RF ELEMENTS HG3-CC-S30 Sector Antenna Symmetric Carrier Class GEN2 30 18.4 dBi 5180-6775 MHz Connectorized Improved Bracket and Higher Quality Materials for High Noise Environments

Game Changing Sector Antenna

Symmetrical Horn Carrier Class Gen2 is a scalar horn with the same size of the main beam in horizontal and vertical planes equipped with N-female connectors. Since 2014 our horns address major weaknesses of mainstream sector antenna technologies and provide excellent noise rejection network scalability and throughput improvement.

Approved by tens of thousands of installations all around the globe RF elements Symmetrical Horn Carrier Class Antennas are the new standard for fast and sustainable wireless.

Unique Beam Performance

Symmetrical Horn CC Gen2 has a unique beam shape and properties. The main beam cross-section is circular: azimuth and elevation beam widths are identical.

No Side Lobes 

Symmetrical Horn CC Gen2 has no side lobes it focuses energy into a single beam. This property saves the most important resource in the world of wireless communication - spectrum. As a result of the unique radiation properties the radio collects and propagates significantly less noise compared to current mainstream sector antennas. The noise problem is directly connected to the side lobes of an antenna - practically an unavoidable feature of most competitive products. Symmetrical Horn CC Gen2 behaves differently it is essentially "deaf" outside the main beam.

Wideband Performance

The radiation pattern of Symmetrical Horn CC Gen2 is frequency independent and its gain is stable over the whole bandwidth of operation. These features make Symmetrical Horn CC Gen2 excellent sector antennas.

Excellent Gain Across Spectrum 

Symmetrical Horn CC Gen2 Antenna covers ultra-wide bandwidth: 5180-6400 MHz At the same time gain is stable over the whole band.

Coverage Without Null

Mainstream sector antennas have a radiation pattern that is wide in azimuth but flat in elevation plane. If an AP is too high customers that are positioned too close will suffer from low AP signal.

Breakthrough Scalability

Symmetrical Horn CC Gen2 facilitates breakthrough scalability of wireless networks. Unique beam performance and great co-location characteristics allow for higher density sectors compared to traditional sector technology.

Symmetrical Horn CC Gen2 features precise main beam widths spanning from 30 to 90 degrees: a range of models suitable for any situation.

Ultimate Spectrum Efficiency For Everyone

Symmetrical Horn CC Gen2 antenna supports dense co-location of narrow sectors with excellent isolation. It unlocks the RF performance not possible before. This is an advantage horns have irrespective of radio platform used. 

On the right is shown a tower with the installation of twelve 30° Symmetrical Horn antennas covering 360° while re-using only two channels. "Impressive" is the new standard. 

N-type Connectors 

Symmetrical Horn Carrier Class Antennas feature N-type female connectors used with wide range of Radios. For example mimosaTM Cambium NetworksTM PMP450 LigoWaveTM and many others. Users of UBNTTM Rocket M5 Titanium MikroTikTM connectorized radios (NetBoxTM BaseBoxTM and NetMetalTM) can also utilize coaxial ports on Carrier Class Symmetrical Horn Antennas.

Compact Size 

Symmetrical Horn CC Gen2 Antenna is compact with only 20-25% footprint of traditional sector antennas. Compact size saves tower rental fees and makes it possible to install Symmetrical Horn CC Gen2 Antenna where regular sectors would not be allowed due to their shape and size.

Robust and Durable 

Symmetrical Horn CC Gen2 has solid aluminium body built to last and resist any weather conditions. We use only the best materials: die cast stamped and extruded aluminium; high quality polypropylene UV resistant polycarbonate; and stainless steel hardware.

2024-10-22 13:25:41

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HG3CCS30 RF ELEMENTS Sector Antenna Symmetric Carrier Class GEN2 30 18.4 dBi 5180-6775 MHz Connectorized Improved Bracket and Higher Quality Materials for High Noise Environments HG3-CC-S30