Blackhawk Wideband 3G 4G Omni Antenna
Locally Stocked

Blackhawk wideband omnidirectional antennas provide high gain across the full cellular band 700 to 2700 MHz regardless of mounting direction, allowing quick and easy installation with no technical know-how required. The antenna provides exceptional omnidirectional performance on almost all mobile networks globally.

The antenna provides a 6 dBi gain across 3G and 4G bands, the ideal gain figure for areas with weak mobile signal.

The true wideband performance has been achieved through a clever engineering design utilising multi-sized collinear radiators and microwave-grade combiners, demonstrating consistently high gain with exceptional azimuthal stability.

Recommended Use

The Blackhawk Wideband Omni Antenna provides an ideal solution for 3G / 4G voice and data applications. With the implementation of 4G frequencies such as 700 MHz 4GX, 2600 MHz 4G, and SDL bands, the use of a wideband antenna is necessary to see the full functionality of LTE-Advanced networks.

This antenna is ideal for use in rural and regional areas with marginal mobile network coverage.

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RF Performance - Omni

Frequency Range [ ? ]700 to 2700 MHz
Polarisation [ ? ]
Max. Input Power [ ? ]100 W
Input Impedance50 Ω
MIMO [ ? ]
PIM, 3rd Order [ ? ]
Frequency Range [ ? ] Peak Gain [ ? ] VSWR [ ? ] Efficiency Average Gain Inter-Port [ ? ] El. [ ? ]
698 to 890 MHz 5.0 dBi
< 1.6:1
38°
890 to 960 MHz 4.5 dBi
< 1.9:1
40°
1695 to 2200 MHz 6.0 dBi
< 2.0:1
20°
2200 to 2700 MHz 6.5 dBi
< 2.3:1
15°
developer_board

Physical Specification

Operating Temperature-40 to 65 °C
Weight
1.9 kg
Construction
Dimensions
Ø63 × 680 mm
Mounting
Pole mount Ø 30-50 mm
Ingress Protection
RF Connections Cable Length Notes
1x Female 4-Hole Flange, Front Mount

About the Supplier

Blackhawk Antennas are a quality antenna supplier based in Australia. Primarily supplying equipment to improve cellular mobile network performance, Blackhawk equipment represents a best-in-class solution which carefully balances economics with RF performance.