Certificate Course in Advanced Telecom Transmission Technologies (FTTH & GPON)
Short course
In Bangalore (India)
Description
-
Type
Short course
-
Level
Intermediate
-
Location
Bangalore (India)
-
Class hours
6h
-
Duration
8 Weeks
This course provides the participants with a comprehensive Knowledge on Planning, Designing, Implementing, Managing and Trouble Shooting FTTH & GPON
Important information
Documents
- Course Brochure - CCATTT
Government funding available
Facilities
Location
Start date
Start date
About this course
This course provides the participants with a comprehensive Knowledge on Planning, Designing, Implementing, Managing and Trouble Shooting FTTH & GPON
Graduates / Engineers / Diploma Holders in Electronics / Electrical / Communications / Telecom or Equivalent with prior Telecom Knowledge
Prior work experience in relevant field is desirable
Energetic professionals with a zeal and enthusiasm to learn and implement technologies
Officials from ICT Ministry, Telecom Companies, Universities, Colleges, Telecom allied service companies etc
You will be answered within 24hrs. You may also reach us Vishwas@utltechnologies.com or thru what's app +91 99029 66833
Reviews
Subjects
- SDH
- TCP-IP
- IPV4 to IPV6
- Ethernet
- Optical
- SONET
- DWDM
- FTTH
- FTTx
- Optical Networks
- PON
- GPON
- Fibre Optics
- Fibre Splicing
Teachers and trainers (2)
Kishore Annam Thiyagaraj
Principal Consultant - Telecom
Yuvaraja Yuvaraja
Technical Head - Telecom
Course programme
Network Essentials
- Network Architecture
- Internetworking Devices
- OSI, TCP/IP Model
- Network Addressing Design : IPv4/IPv6
- Ethernet Technologies
- MPLS Fundamentals
Optical Fundamentals
- Light theory
- Introduction to fiber optics
- Electromagnetic Spectrum
- Evolution of fiber, types of fiber, ITU-T Standards.
- Light sources & detectors, connectors like FC, SC, ST, LC, MU, Patch chords, Patch panel etc
- Fusion and Mechanical Splicing, OTDR, Power meter.
SONET/SDH, DWDM
- Multiplexing techniques TDM & FDM.
- SDH architectures, STM-1, STM-4, STM-16, STM -64.
- SDH multiplexing & protection schemes.
- SONET layered Structure STS-N frame structures.
- SDH tester, E1 tester.
- Elements of WDM link, OADMs and ROADMs, regenerators and transponders.
- Types of amplifiers, EDFA, pre-Inline and booster.
- DWDM network design considerations, operating wave lengths, DWDM test & measurement, optical spectrum analyzer etc.
- Photonic networks and all optical networking
- Optical layer, optical routing and elements of all-optical networking
- ROADM - Reconfigurable Optical Add-Drop Multiplexing
- Coherent optical communications
- New optical modulation schemes for 40 G, 100Gb/s transmission
- DP-QPSK
- Use of Digital Signal Processing along with coherent optical systems to alleviate chromatic dispersion, polarization mode dispersion and OSNR impairments
Overview of FTTX
- Introduction to FTTx Access Networks
- What is a FTTX Access Network?
- The FTTH network environment
- FTTx networks architecture (FTTC, FTTH, FTTN, FTTD, FTTP)
- FTTH Topology and Technology
- Network Layers
- Open Access networks
Passive Optical Networks
- PON Principles & Benefits
- How Passive Optical Network is Economical?
- PON types (BPON / EPON / GPON)
- xPON comparison
- GPON vs. GEPON
Building GPON Infrastructure Networks
- G-PON, the basics
- GPON Network Elements
- Optical Line Termination
- Optical Network Unit (SFU, SBU, MDU, MTU)
- Optical Splitter
- Optical Distributions Frame (ODF)
- Power Budget Calculation
- GPON Standards
- GPON Infrastructure in-buildings
- GPON In-Building wiring
- GPON Elements In-Building
- Examples based on real installations
- GPON In-Building wiring
- GPON Elements In-Building
- Examples based on real installations
- Transmission Basics (GPON Multiplexing Architecture: GEM Port, TCONT, Allocid, ONU-id, Port-Id)
- Downstream and Upstream TDM Architectures
- GPON Stack
- Control and User Planes in GPON
- GPON Services: IPTV, VoIP and Internet, RF Services
- GPON System Management Mode: SNMP, TR-069 and
- OMCI scopes
- GTC Layer Main Functions
- GTC Frame Format: Downstream GTC frame, Upstream GTC burst, Upstream GTC frame: ONU bursts combination
- ONU state machine
- ONU status change: Activate, Deactivate, Disable
- ONU, POPUP
- PON Physical Parameters
Certificate Course in Advanced Telecom Transmission Technologies (FTTH & GPON)