Osp design for fttx networks course syllabus (short)
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This document outlines a 5-day instructor-led course on designing outside plant (OSP) networks for fiber-to-the-x (FTTX) services, aimed at attendees with core knowledge in relevant fields. It covers various design techniques and materials, ensures refresher content on foundational topics, and is beneficial for FTTX designers, engineers, and contractors. The course includes modules on ODN elements, construction techniques, and specific design pathways.
Osp design for fttx networks course syllabus (short)
- 1. OSP Design for FTTX Networks Duration and Training Format: 5 days Instructor-Led Daily Class Schedule: Session 1: 8:00AM – 11:30AM CDT Lunch Break: 11:30AM – 1:00PM CDT Session 2: 1:00PM – 4:30PM CDT Course Overview: This course shall provide the Attendees with a focus on the optimal manner in which to design outside plant (OSP) networks to provide service to the Subscribers. It assumes the Attendees has a core knowledge of fiber optics, outside plant, and FTTX architecture, however shall conduct a baseline refresher on the topics. Course will discuss in detail the manner in which optimal fiber-to- the-X (FTTX) networks are designed, based on a flexible growth pattern (take-rate), thus allowing for maximum optimization of optical distribution network (ODN) ports on the optical line terminal (OLT). Course shall address different construction techniques and materials that are currently being use, as well as those technologies that are on the rise that could represent cost savings. Who would benefit from this course: • FTTX Outside Plant Designers/Engineers • Municipalities considering FTTX within their community • FTTX Construction Inspectors • FTTX Construction Managers • FTTX Construction Contractors Course Modules: Module 1: Baseline Refresher Module 2: ODN Elements Module 3: OSP Construction Techniques Overview Module 4: OSP Materials Module 5: Fiber Materials Module 6: Design: OSP Pathways & Spaces Module 7: Design: OSP Underground Pathways Module 8: Design: OSP Direct Buried Pathways Module 9: Design: Micro-Trenching Module 10: Design: OSP Aerial Pathways Module 11: Design: OSP Aerial Construction Practices Module 12: Design: OSP Spaces Module 13: Design: OSP Splicing Module 14: Design: OSP RoW