Delivery: Online |
College Credit: 2 Credit Hours |
Est. Length: 28 Seat Hours
Price: $815.00 |
Equivalency Exam: $120.00
Course Overview
The NCTI Fiber Installation and Activation course is a comprehensive resource for technicians deploying the next generation of broadband networks. Whether you are working in a hybrid environment (HFC) or a pure fiber architecture (FTTx), this course bridges the gap between theory and field application.
Students will gain deep insight into Optical Transmission physics, moving from light theory to practical construction practices. The curriculum covers the full lifecycle of fiber deployment: from network design and fusion splicing to activating Passive Optical Networks (PON). You will explore cutting-edge access technologies—including GPON, EPON, and RFoG—ensuring you are ready to build and maintain the high-speed networks of tomorrow.
Who Should Attend:
- Fiber Splicers and Installers
- Broadband Technicians (HFC/FTTx)
- Network Construction Crews
- Maintenance Technicians
What You Will Learn
Upon completion, students will be able to design, install, splice, and activate fiber optic networks using industry-standard safety protocols and equipment.
Core Competencies:
- Optical Physics: Identify the optical spectrum, wavelengths, and sources/receivers used in communications.
- Network Architecture: Distinguish between FTTx topologies and PON architectures (Centralized vs. Distributed).
- Splicing & Termination: Explain procedures for Mechanical and Fusion Splicing, preparing splice closures, and managing fiber trays.
- Network Design: Analyze optical power budgets, calculate loss, and interpret network design routes.
- Hardware Mastery: Describe the function of optical connectors, splitters, attenuators, and patch panels.
- Modulation: Explain Wavelength Division Multiplexing (WDM) technologies (CWDM, DWDM) and optical modulation techniques.
Certification and Benefits
Earn College Credit & Master Technician Status
This course is a critical step in professional development, offering 2 hours of college credit.
Additional Benefits:
- Certification Path: Credits apply toward the NCTI Master Technician certification.
- Industry Recognition: Receive the NCTI Certificate of Graduation.
- Safety First: Master the specific safety protocols required for handling glass fibers and laser light sources.
Course Outline
Module 1: Fiber Fundamentals
- Fiber-optic technology basics (Sources/Receivers).
- Cable properties and fiber performance tolerances.
- Introduction to Networks: HFC architecture, Optical Nodes, and transmission standards.
Module 2: Network Design & Architecture
- Design guidelines and documentation.
- FTTx and PON: Architectures, topologies, and Next-Generation Access (NGA).
Module 3: Transmission Systems
- Optical Modulation and Detection.
- Multiplexing: WDM, CWDM, and DWDM.
- Optical signal transmitting and receiving elements.
Module 4: Construction & Powering
- OSP Installation: Aerial and Underground construction techniques.
- Node Powering: Distributed vs. Centralized powering and equipment.
Module 5: Splicing and Termination
- Optical cabling standards and connectors.
- Splicing: Preparation, closures, and fusion/mechanical techniques.