|
|
Description
A concise overview of Fundamentals of Fiber Optics, FO networks, PDH/SDH,
DWDM & FTTX Technologies.
Who will benefit?
Anyone working in the field of telecom, datacom, broadband, Cable TV,
automation based on Fiber optics, Optical Communication/Networking,
Telecom Software.
Prerequisites
Some background in science / Basic Telecommunication concepts is desirable.
Objectives
By the end of the course Delegates will be :
- Understand basic Fiber Optics Concepts.
- Well versed with applications of Fiber Optics.
- Design & handle simple Fiber Optic Network.
- Operate Splicing Machine, OTDR & similar equipment required
for field maintenance.
- Recognize SDH equipments & understand SDH/SONET & DWDM protocols fairly
- Understand upcoming FTTX Technology and can identify various elements
involved in that.
- Design complicated network with further self study
|
Training Schedule
Date : 10-14 August, 2010
Time : 9.30 To 18.00 Hrs.
Total duration : 40 hours
Venue
Eagle Photonics
#6 & 7, Industrial Town,
W.O.C Road, Rajaji Nagar, Bangalore – 560 044, India
Ph: +91 80 23113241/42
mail: info@eaglephotonics.com
Fees Details:
For Indian Participants:
Rs. 20,000
(service tax incl.)
For non Indian Nationals : US$ 500
Early bird offer – 5% discount for enrolment and payment of full fees amount by 30th July
Group Discount - For 3 or more participants - 10% discount. Enrolment should be done at the same time with full payment of fees for availing the discount
Course Materials:
One set of presentation materials in hard and soft copy will be provided.
Food:
Free lunch & twice tea/coffee will be provided for all five days. |
|
What is difference between SMF, MMF, NZDF, G-652, G-655 etc? |
|
Why light of 1310 nm & 1550 nm wavelength used for communication? |
|
What are corrugated and non-corrugated, OPGW and Arial cables? |
|
How and why optical fiber for transmission line? |
|
Feel yourself the difference in the training provided by Eagle Photonics for Fiber Optics |
|
What roles connectors play and why so many types of them? |
|
Why Cleanness and proper handling is important in FO connections? |
|
Do you know how the accessories like patch cords, DDF, FDF, attenuators etc are being used actually in networks? |
|
What is the role of an OTDR ? |
|
Why optical passive components are useful? |
Understand yourself the delicacy of handling the optical fiber in the field. |
|
Learn how to use OTDR and Splicing machine |
|
Understand how a FO link can be tested using Light source and power meter |
|
Why PDH is replaced by SDH? |
|
How SDH Testing is Done? |
|
Apart from the theory, participants will get chance to do hands-on SDH equipment (STM-1/STM-4), SDH analyzers, Digital Transmission analyzer, Splicing machine, OTDR, Laser & Power meter, Optical Spectrum Analyzer etc. |
|
How DWDM Works? |
|
What are Transceivers and how tunable transceivers help DWDM network cost reduction? |
|
Compare direct Optical amplification with legacy electrical amplification technology |
|
Eagle Photonics has a live model set-up of STM 1 & 4 link to perform hands-on work. Also an innovative training kit, Light Runner” is available to perform WDM & EDFA hands on |
How Fiber has become a household name recently? |
|
How fiber is helping Convergence to happen in reality? |
|
Compare legacy copper networks to fiber optic networks for more bandwidth requirement |
|
What is laser optimized Multi Mode |
|
Eagle Photonics is the only company offering quality training on Fiber Optics technology. Delivered training to various corporate and individual in India and abroad. |
|
| |
|
Training Contents
|
Session 1
- Introduction & Fundamentals of Telecommunication
- Introduction to Fiber Optics
- Why Fiber Optic Communication?
- Concept of Modes.
- Types of Fibers-SMF, MMF
- Different types of Losses-Radiation, Scattering,
- Macro and Micro bending Loss
- Concept of Dispersion-Modal, Material, Wave-guide, Dispersion,
PMD, Positive & Negative dispersion
- Types of Single mode fibers, ITU-T specs G652 B & D, G653, G654, G655, G657 etc.
Session 2
- Optical Fiber Cables
- Outdoor - Duct, Direct buried, Overhead
- Indoor – Simplex/duplex, breakout, distribution
- Indoor/outdoor – Micro, blown, drop
- ADSS, OPGW, Figure 8, Corrugated, Ribbon etc
- Designs and materials for Cables
- Cable installation & laying methods and techniques
- Different Techniques for Joining fibers
- Splicing – Mechanical & Fusion.
|
|
Session 3
- FO Connectors
- Types – FC, SC, ST, LC, MU, E-2000 etc.
