Confidential - This message and any attachment to it contains confidential information exclusively for the recipients. Please do not forward or distribute.

Slides:



Advertisements
Similar presentations
A Framework for Management and Control of Optical Interfaces supporting G draft-kunze-g management-control-framework-00 Ruediger Kunze Manuel.
Advertisements

Highlights - ITU-T Question 17/15 Optical Components and Subsystems Jim Matthews III Corning Incorporated Jim Matthews III Corning Incorporated.
Electricity Supply Corporation of Malawi
LambdaDriver ™ family Wave Division Multiplexing.
6/10/2003 – J.J. Hogenbirk VLVnT Wavelenght Multipexing 1 EFNI H K Wavelength Multiplexing Design a MAN* like fiber network for high data transmission.
Compatibility of multivendor Dense Wavelength Division Multiplexing System Master Thesis Jan Waldén, Helsinki Supervisor PhD Timo Korhonen.
Optical communications & networking - an Overview
Reconfigurable Optical Networks using WSS based ROADMs Steven D. Robinson VP, Product Management  Five Essential Elements of the.
Optical Networking.  Introduction: What and why....  Implementing Optical Networking  Developments in conversion  Future developments....
Paweł Pilewski Pre-Sales Engineer MICROSENS GmbH & Co. KG
11/7/2000EE228A Lecture1 Problem We need more bandwidth –Data traffic doubles every 4 (up to 12) months –More users connect to the Internet … –And stay.
Lappeenranta University of Technology Valery Naumov Telecommunications Laboratory Tel: “Why Do We Need WDM Networks?”
AtacamaLargeMillimeterArray Back End Preliminary Design Review, 2002 April 24-25, Granada, Spain Fibre Optic Links for IF DTS Roshene McCool Jodrell Bank.
1 Lecture 7b DWDM 1. Introduction 2. Principles of Wavelength Division Multiplexing 3. WDM System Components 4. Wavelength-Independent Coupler 5. Construction.
Metrocore/Vesper Field Trial Pisa (Italy) Marconi PMA32 Metropolitan fiber optic ring located in the town of Pisa (Italy) Links based on G.652 fiber, 22.
Dense Wavelength Division Multiplexing Theory. What we will cover WDM Overview Optical Fiber Transmission Characteristics Key technologies of DWDM Technical.
Wavelength Division Multiplexing
NTNU Protection switching TTM1: Optical transport and access networks By Steinar Bjørnstad 2014.
Dense Wavelength Division Multiplexing (DWDM) Technology
William Stallings Data and Computer Communications 7 th Edition Chapter 8 Multiplexing.
Page 2 Small confidentiality text on every page, Arial 10pt, white – Change on MASTER PAGE ONLY Understanding DWDM.
Fujitsu Proprietary and Confidential All Rights Reserved, ©2006 Fujitsu Network Communications Simplicity and Automation in Reconfigurable Optical Networks.
Reconfigurable OADMs Reconfigurable OADM (ROADM)
Intorduction to Lumentis
1 Chapter 5 Multiplexing : Sharing a Medium Data Communications and Computer Networks: A Business User’s Approach.
SMUCSE 8344 Protection & Restoration of Optical Networks.
Alex Madorsky University of Florida/Physics Track Finder production readiness review, Rice, August 2004 Track Finder Crate, Backplane and Parts Alex Madorsky.
Fujitsu Proprietary and Confidential All Rights Reserved, ©2006 Fujitsu Network Communications Simplicity and Automation in Reconfigurable Optical Networks.
Optical transport solutions
Wipro Confidential 1 Synchronization in Optical Networks Name: Designation: Date: February, 2004 Copyright © Wipro Technologies 2005 Name : Vinay Sasi.
Communications Equipment Communication Equipments: –Equipments that are, Not a direct part of the network (like node, client, terminal, server etc.) but,
Internet 3 Optimizing Optical Networks with Multi-Haul Networks
Past Paper 1998 English Paper 3 (Syllabus A) Task 2.
1 Why Optical Layer Protection? Optical layer provides lightpath services to its client layers (e.g., SONET, IP, ATM) Protection mechanisms exist in the.
Chapter 7 WDM Network Elements A.Network Elements : a. Optical line terminals (OLTs) b. Optical add/drop multiplexers (OADMs) c. Optical crossconnects.
NSTX Upgrade Test Cell Initial Schedule Vent vacuum vessel by 9/19 No vessel entry at this time Period of removals prior to start of outage: 9/19 – 10/14.
Multicore EDFA for DWDM Transmission in Full C-band Yukihiro. etc. 张浩
1 Fibre Channel Roadmap Graphics Scott Kipp
1.Dual Fiber OADM Applications Upgrade port Upgrade port Point to point with in-service upgrade Ch#1 Ch#8 Ch#1 Ch#7 λ1 – λ7 Mux/DeMux λ1 –
FED optical cabling issues Matthew Pearson. Meeting with Jan and Francois at tracker week Discussed the TTC splitter and optical cabling paper design.
Photonic Components Rob Johnson Standards Engineering Manager 10th July 2002 Rob Johnson Standards Engineering Manager 10th July 2002.
Altamar study of the Q west Q 3 network 2002 and 2004 demand one & two responses plus follow-up to the 11/29 meeting Jan. 22, 2002 Proprietary and Confidential.
Presented by, G.RajMohan I Year M-Tech. WHY WDM? Capacity upgrade of existing fiber networks (without adding fibers) Transparency: Each optical channel.
Telephone Techniques You have less than 10 seconds to make your first impression!
Dynamic Module Standards Rob Johnson Standards Engineering Manager 11th July 2002 Rob Johnson Standards Engineering Manager 11th July 2002.
--PRESENTED BY DEEPAK KUMAR VERMA DEPT - ECE SEM - 6 TH ROLL UNDER THE GUIDENCE OF…. Mr. SUDIP KUMAR GHOSH (Asst.Prof.Dept. of ECE)
Framework for DWDM interface Management and Control draft-kdkgall-ccamp-dwdm-if-mng-ctrl-fwk-01 Ruediger KunzeDeutsche Telekom Gabriele Galimberti Cisco.
Network Administration and Systems Services. Dark fiber ring.
Application Examples – (C)WDM Fiber Accessories Riedel solutions for broadcast applications 1 Application Examples – (C)WDM Fiber Accessories.
KM3NeT-Italy Collaboration meeting 28/11/2014 Sistema di trasmissione dati su fibra ottica: Junction Box Sara Pulvirenti.
Lecture # 18 Data Communication Muhammad Waseem Iqbal.
Lukas Chrostowski Carlos Mateus Tal Lavian
Multiplexing : Sharing a Medium
LOCAL EXCHANGE NETWORKS
Chapter 6 Multiplexing.
draft-dharinigert-ccamp-dwdm-if-lmp-06
CPEG514 Advanced Computer Networks
INTRODUCTION TO DWDM 19-Nov-18 ALTTC/TX-I/DWDM.
The University of Adelaide, School of Computer Science
זכויות סוציאליות.
Problem We need more bandwidth
Optical Layer Protection Schemes
Flexible Transport Networks
Summary of Lecture 18 导波条件 图解法求波导模式 边界条件 波导中模式耦合的微扰理论
Alcatel Confidential and Proprietary
The University of Adelaide, School of Computer Science
Optical communications & networking - an Overview
FDM Examples.
WDM.
MCS Multicast Switch for Next Generation ROADM. Multicast optical switch （ MCS ） is based on PLC technology and MEMS technology ， which can route any.
Presentation transcript:

