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High Speed Networks

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High Speed Networks 5 - Fiber Optic Networks Edoardo Berera Telelinea Plan Fiberoptic cables UNSA: ATM & Gigabit networks Renater 2 NTI TEN-155 / GEANT FLAG SEA-ME-WE ... – PowerPoint PPT presentation

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Title: High Speed Networks


1
High Speed Networks
  • 5 - Fiber Optic Networks
  • Edoardo Berera
  • Telelinea

2
Plan
  • Fiberoptic cables
  • UNSA ATM Gigabit networks
  • Renater 2
  • NTI
  • TEN-155 / GEANT
  • FLAG
  • SEA-ME-WE 3
  • Project OXYGEN

3
Fiberoptic Cables
4
UNSA
  • Backbone
  • ATM 155 Mb/s
  • User access
  • IP over ATM
  • Ethernet 10/100 Mb/s

5
UNSA
  • Backbone
  • ATM 155 Mb/s
  • Evolution to Gigabit/s campus network
  • Tests Commutateurs Gigabit Ethernet
  • User access
  • IP over ATM
  • Ethernet 10/100 Mb/s

6
Gigabit Ethernet
7
Renater 2
  • Réseau National de Télécommunication pour
    lEnseignement et la Recherche
  • IPv4 et IPv6 (G6)

8
NTI
  • Noeud de Transit International

9
TEN-155
  • Trans-European Network
  • 155 Mb/s

10
GEANT
11
FLAG
  • Fiber Link Around the Globe

12
FLAG Cable
  • Two fibre pairs - each operating at 5 Gb/s.
  • Over 28,000 kilometres of cable.
  • 120,000 digital circuits operating at 64 kb/s.
  • Up to 600,000 simultaneous conversations per
    segment.
  • 326 erbium-doped optical amplifiers.
  • Four fibre-switched branching units.
  • Diversely routed land crossings - two in Egypt
    and two in Thailand.
  • Operational since November 22, 1997
  • Installed and commissioned in 27 months
  • Cost 1.5 B

13
Erbium doped optical amplifier
Source IEEE Spectrum
14
SEA-ME-WE 3
  • South East Asia-Middle East-Western Europe 3
  • Germany to Australia, Taiwan, Korea and Japan
  • operational since August 30, 1999
  • 38 000 Km, 2 pairs of fibers
  • direct optical amplification
  • wavelength division multiplexing (WDM)
  • 8 wavelengths (colors) per pair of fibers
  • bypass units allow the insertion/extraction of
    one or two colors per fiber
  • 30 000 telephone circuits per wavelength
  • 483 840 digital 64 kb/s circuits
  • 33 countries, 25 years of lifetime, 1.5 B

15
WDM and DWDM
  • Wavelength Division Multiplexing
  • Dense Wavelength Division Multiplexing

Source S.V. Kartalopoulos,  Introduction to
DWDM Technology Data in a Rainbow , chapter 5,
IEEE/SPIE
16
Project OXYGEN
  • Neil Tagare, the originator of the FLAG cable
  • Bechtel Corporation is OXYGEN's project manager
  • Lehman Brothers serves as its financial advisor
  • 169000 km
  • DWDM technology
  • 2.56 terabits of capacity
  • 97 landing points in 76 countries
  • Initial budget 15 B

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20
Landing Points
  • Phase 1B
  • Egypt - Port Said
  • Egypt - Alexandria
  • France - Antibes
  • Gibraltar - Gibraltar
  • Greece - Athens
  • Ireland - Dublin
  • Israel - Tel Aviv
  • Italy - Genoa
  • Italy - Lido Di Ostia
  • Lebanon - Beirut
  • Malta - Valletta
  • Monaco - Monaco
  • Spain - Conil
  • Spain - Barcelona
  • Syria - Tartus
  • Tunisia - Tunis
  • Turkey - Izmir
  • U.K. - Fareham
  • U.S.A. - Tuckerton

21
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24
Project OXYGEN
  • Subscription price
  • 10 M for 1.24 Gb/s network access for 25 years
  • plus 9 per year for Operations and Maintenance
    of Network and Terminal Station

25
References
  • CRI, UNSA
  • Renater
  • DANTE
  • FLAG
  • FCR
  • Project OXYGEN
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