Overview:
The “Optical Fiber Transmission Course” from My-Communication Academy offers specialized and comprehensive training in modern optical fiber technologies used for data transmission. The course focuses on the components and advanced applications of optical networks, teaching participants how to design, install, and maintain optical fiber networks effectively. It covers wavelength division multiplexing (WDM) techniques and advanced optical transport systems such as OTN and DWDM. With this specialized training, you will gain the skills to splice, inspect, and maintain optical fibers using the latest equipment. This course is ideal for those looking to develop their skills in designing and operating optical communication networks with high efficiency and professionalism.
Course Objectives:
- Understand the Basics: Learn the principles of optical fiber technology.
- Learn the Components: Study the components of optical fiber systems.
- Design and Implement: Learn how to design and implement optical fiber networks.
- Diagnosis and Maintenance: Acquire skills in diagnosing and maintaining fiber optic systems.
- Explore Technologies: Stay updated with the latest advancements in optical fiber technology.
Course Topics:
- Optical Fiber Fundamentals: Introduction to network components, FTTX family, PON terminology, refraction and reflection concepts, and differences between Graded & Step fibers.
- Types of Optical Fibers: Study communication frequencies, LED and laser components, fiber splicing processes, and concepts of gain and loss.
- Wavelength Division Multiplexing: Explanation of WDM and DWDM, CWDM and OTM/OTU concepts, with practical applications of Mux, Splitters, Couplers, attenuation, and optical isolators.
- Optical Supervision Channels and Signal Amplification: Covering OSC and ESC channels, optical amplification units OAU and OLA, and concepts of OADM, ROADM, FOADM, and OTN technology.
- ODUK Technology and Network Design: Understanding ODUK, MSOTN system, WSS wavelength selection, CDCG ROADM concept, network ASON control, and network protection.
- Field Survey and Network Design: Conducting site surveys, high-level (HLD) and low-level design (LLD), and reviewing required materials and equipment for installation, including documentation for designing, implementing, and troubleshooting optical communication systems.
Expected Outcomes:
- Design and implement optical fiber networks tailored to project requirements.
- Understand and apply wavelength division multiplexing (WDM) techniques to increase transmission capacity.
- Perform fiber optic splicing and quality inspection using the latest specialized equipment.
- Operate advanced optical transport systems such as OTN and DWDM to improve network efficiency.
- Troubleshoot and maintain fiber optic networks to ensure service continuity and reliability.
Target Audience:
- Engineers and Communication Specialists.
- Students and recent graduates in engineering and telecommunications fields.
- Network Technicians.
- IT and telecommunications professionals.
- Project Managers and Consultants in optical fiber technology.
