Currently Inherent Network

Slides:



Advertisements
Similar presentations
Global Video Transport Transport Solutions EVP. Optical transport over dark fiber Time Division Multiplexing Coarse and Dense Wave Division Multiplexing.
Advertisements

CNGI/CERNET2 Updates Jilong Wang, Tsinghua U
1 Lambda Networking in TWAREN New Architecture Design 2006 / 01 / 25 NCHC, Taiwan.
Object-Oriented Design and Implementation of Fault Management Function for MPLS network Sung-Jin Lim, Ryung-Min Kim, and Young-Tak Kim Advanced Networking.
APNOMS03 1 A Resilient Path Management for BGP/MPLS VPN Jong T. Park School of Electrical Eng. And Computer Science Kyungpook National University
Use cases for implementation of the NSI interface Takahiro Miyamoto, Nobutaka Matsumoto KDDI R&D Laboratories Inc. This work is partially supported by.
CURRENT APPROACH FOR NETWORK PROVISIONING Umbrella Provisioning System
May 2000G-WIN-TalkContent Next Generation: Giga-Wissenschaftsnetz of DFN (G-WIN) Peter Kaufmann (DFN-Verein, Berlin, Tel: ,
Primary Enabling Infrastructure For The Mobile Internet Presented by: Ian Serrao Director – Network Services Columbus Communications Trinidad Ltd.
Innovative and Unique Solution for EOE – RAISECOM
The STS National Network Deputy Technical Director
Testbeds Supporting Network & application R&D at all levels Strong Research Council and Community interest Active discussions & workshops Vision of a rich.
How does a network identify computers and transmissions?
1 International IP Backbone of Taiwan Academic Networks Wen-Shui Chen & Yu-lin Chang APAN-TW APAN 2003 Academia Sinica Computing Center, Taiwan.
HetnetIP Ethernet BackHaul Configuration Automation Demo.
Laveraging existing network for multi service chalange
A Possible New Dawn for the Future GÉANT Network Architecture
© 2010 Colt Telecom Group Limited. All rights reserved. Layer 1, 2 and 3 Integration Vision and ongoing developments Nicolas Fischbach, Director Network.
2006 © SWITCH 1 TNC'06 Panel Presentation Myths about costs of circuit vs. packet switching Simon Leinen.
Broadband and Wide Area Network Services Carrier Gigabit Ethernet Multi Protocol Label Switching Vs. IP VPNs T-1 & T-3 SIP Trunks Security Network Topology.
1 EL736 Communications Networks II: Design and Algorithms Class3: Network Design Modeling Yong Liu 09/19/2007.
Next Generation Networks What’s New and What Isn’t John C. Bellamy Xalted Networks Inc.
FCD-155_2012 Slide 1 FCD-155. FCD-155_2012 Slide 2 FCD-155 STM-1/OC-3 Terminal Compact (1U ½ 19”) Next Generation standard STM-1/OC-3 Terminal supporting.
EthioTelecom IP NGN Network
Chapter 10 Wide Area Networks. Contents The need for Wide area networks (WANs) Point-to-point approaches Statistical multiplexing, TDM, FDM approaches.
Thought For The Week No Question Is A Bad Question!
Carrier Class Ethernet Metro Ethernet Forum Technical documents under “Documents” tab.
The data link layer Skills: none IT concepts: LAN, medium access, Ethernet and WiFi protocols, why standards win This work is licensed under a Creative.
5: DataLink Layer5-1 Cerf & Kahn’s Internetwork Architecture What is virtualized? r two layers of addressing: internetwork and local network r new layer.
Introduction to Networking V.T. Raja, PhD James R. Coakley, PhD BA 572 – Advanced Information Systems.
Metropolitan Ethernet Networks Estella Kang Matt Powers SC441 Computer Networks – Independent Study Boston University.
Telecommunications and Networking Dr. V.T. Raja Oregon State University Summer 2007.
Spring EE4272 Switch vs. Router Switch:  Def. 1: A network node that forwards packets from inputs to outputs based on header information in each.
MPLS A single forwarding paradigm (label swapping), multiple routing paradigms Multiple link-specific realizations of the label swapping forwarding paradigm.
1Presentation_ID © 1999, Cisco Systems, Inc. IP Over Optical: Building Terabit Networks Today Larry McAdams
An introduction to: WDM for IP/MPLS service provider networks Anders Enström Product Manager Transmode Systems.
Broadband Network By Lav Gupta, BSNL Introduction  Operators need long-term revenue streams  Must have convergent networks to offer voice, data, and.
Chapter 2 Review of Computer Network Technology
Your Solution for Better Communications DM 705SUB MSPP-Multi-Service Provisioning Platform Presented by: Marco Berger Director.
Gigabit Ethernet Zach Kokkeler and Jeff Schroeder.
Lawrence G. Roberts CEO Anagran September 2005 Advances Toward Economic and Efficient Terabit LANs and WANs.
Carrier Networks (Chapter 4) Long Haul/Core Network Metro Network Access Network Technologies Convergence Signaling Digital Hierarchy/SONET.
BROADBAND TECHNOLOGIES & SERVICES Broadband Technologies -Core Network
Connect. Communicate. Collaborate VPNs in GÉANT2 Otto Kreiter, DANTE UKERNA Networkshop 34 4th - 6th April 2006.
Communication Networks Fourth Meeting. Types of Networks  What is a circuit network?  Two people are connected and allocated them their own physical.
IT 347 Final Review Winter 2011 J.J. Ekstrom. IT 347 Course Topics Network Models Protocols and Encapsulation Reliable Delivery / Sliding Window Clients,
Routing in Optical Networks Markus Isomäki IP and MPLS in Optical Domain.
Mobile Backhaul : Carrier Ethernet
1 Shigeo Urushidani SINET3: NII’s new Network National Institute of Informatics (NII) Fall 2007 Internet2 Member Meeting San Diego, October 8 th, 2007.
© 2006 National Institute of Informatics 1 Jun Matsukata National Institute of Informatics SINET3: The Next Generation SINET July 19, 2006.
5: DataLink Layer5-1 Link Layer r 5.1 Introduction and services r 5.2 Error detection and correction r 5.3Multiple access protocols r 5.4 Link-Layer Addressing.
Chapter 4 Circuit-Switching Networks Multiplexing.
A Transactional Approach to Configuring Telecommunications Services Tim Kempster
SINET Update and Collaboration with TEIN2 Jun Matsukata National Institute of Informatics (NII) Research Organization of Information and Systems
MSIL TECHNICAL CONSULTATION 28 February 2006 Steve Wright The information in this presentation relates to plans currently under development and subject.
 Describe the basic and hybrid LAN physical topologies and their uses, advantages, and disadvantages  Describe the backbone structures that form the.
PTCL Training & Development1 NGSDH Dr Muhammad Khalil Shahid NGSDH Dr Muhammad Khalil Shahid.
Status of Tokyo LCG tier-2 center for atlas / H. Sakamoto / ISGC07 Status of Tokyo LCG Tier 2 Center for ATLAS Hiroshi Sakamoto International Center for.
Building Corporate Data Networks – A Case Study
Introduction to Telecommunications, 2/e By M.A.Rosengrant Copyright (c) 2007 by Pearson Education, Inc. All rights reserved. Figure 28–1 A next generation.
Introduction1-1 Data Communications and Computer Networks Chapter 1 CS 3830 Lecture 2 Omar Meqdadi Department of Computer Science and Software Engineering.
Chabot College ELEC Managing Network Traffic by Design.
Understanding “Virtual” Networks J.J. Ekstrom Fall 2011.
7. Technological Overview 7.1 Network Structure and Technical Description Ethiopian Telecommunications Corporation, ETC has developed modern information.
MPLS Introduction How MPLS Works ?? MPLS - The Motivation MPLS Application MPLS Advantages Conclusion.
Grid Optical Burst Switched Networks
Service provider PROVIDES STM-1
Making an Ethernet Cable
The Business Value of MPLS VPNs
Synchronous Optical Network (SONET)
Presentation transcript:

