 The broadcast is now starting. All attendees are in listen-only mode. I'm not saying it's quite new, but we're talking about this topic so that people understand that you can use our antennas, not only the antennas, but you can also use the antennas along with other antennas that you have on your web. You can use these antennas if you want to improve some parts of your web. We're going to show you some examples of how to install the RF elements or how to install the RF elements on your web. This webinar will take about half an hour. In the end, we'll have some time to answer your questions if you have any. And then we'll run to see the Mexico Party. So, good morning again and we can start with the webinar. As I said, we're talking about fast and sustainable connection technology. This is the philosophy of the RF elements. Today we'll talk about the migration of the Horns antennas. We have included this topic in the webinars because a lot of people have several questions about the installation of the Horns antennas, especially when they're not sure where to start. So, we want people to see that it's not necessary to change all of their antennas on the RF elements, but they can start part by part or antenna by antenna. Especially when they're not sure or they don't have much faith that the antennas will help them. You have to know here that the RF elements are helping a lot with the problem of noise in the towers. We'll show it in the examples. Another question is, we'll explain this, or we'll ask the webinar if you're not sure where to start or if you're not sure how to do it. So, if you're not sure which of the antennas or which of the teams has to be changed on your network, maybe you've tried some of our teams and the results aren't very good or the results don't have the faith or the results or you can't explain the results, and the fourth thing we have is when you're totally lost. So, you don't even know where to start or how to do it. These are the topics that we'll explain in this webinar. We'll see how to migrate efficiently to these new technologies. In fact, we'll explain them if they want to change their antennas. So, you have to follow the best practices of the clients. That's the best thing you can do. Maybe you have a neighbor around you or a partner from another company who already has the antennas installed and you can explain if these antennas work. We normally do this in presentations as well. You have to know what you want to solve with these antennas. What kind of problems do they have on the network because maybe the antennas can be changed and some clients are behind them and they're getting the signal from the previous antennas from the back antennas. And with the new antennas, maybe you're going to lose these clients because, as you can see, the antennas don't have back antennas. So, you're going to lose the signal for these. You also have to understand the spectrum limits of your work. So, you have to know how much spectrum you can use and what kind of spectrum is available in this case. And, above all, use the available spectrum, obviously. So, we all know that... or maybe you all know that when they're... or they want to put a link on the tower or maybe a link has at least one spectrum. And this problem with the spectrum is due to the noise the antennas make on the network. So, you have to start thinking about how to improve the environment and how to know how to use the antennas, obviously. So, when you migrate to Antanas Horn, the first thing would be to increase the coverage. So, if you have not enough coverage, we're going to say hybrid implementation. We're going to implement the Antanas Horn that already has it installed. And the other method would be to how to put the antennas on the new towers. So, you're going to make the new towers totally new. So, maybe they're starting with the networks. We're going to explain why we're going to use the antennas before other types of antennas. And, in the end, we'll make a conclusion. Well, to start, as I explained before, the antennas don't need to be in the homogenous mode. Here we can see that we have a situation. We have four traditional antennas with which we're discovering the four areas. And you can see that the area above maybe is poorly covered with the antenna. Or maybe you have a lot of customers out there. So, that area needs some change. In fact, if you put another traditional antenna, maybe these antennas are going to interfere with somebody else who interferes. So far, in the center, you can see that there are interferences with the 3D models. However, what I can do instead of using another traditional antenna, is to change this one that has there some symmetric antennas as you can see, you can divide the sectors with the customers. And, with these antennas, you can divide this sector of, let's say, 90 degrees, you can divide the customers between 3 sectors of 30 degrees. And, that way, you can increase the demand for the customers that you have there. That's very clear. The other example would be Here I'm going to explain why not change the symmetric antennas when you have the best customers behind the tower, who are obtaining the signal with the rear loops that put the traditional antenna. You can see here the customers who are in red, who are receiving the signal by the rear loops. If you use, in this case, the symmetric antennas, like these, don't have the rear loops or the side loops, the customers behind lose the signal. So, in this case, it's not good to change the antennas by the symmetric antennas because they will lose the signal by the rear loops. Or, what we can do is to change by 2 symmetric antennas. In fact, the first one is the one that is covering the red area, behind the tower, and that will cover the red lines that have lost the signal by removing the previous antenna. You also have to know how to use the antennas. I mean, use the right antenna. Here you can see that with the antenna that has a lot of profit, I mean, maybe you have a lot of antennas that have a lot of profit and you are still buying more antennas to cover the middle or the middle of your country with a antenna and to cover a million customers. Well, that's not the very good focus. Here you have to know that even if you have the maximum profit of the antenna, with that profit the antenna covers a lot but, above all, because of the coverage it's also is is as it is said in that area is also obtaining or is attracting the interference of other antennas. So, if you use the right antenna to cover only the sector that is necessary, it will have