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HG5816SXP-090 5 GHz 16 dBi Spatial Diversity/X-Pol 90° MIMO Sector Antenna

SKU HG5816SXP-090
by L-Com
Original price £166.86 - Original price £166.86
Original price
£166.86 - £166.86
Current price £166.86
Product Datasheet

Product Drawing

Catalogue Page

The Hyperlink HG5816SXP-090 spatial diversity antenna is designed with two identical and independent cross polarized antenna arrays fed via (4) connectors. The HG5816SXP-090 provides high gain with a wide 90 degree beam-width making them ideal professional quality "cell site" antennas designed primarily for service providers in the 5.8 GHz ISM band. Applications include IEEE 802.11a and 802.11n wireless LAN systems. The HG5816SXP-090 is ideal for use with wireless access points, CPEs and routers that have dual antenna ports and MIMO capabilities.

Spatial Diversity

The spatial diversity feature of this antenna is useful for operating in areas susceptible to the affects of multi-path interference. By providing spatial diversity, the radio's internal circuitry can select between the two receive antennas for better wireless reception. In the case of 802.11n or MIMO, two or more spatially or polarization diverse antennas are required for the radio to operate at its highest data rate.

Cross Polarized - X-Pol

Each of the arrays in HG5816SXP-090 feature two independent antennas with cross polarization. This feature doubles the wireless capacity over the same channels. Each array is fed via two N-Female ports, once for +45 degree polarized and one for -45 degree polarized signals. This feature makes this antenna ideal for polarization diversity systems.


  • Dual Slant Antenna - Two independent cross polarized (X-Pol) antenna arrays within one enclosure
  • Spatial diversity
  • All weather operation
  • Heavy duty steel mounting bracket with easy elevation and tilt adjustment
  • Spatial diversity/X-Pol feed system - (4) N-Female connectors


  • 5.1/5.3/5.4/5.8 GHz Wireless LAN systems
  • IEEE 802.11a/n applications
  • MIMO applications
  • WiMAX, WISP, WiFi, mobile communication and cell-sites
  • Dual Diversity / Dual Antenna Radios