Tasman Global Access cable on track for completion
Media release
19/09/2016
Tasman Global Access cable on
track for completion
The Tasman Global Access
(TGA) undersea cable is now in the final stages of
construction, with the specialised undersea cable ship
‘Ile de Re’ heading towards New Zealand shores.
Telecommunications companies Spark, Vodafone and Telstra are investing approximately USD $70 million to build the TGA cable, which will significantly improve New Zealand’s international broadband connectivity.
The benefits of the TGA cable will include strengthened links into fast-growing Asian markets, important redundancy and resiliency, and better connection with the five main international cable systems currently serving Australia.
Last month, the Ile de Re completed the shore landing at Sydney’s Narrabeen Beach, before commencing the cable lay across the Tasman Sea. The Ile de Re started on its journey towards New Zealand on 30 August, and currently it is working 500 nautical miles off the coast of Sydney.
Vodafone Wholesale Director Steve Rieger said this final phase of the project will see the Ile de Re connect up the cable to the existing beach landing at Raglan, which was completed in April.
“The beach landing at Raglan laid the cable in piping beneath the sand, and out 3km into the ocean, and the Ile de Re will connect up to that. It’s exciting to be getting close to seeing the cabling works finished,” said Steve.
The TGA cable will run 2,300km from Raglan in New Zealand to Narrabeen Beach, just north of Sydney in Australia. To date, the ship has deployed 9 out of a total of 20 repeaters, which are used to amplify the optical signals along the length of the cable.
Lindsay Cowley, General Manager of Wholesale and International at Spark says the TGA cable is expected to start carrying data across the Tasman at the start of 2017.
“The TGA cable project is currently on track to be completed, tested and ready for service by the end of January 2017.
“This is an exciting project that will meet the future international bandwidth requirements for New Zealand consumers and businesses alike, which are set to grow by 11,000% in the next 10 years,” said Lindsay.
The 2,300km length of cable is comprised of two fibre pairs, and will have a total capacity of 20 terabits per second.
The Ile de Re is the property of Alcatel-Lucent Submarine Networks (part of Nokia), which is the company contracted by Spark, Vodafone and Telstra to carry out the TGA cable project.
Further TGA cable project details are as follows:
Constructor:
Alcatel-Lucent Submarine Networks (ASN)
Project term: The
completion of the final stage of the TGA build project is
subject to weather conditions and any subsequent
re-scheduling of marine operations. Currently, the TGA cable
is expected to start carrying data across the Tasman at the
start of 2017.
Notes to Editor:
- The
consortium of Spark, Vodafone and Telstra have contracted
Alcatel-Lucent Submarine Networks (ASN), now part of Nokia,
to lay the TGA cable between Ngarunui Beach at Raglan and
Narrabeen Beach in Australia.
- The Tasman Global Access (TGA) cable will meet future international bandwidth requirements for New Zealand consumers and businesses alike, which are set to grow by 11,000% in the next 10 years.
- The TGA landing at Raglan on our West
Coast provides important cable route diversity to the
existing Southern Cross cable connecting New Zealand to
Australia and the USA.
- The TGA cable will
enable New Zealand to better leverage the five main
international cable systems currently serving Australia, and
deliver important redundancy for New Zealand, as well as
strengthening links into fast-growing Asian markets.
- Both Spark and Vodafone’s trans-Tasman
internet traffic has grown from just 10 percent of total
international traffic in 2000, to 40-50 percent today.
- With New Zealand’s international
capacity requirements growing 60 percent year-on-year, (and
projected 11,000% growth over 10 years) the TGA cable will
support the future needs of consumers and the growth
aspirations of New Zealand businesses.
ends