Without side lobes

Symmetrical Horn TP antennas do not have side lobes, they literally concentrate the energy in a main signal beam. Such behavior saves the most important resource in wireless technology: The spectrum. Thanks to these unique radiation properties, the radio picks up and propagates significantly less noise compared to the current antennas in the main sector (panel).

The problem of noise is directly related to the side lobes of the antenna, basically an unavoidable characteristic in most of the competing products. Symmetric trumpet horn antennas behave differently, being basically "deaf" outside their main beam.

Bandwidth Performance

The beam pattern does not vary with the frequency and the gain of the antenna is balanced in a very wide frequency range. These characteristics make Symmetrical Horns TP antennas excellent sector antennas.

Excellent gain across the spectrum

Coverage without null points

The antennas of the dominant current sector have a very broad radiation pattern in azimuthal cut but very flat in elevation cut. If an AP is too high, customers who are too close will suffer a low AP signal.

Allow Co-location of channels

Symmetrical Horn TP antennas have naturally attenuated side lobes and extremely low background radiation. Symmetrical Horn TP antennas are perfect for installations of sectors of high density clusters with high co-location requirements. The wide selection of beam angles allows a wide range of deployment scenarios, covering high-distance sectors.

Innovative scalability

Symmetrical Horn TP antennas offer extensive scalability of wireless systems. The unique performance of the beam and the excellent co-location characteristics allow a greater density of sectors than a traditional sector technology.

Symmetrical Horn TP antennas come with precise radiation angles, ranging from 30 to 90 degrees: a wide range of models suitable for any situation.