EonFibre, a specialist bandwidth infrastructure provider, today announced a new purpose-built offering focussed on providing connectivity into New Zealand’s datacentres with broad national reach available from launch.
DC Direct offers high-performance and cost-effective datacentre connectivity, with a range of technology options available including Dark Fibre, Wavelength, and Ethernet.
Richard Mooney, CEO EonFibre, says this new offering is built with an eye on future growth needs: “With AI and cloud adoption driving massive growth in traffic between data centres, we’ve designed DC Direct to provide enhanced resilience fast and scalable interconnection for data centre customers. Our fibre network has extensive reach covering over 30 major data centres and LFC exchanges across the country, as well as 3,500 business premises."
“A key benefit of our network topology is that we aren’t constrained by the design needs of a mass-market access fibre network and can instead centre our attention directly on digital enterprise customers and their growing bandwidth requirements."
“With DC Direct, we’re delivering a solution that helps enterprises, system integrators and operators scale on their terms, with the assurance of EonFibre’s robust and resilient backbone.”
EonFibre operates its network end to end, with global reach via cable landing stations to allow connectivity beyond New Zealand’s borders. The network also offers triversity path protection for select data centres and routes for enhanced resilience.
“New Zealand is embracing AI and cloud technologies, and at EonFibre we’re excited to play our part in supporting this adoption. With DC Direct available today, we’re looking forward to helping our customers get better connected to each other and extending New Zealand’s global digital reach.”
For more information, please visit https://eonfibre.nz/products/dc-direct/
Note for editors
DC Direct offers three flexible service models – FlexWave (DWDM), Ethernet, and Direct Fibre enabling scalable, high-capacity interconnections across key data centre facilities.
-ENDS