The HonorWave model HW5565-35D-HP(5.5Ghz to 6.5Ghz) 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 & 6Ghz range (5.1/5.3/5.4/5.8/6.4GHz) wireless applications. This simplifies installations since the same antenna can be used for a wide array of wireless applications. This antenna features 35 dBi of gain with a 2.9° horizontal beam-width and 2.8° vertical beam-width.
Adjustable Dual Polarity Feed Horn System
The HW5565-35D-HP(5.5Ghz to 6.5Ghz) 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.
The reflector dish of the HW5565-35D-HP(5.5Ghz to 6.5Ghz) 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 HW5565-34D-HP(5.5Ghz to 6.5Ghz) 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
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°)
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
Up to 6.5Ghz high capacity wireless solutions
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