much more bandwidth or much more throughput for the customers it will emit much less noise around and, above all, it will not receive the noise of other antennas around. In fact, here, as we can compare the antenna that is on the left is, although it is giving a lot of signal to a very large sector, for the sector that is red that does not cover the customers is receiving the interference of the other antennas around. So, that would not be a very good focus. In fact, that's why we want to say that you have to use the antenna that covers exactly the sector as you can see here in this slide with the symmetrical antenna which, with the down tilt or with the right inclination you can use the right area with the customers. Here we also have it. You can use or two traditional antennas maybe I'm using it like this because you have very close customers who are below the tower and need an inclined antenna below. And another traditional antenna for the distant customers. However, these antennas will interfere one with the other. The solution would be to use several symmetrical antennas the corners as we said before and with the different down tilt to cover the right areas with the customers we have there. So, we can have several examples. Here you can see the three examples that we are explaining and on the left are the two traditional antennas in the center we have a 90 degree horn antenna and if this antenna is not enough for the customers you can divide the sector between three 30 degree antennas and combine or combine the customers in these antennas to have an adequate throughput. And what we said before of course that Balenciaga network is a happy network you can know that the traditional antenna covers the best rare coverage in the center the coverage is lower the throughput is lower and around the border or the edges of the antenna coverage the throughput that index or the modulation is very low these antennas maybe they will not cover the sector or the adequate aperture with the same signal in each point of the coverage however using the symmetric antennas these antennas are designed in such a way that they have the balance of the polarizations the polarizations have them very balanced so in any point of the antenna coverage you can get the same good signal that customers have in the center for example that same signal has customers in the edges of the antenna and what technology refers to here we are talking about the inclination of the antenna so if I want to cover with the maximum gain a sector closer you have to tilt the antenna lower and if I want to cover a further sector you have to tilt the antenna higher that is what the inclination of the antennas refers to many people are talking about how to tilt the antenna what is the method of the inclination normally the method of the inclination will be to try because we do not have any tools to incline it exactly in the right areas what you have to do is measure and try with the inclination what it refers to the increase of the coverage there are several models how to increase the coverage of these antennas above all you can increase the coverage when you release the AP of the subscribers that it has there if you lower the number of subscribers maybe the width of the band increases or the group increases the customers that are in the AP let's see it we can use these widths for close clients it is not necessary that you change all the antennas however just for the customers that are very close use another type of antenna can stay with what it has and the customers that are close will use another type of antenna or you will use it for another type of antenna with more narrow lenses to explain the better density in fact if I have a display far from the tower or if I have a group of houses that I want to cover and with a different antenna I can use a narrow strap to reach those types of customers or add packages of better range maybe you have residential customers and have business customers that can differentiate with these antennas the throughput or the type of service to these customers let's see it and then to improve the range of the sector let's see it in the examples the freedom or the capacity here you can see that the two sectors that are in red have a very poor signal the throughput is not very good instead of changing the antennas that you have there what we have seen 10 minutes ago in the first slide the change of one antenna for three antennas of cornetas instead of changing the two antennas you can add to each of these two sectors an antenna an antenna horn of 30 degrees and thus release the subscribers that are dedicated to AP in the tower and then dedicate the customers to leave them in the same antenna they had before and a part or a sector of customers dedicate them to the new type of antenna that would be release of the subscribers to release the antenna of the many customers that are serving another type would be for close customers here you can see that there are many customers very close to the tower there are many customers a little further from the tower instead of using another traditional antenna and interfering with the previous antenna or with the antenna that we have here you can use another antenna or an antenna symmetric sector that is covering the area very close symmetric sector is called symmetric because they have the same horizontal angle than vertical then what would be with the vertical angle that has the antenna you can cover exactly the customers that are below the tower then it makes sense with a very wide antenna cover the sector very wide below the tower with the customers that we have here in that case you have to remove the previous antenna and put other antennas however they are using the antenna that they had before but the customers that are very close can register them to the antenna the same would be the cover with the customers that are further from the tower for example in this case we would use not a wide antenna but a narrower antenna the narrower antenna reaches what is the distance then in this case we would use an antenna symmetric sector of 30 degrees to cover a dense area that is a little further from the tower the sector that is not very wide the sector is very narrow and for that we can have for that we do not need to use a very wide antenna however we will use a narrow antenna to cover this sector that we have here there are also areas for example which we want to have covered with greater performance so we have in the area that we are covering maybe we have four or five business customers maybe they are