 The broadcast is now starting all attendees are in listen only mode It's possible to put questions in written so I will be willing to answer all your questions that you will have Pongons very comfortable We have like 70 slides in front of us then we can start First of all I thank you for being present in this webinar today We are going to give then a description of all our products that we have available Our product range covers antennas integration platforms and brackets Today we will talk about antennas our main group of products the map of products shows the series of products organized according to the shape of the last the interface of the connector and the ganancia The shape of the last is changing in the direction vertical the symmetric antennas are in the two superior lines In the asymmetrical in the third line in the horizontal direction the ganancia is increasing from left to right Before going to the antennas We will talk about the twist port and its adapters that are shown in the lower part For there to help them to understand the advantages in comparison with the connectors with axiom This is the twist port adapters And now I will explain what the twist port connector is The twist port connector is a guide connector of waves Attempted by rf elements to connect the radio with the antenna twist port has two essential advantages that include Due to what is a guide connector of waves We sport introduce virtually zero losses in the system This is very important to achieve an excellent performance of Radio frequency and point two Twist port combines the assembly of the radio and the connection of rf in a unique interface easy to use It is extremely easy and safe to operate Twist port is not only a connector of the radio and the antenna But also mounts the radio on the antenna at the same time when it inserts and turns the radio It is blocked automatically and remains mounted The unblocking is as easy as turning the ring of the outer block It is released In our radio design Of reference established in 2014 we removed the flexible cables And we integrated the connector macho twist port directly with the circuit board of a radio The radio can be connected to any antenna twist port at the same time that introduces a loss of practically zero This is the reason why we consider that twist port is a truly revolutionary interface That presents a completely new ecosystem Based on the advantages of the wave guide and an excellent mechanical design That allows a easy connection with a rf landing with practically zero losses The twist port adapter Resolves a simple task of converting the coaxial radio interface of the third In the most linear interface of the twist port The adapter allows the intuitive connection of both the antenna and the radio The twist port adapters are easy to use and have very low losses You can see in the animation what is inside the typical twist port adapter Two coaxial cables Connect the wave guide to the radio connectors These are high quality cables with rigid cem blinds The cables are integrated in the adapter body Because of this, you don't have to connect or disconnect the cables again and again This is a very stable and durable performance The rest of the twist port body is designed to store the most popular radios used in the twist port networks Given that most of the radios have different body shapes We have a series of twist port adapters to adjust them All the adapters that I will show you now In the following days are compatible with all the antennas enabled with twist port So you don't have to worry that you will need a twist port adapter separately for each antenna Not each twist port adapter adapts to any twist port antenna This means that we only have one twist port adapter and that size can be used with any type of adapter It is important to say that the twist port adapter works with any twist port antenna The twist port adapters are specific on the side of the radio Due to the different shape of the radios of the third But on the side of the antenna there is always the same twist port connector Which is compatible with any twist port antenna So once you have the right adapter for your radio Be ready and you can connect it to any antenna with the twist port connector Let's see the adapters for various manufacturers that we have available And then we will start with the radios FMP of Cambium Networks The first is the twist port adapter for FMP 1000 This adapter is compatible with any radio connected FMP 1000 Which means AP and CPE The MSRP price that you can find on the page is $99.90 And the product is available through our distributors all over America The same goes for the twist port adapter of FMP 2000 This one is also available It is compatible with the radio connected FMP 2000 With MSRP of $44.90 And the product is also available through our distributors all over America These are the two adapters for FMPF radios of Cambium The other radios that I will present are for MicroTik And for MicroTik we have these types of adapters Or we will have these types of adapters available The TPA-RVP is one of the last incorporations to our twist port adapter It is very similar to the very successful first generation of router board adapters At least version 2 or V2 The TPA-RVP is compatible with the 4.7.9 series and M11 router board It has a complete plastic body And the last elements of power supply for a demand range MSRP, as you can see, is almost $40 And we will have it available from January 2019 The other