In today’s rapidly advancing technological landscape, maintaining robust and efficient fibre optic networks is crucial. The Advanced Fibre Optic Testing Course offered by TNS Europe is designed to equip professionals with the knowledge and skills required to excel in the field of fibre optic testing and fault finding. This course is specifically tailored for individuals who have a foundational understanding of fibre optics and are looking to delve deeper into advanced testing techniques.
Course Overview
The Advanced Fibre Optic Testing Course is a comprehensive program that blends theoretical knowledge with hands-on practical experience. Aimed at delegates who have either completed a Level 2 Award or possess substantial experience in basic fibre testing, this intensive course covers a broad spectrum of advanced topics essential for mastering fibre optic technology.
Key Components of the Course:
- Fibre Types:
- Objective: Gain a thorough understanding of various fibre types.
- Content: Study different types of optical fibres including G651, G652, G653, G654, G655, and G657. Learn about their characteristics and applications.
- OTDR Testing:
- Objective: Master the use of Optical Time Domain Reflectometers (OTDRs) for testing.
- Content: Learn to set up OTDRs, calculate link loss and link loss budgets, use appropriate launch leads, and accurately interpret OTDR traces.
- Insertion Loss Measurement (ILM):
- Objective: Understand the techniques for measuring and interpreting insertion loss.
- Content: Perform insertion loss testing, including optical return loss, and analyse ILM test results.
- Video Inspection:
- Objective: Use video inspection for quality assurance of fibre optic connections.
- Content: Employ video inspection techniques to assess end-face connectors, adhering to IEC-61300-3-35 Edition 2 & 3 standards.
- Testing on Live Networks:
- Objective: Apply testing methods in real-world scenarios.
- Content: Conduct testing on live fibre optic networks, ensuring minimal disruption and accurate results.
- Live Fibre Identifiers:
- Objective: Identify and manage fibre optic cables effectively.
- Content: Utilise live fibre identifiers to manage and troubleshoot fibre optic systems.
- Bi-Directional OTDR Testing:
- Objective: Execute and interpret bi-directional OTDR tests.
- Content: Perform bi-directional testing and analyse results to diagnose network issues.
- Passive Optical Networks (PON):
- Objective: Gain expertise in testing Passive Optical Networks.
- Content: Test and evaluate PON and GPON systems, understanding their specific requirements and challenges.
- Documentation:
- Objective: Develop professional documentation skills.
- Content: Create detailed test plans, use Optical Loss Test Sets (OLTS), and produce comprehensive documentation for client handover.
Why Choose This Course?
- Expert Instructors: Learn from seasoned professionals with extensive experience in fibre optic technology and testing.
- Hands-On Training: Gain practical skills through real-world scenarios and laboratory exercises.
- Comprehensive Curriculum: Cover all aspects of advanced fibre optic testing, from theoretical principles to practical applications.
- Certification: Receive a certificate upon successful completion, validating your advanced skills in fibre optic testing.
Who Should Attend?
This course is ideal for:
- Network engineers and technicians looking to enhance their fibre optic testing capabilities.
- Professionals seeking to specialise in advanced fibre optic technologies.
- Individuals who have completed a Level 2 Award or have practical experience in basic fibre testing and fault finding.
Conclusion
The Advanced Fibre Optic Testing Course by TNS Europe is a pivotal step for professionals aiming to deepen their expertise in fibre optic testing. With a curriculum designed to address both theoretical knowledge and practical skills, this course empowers delegates to tackle complex challenges and advance their careers in the fibre optic industry. Enroll today to transform your fibre optic testing capabilities and stay ahead in a dynamic and evolving field.