Currently Inherent Network Advanced Network (Java Area) Fiber Optics , STM-1 (155 Mbps) Medium Network Fiber, Microwave, satellite 4E1 (8 Mbps) Basic Network Satellite 1E1 ( 2 Mbps) Backup Link (satellite) 1 Mbps PT. Jabar Telematika

Konfigurasi INHERENT Saat Ini PT. Jabar Telematika

KONFIGURASI JARDIKNAS 2008 PT. Jabar Telematika

SINET3 – JAPAN (domestic) PT. Jabar Telematika

SINET 3 – Japan (International) JarDikNas PT. Jabar Telematika

Arsitektur Jaringan PT. Jabar Telematika

Konfigurasi Node (1) Edge L1SW:accommodates user’s L1 to L3 traffic with Ethernet interface up to 10GE. L2/L3 traffic shares the bandwidth with L2 multiplexing while L1 traffic is made separate from L2/L3 traffic, using next generation SDH (TDM) technologies Core L1SW:L2/L3 traffic is forwarded to IP router and received back while L1 traffic is switched by L1 SW. IP Router:L3 traffic is processed using IP or MPLS while L2 traffic is encapsulated using Ether over MPLS and forwarded to L1 SW. Thus the IP router transfers IP and MPLS traffic. PT. Jabar Telematika

Konfigurasi Node (2) Core NW : International Backbone to SINET Japan PT. Jabar Telematika