A-XPOL-0001-Rendering-Assembly 1
Poynting XPOL-1 790 - 960 & 1710 - 2700 MHZ Medium Gain LTE MIMO Antenna
Poynting XPOL-1 790 - 960 & 1710 - 2700 MHZ Medium Gain LTE MIMO Antenna
Poynting XPOL-1 790 - 960 & 1710 - 2700 MHZ Medium Gain LTE MIMO Antenna
Poynting XPOL-1 790 - 960 & 1710 - 2700 MHZ Medium Gain LTE MIMO Antenna

Poynting XPOL-1 790 - 960 & 1710 - 2700 MHZ Medium Gain LTE MIMO Antenna

SKU: A-XPOL-0001
Vendor
Poynting
Regular price
$105.49
Sale price
$105.49
Unit price
per 

  • Future-proof omni-directional wideband LTE antenna
  • Backwards compatible with 3G, 2G technologies
  • Two antennas in one enclosure for optimal LTE performance
  • Improves mobile network subscriber's user experience
  • Increased connectivity stability
  • Weather- and vandal proof enclosure
  • Pole, wall or window mountable

Product overview

The antenna provides an innovative solution for the signal enhancement of 4G / 3G and 2G networks. It is a unique window, wall or pole-mountable, dual polarized, full LTE band antenna. Incorporating two separately fed ultra wideband elements in a single housing, the antenna is equipped to provide client-side MiMo and diversity support for the networks of today and tomorrow. This is a cost effective solution for enhancing signal reception and throughput. The XPOL-1 antenna increases signal reliability, ensures higher data throughput for users and provides a stable, high quality connection. This improves user experience and secures client retention. It is ideal for any application using the GSM network (LTE/HSPA/3G/EDGE/ GPRS).

Features

  • Medium gain directional antenna
  • Wideband - covers wide frequency band
  • Window, wall or pole mountable
  • Lightweight
  • Waterproof
  • Two antennas in one enclosure

Application areas

  • Urban and rural areas
  • Residential and Small & Medium Business
  • Small offices in semi underground areas
  • Poor data signal reception (indoor or outdoor)
  • Slow data transmission connection
  • Unstable connection
  • Increase system transmission reliability
  • LTE fringe areas (close to an LTE area, but just out of reach)
  • Network operator flexibility - as the antennas is wide band, a new antenna is not needed per network operator - works on most networks