Fujitsu teams up with ABB and Downer for Nava-1 network

Fujitsu Australia announced today that it has selected two suppliers, ABB Australia and Downer Engineering, for the works associated with the Nava-1 terrestrial fibre-optic cable system from Perth to Melbourne via Adelaide.

Nava Networks recently awarded Fujitsu the role of prime contractor for the implementation of the Nava-1 network, a high capacity DWDM optical system that will link Singapore-Jakarta-Perth using submarine cable and Perth-Adelaide-Melbourne-Sydney using terrestrial cable.

ABB will perform the works for the link from Port Augusta to Kalgoorlie, while Downer Engineering will perform the works from Perth to Kalgoorlie and Melbourne to Port Augusta via Adelaide. As prime contractor for the Nava-1 network, Fujitsu will manage the integration of an existing PowerTel network for the Melbourne-Sydney segment.

"Fujitsu is pleased to have two of the most experienced engineering companies supporting us with this significant project," said Mr John Kranenburg, Executive Director Telecommunications, Fujitsu Australia Limited.

ABB and Downer Engineering have already commenced the route design, selection and negotiations for the right of way, which will be followed by path excavation and then laying the optical fibre. ABB and Downer will use leading-edge technology to implement the terrestrial route across some of the harshest conditions in the country, including the Nullarbor Plain.

"With an extensive workforce throughout Australia and widespread experience with telecommunications projects, ABB is well placed to deal with the challenges an infrastructure build across the Nullarbor Plain demands," ABB's General Manager, Mr Roy Rowe said.

Downer Engineering CEO, Mr Chris Denney, said "Downer Engineering is delighted to be associated with Fujitsu and Nava Networks on the Nava-terrestrial fibre link. We were able to propose a number of route alternatives which offered Nava-1 advantages, including diversity, over current and previously installed fibre links."

The construction for the 3,700-km terrestrial route will commence late January 2002. The ready for service date is scheduled for 1st quarter 2003.