Commissioning and acceptance report

Prove the installed link against pre-written RF, traffic, safety and documentation criteria.

Lesson 20Operations16 minTechnical review 28 Aug 2026
Engineering scope. Fixed terrestrial point-to-point RF links. Educational planning material only; it does not replace a site survey, equipment documentation, spectrum authorisation, electrical design, or competent safety review.
Learning outcome

The decision you should be able to make

Create a baseline that supports acceptance, troubleshooting and future change control.

Core engineering

Acceptance criteria must pre-date the test. Record coordinates, phase-centre heights, channel, width, EIRP, firmware, alignment, per-chain levels, noise indicators and environmental conditions.

Compare measured receive power with the prediction. Investigate a material difference before accepting the link; do not hide it by lowering the test threshold after installation.

Test service performance in both directions and under representative load. Preserve raw results as well as the signed summary.

Equipment and field checks

  • Export the radio configuration and planning report.
  • Use synchronised test endpoints and state packet size, protocol, duration and load.
  • Include photographs of mounts, cable routes, grounding, labels and sight lines.
Pass gate

Do not progress until

All pass criteria are met, exceptions have an owner and due date, and the baseline is stored where operators can retrieve it.

Limits and cautions

  • An installation-day pass does not prove long-term availability; monitoring must follow.

Primary sources

Sources were checked for this technical review. Recheck regulator and equipment requirements at the point of design or installation.

  1. ITU-R P.530-19: Terrestrial line-of-sight system design
  2. Cambium cnWave 60 GHz User Guide: alignment and expected RSSI
  3. Cisco Catalyst 9124AX outdoor installation guide