NETWORKS
REANNZ deploys world’s first 100Gbps research network across the Pacific
Distance is being eliminated with a demonstration of the world’s longest distance 100Gbps research network connection, showcasing New Zealand’s future capacity on the Southern Cross cable, at the REANNZ-hosted GLIF 2014 conference in Queenstown.
The 100Gbps network across the Pacific Ocean via the Southern Cross cable, is being deployed by REANNZ, provider of high-performance network services for New Zealand’s research and education communities, in collaboration with Chorus, Ciena, Juniper Networks, Level 3 Communications, Pacific Wave, Rydges Hotel, Southern Cross, and Vodafone.
The network capacity being delivered is more than 4000 times faster than basic residential broadband and 1000 times faster than ultra-fast broadband currently available in New Zealand.
The network will be used for a range of world-first, real-time data intensive demonstrations for the GLIF 2014 Conference next week, from 29 September. GLIF is an annual gathering of the world’s leading high-performance network engineers.
“This is the longest 100Gbps research network yet, spanning some 20,500km between Queenstown and California,” says Steve Cotter, CEO of REANNZ.
“It’s a snapshot of the future capacity REANNZ has planned for New Zealand’s research and education community, ensuring we can participate globally in an increasingly borderless and data-intensive world. To stay ahead, it’s critical that we have best available connectivity.”
REANNZ has worked with a global consortium to deliver the 100Gbps Pacific network, powered by Ciena’s industry-leading 6500 Packet-Optical Platform, illustrating REANNZ’s programme to build network capability. The deployment builds on Juniper Network’s infrastructure that supports a 100Gbps line connecting its Auckland fibre optic ring to two Southern Cross Cable Network landing stations.
It reaches from Rydges Hotel in Queenstown hotel to Vodafone’s optical network spanning across to Auckland where the network then travels on Southern Cross’ 100Gbps switching and transmission network across the Pacific Ocean to California - the round trip taking less than half a second.
“We have a range of exciting demonstrations planned that will showcase what this class of connection can do and what it means for New Zealand,” says Cotter.
“Science and research is now global and it’s data intensive, involving teams working together across dozens of countries on huge projects. The faster you can move data to be analysed, visualised or shared with your partners, the more competitive you and your country will be.
“Ultimately REANNZ wants to eliminate the tyranny of distance for our research and education communities, which will help them to be as competitive internationally as possible.”
