Methodology: The course will be conducted in class using power point presentations, classroom discussions and lab demonstrations designed to give participants practice.
Workshop Objectives: At the end of the course participants should be able to design a structured cable network, distinguish various types of cables. Be able to, install, prepare and terminate all types of premises cables inside buildings and campus setup. Participants will be able to make SC, ST and LC connectors in field. They will be able to make Cat5e and multimode fiber patch cords. They should be able to carry out trouble shooting of copper and fiber installation. Participants will also appreciate how fiber copper coax and wireless are integrated to form a structured cabling system.
Workshop Contents/Topics:
- A History of Cabling for Communications
- Prefabricated Cabling Systems 2 Certified Premises Cabling Technician (CPCT)
- Standard For structured Cabling Systems
- Computer Networks Coax Cables In Structured Cabling Systems
- Data Centres Designing structured Cabling Systems
- Fiber Optics and Premises Cabling
- Fiber Optics For Wireless
- Installing UTP Cabling
- The language of structured cabling Types of MM Fiber (om1,OM1, OM2, OM3, OM4
- OLANs: Fiber Optic Local Area Networks
- Structured Cable: UTP Termination (110 blocks, patch panels, RJ-45 for Cat5e )
- Optical fiber terminations( connectorization)
- Structured Cabling installation
- Testing UTP Cabling
- Testing optical fiber cable installation
- The Role of Fiber Optics In Structured Networks
- Unshielded Twisted Pair
- Wiremap For UTP Cabling
Practical
- UTP cable termination on patch panels and RJ-45
- Terminating optical fiber cable
- Testing UTP cable
- Testing optical fiber installation
Administering of Test: Written CFOT Test (approx 2 hours)
Reference materials Textbook: Fiber Optics Reference Guide by Jim Hayes, Supplementary Study Materials includes Workbook and Lab Manual.