type of adapter for MicroTik is the adapter For people who are looking for better isolation of the external elements We have this adapter called TPA-RVC This adapter is made of aluminum, and it is designed specifically for the M11 router board model With some modifications and limitations, you can also use other router boards MSRP is a little bit higher, it is almost $60 This product is in stock with our main distributors in all of America There are several types of adapters for Ubiquiti These are the radios that are most used with our antennas We have several types of Ubiquiti adapters Let's see the types we are offering The first one we have is the Swissport adapter for Elisostation It is a very simple and easy to use It allows the Ubiquiti radios to be able to be used with any kind of Swissport or connector This adapter is compatible with any Ubiquiti radio With its Swissport guide that you can see on this day This adapter works with Isostation, PrismStation, and with the next Rfiber LTU radio MSRP is very low, so this adapter will cost you $20 And it is already available with our distributors The other type of radio is called TPA-F It is a compatible adapter with the two most popular radios of Ubiquiti The Rocket Prism 5 AC IR Fiber 5 This adapter is available with MSRP almost $55 It means that the same adapter is compatible with the Prism radio and the AF5X If you ask for the antenna, this antenna can be incorporated or designed The adapter allows you to put the antenna inside the plastic box of the adapter So you don't have to secure it in other parts of the tower The compatibility of this adapter is compatible with the two generations of Rocket 5 Prism As well as the Rfiber 5X and the IR Fiber 5X HD Another type of adapter, the very popular one that we had before We have improved it a little bit and it will be available in January 2019 It is the adapter for the Rocket M5, which is also very popular in America It is compatible with the Rocket M5 and presents the newest guide elements MSRP is almost $30 and it will be available in January As well as the adapter for Rocket 5 AC It is also very popular in America, especially Latin America It is compatible with the Rocket 5 AC, not with the Prism radio And it also has the latest guide elements Again, the MSRP is almost $30 and it is also available in January 2019 The last one that we have of the adapters will be the adapter for the MIMOSA radio For MIMOSA we have the adapter for C5C This is the radio, as you can see, from point to point And this adapter is used a lot with our UltraDish antennas This is also available with our distributors And you can see the MSRP price on the slide, which is almost $30 The adapters are available with all the distributors we have in Latin America And the last thing we have of the adapters We have designed for people who still use radios For those who don't have an adapter for the MIMOSA And want to use the antennas with the MIMOSA So for those of you who prefer this We have designed a connected adapter And you can see that it contains the MIMOSA adapters For horizontal and vertical polarizations This adapter is also very simple to use It is connected and disconnected in the same way that any other You go for the adapter Providing a traditional coaxial interface The MSRP is almost $45 And we hope it is available from January 2019 Well, that's what it means to the adapters Let's talk now about the simmetric antennas WISP The simmetric antennas are a revolutionary piece of technology For the WISPs WISPs, at first sight, look very different And in reality they also work in a different way Compared to general technology The HON simmetric antennas have a very special shape This antenna has the same width as the horizontal and vertical plane For a more easy compression The HON antenna is similar to the light of the antennas For example Compared to the traditional antenna With very narrow antennas in the vertical plane This HON antenna has a main simmetric antenna It has the same width in the horizontal and vertical plane As you can see in this animation The essential advantage of the HON antennas Is their radiation pattern With zero lateral levels This is the key characteristic For the rejection of natural noise And makes the HON simmetric antennas Be excellent in sectoral antennas HON can easily cover the areas close to the site The HON antenna almost doesn't exist And this is not possible with the traditional antennas The HON antenna can easily cover the areas close to the site But the HON antenna can easily cover the area close to the site The HON antenna can easily cover the area close to the site All this thanks to the simmetric radiation pattern Which is a great advantage for a sectoral antenna The HON antenna's radiation pattern Has no comparison It changes a little with the frequency But the change in the area of coverage is insignificant Compared to the traditional technology As it shows in the next positive day You can see that the pattern almost doesn't change Although you are changing the frequency The pattern is constant That means that you don't need to go up to the tower To change the frequency and align the HON antenna The HON antenna has the signal Or the pattern is very stable in comparison With the sectoral antenna The majority of sectoral antennas Have a lot of side holes That create and copy the RF noise And they are changing the frequency In addition to that The main hole is also changing the frequency This is caused by a fluctuating