| eagle photonics |
eagle photonics |
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| Salient features of our Training
Program: |
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The people
having strong theoretical background
with proven track record in the field will
conduct course. |
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This is the
only training program, which gives an idea of
Optical fibers, cables, optical communication
systems and everything integrated
together. |
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Stress is being
given to clear the fundamental concepts -
theoretical as well as
practical |
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Clarity in the
presentation by using the pictures and
animations |
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Demo/Hands - on
with the help of latest
equipments |
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Course is designed to suit
the requirements of the beginners as well as
excellent refresher for experienced
people. |
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Limited candidates shall
be taken in a batch & nurtured to become a
Telecom Leader. |
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Exceptional
candidates shall be absorbed at Eagle Photonics /
Tejas Networks. |
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100% Assistance in placement
through our placement services |
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Description
| A concise
overview of Fundamentals of Fiber Optics, PDH/SDH
& DWDM Technologies.
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Who will
benefit?
Anyone
working in the field of Optical Communication/Networking
or Telecom
Software.
Prerequisites
Some
background in science / Basic Telecommunication concepts
is desirable.
Objectives
By the end
of the course Delegates will be able to:
Ø Understand basic
Fiber Optics Concepts.
Ø Be well versed
with applications of Fiber Optics.
Ø Design &
handle simple Fiber Optic Network.
Ø Operate Splicing
Machine, OTDR & similar equipments required for
field maintenance.
Ø Recognize SDH
equipments & understand SDH/SONET & DWDM
protocols fairly.
Ø Design
complicated network with further
self study
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Apart
from the theory, participants will be
getting chance to do hands-on SDH
equipments (STM-1/STM-4), SDH analyzers, Digital
Transmission analyzers, Splicing machine, OTDR, Laser
& Power meter, Optical Spectrum Analyzer
etc.
Contact
Rashmi-
09844589038
(080)
23113242,23113241
e-mail: info@eaglephotonics.com
Training
Schedule
Date 8th-12th July ,2008
Time 9.30 To 18.00 Hrs.
Venue
Eagle Photonics Knowledge centre
#6
& 7, Industrial Town , W.O.C Road , Rajajinagar, Bangalore
– 560 044.
Fees Details:
For Indian Participants:
Rs. 20,000/-
For Foreign Nationals :
US$ 550
Group Discount Available-Pl. contact us.
Completed
very
successful Training Programs
in India and
Abroad |
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Session 1
Ø
Introduction to
Fiber Optics
Ø Why Fiber Optic
Communication?
Ø Concept of Modes.
Ø Types of Fibers-SMF,
MMF
Ø Different types of
Losses-Radiation,
Scattering, Micro-bending Loss
Ø Concept of
Dispersion-Modal,
Material, Wave-guide
Dispersion
Ø Types of Single mode
fibers
G652, G653, G655 etc.
