RF elements Products Overview Webinar, Jan 2022
Channel: RF elements s.r.o.
Date: 04/02/2022

RF elements is a vendor of wireless networking equipment. In this webinar we provide an overview of our products from January 2022.

Check our game changing products: https://rfelements.com/products/
Or product introduction videos: https://bit.ly/2P6QhLR

One page introduction to RF elements technology: https://rfelements.com/marketing/downloads#one-page-introduction
TwistPort Adaptors compatibility sheet: https://rfelements.com/marketing/downloads#twistporttm-adaptors-compatibility-sheet

RF noise is the no. 1 problem of WISP networks. Whether you're a startup or an experienced WISP, you’ll encounter the issues with unstable latency, high noise floor, inconsistent throughput speeds, jittery MCS rates, or chain imbalance. These are the symptoms indicating a wireless network suffers from high interference levels. They result in customers complaining about poor internet service and if not solved, do severe damage to your WISP business. 

What is the root of the problems with noise? Poorly designed antennas! Yes, overlooked by the whole industry for years, antenna sidelobes really are the main cause of the noise problem. Why sidelobes? You can imagine each antenna sidelobe being caused by a separate antenna. Sidelobes transmit and receive signals to and from undesired directions, and radios translate these signals as RF noise. RF noise issues are especially harmful in unlicensed frequency bands, where WISPs have deployed way too many poorly designed antennas. Traditional patch array sector antennas, directional patch arrays, and even parabolic dish antennas - they all have inherently many side lobes. The interference SLs collect will make your networks unreliable to a point where you give up on the business altogether.

At RF elements we have the ultimate solution to the interference problem: RF elements Horn sectors. Our horn antennas do not have any side lobes,  so they transmit and receive the signal only from and to the intended direction defined by the main lobe. The lack of side lobes lowers the noise floor your radios see, and improves the SNR seen as increased throughput at the user end.  On top of that, the identical chain performance and amazing stability of horn performance with changing channels or polarization stabilizes the MCS levels, latency, and overall reliability of a wireless link. The amount of customer complaints goes down significantly, so instead of endlessly dealing with customer complaints, you can now focus on growing your business.

With horns you will stop killing the usable spectrum and your network will grow in a sustainable way. Adding new horn sectors is extremely easy due to their seamless colocation and spectrum effectivity. Your network will scale in ways unimaginable compared to the traditional antenna technology. 

Wide range of horn beam shapes, beam widths, and gains is an industry unique tool set that lets you optimize your coverage regardless of the landscape, customer density, or distances required. 

Our horn antennas feature TwistPort - near zero loss and intuitive interface to connect the radio which you can single handedly install in a matter of seconds - your tower technicians will love it.

If you are facing unexpected demand, growing throughput requirements, and battle with noise and crowded spectrum, try RF elements horn antennas today.

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0:00 Intro
2:04 TwistPort 
4:01 TwistPort adaptors
10:41 Horn antenna technology
17:53 Horn beam shapes
24:38 Radio connectivity options
25:23 Horn accessories - TwinHorn bracket
26:59 UltraDish antennas
29:53 UltraDish 27 radome
30:26 Starter Antennas
32:20 StarterHorn antennas
34:33 StarterDish antennas
36:26 Patch array sector antennas
39:43 Integration platforms
42:05 Credits