  5.   Loss Budgets
  6.   Health and Safety
  7.   Tools and Testers
  8.   FTTX Construction
  9.   Cable Placement and Termination, Closures, Splitters
  10.   FTTX Mechanical and Fusion Splicing (Single Mode Cable, Connectors, Pigtails)
  11.   Fiber Testing
  12.   FTTX System Testing
  13.   Optical Line Test Sets (OLTS)
  14.   Light Source and Power Meter
  15.   PON/ACTIVE FTTX Qualification and Trouble-shooting
  16.   Acceptance Testing
  17.   OTDR
  18.   FTTH System Traces
  19.   Power Testing Levels
  20.   Practical Demonstration
  21.   Hands-On Exercises
  22.   Written Examination
  23.   Practical Assessment

Certification: At the end of the course, participants will partake in written and practical examinations. Participants will receive their Certified FTTX Technician Certificate if:

  • They score 75% or higher on the written element AND
  • They score 80% or higher on the practical assessment
  •  
  • Previous experience of working on fiber networks
  • Prior attendance at course A2: FTTX and GPON Design Workshop and course A3: FTTX and GPON Technical Workshop is highly desirable
Print Friendly, PDF & Email
Add to Wishlist
Duration: Classroom: 5 days / LIVE Virtual: 35 hours
Delivery Format: Virtual Training

Upcoming Classes

You cannot copy content of this page