coverage Perceived especially by the customers On the sides of a sector With problems of speed, of unstable data With the traditional sectoral antennas Like Pacharail The decrease of the signal level In the area of fall is very light And creates a much wider coverage Of the required They behave differently Here The signal of fall on the edge of the sector Is very pronounced This is another great sign of the HONs That increases the visibility of their performance Which in turn increases the reliability of their network The HONs come in 7 versions With a width of 30 to 90 degrees And a variable gain of 10 to 18 dB The wide range of HONs Gets a set of versatile tools For any situation that can be found As a whisper The size of the HONs makes their installation Very easy Even in compete sites And also the rates of the tower You can see that Instead of putting a traditional antenna You can put up to 4 simmetric antennas Without these antennas interfering One another The design of the antennas Is so special that these antennas Don't interfere with each other In fact, they can be attached to the tower Very close to each other Without interfering The same When deploying more traditional antennas Like Pacharail in sites close Not only competitors But also their own With the HON antennas This problem is marginal And almost non-existent The lateral zero-lobul pattern It allows locations With dense, predictable densities Without any degradation Of the network's performance As you can see here You can explain the HONs In a dense location As you can see in these installations These are the installations of our clients That we have obtained from our social media As an experience Of the clients we have You can see that the antennas are Attached to each other Very close to each other And even so The antennas don't interfere But they cover Their coverage That they have to cover A very special and perfect style The HON antennas Before reaching With the asymmetrics The WISPs could choose Between 2 or 3 inches With an unstable coverage That they suffered from a high level of noise In the background The width of the HONs And the location of the WISPs Also allows Unprecedented scalability The WISPs now have Different environments With a stable coverage That allows a highly granular and precise Planning style Practically there is no limit For the scalability of the network This is the center Of our main message Quick and sustainable Our antennas Are built to last We use non-corrosive materials As well as Alloys of aluminum Alloys of zinc Plastic of high quality And iron of stainless steel High quality materials Make it possible to deploy the HONs In any place Between the desert huger The frozen region Or the humid jungle They work without import Where they are placed The WISPs deploy HONs In all types of environments In urban and rural cities As you can see In these photos An implementation Like this one Before the RF elements Introduced to the antennas Here you can see Six 30 degree cornet antennas Covering A 180 degree area And in the back As you can see Under the right side Of the photo They have another display The same as this one You can see Here That covers another 180 degrees In fact 12 30 degree antennas Covering a area of 360 degrees Around the tower Without interfering with the antennas One with the other We are in the asymmetric category But we move on to the antennas The biggest gain And the widest width We are talking about The ultra horn With the TWSPORT connector It is a high gain horn With a symmetrical And TWSPORT connector Designed for high noise It has a 24 degree gain And 15 degree width So the symmetrical opening Is 15 degree The TWSPORT has a pencil shape And 0 side holes For the maximum noise reduction The ultra horn Is an intransigent solution For areas Of high interference When you need high gain And wide stretch The dependence Of the frequency of the radio Of the ultra horn Is again very low The antenna pattern Is very stable With a wide stretch of 15 degrees And as you can see In this slide With changing the frequency Of the radio The pattern almost doesn't change So if you align it Once With changing the frequency You don't need to go up again To align this antenna again The ultra horn Is very low Because it doesn't transmit And doesn't receive any noise It pushes the noise down In counter position To the parabolic antenna It is used normally for The links Which cover Largest spaces in the area And receive noise Circulating because of The large side holes Speaking of the side holes They are usually worn With several shields and protectors Let me explain a little more About it What they do is They suppress the rear radiation In this simulation you can see That the spaces in the back Of the antenna are suppressed With the cover This improves the location Of the antennas By decreasing the noise Thanks to the cover In terms of the side holes Oriented forward And much stronger It didn't change much Some side holes can become smaller But others Can even grow and change Direction This is especially visible In this open field simulation The cover reduces the strength Of the vertical holes But the side holes In the direction of the main hole If they exist They change the angle And some of them end up Being even stronger Without a cover This solution is quite ineffective When the noise problem Is emitted Of RF in the environment The ultrasonic Of the side holes Is not drained by the antenna The ultrasonic Reflects the noise By being the same They