Licensed and unlicensed wireless where fiber can't reach
Wireless is often the fastest, most practical way to connect sites that fiber will never reach economically. We design links that hold up over distance, terrain, and weather.
Km links engineered
Redundant wireless paths available
Link monitoring
The Orbitel Advantage
Point-to-point links
High-capacity microwave links engineered for the specific path, not a generic install.
Point-to-multipoint
Efficient coverage for multiple sites from a single tower or hub location.
Long-distance backhaul
Links engineered across challenging line-of-sight paths and terrain.
Private LTE
Dedicated, controlled-access cellular coverage for a site or campus.
Rural connectivity
Extending coverage to underserved communities and remote operations.
Redundant paths
Secondary wireless routes for the links that cannot go down.
Long-distance links engineered for the terrain
West Africa's geography — from open savanna to dense urban corridors — demands wireless engineering tuned to the specific path, not a generic install.
Path & link design
Terrain and line-of-sight analysis before any equipment is specified.
Microwave & backhaul
Point-to-point and point-to-multipoint links connecting remote sites to the core.
Private LTE deployment
Dedicated cellular coverage for controlled-access sites and campuses.
Extending coverage to the places that need it most
Rural and remote connectivity isn't an afterthought for us — it's a core part of closing the infrastructure gap across the region.
No economically viable fiber path to reach the population.
Long-distance wireless backhaul connecting to the nearest fiber point of presence.
Temporary or shifting operations with no fixed infrastructure.
Rapidly deployable point-to-point links and private LTE coverage.
Buildings separated by distances too great for cabling.
Point-to-multipoint microwave connecting every building to the core network.
Need connectivity beyond the fiber footprint?
Tell us the distance and terrain, and we'll assess the right wireless architecture.