| The South East
Asia-Middle East-West Europe 4 (SEA-ME-WE 4) project is the
fourth project in the SEA-ME-WE series. On 27th March 2004,
a consortium of 16 international telecommunications companies
signed construction and maintenance agreements for the new optical
fibre submarine cable system linking South East Asia to Europe
via the Indian Sub-Continent and Middle East with Terminal Stations
in Singapore, Malaysia, Thailand, Bangladesh, India, Sri Lanka,
Pakistan, United Arab Emirates, Saudi Arabia, Egypt, Italy,
Tunisia, Algeria and France. The contract is being awarded jointly
to Alcatel Submarine Networks, France and Fujitsu Ltd., Japan
and the estimated project cost is of the order of US$ 500 million.
The total length of the SEA-ME-WE 4 submarine cable system
will span approximately 20,000 km which consists of the main
backbone across the Eastern and Western worlds plus the extension
links in various countries. The system is amongst the most
economical cable systems in the region and will be built with
state-of-the-art Terabit DWDM technology to achieve ultra
fast terabit per second connectivity. The project will support
telephone, internet, multimedia and various broadband data
applications.
Currently, the SEA-ME-WE 3 cable system is fully functional
and will continue to be operational during its expected lifespan.
This cable will also support SEA-ME-WE 4 for restoration and
vice versa. The target commissioning date for the SEA-ME-WE
4 project is set in the 3rd quarter 2005 and once the cable
is fully operation, phased activations of capacity to meet
growing bandwidth demand have been anticipated. A SEA-ME-WE
4 Management Committee has been set up to make decisions on
issues concerning the project, such as whether it will be
possible for new countries to be linked to the project in
the future. The organization structure of the Management Committee
is shown below.
The SEA-ME-WE 4 submarine cable will benefit hundreds of
millions of people communicating along the route between Singapore,
France and beyond. The construction of this cable system is
testimony to the growing demand for high capacity broadband
links that are essential in today’s world of high speed
international connectivity and online business. Many developing
markets are expected to see strong growth in the short term
as efforts are made to improve and expand the broadband technology
infrastructure.
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