EASSy Easterm Africa Submarine Cable System - PowerPoint PPT Presentation

1 / 23
About This Presentation
Title:

EASSy Easterm Africa Submarine Cable System

Description:

The Eastern Africa Submarine System (EASSy) cable project will establish a fiber ... Initial equipage: 1 or 2 wavelengths per fiber. System design life of 25 years. ... – PowerPoint PPT presentation

Number of Views:105
Avg rating:3.0/5.0
Slides: 24
Provided by: Sol112
Category:

less

Transcript and Presenter's Notes

Title: EASSy Easterm Africa Submarine Cable System


1
EASSyEasterm Africa Submarine Cable System
  • PROJECT
  • SUMMARY

Simon Olawo EASSy PROJECT
SECRETARIAT
2
Overview
  • 1. Introduction
  • 2. Background
  • 3. Project Overview
  • 3.1 Key Technical Features
  • 3.2 Capital Requirements
  • 3.3 Project Status
  • 3.4 Key Milestones
  • 3.5 Way Forward
  • 4. Contacts

3
Eastern Africa Submarine System
Toliary
Durban
4
1. Introduction
  • The Eastern Africa Submarine System (EASSy) cable
    project will establish a fiber optic undersea
    cable system connecting the region with the rest
    of the world.
  • A commercially viable, robust and reliable
    undersea cable will provide the owners with
    significant opportunity to benefit directly from
    international traffic.
  • International traffic is expected to grow
    substantially as a higher quality, more reliable,
    and lower cost undersea system offsets the
    limitations of traditional satellite
    communications.

5
2. Background
  • The project is driven by 15 telecommunications
    entities from 13 countries of Eastern Africa
    region.
  • The telecommunications entities are from South
    Africa, Mozambique, Madagascar, Tanzania, Kenya,
    Uganda, Rwanda, Malawi, Botswana, Djibouti,
    Ethiopia and Somalia.
  • Other countries in the region as well as key
    global carriers are expected to eventually
    participate in the project.

6
Background cont.
  • EASSy will link to the global submarine cable
    network through other regional undersea systems
    including SAT3, SAFE, SEA-ME-WE 3 and SEA-ME-WE
    4.
  • EASSy will provide the last link to completely
    encircle Africa by high capacity optic fibre
    telecommunications networks.
  • The project has broad based support from the
    telecommunications industry, business community,
    and regional governments.

7
Background cont.
  • NEPAD has identified EASSy as a priority project
    for the enhancement of ICT infrastructure in the
    region.
  • The regional governments believe that a robust
    and reliable international telecommunications
    link will have significant benefits for the
    citizens of the region in the following ways-
  • Stimulating investment and economic growth,
  • Providing a more reliable international
    communications,

8
Background cont.
  • Will result in competitive prices for
    international connectivity
  • The above objectives support the governments
    ultimate goal of reducing poverty and increasing
    economic opportunity for its citizens and in
    their efforts to facilitate the attainment of the
    UN millennium development goals.
  • EASSy promises a new era of better quality
    services at reduced operational costs and user
    charges.

9
3. Project Overview
  • The Cable system will connect Mtunzini, located
    just north of Durban, in South Africa to Port
    Sudan, in Sudan a distance of about 9,900Km.
  • Other eight landing stations are planned for
    Maputo - Mozambique, Toliary - Madagascar,
    Dar-Es-Salaam Tanzania, Zanzibar Tanzania,
    Mombasa Kenya, Mogadishu Somalia, Djibouti
    Djibouti, and Massawa Eritrea.

10
Global Connectivity
EASSy
11
Backhaul links to EASSy Cable
12
Strategic Global Coverage
56 Countries
SEA-ME-WE-4 (35Countries)
ATLANTIS-2 (6 Countries)
EASSy (15 Countries)
SAFE (5 Countries)
SAT-3 / WASC (11 Countries)
13
3.1 Key Technical Features
  • System length about 9,900 km
  • Based on Dense Wavelength Division Multiplexing
    Technology (DWDM)
  • Direct Optical Amplification Technology
  • Additional feeder network through repeater-less
    festoon systems, if required
  • 2 fibre pair system configured as a collapsed
    ring
  • Proposed ultimate capacity per fiber pair
  • 16 or 32 wavelengths at 10 G bit/s
  • Total capacity of 320 or 640 G bit/s
  • Initial equipage 1 or 2 wavelengths per fiber
  • System design life of 25 years.

