Bridge the gap the cable can't.

With clear line of sight, a point-to-point link can comfortably carry high throughput over several kilometres, and much further with the right antennas and licensed spectrum. The limiting factor is usually obstructions and terrain rather than raw distance, which is why we survey the path before recommending a design.

For a high-capacity point-to-point link, yes, a clear line of sight between the two antennas gives the best and most reliable result. Where the path is partly obstructed we can often use relay points, different frequencies or a mesh design to work around trees, buildings and changes in ground level.

Yes. We use industrial, weatherproof hardware rated for exposed and coastal environments, and design the link with fade margin so it holds up in rain and wind. A properly engineered wireless bridge is stable enough to carry SCADA, CCTV and site data day in, day out, and it can be monitored so we spot any degradation early.

An RF survey checks line of sight, measures interference and confirms the frequencies and antenna positions that will work on your site. It means the link performs first time and stays stable, rather than being guessed at. For any serious point-to-point or site-wide deployment we would always recommend one.

Yes. That is one of the most common uses. A point-to-point link can bridge a building, compound or welfare unit back to wherever your connection lands, with no trenching or civils. It can also carry a distant fibre tail across a site or feed into a wider site network.