Session 2
Ø
Optical Fiber Cables
Overview
Types-Duct, Direct buried,
OPGW, Corrugated, Aerial,
Ribbon,
Non-Corrugated etc
Ø Different Techniques for Joining
fibers
Ø Splicing – Mechanical &
Fusion. |
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| What is difference
between SMF, MMF, NZDF, G-652, G-655 etc
? |
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| Why light of 1310 nm
& 1550 nm wavelength used for
communication? |
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| What are corrugated
and non-corrugated, OPGW and Arial
cables? |
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| Eagle Photonics
provides training to cover latest trends in
Optical Communication. |
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| How and why optical
fiber for transmission line? |
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| Eagle
Photonics gives you the comprehensive idea about SDH
& PDH based systems. Find solution of some typical
problems at Eagle Photonics. |
Feel yourself the delicacy of
handling the optical fiber in the
field. |
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Session
3
Ø
Connectoraisation –
Techniques, Pros/Cons
Ø
Types of
connectors – FC/PC, SC, ST, MW,
Biconic, E-2000 etc
Ø
Elements of
Fiber Optic Link
FMS, straight, DDF, FDF,
Branching
Termination, Patch cords &
Pigtails
Session
4
Ø
Demo & Hands-on of
Splicing
Ø
Installation
of systems
Ø
Demo of
different elements of Fiber Optic
link. |
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| Eagle
Photonics have expertise in transmission &
installation of communication link. If you want to
know what is happening inside the optical network
and how information reaches us, come to Eagle
Photonics. |
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| Do you know how the
accessories like patch cords, DDF, FDF,
attenuators etc are being used actually in
networks? |
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Session
5
Ø
Test &
Measurement
· Loss-dB/dBm, Splice & Link
loss
· Fundamentals of OTDR
· Power, Laser source
test
· Link loss budget
· Demo & Hands on of
OTDR
Session
6
Ø
Overview of
Communication
Ø
Laser &
Detectors
Ø
Multiplexing
techniques- TDM & FDM
Ø
Primary &
Higher order multiplexing
Ø Optical Transmission
link
·
MUXs
·
OLTEs
· SDH & PDH
· Concept of Hierarchy
Ø
Understand
Optical Transmission
Ø
Line Terminating
Equipment
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Layered
Structure
Ø
PDH Muxes-
34Mbps/ 140Mbps
Ø
Optical Line
Terminal Equipment(OLTE)
Ø
Limitations
of PDH |
| Why Optical and Why not
electrical? |
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| Eagle
Photonics gives you demonstration as well as hands
on experience on Splicing/Jointing and OTDR in the
training. Qualified, Experienced and highly
skilled faculty will be with you to assist during
theory and practical. |
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| What is the role of an
OTDR ? |
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Session
7
Ø Synchronous and Asynchronous
systems
Ø Requirement of synchronous
systems
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Typical
Example of SDH system(STM-1, STM-4, STM-16, STM-64)
with
reference to the product
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Configuration
of SDH equipment(TM, ADM & REG)
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Functions of
TM, ADM & REG
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Pros and Cons
of TM over ADM(P2P, Linear & Ring)
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SDH
multiplexing structure(STM-1 frame structure)
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Function of
SDH Overhead bytes
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Protection
Schemes(Unit, Path & Ring)
Session
8
Ø
Alarms &
Synchronization
Ø
SDH
Testing
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Hands – On STM-4,
STM-1
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Hands –On NMS, NES
using Ring & Linear Network
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Hands – On SDH
Testers(ANT-20se, ONT-50, Tektronix 2400A,
HP-37717A)
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Hands – On Alarm
Testing & Performance Testing. |
| Eagle
Photonics have expertise in transmission &
installation of communication link. If you want to
know what is happening inside the optical network
and how information reaches us, come to Eagle
Photonics. |
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| How SDH Testing is
Done? |
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Session
9
Ø
Concept of DWDM
& its Fundamentals
WDM, CWDM, DWDM
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Systems for DWDM
Networks.
Ø
Elements of WDM
Link, Regenerator, Optical Amplifiers, Optical Add-Drop
Mux,
Optical cross
Connect
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>Optical Amplifiers
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>Components for DWDM
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>DWDM Test &
Measurement
Session
10
Ø
DWDM Network
Design
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Advances in DWDM
Networking
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Technologies to
achieve High Speed TDM+WDM latest Experiments in DWDM
Standards for DWDM ITU-T Grid, C&L bands
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Futuristic
components for DWDM
Ø Tunable Lasers, Multi
Frequency Lasers, Wavelength Converters, MEMS Switch,
Tunable Filters, Transponders, AWG
Ø
Futuristic
Technologies
Ø Data-IP over DWDM,
Forward Error Correction, Digital Wrapper, Multi
Protocol Label Switching(MPLS), Soliton
Propagation. |
| How
DWDM Works? |
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| How DWDM Works on
SDH? |
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