Amphenol

CUUX063X13x00

Tri Band, 6-Port, Panel, XPOL, 68° / 65° / 65°, 696-960 | 1695-2400 | 1695-2400 MHz, 1298 mm.

Antenna · Panel Verified from manufacturer datasheet
Manufacturer PDF Product page

Parent code CUUX063X13x00 (batch-7 rank 228): the x is the RET-actuator option in the datasheet ordering table (REV032118NA, p.1) - M manual tilt, R RET AISG v1.1 with MDCU, G RET AISG v2.0/3GPP with MDCU, L RET AISG v2.0/3GPP with MDDU. NOT the wxy fixed-tilt decode: this family has variable tilt (low band 0-14 deg, high bands 0-10 deg) and no tilt letters in the code. Datasheet recovered from the Wayback Machine snapshot (2019-09-19) of the manufacturer PDF at https://amphenol-antennas.com/datasheets/CUUX063X13x00.pdf; the live file was removed in the 2024 site redesign. F/B printed as '>30 dB' (696-960) and '>28 dB' (1695-2400); USLS as '>16 dB' / '>15 dB' typical; recorded as plain numbers. Gain is the single figure published per sub-band (no separate average). Isolation: in-band >25 dB (696-960), >28 dB (1695-2400); between ports >30 dB. Ports assigned sequentially low to high (low 1-2, high arrays 3-6); the datasheet does not number the RF ports. Mounting kits MKS09P01/MKS09T01 ordered separately.

SPEC.COVCoverage6 band rows
600700850AWSPCSWCS
Band, MHz Ports GainHorizontal BWVertical BWElectrical tilt PIM, dBc Power / port USLS, dB
696–806MHz 1-2 12.9dBi 72° 19° 0–14° -153dBc 500W 16dB
806–960MHz 1-2 13.8dBi 68° 16° 0–14° -153dBc 500W 16dB
1695–1850MHz 3-6 15.8dBi 70° 8.3° 0–10° -153dBc 250W 15dB
1850–1990MHz 3-6 16.5dBi 67° 7.5° 0–10° -153dBc 250W 15dB
2100–2180MHz 3-6 16.8dBi 65° 7° 0–10° -153dBc 250W 15dB
2200–2400MHz 3-6 17dBi 65° 6.1° 0–10° -153dBc 250W 15dB
SPEC.VARVariants4 variants

The trailing letter of the model code is the tilt-actuator option, from the datasheet ordering table (REV032118NA, p.1): M = Manual Electrical Tilt (MET); R = Remote Electrical Tilt (RET) with factory-installed MDCU (Multi-Device Control Unit), AISG v1.1; G = RET with factory-installed MDCU, AISG v2.0/3GPP; L = RET with factory-installed MDDU (Multi-Device Dual Unit), AISG v2.0/3GPP. The RF specs are identical for all four variants.

Variant codeWhat differs
CUUX063X13M00 Manual Electrical Tilt (MET), tilt knobs at the indicators, low band 0-14°, high bands 0-10°
CUUX063X13R00 Remote Electrical Tilt (RET) with factory-installed MDCU (Multi-Device Control Unit), AISG v1.1; weight 13.5 kg (manual 13.2 kg)
CUUX063X13G00 Remote Electrical Tilt (RET) with factory-installed MDCU (Multi-Device Control Unit), AISG v2.0/3GPP; weight 13.5 kg (manual 13.2 kg)
CUUX063X13L00 Remote Electrical Tilt (RET) with factory-installed MDDU (Multi-Device Dual Unit), AISG v2.0/3GPP; weight 13.5 kg (manual 13.2 kg)

One antenna, one page — these are ordering options of this model, not separate models. The specs on this page apply to every variant unless the table says otherwise.

SPEC.ELEElectrical
Polarization
±45°
VSWR
1.5: 1
PIM, 3rd order
By band, see Coverage
Max input power
By band, see Coverage(2x) 500 W (696-960), (4x) 250 W (1695-2400); no total figure published.
Impedance
50Ω
Isolation
>25 dB in-band (696-960), >28 dB in-band (1695-2400); >30 dB between ports
SPEC.MECMechanical
Dimensions
1298 x 305 x 180mm
Weight
13.2kgwithout mounting brackets
Wind load
Front 480 N, side 284 N at 160 km/h
Max wind speed
241 km/h (150 mph)
Connectors
6x 7/16-DIN female, bottom
Port count
6
Mounting
Not published
SPEC.PRTPorts6 total
  • Ports 1-2 696–960MHz
  • Ports 3-6 1695–2400MHz
1+2−3+4−5+6−
Illustrative port layout — drawn from the published 6 ports and ±45° polarization. The arrangement is schematic; the exact positions are in the manufacturer PDF.
  • Ports 1–2696–960MHz
  • Ports 3–61695–2400MHz
SPEC.PATRadiation patterns6 bands
0°90°180°270°HBW 72°
Horizontal — 696–806MHz
0°90°180°270°VBW 19°tilt 0–14°, shown at 7°
Vertical — 696–806MHz

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 Amphenol models
SOURCESource and corrections
Source
Manufacturer datasheet PDF, read 2026-11-12: https://amphenol-antennas.com/datasheets/CUUX063X13x00.pdf
Datasheet revision
REV032118NA
Added

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.

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