4XPA-1638-13 is a four-port antenna covering all upper band 4G LTE and 5G frequencies from 1695 to 3800 MHz with the full range in 4x4 MIMO configuration.
The antenna is designed for high performance Gigabit Wireless Access / FWA applications, particularly suitable for dense urban wireless requiring carrier aggregation across EN-DC 4G-5G bands.
Wall and pole mount options are available.
- 4G LTE, 5G NR bands 1695 to 2700 MHz and 3300 to 3800 MHz
- XXPol, 4x4 MIMO on 4G, 5G n77, n78 (3500 MHz)
- Low sidelobes, extremely consistent patterns
- UV-stable PVC radome for outdoor applications
- 4.3-10 Female input connectors, customisable.
This is a highly specialised antenna, supply lead times may apply.
Recommended Use
All upper cellular bands from 1695 to 2700 MHz and 3300 to 3800 MHz are combined onto the four ports to provide 4x4 MIMO. No lower band support is provided.
Safety Notice
Like all high gain antenna it is important to disconnect this antenna during handling and installation. This product may generate EME that exceeds ARPANSA safety limits within 200 mm of the antenna mainlobe.

RF Performance - Wideband Directional
Physical Specification
Operating Temperature | -40 to 60 °C |
Weight |
6.8 kg
|
Construction |
Dimensions |
795 x 328 x 112 mm (L x W x D)
|
Mounting |
Pole or Wall
|
Ingress Protection |
RF Connections | Cable | Length | Notes | |
---|---|---|---|---|
4x | Female 4-Hole Flange, Front Mount |
All four ports 4x4 MIMO 1695 to 3800 MHz
|
Azimuth Plot: 1695 to 3800 MHz (Representational) | Elevation Plot: 1695 to 3800 MHz (Representational) |
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About the Supplier
HB Radiofrequency engineer high performance 3G, 4G, and 5G components such as antennas, cable assemblies, and RF connectors. Equipment is sourced through the company's extensive global vendor network, providing best-in-class performance. HB Radiofrequency forms an essential unit within the Halberd Bastion enterprise, a wholly Australian-owned company with diversified business units across telecommunications procurement, manufacturing, and projects.