PRESENTATION ON FIBER OPTICS

PRESENTED BY =>

FIBRE OPTICS

History Need OFC Layers Types Principle Parameters Transmission Splicing Applications

CONTENTS

Optical communication systems date back to the 1790s, to the optical semaphore telegraph invented by French inventor Claude Chappe.

By 1970 Corning Glass invented fibre-optic wire or "optical waveguide fibres" which was capable of carrying 65,000 times more information than copper wire.

In April 1977,General Telephone and Electronics tested and deployed the world's first live telephone traffic through a fibre-optic system running at 6 Mbps, in Long Beach, California.

HISTORY

SPEED: Fibre optic networks operate at high speeds -up into the gigabits.

BANDWIDTH: Large carrying capacity. DISTANCE: Signals can be transmitted further

without needing to be "refreshed" or strengthened. RESISTANCE: Greater resistance to

electromagnetic noise such as radios, motors or other nearby cables.

MAINTENANCE: Fibre optic cables costs much less to maintain.

WHY FIBER OPTICS?

OFC LAYERS

TYPES OF OFC

PRINCIPLE OF OPERATION

TOTAL INTERNAL REFLECTION

OPTICAL FIBER PARAMETERS

TECHNIQUE OF TRANSMISSION

ELECTRICAL->OPTICAL: OLT

OPTICAL->ELECTRICAL: PHOTODIODE

OFC SPLICING

ADHESIVE BONDING OR GLUE SPLICING

MECHANICAL SPLICING

FUSION SPLICING

UNDERSEA CABLES

LAN

LOW AND HIGH SPEED DATA TRANSMISSION

INTEROFFICE TRUNKING IN METROPOLITAN AREAS

HD SIGNAL TRANSMISSION

APPLICATIONS

THANK

YOU

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