don't need protectors Or any other solution To reach high levels of SNR Which is In high MSS rates The ultra-horne antenna Has a high gain In a very wide range Providing A great stability And reliability Of the link The radiation Of the parabolic antennas Is usually problematic Because of the side holes That connect The link points to a side hole Of one of the plates Because the main one Has a very narrow width When you see A sign Is sufficient It ends up thinking that the antennas Are aligned While you need an antenna With a higher gain With the ultrasonic There is no problem Because the ultrasonic has a main one Once the ultrasonic turns To the point where it is outside Of the main one The signal falls so much That the antennas are not aligned Thanks to the pattern of the radiation With zero side holes The alignment Of the endpoints The ultrasonic is easier And can be sure That it is taking advantage Of the antennas Apart from that There is no clarity If the ultrasonic is an antenna Point to point or point to point Like any other antenna The ultrasonic is a tool In its hands And it depends on you How it will be used In a particular implementation scenario And point to point If you have closely grouped clients Far from the site Ultrasonic can be an excellent solution Point to point If you need to configure a backhaul In a noisy environment It can be an excellent antenna Point to point It really depends on you How it will be used In this type of antenna The ultrasonic is built as a tank With a personalized assembly mechanism That will require the hard conditions The hard environmental conditions And it will work perfectly For a long time Installation examples Point to point Point to point They show that the ultrasonic Is an antenna of high performance Independently of the purpose For it to be needed First, the group Point to point Of 12 holes in Australia Second, point to point With an MPMP 1,000 in 15mm That provides MSS7 Very stable modulation Of 64 The Ultrasonic replaced it With a 30dbi antenna That suffered with a thermal investment In the morning The Ultrasonic worked well And they didn't lose the link And here are more examples Point to point With Ubiquity Rocket 5 prism With this radio There are also several types of installations With the Ultrasonic antennas Well The next Going beyond The scale of gain Of the asymmetric antennas We are seeing the Ultradish series The Ultradish Is a directional parabolic antenna With an optimized endowment Of lateral lobes It comes in two sizes The Ultradish 400 Which means 400mm in diameter And the Ultradish 550 It's for 50mm in diameter What provides a gain of 24 And 27db The antennas are available And they are sold in 4 units The Ultradish radio pattern Provides a high gain Necessary for long-distance links With lateral lobes Suffered to increase The noise immunity With type plate antennas It is not possible to edit Completely the lateral lobes What is possible And it was made here Is the optimized antenna design For suppressing lateral lobes What is translated In a better performance Better performance Is possible without The need to install No additional blinding Our Ultradish antennas Have a very stable gain In all operation demand The difference between Horizontal and vertical polarizations Is so small That the curves of gain In the graphics are superposed Equal performance Horizontal and vertical Is important For the planning of a stable and reliable link The Ultradish is suitable for areas With high noise levels With high noise levels Typically those are The majority Of urban and suburban areas The Ultradish delivers Highly Enforced Enforced That suppresses the surrounding noise A pattern of radiation More clean than the Ultradish Also eliminates The Unwanted connections Here you can see it In the dynamic slide The difference between The Ultradish antennas Of other brands Or of our competition With the Ultradish antennas Of other brands You can see that optimizing the lobes To make The smallest possible Is avoiding you The differences With other types of APS Or CPS that you have In the available area The installation of the Ultradish Is truly innovative In its simplicity and durability The support And then the antenna is installed The adjustment in the horizontal and vertical plane Is very easy And it is fixed by pressing some screws All the screws are the same size So you just need a tool The comfortable handle Makes it transport the antenna Until the tower is very easy Just connect it To a mosquito And here are some examples Of the Ultradish implementations Stay connected to your social media And you will see more of these photos That appear regularly For part of our clients If I am talking about social media The main displays Or the photos You can see them Especially on the RF Elements page In Spanish, on Facebook There are many photos Of various types of Ultradish antennas Ultradish And any of them With the comments of the clients That are currently using them Or to which they have totally changed Their links Now let's change the antennas With asymmetric radiation pattern Here we will start with the asymmetric horn Our last incorporation In the line To the line of products When the asymmetric horn Is taken from the radiation pattern And is placed on the top And bottom The radiation pattern of an asymmetric horn Is obtained Combine the best of both worlds On one side it has a high profit And the basic shape of the main horn Of a traditional sector And on the other side it has precision