Gamma Nu

QOYZ9X360F14Tx

14-port pseudo-omni small-cell canister with a mid-band diplexer, fixed tilt ordered as 0° or 6°.

Antenna · Omni Small cell Verified from manufacturer datasheet
Manufacturer PDF Product page
SPEC.COVCoverage6 band rows
AWSPCSWCSCBRSC-Band5 GHz
Band, MHz Ports GainHorizontal BWVertical BWElectrical tilt PIM, dBc Power / port USLS, dB
1850–1990MHz 1-4 8.45dBi avg 360° 18.62° 0–6° -153dBc 100W 15dB
1695–1780MHz 5-8 8.31dBi avg 360° 21.45° 0–6° -153dBc 100W 15dB
2110–2180MHz 5-8 9.25dBi avg 360° 17.39° 0–6° -153dBc 100W 15dB
2300–2360MHz 5-8 9.16dBi avg 360° 15.73° 0–6° -153dBc 100W 15dB
3550–4000MHz 9-12 6.01dBi avg 360° 27.02° Not published Not published 100W 8dB
5150–5925MHz 13-14 5.63dBi avg 360° 23° Not published Not published 1W 9dB

Fixed tilt, chosen when ordering: 0° or 6°

SPEC.ELEElectrical
Polarization
±45°
VSWR
1.5: 1
PIM, 3rd order
By band, see Coverage
Max input power
By band, see Coverage
Impedance
50Ω
Isolation
>20 in-band cross-polar, >25 inter-band
SPEC.MECMechanical
Dimensions
600 x Ø240mm
Weight
8kgwithout mounting kit
Wind load
205 N at 100 mph
Max wind speed
150 mph (survival)
Connectors
14x 4.3-10 female, bottom
Port count
14
Mounting
Not published
SPEC.PRTPorts14 total
  • Ports 1-4 1850–1990MHz
  • Ports 5-8 1695–2360MHz
  • Ports 9-12 3550–4000MHz
  • Ports 13-14 5150–5925MHz
1+2−3+4−5+6−7+8−9+10−11+12−13+14−
Illustrative port layout — drawn from the published 14 ports and ±45° polarization. The arrangement is schematic; the exact positions are in the manufacturer PDF.
  • Ports 1–41850–1990MHz
  • Ports 5–81695–2360MHz
  • Ports 9–123550–4000MHz
  • Ports 13–145150–5925MHz
SPEC.PATRadiation patterns6 bands
0°90°180°270°HBW 360°
Horizontal — 1850–1990MHz
0°90°180°270°VBW 18.62°tilt 0–6°, shown at 3°
Vertical — 1850–1990MHz

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.

CALC.EIRPUse this gainEIRP / ERP

Pick a band. The gain comes from the table above. Add your transmit power and feed loss to get EIRP.

EIRP — Turn on JavaScript, or use the calculator link.

EIRP = TX power − loss + gain (dBi). ERP = EIRP − 2.15 dB. Open the full EIRP calculator →

All Gamma Nu models
SOURCESource and corrections
Source
Manufacturer datasheet PDF, read 2026-11-11
Datasheet revision
March 2023
Added

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.

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