In response to the increasing demand for high bandwidth, telecom carriers are striving for network convergence and seamless consumer media device interaction. The emergence of FTTX technology is pivotal on a global scale.
Our program offers an in-depth exploration through real-world field samples and hands-on training in FTTX and GPON, the latest advancements in access networks. Tailored for engineers, supervisors, and technicians, this course aligns with the rapid evolution of these technologies.
This comprehensive course encompasses FTTX types, OSP GPON, customer premise cabling, equipment, installation, components, and testing. Join us to stay at the forefront of these transformative technologies and excel in the telecommunications industry.
Target Audience: Â Â Â Â
This course is designed for OSP, ISP engineers, supervisors, team leaders, telecom Technicians, IT Implementation staff, and designers.
Objectives:
Upon completing this course, the learner will be able to meet these overall objectives:
- Knowledge of what is the FTTX?Â
- Recognize the Type of FTTX networks Â
- Studying the FTTX protocols
- Installing OSP GPON and premise cablingÂ
- Splicing and termination of fiber cables
- Acquire knowledge of GPON and componentsÂ
- Calculating of the loss budget
- Calculating of the power budget
- Testing GPON networks
- Learn GPON troubleshooting
- Design FTTX Networks
Prerequisites:
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 overviewÂ
- 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 ProtocolÂ
- Point to Point (PTP)Â
- Active StarÂ
- PON (Passive Optical Networks)
PON Networks TypesÂ
- APON
- BPON
- EPON
- GPON
- WDM PON
GPON Networks Architectures
- OSP
- Data Center Side OLTÂ
- End User Side ONU
GPON OSP Cabling and Components
- TIA G652.D
- Feeder cables
- Distribution cablesÂ
- Splitters
- Pre-terminated Splitter and Rackmount SplitterÂ
- OSP splitter hub
- Distribution/ drop closure
- APC connectorÂ
OLT Optical Network terminals Components
- OLT
- ODF
- FDH
- STB and IAD
- Routers
ONU Customer Premise Cabling and Components
- Rackmount FDH
- Wall mount FDH
- Patch PanelÂ
- TIA G657Â
- ONU
- Drop cables
- Drop/customer box
- Fast connectorÂ
- UTP Cat5e, CAT6 and Coaxial cabling
GPON Installation
- Installation Standards and Procedures
- Cable pullingÂ
- Fiber optic fusion splicingÂ
- Underground closure installation and fiber distributionÂ
- FDH installation
ONU InstallationÂ
- Trunk and cable tray fixing
- Indoor conduitsÂ
- User termination box installationÂ
- Fast connector terminationÂ
- UTP cables installation, termination, and testing
GPON testing and troubleshootingÂ
- 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 ductsÂ
- Micro cables
- Duct calibrationÂ
- Micro-ducts jointingÂ
- Cable air blowing
GPON DesignÂ
- Choosing components
- Actual splitter loss calculation
- End-to-end loss budget calculation
- Transmitter absolute power calculation
- Receiver sensitivity
- Power budget calculation
- Estimation of BandwidthÂ
- ITU 984
- GPON Design GuidelinesÂ
- GPON frame format
- Review & Quiz
In conclusion, our FTTX, OSP, ISP GPON Design, Installation & Testing Course offers comprehensive expertise in cutting-edge telecom technologies. Enroll now at IIPD Global to seize the opportunity for hands-on learning and propel your career in the ever-evolving field of telecommunications. Don't miss out – secure your spot today and be a part of shaping the future of network infrastructure.
