Top Requirement: PMT pulse timing accuracy (decision tree) What optical network? Ethernet Sonet Fibre channel and others Data store and forward (clock.

Slides:

Advertisements

Similar presentations

Chapter 1: Introduction

Advertisements

Synchronous Optical Networks SONET

Synchronous Optical Networks (SONET)

The Optical Transport Network (OTN) – G.709

SONET Ashwini R Ujjinamatada 24 th October What is SONET ? SONET stands for Synchronous Optical Network. is a standard for optical telecommunications.

SONET. Telephone Networks {Brief History} Digital carrier systems –The hierarchy of digital signals that the telephone network uses. –Trunks and access.

1 Chapter 6 Client Layers of the Optical Layer A. In the backbone networks a. Synchronous Optical Network (SONET)/ Synchronous Digital Hierachy (SDH) b.

SONET / SDH Nirmala Shenoy Information Technology Department

McGraw-Hill©The McGraw-Hill Companies, Inc., 2001 SONET/SDH Synchronous Optical Network/ Synchronous Digital Hierarchy SONET was developed by ANSI SDH.

Synchronous Optical Network (SONET) Fall Semester, School of Computer Science & Engineering, Seoul National University. Professor Yanghee Choi Student.

1 SONET: Synchronous Optical Network Carey Williamson University of Calgary.

Synchronous Optical Networks SONET Advanced Computer Networks.

Synchronous Optical Networks (SONET) Advanced Computer Networks.

Protocols and the TCP/IP Suite Chapter 4 (Stallings Book)

Chapter 1 Read (again) chapter 1.

Fiber-Optic Communications

ECS 152A 1. Introduction. A Communications Model Source —generates data to be transmitted Transmitter —Converts data into transmittable signals Transmission.

OSI Reference Model An overview. Standards and the internet International Organization for Standardization ISO 70’s.

Data Networking Fundamentals Unit 7 7/2/ Modified by: Brierley.

Synchronous Optical Networks SONET

Corporate Research Center - page 1 IP over ATM t IP over everything,..., PoS, PoATM, Ethernet, … t IP will be transported over whatever L1/L2 technology.

EE 4272Spring, 2003 Chapter 11. ATM and Frame Relay Overview of ATM Protocol Architecture ATM Logical Connections ATM Cells ATM Service Categories ATM.

The OSI Model FTP API 7. Application 6. Presentation 5. Session 4. Transport 3. Network 2. Data Link 1. Physical HTTP Software.

TDC 461 Basic Communications Systems 8 May, 2001.

Microcomputer Networking II St. Cloud State University MCS 426, Fall 1999 Instructor: Adomas Svirskas The ISO/OSI Reference Model The Model Functionality.

SIMS-201 LAN Basics, MANs, WANs.

SONET stand for Synchronous Optical NETwork SONET ANSI A ISI It is developed By ANSI( A merican I nternational S tandard I nstitute). It is a synchronous.

Chapter 14 Other Wired Networks Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

Review: – computer networks – topology: pair-wise connection, point-to-point networks and broadcast networks – switching techniques packet switching and.

ATM over SONET~Kavitha Sriraman1 ATM Over SONET By: Kavitha Sriraman, CEPE, Dept of ECE, Drexel University,

Chapter 6 Wide Area Networking Concepts, Architectures, & Services.

Bob Baker Open Systems Interconnection OSI Reference model –Layer 7 application –Layer 6 presentation –Layer 5 session –Layer 4 transport –Layer 3 network.

© McLean HIGHER COMPUTER NETWORKING Lesson 1 – Protocols and OSI What is a network protocol Description of the OSI model.

Department of Electronic Engineering City University of Hong Kong EE3900 Computer Networks Introduction Slide 1 A Communications Model Source: generates.

Fiber-Optic Network Architectures. OSI & Layer Model This Course.

Infrastructure in Teleradiology CONTENT 1. Introduction 2. Overview of Data Communication 3. Local Area Network 4. Wide Area Network 5. Emerging Technology.

17.1 Chapter 17 SONET/SDH Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

Data Communications, Kwangwoon University

1 CHAPTER 8 TELECOMMUNICATIONSANDNETWORKS. 2 TELECOMMUNICATIONS Telecommunications: Communication of all types of information, including digital data,

Data Networking Fundamentals Chapter 7. Objectives In this chapter, you will learn to: Discuss basic networking concepts, including the elements common.

William Stallings Data and Computer Communications

Rehab AlFallaj.  OSI Model : Open system Interconnection.  is a conceptual model that characterizes and standardizes the internal functions of a communication.

