80° Symmetrical Horn TP Antennas Gen2
|Game Changing Sector Antenna
Symmetrical Horn TP Antennas are scalar horn antennas with a symmetrical beam radiation pattern and game-changing TwistPortTM (TP) connector. Deployed in field since 2014, they solve major weak points of mainstream sector antenna technologies and provide excellent noise rejection, network scalability and throughput increase.
Approved by tens of thousands installations all around the globe, RF elements Symmetrical Horn TP Antennas are the new standard for fast and sustainable wireless.
|Unique Beam Performance
Symmetrical Horn TP Antennas have a unique beam shape and characteristics. The beam section is circular: azimuth and elevation radiation angles are identical.
|No Side Lobes
Symmetrical Horn TP Antennas have no side lobes, they literally focus energy into one main signal beam. Such behavior saves the most important resource in wireless - the spectrum. Thanks to these unique radiating properties, the radio collects and propagates significantly less noise in comparison to current mainstream sector antennas. The problem of noise is directly connected to antenna side lobes - basically an unavoidable feature in most competitive products. Symmetrical Horn TP Antennas behave differently, being basically "deaf" outside their main beam.
The beam pattern does not vary with frequency and the antenna gain is balanced over a very wide frequency range. These features make Symmetrical Horns TP antennas excellent sector antennas.
|Excellent Gain Across Spectrum
Symmetrical Horn TP Gen2 Antennas cover an ultra-wideband spectrum: 5180-6400 MHz!
|Coverage Without Null
Mainstream sector antennas have a radiation pattern that is very wide in azimuth cut but very flat in elevation cut. If an AP is too high, the customers that are too close will suffer from low AP signal.
Symmetrical Horn TP Antennas have naturally attenuated side lobes and extremely low back radiation. Symmetrical Horn TP Antennas are perfect for high density cluster sector installations with high co-location requirements.
Wide selection of beam angles allows for a wide range of deployment scenarios, covering high distance sectors as well as MicroPoPs.
|Ultimate Spectrum Efficiency For Everyone
Symmetrical Horn TP antennas allow for a very dense co-location of very narrow sectors with excellent isolation. They unlock the RF performance that was simply not possible before. This benefit is available independently of radio platforms,
Symmetrical Horn TP Antennas feature our industry-changing TwistPortTM connector, a patent-pending quick-locking waveguide port. TwistPortTM is virtually lossless: with radios built according to our Reference design, there are no coaxial RF connectors or RF cables that cause signal loss. Connecting radios is brilliantly simple - “twist and lock” - all done with one hand!
Our wide range of TwistPortTM Adaptors allows you to connect most popular connectorized radios from other vendors, such as UBNTTM, MimosaTM, MikroTikTM or Cambium NetworksTM, directly to any TwistPortTM-enabled antenna.
Symmetrical Horn TP Antennas are very compact, with only 20-25% footprint of traditional sector antennas. This compact size saves tower rental fees, and makes it possible to install Symmetrical Horn TP Antennas in places where regular sectors would not be allowed due to their shape and size.
Symmetrical Horn TP Antennas come pre-assembled from the factory and ready for immediate deployment. The installation is very easy and requires only a single tool.
|Robust and Durable
Symmetrical Horn TP Antennas are solid aluminium bodies that are built to last and to resist any weather conditions. We use only the best materials: die cast, stamped and extruded aluminium; high quality ABS plastic, high density polyethylene; and stainless steel hardware.
|Unique Bracket Features
New improved bracket allows for easy left or right side of the pole installation. No need to reverse radome as with Gen1. For comfortable and secure installation on thinner tubes just reverse the bracket clamp.
|Frequency Range||5180 - 6400 MHz|
|Tested ambient temperature||-30°C to 55°C|
|Antenna beam width||Azimuth Beam Width -3 dB: H 60° / V 60°
Elevation Beam Width -3 dB: H 60° / V 60°
Azimuth Beam Width -6 dB: H 80° / V 80°
Elevation Beam Width -6 dB: H 80° / V 80°