RFI Mesh Parabolic Antenna

RFI MESH PARABOLIC ANTENNA

The RFI engineering team has developed one of the first parabolic antennas to deliver full-band LTE/5G cellular coverage, where no tuning or optimisation of the feed is required. The antenna is ideally suited for sites where multiple macro sites are in proximity causing interference. The use of this antenna will improve your SNIR due to its narrow azimuth beamwidth, low sidelobes, and front-to-back ratio. Offering 21 dB of gain at the mid-band and high band, significant improvement to your input signal can be observed.

Our mesh parabolic antenna is the optimal choice for cellular/carrier networks, public safety, distributed antenna systems (DAS), utilities, as well as fixed wireless links and backhaul applications.

RFI Mesh Parabolic Antenna
RFI Mesh Parabolic Antenna

Utilising PCB manufacturing techniques, our Melbourne-based engineering team has developed one of the first parabolic antennas to deliver full-band LTE/5G cellular coverage, where no tuning or optimisation is required.

Lightweight and durable, the GM06 has been assembled with tubular aluminum and lightweight, UV-stabilised ABS radome to ensure speed of installation as well as best-in-class reliability & performance.

Suitable for SISO and MIMO* applications, the design characteristics include high F/B, low sidelobes with a narrow beam, which ultimately improves LOS to the selected donor site, thus mitigating noise and interference from adjacent sites.

Featuring Low PIM performance, RFI's mesh parabolic antenna is built to outperform solutions currently available in the market.

*MIMO requires two grids orthogonally mounted

StaNDARD INSTALLATION TO IMPROVE
CELLULAR SIGNALS

A typical installation to improve cellular signals would use an LPDA for their Bandwidth v. gain properties.

However, the lower achievable gain of the LPDA results in broad beamwidths.

See FIG 1.1

FIG 1.1

FIG 1.1

FIG 1.2

FIG 1.2

HIGH-DENSITY AREAS

In high-density areas, these pattern characteristics can cause issues, whereby the LPDA sees too much over its beam.

This can cause interference and noise from adjacent sites, and potentially other sources.

See FIG 1.2


HOW IS THE MESH PARABOLIC ANTENNA GM06 DIFFERENT?

The design of the mesh parabolic antenna ensures a narrow beam is projected improving the line-of-sight link between the donor antenna and donor site. Reducing the interference from surrounding sites, the repeater system has a cleaner, higher quality signal, and ultimate improvement in data throughput. See FIG 1.3

FIG 1.3

FIG 1.3

Key Features:

  • High gain antenna (698-960/1710-3800MHz)

  • Gain of 10/21/24 dB

  • Vertical, Horizontal, and ±45 deg Polarisation

  • No tuning of the feed is required

  • Full aluminium construction

  • Compact & lightweight design

  • Clamp options available
Mesh Parabolic Antenna

 

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