Asia Netcom extends EAC System across the Pacific

Jan. 15, 2007
JANUARY 15, 2007 -- The new EAC Pacific system will feature four fiber pairs, each capable of supporting a minimum design capacity of 2.56 Tbits/sec using 64-wavelength DWDM technology capable of transporting 10-Gbit/sec per wavelength.

JANUARY 15, 2007 -- Asia Netcom (search for Asia Netcom) today announced plans to add a new trans-Pacific portion to its regional submarine cable system, EAC (search for EAC). The new 23,500-km infrastructure, dubbed EAC Pacific, will extend the existing infrastructure with a new trans-Pacific ring.

The project, expected to be completed by July 2008, consists of a northern route connecting Japan to the US and a southern route linking the Philippines to the U.S. via Guam and Hawaii. EAC Pacific also will include a subsea link between the Philippines directly with Japan, which will close the ring design and integrate the trans-Pacific infrastructure with the current system.

EAC Pacific has received committed funds of $636 million through its partners, investors, and debt holders, which will cover the build and peak funding requirements for the new system.

The system, which will use a new innovative capital structure that is a hybrid of the "traditional" club cable and a "private cable" structure, will be operational in July 2008. Asia Netcom says it will announce its landing partners for the system by April 2007 and will complete vendor selection by May 2007.

"In light of the recent events that followed the Boxing Day earthquakes off the coast of southern Taiwan, there is clearly a need for more diversity between Asia and the US," explains Bill Barney, Asia Netcom's chief executive officer. "EAC Pacific is designed to enhance the connectivity options of the fast growing South Asian region and create a dedicated expressway for that region to connect to the U.S. as well as Japan and North Asia."

The new EAC Pacific system will feature four fiber pairs, each capable of supporting a minimum design capacity of 2.56 Tbits/sec using 64-wavelength DWDM technology capable of transporting 10-Gbit/sec per wavelength.


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