NNV4SSP-65S-F4
18-port small-cell panel, 65° pattern, fixed tilt, 4x 698–896 + 8x 1695–2690 + 4x CBRS + 2x LAA.
- Peak gain
- 14 dBi
- Ports
- 18
- Size
- 498 x 197 x 610 mm
CommScope
20-port sector and beamforming antenna, 4x 617–894 + 8x 1695–2690 + 8x 2500–4000 beamformer, 7x RET.
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 | PIM, dBc | Power / port |
|---|---|---|---|---|---|---|---|
| 617–698MHz | 1-4 | 12.9dBi | 69° | 18.2° | 4–18° | -150dBc | 250W |
| 698–894MHz | 1-4 | 13.4dBi | 59° | 15.5° | 4–18° | -150dBc | 250W |
| 1695–1920MHz | 5,6,9,10 | 16dBi | 74° | 6.6° | 2–12° | -150dBc | 200W |
| 1920–2200MHz | 5,6,9,10 | 16.7dBi | 69° | 6° | 2–12° | -150dBc | 200W |
| 2490–2690MHz | 5,6,9,10 | 17.1dBi | 56° | 5.1° | 2–12° | -150dBc | 200W |
| 1695–1920MHz | 7,8,11,12 | 15.8dBi | 68° | 8.8° | 2–12° | -150dBc | 200W |
| 1920–2200MHz | 7,8,11,12 | 16.5dBi | 64° | 7.9° | 2–12° | -150dBc | 200W |
| 2490–2690MHz | 7,8,11,12 | 16.7dBi | 58° | 6.4° | 2–12° | -150dBc | 200W |
| 2500–2690MHz | 13-20 | 11.8dBi | 93° | 16.9° | 2–12° | -140dBc | 80W |
| 3300–3800MHz | 13-20 | 13.4dBi | 65° | 12.1° | 2–12° | -140dBc | 80W |
| 3700–4000MHz | 13-20 | 13.7dBi | 65° | 11.7° | 2–12° | -140dBc | 80W |
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 CommScope 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.