Posted: 16th Jul, 2011 By: MarkJ
FibreSpeed, which operates a "
state-of-the-art optical fibre network" in
Northern Wales (UK), and Welsh ISP
Exwavia have finally completed their joint project to build and run a new fibre-fed "
superfast" wireless broadband network on the heavily rural
Isle of Anglesey.
FibreSpeed's Sales Manager, David Ferguson, said:
"This is a great day for Anglesey. We have been very active across the North Wales mainland and Snowdonia and this final link brings the island into line with the rest of the UK. It is brilliant news."
The service offers download
speeds of at least 4Mbps (Megabits per second) and can go up to a maximum of 14Mbps, though more may be possible in the future. Prices start at £20 per month, though there's also a hefty £833 setup fee to consider for domestic premises. That's expensive for a wireless solution.
It's important to point out that the
Welsh Assembly Broadband Support Scheme, which offers grants of up to £1000 to help individual homes get a broadband connection, has recently been extended and is now offered to premises that can currently only get speeds of less than 2Mbps.
Exwavia's Managing Director, Annette Burgess, said:
"It has been a real challenge and not without its problems. It was beginning to look like Mission Impossible, but I promised to deliver and that’s what we have done. I am very proud of my team and would also like to pay tribute to Doug Barnes and to Anglesey County Council for all their help and support throughout this project. I am aware how important broadband is to communities and businesses and they now have robust and consistent communication."
Readers may recall that the i3 Group originally announced plans to trial a 10Mbps capable fibre optic and WiMAX based wireless broadband service (
Fibrezone) on the island at the end of last year (
here). Unfortunately i3 ran into serious financial problems and was forced to sell off its UK subsidiaries; as a result nothing ever came of their ambitions. Luckily Fibrespeed was already working on the problem.