Antenna Alignment & Positioning Tool

When aiming directional external antennas (such as Log-Periodic Dipole Arrays, Cross-Polarized Paneling, or Parabolic Grids), minute degree adjustments can double throughput or eliminate packet loss.

Why Antenna Alignment Matters#

Cell towers transmit with distinct directional sector azimuths (usually 120° coverage per sector). Pointing directly at a tower's main lobe yields high SINR and enables high-order modulation (256-QAM or 1024-QAM).

How the 3-Position Tool Works#

QManager allows you to record signal metrics across 3 prospective physical orientations:

• Slot A: Initial heading (e.g. 0° North)
• Slot B: Second candidate heading (e.g. 45° North-East)
• Slot C: Third candidate heading (e.g. 90° East)

The tool samples each position for 10 seconds, averages out instantaneous fading and jitter, and ranks the candidates.

The Composite Scoring Formula#

The alignment engine calculates a weighted composite score (0 to 100):

Score = (SINR_weight * 0.50) + (RSRP_weight * 0.35) + (RSRQ_weight * 0.15)

• SINR carries the heaviest weight (50%): A signal with -90 dBm RSRP and +22 dB SINR will vastly outperform a -75 dBm signal with +4 dB SINR plagued by neighbor interference.
• RSRP accounts for 35%: Ensures baseline link budget reliability.
• RSRQ accounts for 15%: Detects channel congestion.

Step-by-Step Field Alignment Guide#

1. Navigate to Cellular > Antenna Alignment.
2. Mount your antenna in Direction 1. Click Record Position A. Wait for the 10-second sampling bar to complete.
3. Rotate antenna ~30 degrees. Click Record Position B.
4. Rotate antenna another 30 degrees. Click Record Position C.
5. Inspect the comparison card: QManager highlights the winning position with a green badge and displays the delta in predicted throughput!

Screens in QManager#