Stability And zero lateral holes Of an antenna Horn As its name indicates Asymmetric Horizontal width Vertical width The main one Follows the traditional requirements On the antenna of the sector But introduces essential improvements In the shape of zero lateral holes For several stages of coverage The asymmetric horn Comes in three different versions With widths of 30, 60 And 90 degrees The radiation pattern Of the asymmetric horns Is wider In the elevation plane In comparison with the sectoral antennas Like Pacharay The few additional heights Are wider They give the asymmetric horn A single positioning In terms of coverage capabilities Disminates the area Near the installation site While at the same time The wide coverage Of wide range And stable The asymmetric horns Have a very clean radius As expected Of an RF antenna Without lateral holes Without parasitic radiation All the energy Is focused on a single front axle As opposed to The typical Pacharay antenna And basically radiates The problems with the noise And the interferences With other types of antennas The stability of the main axle When changing the frequency Is excellent As with any horn antenna The coverage provided By these antennas Is very stable You can see here The main axle When changing the frequency Of the radio almost doesn't change The antenna on the tower Once installed on that antenna To cover the main area That you want to cover You don't need to go up again To change the frequency of the radio To align the antenna But that antenna is very stable With the main ones Another important feature For stable coverage Is the balance of the horizontal And vertical antenna systems The asymmetric horns Provide the same pattern of radiation For both polarizations That adjusts perfectly To that criteria So you don't have to worry About the customers On the edges of the sector Compared to the Pacharay antenna Of the competition They have Horizontal and unbalanced verticals That have a negative influence On the performance of the field The asymmetric horns Are optimized For rural areas That aren't very popular Where their customers Could be more dispersed And the configuration Doesn't justify the high density Of the spectrum As you can see here For rural areas The pattern of radiation Is the widest Of the asymmetric horns Really shows its advantages As well as The biggest gain That helps to cover The most distant customers The asymmetric horns Are made of solid aluminum Sink alloy Acid stainless steel Stamped aluminum Exhausted aluminum and plastic HDP So the antenna Is very durable And it will last a long time Once installed on the tower At the same time You can see That in each part Or in the part that you are seeing There are three holes These holes are used To change The bracket If you want to install The antenna on the other side of the tower So it is possible to install The left part And in the same way Install it on the right part of the tower Only by changing The bracket from one part to the other If you see our main platform The main connector Is ICERA TuiSport We also admit more traditional Radio platforms The series of horns Symmetric Carrier-class and Ultra-horn Are offered on Mbrack Let's take a look More about these products That are also Available with our distributors The Symmetric horn antennas Carrier-class provide A NEMBRA interface They are equipped With NEMBRA connectors To connect with the more robust radio Similar to the TuiSport series The horns Carrier-class cover 30 to 90 degrees And they have a gain of 10 to 18 dB They are The same antennas as the TuiSport But The only difference Is to connect The radios For the NEMBRA connectors The price of this antenna Is a little higher The MSRP of these Is $220 For anyone Of the 7 models Using the same technology The Ultra-horn Carrier-class Provides a NEMBRA interface To create Points-to-points With narrow sectors Around the ears So If there is no radio With the adapter For the Ultra-horn With the TuiSport connector I can use an Ultra-horn Carrier-class To connect any other type of radio To this type of antenna Here we have some examples Of the displays of the horn Carrier-class Keep connected To the social networks Or Connect to our social networks To see More Examples of these displays Of these antennas And finally We're going to talk a little About the Carrier-class antennas That are the antennas that were designed As the first ones By RF Elements The Carrier-class antennas Are in two models A 24-bit antenna For the 2.4-bit band And a 24-bit antenna For the 5-bit band You can see In the positive direction These antennas were optimized For a balanced soldering Horizontal and vertical And lateral loops Suppressed The Carrier-class antenna Was our first interaction A long time ago And these antennas addressed The noise problem The Carrier-class antenna Are equipped with our technology It has been tested For the blinding It is a frequency Selected and integrated With the body of the antenna It is designed To effectively suppress The posterior radiation It is not necessary to use No additional shield or reflector With these antennas Everything has it included The Carrier-class antenna Are designed to have The same pattern of radiation For both polarizations To ensure a perfect coverage In the edges of the sector This is a very important feature For a sector antenna To have the same coverage In the horizontal and vertical systems And one more example Of the Carrier-class antennas These antennas are available For a long