- Patch cords, Pigtails, Ferrules, Adapters, sleeves
- Connector termination techniques – Hand, machine, ready to terminate pre-polished
- PC, SPC, UPC, APC
- Insertion and return loss, factors affecting them
- Elements of Fiber Optic Link
- Splice Joint Closure – Vertical (Dome), Horizontal
- Fiber termination Boxes – Rack and wall mounts
- Fiber Management Systems – Fixed, Push-pull
- Splitter & passive management boxes and modules
- Cassettes, patch panels, cable management
- Accessories for different types of cables
Session 4
- Test & Measurement of FO networks
- Loss-dB/dBm, Splice & Link loss
- Fundamentals of OTDR
- Fiber events, dead zone, DR, Launch cable
- Power meter and Light source test
- VoA, VFL, Fiber Identifier and Inspection scopes
- Link loss budget
- Passive FO Components
- Coupler & Splitter
- Circulator, Isolator
- Fiber Gratings, Filters
- Attenuators – fixed, variable, instruments
|
Session 5
- Demo & Hands-on
- Splicing Machine
- OTDR, Power meter, laser source
- VoA, VFL, Inspection Scopes
- Demo of different elements of Fiber Optic link.
Session 6
- Multiplexing, PDH and SDH
- Laser & Detectors
- Multiplexing techniques- TDM & FDM
- Primary & Higher order multiplexing
- Optical Transmission link
- MUXs
- OLTEs
- SDH & PDH
- Concept of Hierarchy
- Understand Optical Transmission
- Layered Structure
- PDH
- Muxes- 34Mbps/ 140Mbps
- Limitations of PDH
- Synchronous and Asynchronous systems
- Requirement of synchronous systems
- SDH system
- STM-1, STM-4, STM-16, STM-64
- Configuration of SDH equipment (TM, ADM & REG)
- Functions of TM, ADM & REG
- Pros and Cons of TM over ADM (P2P, Linear, Ring)
- SDH multiplexing structure (STM-1 frame structure)
- Function of SDH Overhead bytes
- Protection Schemes (Unit, Path & Ring)
- Alarms & Synchronization
- Testing
|
Session 7
- Concept of DWDM & its Fundamentals
- ITU-T Grid, C&L bands
- Systems for DWDM Networks.
- Elements of WDM Link,
- Regenerator, Optical Amplifiers,
- Optical Add-Drop Mux, Optical cross Connect
- Components for DWDM
- Transceiver, XFP, SFP, Xenpack,
- Tunable Lasers, Multi Frequency Lasers,
- Transponders, Tunable XFP
- DWDM Test & Measurement
- DWDM Network Design
- Advances in DWDM Networking
Session 8
- Hands-on STM-1 & 4 link
- On NMS, NES using Ring & Linear Network
- On SDH Tester
- Alarm Testing & Performance Testing.
- Hands-on WDM demo link
- Using Light Runner demo of WDM
- Demo of Optical Amplification
- Demo of WDM tester like Optical Spectrum Analyzer
|
Session 9
- Access network Technologies-
- Basics of PON
- Active optical Network (AON)
- Advantages of PON Cost/Service
- Fiber in the last Mile
- Standards & Protocols for Access Network-
- IEEE 803.3ah/ITU-T G.894.2
- APON, BPON, EPON, GEPON,GPON
- Comparison and Advantages of each System.
- PON Services-
- VOIP & TDM based Voice Services
- Data Services
- VLANS & Video Services
- Various Elements of Fiber Access Networks-
- OLT, ONU, ODN
- Cat 5E/ 6/ 6A cables, RJ 45 and RJ11 connectors
- RF connectivity for Cable TV
Session 10
- Data Networking
- Conventional Copper & Coaxial data networks
- LAN, WAN, MAN
- Ethernet Standards
- Data networking using Fiber Optics
- Why Fiber Optics in Data Networking
- Cabling standards
- Gigabit Ethernet
- OM1, OM2, OM3 & OM4 fibers, OS1 fiber
- Fiber Channel
- Active & Passive elements
- Racks and LIU
- Switches and Media converters
- Trends in data networking with FO
|
|
For further information and enrolment pl contact
Mrs. Gitanjali Mukherjee (gitanjali@eaglephotonics.com)
Ms. Abhilasha Lawangkar (abhilasha@eaglephotonics.com
|
|
| |
|
|
