Hardware we install for wireless bridges.
- airMAX® PowerBeam & LiteBeam5 GHz directional links for short- and mid-range bridges. Cost-effective, fast to deploy, and well-suited to line-of-sight spans up to several miles depending on terrain and interference.
- Wave™ Pro & Wave Nano60 GHz millimeter-wave for ultra-high-throughput short links. Multi-gigabit point-to-point for in-campus building-to-building where capacity matters more than distance.
- airFiber®Long-haul carrier-class wireless for high-capacity backhauls over multi-mile spans. Where airMAX runs out of room, airFiber picks up.
- UISP™ Management PlatformSingle-pane monitoring, alerting, and outage detection across all wireless links and the wired network they connect to. Site signal strength and link health, watched continuously.
Survey first. Hardware second.
Wireless bridges are unforgiving of bad assumptions. We start with a path survey: line-of-sight verification, Fresnel zone clearance, mounting points, antenna alignment plan, and an RF scan of the spectrum at both ends to map interference. The hardware decision falls out of the survey, not the other way around.
Mounting matters more than the radio. Half the bridges that struggle in the field are on a mast that sways, a chimney that shifts, or an antenna pointed at a tree that grew. We mount on structural attachments wherever possible and document beam azimuth/elevation so re-aiming is a 10-minute job.
For multi-tenant or campus deployments, we run UISP for the link layer and tie it into your UniFi network monitoring — one dashboard, alerts when a link degrades before it goes down. A point-to-point that nobody's watching becomes the point-to-point that fails on a Friday afternoon.