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Module 1: Expert training
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Duration: 3 days live-training
Target people: Project managers, Commercial Staff, System Integrators,
Certified System
Installers, Technical Staff, End Users
Agenda
DAY 1
Introduction on NCS Universal Cabling:
LAN applications:
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Ethernet, Token Ring, Fast Ethernet, ATM, Gigabit Ethernet
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Their influence on Cabling standards:
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Megahertz vs Megabits
Technical Parameters Standardization:
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What, Why, impact on cabling
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ISO 11801
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Comparison of the different norms
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Evolution
The Nexans solutions:
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LANmark 5, 6 and 7
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GG45
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Essential range
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When and how to use each product?
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The 4-connector model
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Voice range
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Quickmount II
EMC discussion:
How to protect an installation against EMI?
The Nexans' Warranty:
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Scope of the Warranty
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How to apply for the Warranty
DAY 2
Theoretical Introduction:
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Fiber Construction, Fiber types
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Optical windows, Refractive index
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Multimode versus Singlemode
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Step Index, Dispersion, Graded index
Optical Transmitters:
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LED, VCSEL, LASER
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Launch conditions
Transmission characteristics:
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Attenuation
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Bandwidth, dip, maximum link length
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Gigabit Ethernet
Advantages of Optical Fiber:
The Nexans Fibre Solutions:
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Gigalite III, Gigalite II vs Standard fibre
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Cables, patch panels, patch cords.
Terminating Optical Fibers:
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Splicing & Connectorising
Fiber-To-The-Workplace
DAY 3
Design of a Cabling Solution:
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Use theoretical and practical Solutions
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Offer a preferred and basic solution
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Make a quotation
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Design implications of the 4-connector model
Installation rules and guidelines:
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Pulling of the cable
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Fire restrictions
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Numbering and labeling
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Cabinet location
Earthing and Grounding:
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Safety versus EMC
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Requirements for correct Earthing and Grounding
Installation practice
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An installation is simulated using open frames
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Termination of cables
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How to make and test Class D 2000, D 2002, Class E and Class F
Links and channels Testing:
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How to use Level III (Cat 6) testers
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Troubleshooting
Different termination methods of Optical Fibre
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SC/ST termination
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Splicing of Optical Fibres
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