time And offer excellent performance In different conditions The Carrier-class antennas Are also connected To our social networks To see even more In RF elements We address the noise problem Of radio frequency Changing the paradigm Of the industry in Amrica We are establishing A new standard In the industry For RF sales And the scalability Our focus is Even further We only use non-crossing materials Or low-corrosion materials To build our products We use several types of alloy Aluminium alloy Zinc alloy Inuxiable steel And high-quality plastic Our goal is To achieve excellent resistance To free air from Zero Standard for Whisper teams Following our goal In the construction of products For external Super-resistant We introduce the zero-inuxiable To the Whisper industry This material requires a specific attention For part of the users And requires the use Of the anti-adherent user For external And a pressure force And heat We will continue to educate The users How to use the hardware Of zero-inuxiable steel We only use the Metrical standard of INN For many of us We are concerned about radio frequency As our main resource Of the industry We are also concerned about our planet We are eliminating the use of plastic foam And plastic bags We are trying to achieve Gradually Based on paper In all our products Our most recent versions Are packaged in cardboard As is our image And Apart from social media We have A YouTube channel Dedicated to our customers In this YouTube channel You can find many videos With our customers And these videos Are talking to you About The experience of our customers When they changed The antennas they had before The RF elements And you can see in the video Or let's say Record Any customer Or all the customers Who were available To make a video with us What they say And what experience they have About our RF elements We also have our RF.com page It's a RF forum And two weeks ago We added The page Or a section Of RF.com That is dedicated To the Spanish community You can sign up To see That there are many people Who are talking about Very technical topics Here in the forum And as we have The Spanish part You can sign up And send us Any questions Or any experience With our teams We are very attentive And we try to answer very quickly To all the people Who are using that forum To have the necessary information As soon as possible Apart from that We are very active In the forum Or in the Facebook page Our group Is called RF elements in Spanish This group Is moderated With Jorge And we are answering All the questions people ask Through this page Apart from that You can see many things That our clients have Their own experiences In vivo When people post photos You can comment them And you can see the comments That people make With using our antennas We have used And also We are using commercial brands Of third In this webinar And in our website We use them only to Establish compatibility With our products All the rights Of the owners Of registered brands Are reserved to obtain more information Consult The responsibility Of the products In our website That would be all If you have any questions I am available To answer them Immediately Now In Colombia In Bogotá In Bogotá We have two distributors One is Broadband And the other is the new That appeared I think in June They have established their new Cursal And it is the CIS with Colombia So in Colombia They already have two distributors With which they can buy Our products In which authorized distributor Are available the RF elements in Peru Right now The RF elements Are distributed in Peru And we are also starting With DigiCorp In Chile who are the distributors In Chile we have The link technology Directly In Santiago Apart from that if you need Any information About the distributors in Latin America You can find them On our website If you go to the section How Become a distributor Or how To become a distributor A page appears with the distributors Or If you are looking for any kind of product We have On the RF elements page A thing called Stock Locator If You put On the Stock Locator page And choose the product If you want to buy The page shows The closest distributors Where you can buy it If you have any doubt About the distributors You can Write to My email Another question Hi, I greet you from Ecuador Yesterday I installed an UltraDish With a MicroTik NetMetal But I have problems Two frequencies work well When I put the other Message I have talked about this On several slides The UltraDish antennas Like any other Dish Are Very Sensitive to alignment You have to align well So that You align it to the main levels Because it can arise Alignation It is aligned to the lower level And then there may be problems If you change The frequencies Maybe in the frequencies If the UltraDish is aligned To the lower level You can see if you change the frequency That you will lose the alignment So you have to align it well So that you have it aligned To the main signal Good afternoon I want to read the page Where I can get the distributors Please rflements.com By By means In English B-U-Y rflements.com Some other questions If there are no questions Thank you very much for your attention If you want to ask any other question We are available rflements.com In the Spanish community section There is a space To ask any kind of question If you want We are ready to answer Any of these Thank you very much for your attention And I hope to see you in Our other webinars in the future Thank you very much