Chapter 17 SONET/SDH Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

17.1 Chapter 17 SONET/SDH Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

Chapter 14 Other Wired Networks 14.# 1

SONET is used as a WAN. ANSI standard – SONET ITU-T standard – SDH Both are fundamentally similar and compatible.

Chapter 4 Circuit-Switching Networks Multiplexing.

Connection-Oriented Networks – Wissam Fawaz1 Connection-Oriented Networks: SONET/SDH, ATM, MPLS, and Optical Networks Wissam Fawaz.

Layer Models ISO 7 layer Model IEEE Model DOD Model ATM TCP Protocol Suit Communication Reference Models.

SONET. Introduction SONET SONET - S ynchronous O ptical NET work (North America) It is used as a transport network to carry loads from WANs. SONET was.

Copyright 2001 Global Wireless Education Consortium 1 1 BASIC DATA NETWORKS.

Networking Using the OSI Model.

Protocols and the TCP/IP Suite

DAQ read out system Status Report

Chapter 4 Circuit-Switching Networks

CT1303 LAN Rehab AlFallaj.

Data Networking Fundamentals

Presented by Radha Gummuluri ECE-E 641 Fiber Optic Communications

The University of Adelaide, School of Computer Science

مهندسی اینترنتت ارائه دهنده دکتر سيد امين حسيني

OPTICAL PACKET SWITCHING

OSI Model The Seven Layers

Fiber Optic Communication By

Chapter 4: Data Communication and Networks

Chapter 1. Introduction Data Communications

EEC4113 Data Communication & Multimedia System Chapter 1: Introduction by Muhazam Mustapha, July 2010.

Data Transmission And Digital Communication

Synchronous Optical Network (SONET)

Network Basics and Architectures Neil Tang 09/05/2008

Open System Interconnect (OSI).

Presentation transcript:

Top Requirement: PMT pulse timing accuracy (decision tree) What optical network? Ethernet Sonet Fibre channel and others Data store and forward (clock and time stamp at sea floor) Existing networks To be elaborated Time ridged design “free format” Point to point connection (wdm technology) PMT signals (timing) real time to shore (fixed signal propagation (no time stamp at sea floor) To be elaborated

secretary Postal sevice

Peer to peer IP 7Application Application programs e.g. electronic mail, browsers 6Presentation telnet, SMP, FTP 5Session telnet, SMP, FTP 4Transport TCP, UCP 3Network IP 2Data link Network interface cards, Connection, Optical switches a.o. 1Physical Twisted pair, wireless, Amplification, Optical fibre All optical physical layer SONET/SDHGbE ATM Free format IP All optical physical layer SONET/SDHGbE ATM 3Network 2Data link 1Physical Flash back to the OSI model of ISO 7Application 6Presentation 5Session 4Transport 3Network 2Data link 1Physical One fibre can carry many DWDM channels Each channel can carry a different protocol, and custom defined protocols can be used. Max. data transmission on one fibre ≤ 12.5 Tera bit/sec services Free format

IP SONET/SDH GbE ATM Free format IP SONET/SDH GbE ATM Free format Different applications All optical physical layer SONET Network Node(s) SONET Network Node(s) Network services SONET Network Node(s) Considering network architectures Optical channel point to point connection for clock/timing issues, with fixed propagation figures real time measurements on shore. For any solution be sure that the clock system is not interrupted or resynchronized by network system itself. Data transport “framed data” with “store-and-forward” data transport possible Choice between real-time signaling e.g. optical point to point (DWDM channel) minimal data to shore What to do for system control (slow control) Make a any connection in the network a network node (providing network) Time rigid point to point

IP SONET/SDH GbE ATM Free format IP SONET/SDH GbE ATM Free format Different applications All optical physical layer SONET Network Node(s) SONET Network Node(s) Network services SONET Network Node(s) SONET/SDH ( Synchronous Optical NETwork/Synchronous Digital Hierarchy) High transmission rates Simplified add off different Network master uses standardized network elements for control and monitoring from central location (TWM) Sonet layers: Physical:fiber or radio or satellite Section:SOH (Section Overhead) path between regenerators Line:link between mutiplexers LOH:Line overhead Path layer:where asynchronous digital signal enters and where these signals exit the SONET network Transport module:(synchronous payload envelope, SPE)

Some Sonet facts: STS-1/OC-151,84 Mbits/s STS-3/OC Mbits/s STS-12/OC Mbits/s STS-48/OC Mbits/s STS-192/OC Mbits/s Synchronous Transport Signal Mb/s Mb/s Mb/s