in the same area then the idea would then be to add a symmetric antenna only for these business customers that we have here and these business customers give them another type of service that we are giving to the residential customers or to the home customers that we have here covered with the trisional antenna and above all the use of intersectors if you for example all the saturated customers or you have links 360 degrees around the tower maybe you can know that on the edges of the cover of the antenna the customers that here can see that they are red or yellow they are not receiving the signal very well neither of an antenna nor of the other that they have on the side in this case use the type of antenna for these intersectors but although it is useful then you are going to discover the 360 degrees with the hybrid model let's say this model has a disadvantage against the model if we would use only the 5 channels and if you do not know which I will tell you in this case you have to use minimum 5 channels or 5 frequencies to cover all the customers you need to use 4 frequencies for the previous antennas and for the trisional antennas and you need to use 5th frequency for the corners that we have here because the corners do not interfere they do not see each other then you can use the 5th frequency the difference then between an homogenous installation only with the type of antenna would be when you do not have too many channels or too many frequencies then only the corners and with the corners you can use in this case only 2 frequencies that are covering all the area that we are seeing here the antennas that have the red signal use 1 frequency and the antennas that put the blue signal use another type of frequency in this case you have to use 3 frequencies that used to traditional antennas combined with the corners I hope everything is clear if we are talking about the construction of the tower this is easier because you can choose very easily what it wants to cover it can cover 360 degrees with the corners and you can do it in any way if you have few customers around you can use 4 antennas of 90 degrees if you have more customers around the tower you can use 6 antennas of 60 or 2 antennas of 30 just depends on what cover you need and above all based on the design so if I have close customers in the wide sector I can use a 90 degree antenna but at the same time in the same tower I can use 2 antennas of 30 to cover the further customers and so combine any type of antenna with any type of radio in the same tower we will show it and above all add the corners as necessary so when time passes you are adding customers or the customers are migrating you can change or combine the antennas as necessary so if we are talking about uniform cover we are talking about 6 antennas of 60 degrees better 12 antennas of 30 degrees if we have many customers then we can divide the sector of 360 degrees divide it between 12 antennas of 30 with any type of antenna of these antennas we can cover these sectors and what is very good we can use only 2 types of frequencies so 2 channels because we can use 1 channel in 1 antenna that follows and the first channel that follows from the antenna with the first channel so the combination with the 2 channels in this type of installation they use it the people who already know how to use the same sectors and if we are talking only about the personalized cover you can see here that the customers are different so you can combine any type of antennas or you can know what we are doing the antennas from 30 to 90 degrees so you can combine any type of antenna depending on the sector that wants to cover at the same time and as time passes you can change the antennas for other types of antennas so if I am using 30 to 90 degrees and the number of customers in a sector I can remove this antenna of 90 and change it for 3 antennas of 30 degrees I can do that with all the sectors that I have around the computer so if I increase the number of customers I change the antennas for other types to cover me the customers that stay there with the best signal or with the best throughput that antenna or the radio I hope this is clear the conclusion would be especially to use the correct coordinates for the cover area so you have to know what we want to cover what type of area to cover and what type of coordinate to use for this type of cover to know where the customers are because these customers and these antennas are behind the computer and receive the signal by the rear lobes maybe with the coordinates they are going to lose it using the down tilt depending on if it is necessary so if we are using the coordinates very close to the area maybe put more down tilt or put more inclination to the antennas and especially the best thing you can do is to build a balance with the symmetrical antennas as the antennas do not interfere you can use the spectrum obviously, the channels that are using only the coordinates are much more the number of the channels against using the traditional antennas the hybrid solution is always better so it is not the best focus that is why we say that the homogeneous solution is the best focus when we are talking about the symmetrical antennas that is why we are saying that when you are establishing your own first you have to think 10 times better than once that is what we say here in Slovakia then you have to think very well before making the displays because if we are if we are talking about the investments maybe if you invest very bad now in the next month you will have to invest again and that is not now and especially planning before displaying that is what I am doing or saying all the webinar that I am giving here the planning is very important in what is the display of the antennas well, that would be all of my part what I wanted to present is also the RF Elements page in Spanish that we have on Facebook on that page we are giving a lot of information in Spanish we are also putting new products in this time so you can see everything here on this page and especially today in the morning we have put a let's say a survey a game where you can win the RF Elements T-shirt just what you have to do is sign up to the RFela.com and tell us a slogan for the T-shirt that is in there if you want to sign up to that game you can sign up to that page the page is called RFela.com apart from that you can find a lot of technical information on this page a lot of information about the products that we have new a lot of information about the people's experiences that our teams are already using and you can