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3.5 GHz 16 dBi 90° Dual Polarized / Dual Feed MIMO Sector Antenna

SKU HG3517DP-090
QTY available Call us
Quantity Price
1 - 4 $483.99
5 - 9 $464.63
10 - 24 $445.27
25 + Call Us
Price $483.99

All Prices are in US Dollars and do not include duties



Superior Performance

The Hyperlink Brand HG3517DP-090 Sector Panel Antenna combines vertical and horizontal polarization, high gain with a 90° beam width in a single enclosure. It is a professional quality antenna designed primarily for MIMO point-to-point or point-to-multipoint applications in the 3.5GHz frequency band.

This antenna incorporates advanced dual polarization technology that allows for the interoperability of two radios transmits and receives path. This technology allows for the attenuation of unwanted signals from adjacent channels and/or co-located equipment.

Rugged and Weatherproof

The dual polarized sector antenna features a heavy-duty UV-resistant plastic radome for all-weather operation. The heavy-duty mounting system allows installation to various degrees of incline for easy alignment. Horizontal Coverage is a full 90°.


Features
  • Dual Polarity feed system in single enclosure
  • MIMO - Multiple-Input and Multiple-Output
  • Two Integral N-Female Connectors
  • UV-resistant radome for all-weather operation

Application
  • SOFDMA
  • WiMAX 7 Mobile WiMAX
  • Wireless Internet Provider "cell" sites
  • 3.5 GHz Band Applications
  • Wireless LAN systems & IEEE 802.16e Applications

Key Specifications

Key Specifications

Antenna Type
Sector
Polarization
Vertical/Horizontal
Connector 1 Polarity
Standard
Connector Series
N
Connector Gender
Female
Impedance
50 Ohm
Maximum Input VSWR
1.5:1

Product Compliance

Product Compliance

REACH status
Not Available
RoHS status
Not Available
TSCA status
Not Available
PFAS status
Not Available

For any of the above statuses that are not available, we may be able to obtain the data by contacting various compliance specialists within our supply chain. You may ask our Compliance Department if that information can be obtained by clicking the contact us button below.