DOY9X65FMD12
12-port small-cell directional panel.
- Peak gain
- 13.9 dBi
- Ports
- 12
- Size
- 500 x 350 x 160 mm
Gamma Nu
8-port wide-beam (cardioid) panel, manual tilt 0–20° on the mid band.
Display units
Converted for display only. Wind speed, beamwidth, tilt, PIM, VSWR and impedance are shown as published.
| Band, MHz | Ports | Gain | Horizontal BW | Vertical BW | Electrical tilt | Power / port |
|---|---|---|---|---|---|---|
| 1695–1850MHz | 1-4 | 10.7dBi maxavg 9.6 | 160° | 30° | 0–20° | 100W |
| 1850–1910MHz | 1-4 | 10.7dBi maxavg 9.8 | 160° | 28° | 0–20° | 100W |
| 1910–2180MHz | 1-4 | 11.2dBi maxavg 9.9 | 160° | 26° | 0–20° | 100W |
| 2300–2400MHz | 1-4 | 11dBi maxavg 9.9 | 160° | 24° | 0–20° | 100W |
| 3300–4200MHz | 5-8 | 13.1dBi maxavg 11.3 | 160° | 19° | 0° fixed | 100W |
Manual electrical tilt. Gain is the maximum over all tilts.
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 Gamma Nu 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.