33.5 dBi Perforated Dish Antenna

The HonorWave model HW4961-33.65D-HP is a high performance broadband dual polarized solid dish antenna. Because of its’ superb electrical performance and mechanical stability, the parabolic dish antenna can be used in a wide variety of high performance 4.9GHz and 5GHz range (5.1/5.3/5.4/5.8GHz) wireless applications. This simplifies installations since the same antenna can be used for a wide array of wireless applications. This antenna features 33.1 – 33.9 dBi of gain with a 2.9° horizontal beam-width and 2.8° vertical beam-width.

Adjustable Dual Polarity Feed Horn System

The HW4961-33.65D-HP features an adjustable dual polarity feed horn system which allows the antenna to be configured for Dual Polarization (horizontal and vertical) or for X-Polarization (+45° and -45°). It is fed via two N-Female connectors, one for each polarized signals. This feature makes it ideal for MIMO/802.11n, MIMO/802.11ac and polarization diversity systems.

Weatherproof

The reflector dish of the HW4961-33.65D-HP is constructed from high quality aluminum which gives it superior strength. The dish is gold-plated with high quality UV protected material for durability and aesthetics. Perforated holes in the dish helps minimize wind loading.

The HW4961-33.65D-HP is supplied with a tilt and swivel mast mount kit. This allows installation at various degrees of incline for easy alignment. It can be adjusted up or down from 0° to 30°.

For additional information and complete specifications, technical datasheet is also available

Features:

  • Adjustable dual polarity feed horn system allows the antenna to be configured for Dual Polarization (horizontal and vertical) or for X-Polarization (+45° and -45°)
  • Wide Bandwidth
  • Gold-plated Aluminum reflector dish with UV stable finish
  • Perforated dish helps reduce wind loading
  • Includes tilt and swivel mast mount kit
  • Long distance data links
    Applications:
  • 5.1/5.3/5.4/5.8 GHz ISM and UNII Band Applications
  • 4.9 GHz Public Safety Band
  • MIMO and 802.11n Applications
  • WiMAX Applications

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