Amphenol

HEX456CW0000x

Tri Band, 6-Port, Panel, XPOL, 45°, 696-960 | 1695-2180 | 1695-2180 MHz, 1780 mm.

Antenna · Panel Verified from manufacturer datasheet
Manufacturer PDF Product page

Parent code HEX456CW0000x (batch-7 rank 214): the x is the RET-actuator option in the datasheet ordering table (REV070518NA, p.7) - M manual tilt, G RET with MDCU, L/L1/L2 RET with MDDU (different AISG port configurations). Datasheet recovered from the Wayback Machine snapshot (2021-12-10) of the manufacturer PDF at https://amphenol-antennas.com/datasheets/HEX456CW0000x.pdf; the live file was removed in the 2024 site redesign. NOTE: despite the CW suffix, this family's high band is 1695-2180 MHz, not 1695-2700 MHz - the CU=1695-2400 / CW=1695-2700 hypothesis does not hold for this family; the PDF governs. This sheet numbers the RF ports explicitly in its array layout (R1 1-2, B1 3-4, B2 5-6); band rows keep the batch-7 convention of 3-6/4 for the combined high-band arrays. F/B printed as '>27 dB' (696-960) and '>28 dB' (1695-2180); USLS as '>17 dB' typical both bands; recorded as plain numbers. Gain is the single figure published per sub-band (no separate average). Isolation: in-band >25 dB both bands; between ports >30 dB. Accessory 36210008 (3-point pole mounting and downtilt bracket kit) ordered separately.

SPEC.COVCoverage5 band rows
Band, MHz Ports GainHorizontal BWVertical BWElectrical tilt PIM, dBc Power / port USLS, dB
696–806MHz 1-2 15.3dBi 45° 15.6° 0–12° -153dBc 500W 17dB
806–960MHz 1-2 16.2dBi 40° 13.7° 0–12° -153dBc 500W 17dB
1695–1850MHz 3-6 17.4dBi 48° 6.4° 0–10° -153dBc 250W 17dB
1850–1990MHz 3-6 18dBi 45° 6° 0–10° -153dBc 250W 17dB
2100–2180MHz 3-6 18.3dBi 40° 5.3° 0–10° -153dBc 250W 17dB
SPEC.VARVariants5 variants

The trailing letter of the model code is the tilt-actuator option, from the datasheet ordering table (REV070518NA, p.7): M = Manual Electrical Tilt (MET); G = Remote Electrical Tilt (RET) with factory-installed MDCU (Multi-Device Control Unit); L, L1 and L2 = RET with factory-installed MDDU (Multi-Device Dual Unit), differing in AISG port configuration. The RF specs are identical for all five variants.

Variant codeWhat differs
HEX456CW0000M Manual Electrical Tilt (MET), tilt knobs at the indicators, low band 0-12°, high bands 0-10°
HEX456CW0000G Remote Electrical Tilt (RET) with factory-installed MDCU (Multi-Device Control Unit), AISG v2.0/3GPP
HEX456CW0000L RET with factory-installed MDDU (Multi-Device Dual Unit); AISG Port A R1 (696-960 MHz), Port B B1/B2 (1695-2180 MHz)
HEX456CW000L1 RET with factory-installed MDDU; AISG Port A B1 (1695-2180 MHz), Port B B2/R1 (1695-2180 / 696-960 MHz)
HEX456CW000L2 RET with factory-installed MDDU; AISG Port A B2 (1695-2180 MHz), Port B B1/R1 (1695-2180 / 696-960 MHz)

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 (1695-2180); no total figure published.
Impedance
50Ω
Isolation
>25 dB in-band (696-960), >25 dB in-band (1695-2180); >30 dB between ports
SPEC.MECMechanical
Dimensions
1780 x 397 x 187mm
Weight
22.2kgantenna only
Wind load
Front 907 N, side 420 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 1695–2180MHz
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 3–61695–2180MHz
SPEC.PATRadiation patterns5 bands
0°90°180°270°HBW 45°
Horizontal — 696–806MHz
0°90°180°270°VBW 15.6°tilt 0–12°, shown at 6°
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 →

SOURCESource and corrections
Source
Manufacturer datasheet PDF, read 2026-11-12: https://amphenol-antennas.com/datasheets/HEX456CW0000x.pdf
Datasheet revision
REV070518NA
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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