APXVAALL24M-U-J20
8-port 65° panel, 2x 617–894 + 2x 1695–2690, integrated RET (ACU-X20-N2), 2432 mm.
- Peak gain
- 19.6 dBi
- Ports
- 8
- Size
- 2432 x 499 x 215 mm
Amphenol
8-port 65° panel, 2x 617–894 + 2x 1695–2690, integrated RET (ACU-X20-N2), 1823 mm.
Display units
Converted for display only. Wind speed, beamwidth, tilt, PIM, VSWR and impedance are shown as published.
F/B is the Total Power ±30° figure; F/B at 180° copolar is 26/26/31 dB (617–894) and 27/30/30/30 dB (1695–2690). USLS is the Peak to +20° figure; First Upper Side Lobe is 19/17/18 dB (617–894) and 16/18/17/15 dB (1695–2690). Gains and beamwidths are the datasheet's nominal values (tolerances given per column). RET: integrated ACU-X20-N2, 1 actuator, AISG v2.0/3GPP, tilt 2–12° both bands. Radome light grey RAL7035 ASA; direct ground lightning protection.
| Band, MHz | Ports | Gain | Horizontal BW | Vertical BW | Electrical tilt | PIM, dBc | Power / port | USLS, dB |
|---|---|---|---|---|---|---|---|---|
| 617–698MHz | 1-4 | 14.6dBiavg 14 | 65° | 14.5° | 2–12° | -153dBc | 300W | 21dB |
| 698–806MHz | 1-4 | 15.1dBiavg 14.6 | 61° | 13.2° | 2–12° | -153dBc | 300W | 18dB |
| 806–894MHz | 1-4 | 15.3dBiavg 14.8 | 58° | 11.7° | 2–12° | -153dBc | 300W | 18dB |
| 1695–1880MHz | 5-8 | 18.3dBiavg 17.3 | 66° | 5.5° | 2–12° | -153dBc | 250W | 15dB |
| 1850–1990MHz | 5-8 | 18.6dBiavg 18.2 | 60° | 5.1° | 2–12° | -153dBc | 250W | 17dB |
| 1920–2200MHz | 5-8 | 18.8dBiavg 18.3 | 61° | 4.7° | 2–12° | -153dBc | 250W | 15dB |
| 2200–2690MHz | 5-8 | 19.6dBiavg 18.8 | 51° | 4.1° | 2–12° | -153dBc | 250W | 14dB |
Illustrative patterns — the main lobe is drawn on a 0 to −30 dB scale so its −3 dB width matches the published beamwidth. The back lobe, where shown, sits at the published front-to-back ratio. Sidelobes are not drawn. The exact plots are in the manufacturer PDF.
Pick a band. The gain comes from the table above. Add your transmit power and feed loss to get EIRP.
EIRP = TX power − loss + gain (dBi). ERP = EIRP − 2.15 dB. Open the full EIRP calculator →
Specifications belong to Amphenol and can change without notice. The manufacturer’s current datasheet is the authority; check it before you sign a report. Everything on this page is public data — the same datasheet anyone can find with a Google search. Nothing here is proprietary.