14
3.2 Capital Requirements
  • Preliminary Feasibility Study (PFS) and initial
    indications from system suppliers estimate
    project cost at between US150 - 200 Million
  • Based on the PFS and the refined initial traffic
    study, the consortium believes the project is
    financially viable.
  • MOU parties have provided an indication that an
    amount of about 65 of estimated project costs
    may be available from the parties themselves for
    equity investment in EASSy.
  • Initial traffic studies indicate that the returns
    are sufficient to attract the interest of
    potential debt and equity sponsors.

15
Capital Requirements cont.
  • The Consortium has engaged the services of a
    consultant to carry out the detailed technical,
    financial and commercial study to authenticate
    the above findings. Results of the study will be
    available Feb 05.
  • The projects Financial Commercial Working Group
    on the basis of the minimum investment
    indications from MOU Parties (and in
    consultation with other stakeholders) is mandated
    to carry out the followings tasks-
  • Establish the funding gap (tentative position by
    end of November 2004)
  • Recommend investment incentives and capacity
    pricing to encourage investment by parties beyond
    their identified individual needs for EASSy

16
Capital Requirements cont.
  • Recommend most appropriate investment and
    ownership structure to ensure funding of the
    project with due regard to the interest of key
    stakeholders.
  • Carry out marketing activities to potential and
    eligible investors within and outside the region
  • Retain the services of a financial consultant to
    advise on the availability of financing,
    investment structure, investment incentives, etc
  • Seek guidance from the detailed feasibility study
    (DFS) results.

17
3.3 Project Status
  • Preliminary feasibility study completed.
  • MOU signed by eleven (15) parties.
  • MOU Parties have formed Project Management
    Committee (PMC) to manage the project.
  • PMC has constituted two main Working Groups,
    Interim Procurement Group (IPG) and the Financial
    and Commercial Group (F CWG) to carry out its
    mandate.

18
3.3 Project Status cont.
  • Project successfully launched at an international
    Sub Optic 2004 conference/exhibition in Monaco
    France early this year.
  • Workshop with system suppliers successfully held
    in Kampala 23-29 June 2004.
  • World Bank/IFC, French Development Agency and
    Development Bank of South Africa extended a grant
    for the detailed feasibility study.
  • PMC is in the process of appointing a financial
    advisor/legal counsel.
  • PMC is also seeking for project management
    services to better manage the consortium.

19
3.4 Project Milestones
  • Sign MOU Q4 2003
  • Agree on Configuration Q4 2004
  • Issue Invitation to Tender Q4 2004
  • Financial Closing Q1 2005
  • Sign Supply Contract CMA Q4 2005
  • Cable RFCS Q2 2007

20
3.5 Way Forward and Critical Elements to
meet milestones
  • Appointment of Financial Adviser/ legal counsel
    for the parties
  • To define and implement project structure
  • To carry out road show to financiers through
    Information Memorandum
  • To provide vital link to the finance and legal
    community of all players
  • To advise process for implementation on the
    finance and legal elements
  • To enhance the consortiums ability to succeed

21
3.5 Way Forward and Critical Elements to
meet milestones cont.
  • Appointment of independent Project Management
    team
  • Provide independent and dedicated support
  • To enhance overall credibility for financing
  • To work in tandem with all parties allowing macro
    management and synchronization of all activities.

22
4. Contacts
  • Project Secretariat

  • Simon A. Olawo Telkom Kenya,
    Telposta Towers, 24th Floor, Kenyatta Av.
  • P.O Box
    30301, GPO, Nairobi Kenya
  • TEL
    254 20 316167,
  • FAX
    254 20 310104,
  • E-mail
    solawo_at_telkom.co.ke
  • Project Coordinator
  • John Sihra
    TEL 353 1 668 5205,

  • FAX 353 1 660 4840

  • Mob 353 87 259 3966

  • E-mail jsihra_at_hentelint.com
  • Website www.eassy.org

23
  • THANK YOU
Write a Comment
User Comments (0)
About PowerShow.com