Confidential - This message and any attachment to it contains confidential information exclusively for the recipients. Please do not forward or distribute it to anyone else 1 Commverge Solutions Hong Kong Padtec WDM Ring Solution Bay Face Layout Rafael Caldeira Date:04/12/2004

Confidential - This message and any attachment to it contains confidential information exclusively for the recipients. Please do not forward or distribute it to anyone else 2 Data Center Main Power Module 3 DWDM Bidirectional Transponder, 1 Supervisor and 1 Terminal Supervisory Channel 2 DWDM Bidirectional Transponder, 1 Supervisor and 1 Terminal Supervisory Channel 3 DWDM Multiplex 3 OADM 3 DWDM Demultiplex 3 Optical Protection System 2 Supervisory Channel Multiplex and Demultiplex 2 Booster Amplifiers Fan Module Fan Top Fan Module Cabling Tray Fan Module Cabling Tray 44 U Rack

Confidential - This message and any attachment to it contains confidential information exclusively for the recipients. Please do not forward or distribute it to anyone else 3 Location A Main Power Module 1 DWDM Bidirectional Transponder, 1 Supervisor and 1 Client Supervisory Channel 1 DWDM Multiplex 1 OADM 1 DWDM Demultiplex 1 Optical Protection System 2 Supervisory Channel Multiplex and Demultiplex Fan Module Fan Top 44 U Rack

Confidential - This message and any attachment to it contains confidential information exclusively for the recipients. Please do not forward or distribute it to anyone else 4 Location B Main Power Module 2 DWDM Bidirectional Transponder, 1 Supervisor and 1 Client Supervisory Channel 1 DWDM Multiplex 1 OADM 1 DWDM Demultiplex 1 Optical Protection System 2 Supervisory Channel Multiplex and Demultiplex 2 Booster Amplifiers Fan Module Fan Top Fan Module 44 U Rack

Confidential - This message and any attachment to it contains confidential information exclusively for the recipients. Please do not forward or distribute it to anyone else 5 Location C Main Power Module 2 DWDM Bidirectional Transponder, 1 Supervisor and 1 Client Supervisory Channel 1 DWDM Multiplex 1 OADM 1 DWDM Demultiplex 1 Optical Protection System 2 Supervisory Channel Multiplex and Demultiplex Fan Module Fan Top 44 U Rack

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.