1. AI Networks Analysis

2. APs Coverage Pattern

3. Detail for SGH APs Height (m)Device TypeAzimuth 50mRocket-M5 AP2260 35mRocket-M5 AP380 50mRocket-M5 AP4120 17mNanostation-M3 AP560 20mNanostation-M5 AP680 40mNanostation-M5 AP780 50mRocket-M3 AP8260

4. Key Issues with SGH APs

5. Detail for CEX APs Height (m)Device TypeAzimuth 58Lite AP AC AP1300 58mRocket-M5 AP2300 45mNanostation-M3 AP3140 45mNanostation-M3 AP480* 45mRocket-M3 AP6140 39mRocket-M3 AP7160

6. Key Issues with CEX APs Limited coverageCoverage gapsWasted coverage

7. Conclusion & Recommendation Note: From the link simulator we only have M2 & M5 and the beam width of the NanoStation is 45 o.  All Nanostations acting as APs should be replaced  From the site details, the APs are clearly overlapping each other  There are still coverage gaps for these sites which could be covered by better utilization of the sector antennas  When doing down tilt in APs, careful consideration should be done since these devices already have an electrical down tilt embedded in them  Antennas have wind survivability which means they will move if the wind speed is too high; therefore azimuth verification must be part of routine maintenance.  All subsequent installation reports should have an attached link prediction

8. Antennas Specification Antenna TypeFrequencyHPOL BeamwidthVPOL BeamwidthGain AM-3G18-1203Gz118° (6 dB)121° (6 dB)17.3 - 18.2 dBi AM-5G16-1205Gz137° (6 dB)118° (6 dB)15.0 - 16.0 dBi AM-5G17-905Gz72° (6 dB)93° (6 dB)16.1 - 17.1 dBi AM-5G19-1205Gz123° (6 dB123° (6 dB)18.6 - 19.1 dBi AM-5G20-905Gz91° (6 dB)85° (6 dB)19.4 - 20.3 dBi