Upskill for the Future: Master FTTX & GPON Technologies

The telecommunications landscape is rapidly evolving, driven by the surge in demand for high bandwidth and seamless connectivity.  FTTX (Fiber To The X) technology stands at the forefront of this transformation, delivering fiber optic infrastructure directly to homes and businesses.

This comprehensive program delves deep into FTTX and GPON (Gigabit-capable Passive Optical Network), the leading advancements in access networks. Through a blend of real-world case studies, hands-on training, and interactive learning, you'll gain the expertise to:

• Master FTTX Fundamentals: Understand the different types of FTTX deployments (FTTH, FTTC, etc.) and their functionalities.
• Navigate OSP GPON: Gain insights into Outside Plant (OSP) deployments of GPON technology, crucial for extending fiber optic networks.
• Bridge the Gap: Explore customer premise cabling, equipment installation, and the vital components involved in FTTX and GPON networks.
• Become a Testing Pro: Learn industry-standard testing procedures to ensure optimal network performance.

Designed for Industry Leaders:

This course caters to a broad audience of telecommunications professionals, including:

• OSP and ISP engineers
• Supervisors and team leaders
• Telecom technicians
• IT implementation staff
• Designers

Sharpen Your Skills, Advance Your Career:

By completing this program, you'll be well-equipped to design, install, test, and troubleshoot FTTX and GPON networks effectively.  Stay ahead of the curve, embrace the transformative power of these technologies, and solidify your position as a valuable asset in the ever-growing telecommunications industry.

Key Course Objectives:

• Gain a comprehensive understanding of FTTX technology and its various deployment types.
• Identify different FTTX network protocols and their applications.
• Master the art of installing OSP GPON networks and customer-premise cabling.
• Perform fiber optic cable splicing and termination with precision.
• Develop a strong foundation in GPON technology and its components.
• Confidently calculate loss and power budgets for optimal network design.
• Utilize industry-standard testing procedures to identify and troubleshoot GPON network issues.
• Design high-performance FTTX networks for the future.

Prerequisites:

Fiber Optic Technician course

Course Outlines:

Participants will gain expertise in designing, installing, and testing these essential components of modern telecommunications networks. By course completion, attendees will be equipped to proficiently handle FTTX, OSP, ISP, and GPON systems, contributing to the advancement of communication technologies.

Fiber optic and FTTX overview 

• Fiber optic basics
• Fiber optic types
• Fiber optic standards
• What is the FTTX?
• FTTH, FTTC, FTTO and FTTB
• Triple play system
• Advantages of the FTTX

FTTX Networks Types and Protocol 

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

PON Networks Types 

• APON
• BPON
• EPON
• GPON
• WDM PON

GPON Networks Architectures

• OSP
• Data Center Side OLT 
• End User Side ONU

GPON OSP Cabling and Components

• TIA G652.D
• Feeder cables
• Distribution cables 
• Splitters
• Pre-terminated Splitter and Rackmount Splitter 
• OSP splitter hub
• Distribution/ drop closure
• APC connector 

OLT Optical Network Terminals Components

• OLT
• ODF
• FDH
• STB and IAD
• Routers

ONU Customer Premise Cabling and Components

• Rackmount FDH
• Wall mount FDH
• Patch Panel 
• TIA G657 
• ONU
• Drop cables
• Drop/customer box
• Fast connector 
• UTP Cat5e, CAT6 and Coaxial cabling

GPON Installation

• Installation Standards and Procedures
• Cable pulling 
• Fiber optic fusion splicing 
• Underground closure installation and fiber distribution 
• FDH installation

ONU Installation 

• Trunk and cable tray fixing
• Indoor conduits 
• User termination box installation 
• Fast connector termination 
• UTP cable installation, termination, and testing

GPON testing and troubleshooting 

• VFL
• End to End Loss Test with a Power meter and laser source
• OTDR Test
• GPON Testing plan and procedures
• GPON Troubleshooting

Micro Cabling

• Micro ducts 
• Micro cables
• Duct calibration 
• Micro-ducts jointing 
• Cable air blowing

GPON Design 

• Choosing components
• Actual splitter loss calculation
• End-to-end loss budget calculation
• Transmitter absolute power calculation
• Receiver sensitivity
• Power budget calculation
• Estimation of Bandwidth 
• ITU 984
• GPON Design Guidelines 
• GPON frame format
• Review & Quiz

In conclusion, this FTTX and GPON training program equips you with the knowledge and practical skills to thrive in the dynamic world of telecommunications.  By mastering the intricacies of these cutting-edge technologies, you'll be empowered to:

• Design and implement robust FTTX networks, catering to the ever-growing demand for high bandwidth.
• Navigate the intricacies of OSP GPON deployments, extending the reach of fiber optic infrastructure.
• Ensure optimal network performance through effective testing and troubleshooting methodologies.

This valuable training not only enhances your technical expertise but also positions you as a leader in the telecommunications industry, ready to embrace the future of network connectivity.  Enroll today and unlock the full potential of FTTX and GPON technologies!