Point-to-point microwave transmission for reliable long-distance backhaul connectivity — when trenching fiber is impossible, impractical, or simply too slow.
Microwave fills the gap fiber can't cross — across rivers, over mountains, between rooftops. Carrier-grade transport at gigabit-plus speeds, deployed in days not months.
End-to-end coverage across the microwave links discipline. Pick any subset; we'll build a scope around it.
Path profiles, Fresnel clearance, fade margin, frequency coordination.
Antenna alignment, ODU/IDU mounting, waveguide and grounding.
Continuous SNR, errored seconds, availability tracking.
Coordination filings for licensed bands, sensible unlicensed deployments.
Cell-site backhaul, enterprise links, ISP last-mile.
ACM-equipped radios that hold the link in adverse weather.
The same engineers stay through every phase. No throw-it-over-the-wall handoffs between scoping and operations.
Line-of-sight survey, terrain modelling, obstruction analysis.
Band selection, ITU coordination, license filing.
Antenna mount, RF alignment, IF/Ethernet termination.
Modulation tuning, link budget verification, spare path test.
SNMP/syslog telemetry ingestion, monthly availability reports.
Defaults we plan to. Every engagement has its own targets — these are the floor, not the ceiling.
| Frequency bands | 6 / 11 / 18 / 23 / 38 / 80 GHz · E-band |
|---|---|
| Capacity | Up to 10 Gbps per link (E-band) |
| Hop length | 1 km – 80 km depending on band |
| Availability | 99.999% with ACM and space diversity |
| MTBF | > 50,000 hours per radio |
| Lead time | ~2 weeks from path study to live link |