RF elements is a wireless networking vendor solving the issue of interference in wireless networks. RF elements technology solves interference issues at the core of the problem by focussing on essential energy flow in a space. The antennas or horns use the exact and appropriate radiation properties, equipped with virtually lossless TwistPort connectors.

This technology redefines the way service providers build their wireless networks and allows for massive scalability of networks.

By using the same radio technology, service providers can achieve a significant increase in throughput as there is no interference.

Why use RF elements?

RF elements technology delivers fast, scalable wireless while addressing the issue of RF pollution, proper use of spectrum and sustainable growth. This unique approach makes RF elements technology excellent with rejecting noise, eliminating RF system loss and achieving massive scalability of wireless networks.

NOISE REJECTION

Instead of dealing with excessive amounts of noise by using complex and expensive methods, such as filtering or GPS synchronisation, RF elements focuses on correct signal propagations. This means they remove the source of these problems, rather than dealing with the consequences. The revolutionary antennas are based on horn antenna technology. As market leaders in performance, cost, and spectrum efficiency, their noise rejection features are unique and define a new class of wireless performance.

ZERO LOSS

To achieve great wireless performance two key factors are involved: noise rejection and RF Loss. The main reason for RF signal loss is due to the essential transmission of the RF signal between the radio and antenna. Part of the signal is lost when travelling between coaxial cables and connectors simply due to the law of physics. From the point of RF loss, coaxial cables and connectors become a problem, they are needed in order to do the job, but they add cause issues to the signal. This is where the TwistPort helps. The TwistPort waveguide connector has no cables and no coaxial components. It uses a waveguide to transport the RF signal. TwistPort is virtually lossless, extremely easy to use and durable.

MASSIVE SCALABILITY

By solving the two biggest issues of RF Noise and RF Loss, RF elements have been able to unlock a new dimension of wireless technology. WISPs can now supply their customers’ demands for connectivity by deploying more sectors with higher density. WISPs can increase the granularity of their networks, and they can do this at no premium. Using RF elements ISPs can increase the performance of their networks and in turn the value they deliver to their customers.

Why use an RF elements horn?

Game-changing beam performance. Market-leading system scalability. Superb build and ergonomics.

First deployed in 2014 these horns solve major weak points by providing excellent noise rejection, network scalability and throughput increase. Symmetrical Horn TP Antennas are scalar horn antennas with a symmetrical beam radiation pattern and TwistPort connector.

Game-changing beam performance. Market-leading system scalability. Unique beam shape.

These horns provide an asymmetrical beam shape and the TwistPortTM (TP) connector. They provide excellent noise rejection, network scalability and throughput increase. Providing specific beam shape, increased antenna gain and excellent noise rejection, Asymmetrical Horn TP antennas complement the Symmetrical Horn Antennas.

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