how fast can I go?
Use the maps above to determine the speeds you are likely to get. We never charge for you to move into the next speed tier, if it's available then you automatically receive this speed boost.
Please use the map to see if you are in our coverage area! We have multiple networks available so please check the different options.
Our 4G/5G home broadband device seamlessly fits in your home providing WiFi coverage throughout and the fastest speeds possible thanks to our partnership with cellular providers. No wires, no fuss! Simply plug in and enjoy!
Use the maps above to determine the speeds you are likely to get. We never charge for you to move into the next speed tier, if it's available then you automatically receive this speed boost.
Contact us to create your own tailor-made package.
Production of a 3D model of the site and surrounding terrain enabling you to not only see the clutter, but also the distance to the clutter.
These models should also be useful when applying for code powers and producing new site search areas/ranking options as you would easily be able to demonstrate any clipping/blocking issues with a site over the preferred option.
This will save the initial drive around the area by the radio engineer and acquisition agent to gauge where the high points are and finding that tall building/existing mast that you can see, but just can’t quite find.
Have a difficult site to survey? By using aerial photography we can achieve up to ±0.5cm accuracy and output this to CAD. This is particularly useful when it’s a difficult access rooftop that’s only accessible through cherry picker or large/complex rooftop.
Confirm the latitude, longitude, height, and azimuth of each antenna (options available up to ±0.5cm accuracy) without the requirement of a climbing/rigging team or outage. Keep personnel grounded and away from fall hazards.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Fusce tellus neque, fringilla eu nisl vitae, laoreet interdum nunc. Nullam eget lectus orci
Taking 360° photography at the desired height(s) from the antenna location and validating the height via the use of a Laser Measure.