also see a lot on the YouTube channel that we have available there are also many customers who are talking about our antennas about their experience just to change not all the antennas but they started with changing one or two antennas from the beginning and now they are changing all the antennas that they have on their networks you can see that on the YouTube page on our YouTube channel and apart from that all the social networks that we have available in any of this this social network we are putting every day a lot of new information so you can choose any type of social network that suits you to see it well that would be all of my part we have some questions here that I will try to answer what distance do the RF antennas reach what distance Franklin the question maybe is not I know you want to ask but the question is not good the question would be better if you would ask what distance can the antennas with the transmitting power of the maximum radio what is the maximum distance of the maximum coverage of the antenna for the customers that would be the question but I will not answer because that depends on many things we have customers that cover 2 km with the antenna we have customers that cover 25 km of the antenna you have to know here that the Wi-Fi antennas or Wi-Fi as if it was not built for very long distances the Wi-Fi was built for and then here I would like to say that maybe for you it is more important the coverage of higher quality than the distance of the antenna that would be that would be according to me that would be the most important for me cover the customers with the best signal and not have an antenna that reaches 100 km yes the maximum coverage of the antenna less distance yes, that's right the more open the antenna is the less it reaches it will have the distances of the antennas I have answered that in the first question what height is recommended to put the antennas? well it depends we have to try it we have a tool called we have it on our page rfelements.com it is below in the link calculator you can calculate the opening angle of the antennas you can calculate even in what height install the antennas to have the best link to cover all your customers you can play with to see in what height you have to put the antenna to cover your desired sector in the best possible way they are compatible with the obiquity rfeiver ltu of course we are launching the adapter for the f5x for the ltu also in these days this was available with our distributors distances that reach the antennas with the best signal for a customer that is what I said before the distances depend on several things for example, I can say that the antenna of 30 degrees reaches 25 km because we have a client who in Mexico reaches 25 km but maybe in your area where you live it will reach with the 30 degree distance of 5 or 6 km because there are many obstacles around so you have to try it I bought a d80 with a f5x that gives me that combination the d80 with a f5x maybe if you don't have f5x you can reach 5 km but it depends if you have obstacles around it is changing the truth is that if I understand if I have had good results only that I have that doubt if you have good results you can tell us on the website in the website there if you have any questions if you have any questions there we will answer them very soon for high density sectors it would be the best option to use P24 under calvo the ultragons are point to point antennas these antennas are dedicated for bigger links but with a very small opening angle the ultragons can also be used in multi point however you have to take into account that the opening angle is 11 degrees and the antennas are designed in such a way that if you want to cover a a a sector of 15 degrees for example you won't be able to do it because the antenna is only open to 11 degrees so if you have a sector of 15 degrees and you want to cover it it is better to use a 30 degree antenna what difference do you have with the sectoral horns well the horns are symmetrical antennas and the sectors that we have of 100 degrees are traditional antennas the symmetrical ones have the same horizontal and vertical opening and the traditional sectors have horizontal opening of 100 degrees but very small vertical that is the difference that is the biggest difference between these two antennas there are other differences that we are explaining in other types of webinar then I warn you or I recommend you to see another type of webinar that we are giving about the horns or about the symmetrical antennas and there you are explaining everything all the differences between those types of antennas well there is another question currently I have a traditional antenna in the high noise area without any obstacles to have more antennas since I have too many customers what do you recommend me because with the 100 degrees I could not link close so if you have many customers in the area I recommend you to use the horns and divide the sectors between several to cover different types of customers with different types of antennas what we are recommending is to have as many customers as possible so I would recommend removing this antenna of 100 degrees or use it in a less populated area but far away and in the area that is very close use the horns because the horns are built for very close links but they have a link that says close to the distance that they reach for degrees that is to say, ok cool, it has 25 kilometers look for everyone who wants to know about the distance if you enter the link calculator on the Ereflavents.com page the link calculator can be found under the page the link calculator will tell you exactly in your area if you enter the link calculator you can have any type of antenna you have to play a little with the app and you can know everything of the same you can choose if you want if you want you can add the CPS so you can play with that you have to start working with the link calculator because that it is better if you can reach the distance you are asking me I from here from Slovakia I can never tell you if you can reach in your area with that type of antenna the coverage you need so what I recommend is to use the link calculator again, it is on the Ereflavents.com page if you go to the bottom there in the black area that we will find the link for the link calculator and you can use this to see if it covers your area with the or not cover it well, I think that's all I have no other questions I thank you very much for being with us stay tuned because in a short time we will put other webinars thank you very much