FTTX, OSP, ISP GPON Design, Installation & Testing Course

As telecom demand soars, service providers in Abu Dhabi and across the UAE are accelerating network convergence and enhancing connectivity for consumers. Fiber-to-the-X (FTTX) and GPON technologies are now central to modern broadband deployment, enabling high-speed, reliable connections across residential, enterprise, and industrial networks.

Our FTTX & GPON Training Course offers engineers, supervisors, and technicians a practical, hands-on experience using real-world field samples and state-of-the-art equipment. Gain advanced knowledge of access networks, network design, fiber cabling, and GPON testing to remain at the forefront of telecom innovation.

Who Should Attend

This course is designed for:

• OSP & ISP engineers and technicians
• Telecom supervisors and team leaders
• IT implementation staff and network designers
• Fiber optic technicians seeking GPON expertise

Course Objectives

By the end of this course, participants will be able to:

• Understand FTTX networks and their protocols
• Identify types of FTTX networks, including FTTH, FTTC, FTTB, and FTTO
• Install OSP GPON and customer premise cabling efficiently
• Perform fiber splicing, termination, and testing
• Acquire detailed knowledge of GPON components and architectures
• Calculate power and loss budgets accurately
• Conduct end-to-end GPON network testing
• Troubleshoot GPON networks and optimize performance
• Design reliable FTTX networks
• Prerequisite: Completion of a Fiber Optic Technician course or equivalent knowledge.

Course Outline

The course outline below is structured to give participants a clear, practical understanding of how modern FTTX and GPON networks are designed, installed, tested, and maintained. The topics progress logically from fiber and access network fundamentals to GPON architecture, field installation techniques, testing methods, and troubleshooting practices. Each section reflects real tasks performed on live telecom projects, ensuring learners gain hands-on knowledge that can be applied immediately in OSP, ISP, and customer access network environments across Abu Dhabi and the UAE.

Fiber Optic & FTTX Fundamentals

• Fiber optic basics, types, and standards (G652.D, G657)
• Overview of FTTX, including FTTH, FTTC, FTTB, and FTTO
• Triple-play systems and benefits of FTTX deployment 

FTTX Network Types & Protocols

• Point-to-Point (PTP)
• Active Star Networks
• Passive Optical Networks (PON)

PON Variants

• APON, BPON, EPON, GPON, WDM-PON

GPON Network Architecture

• OSP (Outside Plant) and Data Center (OLT) architecture
• Customer Premises (ONU) connections

GPON OSP Cabling & Components

• Feeder & distribution cables, splitters, and closure systems
• Pre-terminated splitters, rackmount hubs, and APC connectors

OLT & ONU Components

• OLT, ODF, FDH, STB, IAD, routers
• ONU racks, patch panels, drop cables, and fast connectors
• UTP Cat5e/Cat6 and coaxial cabling

Installation Techniques

• Standardized cable pulling and conduit installation
• Fusion splicing, drop cable termination, and closure installation
• FDH and customer premise installation procedures

GPON Testing & Troubleshooting

• Visual Fault Locator (VFL) and OTDR testing
• End-to-end loss measurement with power meter & laser source
• GPON troubleshooting methodology

Micro-Cabling & Advanced Techniques

• Microducts and microcables
• Duct calibration, jointing, and air-blown cable installation

GPON Network Design

• Component selection and actual splitter loss calculation
• End-to-end loss and power budget calculation
• Transmitter power, receiver sensitivity, and bandwidth estimation
• ITU-T G.984 standards and GPON frame format

Methodology

The FTTX & GPON course at IIPD Global, Abu Dhabi, is delivered through a blended learning approach combining theory, practical demonstrations, and hands-on lab exercises. Participants will work on real-world field equipment and simulate installation, testing, and troubleshooting procedures to ensure practical readiness. This methodology ensures that learners develop comprehensive skills, from network design to deployment and maintenance, following industry-standard practices and safety protocols.