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CenterFuse Broadband Feasibility Report <br /> All three major cellular carriers now have fixed cellular data plans. With these plans the carriers place a <br /> small dish on a customer home and use cellular frequencies to deliver fixed wireless broadband. The <br /> fixed broadband is for normal home consumption—it uses cellular frequency but is not delivered to <br /> cellphones. These plans have much larger data caps than on regular cellular plans. For example,the <br /> AT&T fixed cellular plan has a monthly data cap of 215 gigabytes. Our experience is that the cellular <br /> carriers do not sell these products in cities. These plans use a lot of a cell tower's capacity and the <br /> cellular carriers don't want to tie up usage where their goal is to make sure that everybody can make a <br /> data connection upon request. <br /> 5G <br /> The big topic in the telecom industry this year is 5G. All of the carriers are now aggressively marketing <br /> a 5G product. However, the reality of 5G today is extremely different than the advertising hype. But in <br /> the long run, 5G is a promising technology, and the following discussion discusses today's version of <br /> 5G along with the eventual fully implemented version of 5G. <br /> 5G is a new wireless standard that was finalized in late 2017. The standard defines various technological <br /> improvements that provide a roadmap for providing improved wireless products. The 5G standard can <br /> be applied to a wide range of spectrum—and the use case for these spectrums vary according to the <br /> physical characteristics of each spectrum. The consequence of this is that there are four different 5G <br /> applications being discussed in the market today that are all being labeled as 5G—yet the applications <br /> are widely disparate. This has led to a lot of market confusion because the first question that must be <br /> asked when somebody talks about 5G is which of the four technologies is being discussed. The press has <br /> badly confused the different technologies which has led to articles talking about things like gigabit <br /> cellphones—something that is not remotely part of the 5G capabilities. <br /> The three different current 5G applications are: <br /> • 5G cellular service <br /> • 5G hotspots <br /> • 5G fiber-to-the-curb <br /> • 5G point-to-point links <br /> 5G Cellular <br /> 5G is the next generation of cellular service that will eventually replace the current 4G LTE. The <br /> new 5G standards propose an improved cellular experience for cellphones. There are 13 new <br /> major technical improvements required to fully implement 5G. The most important of these are: <br /> • The primary stated goal of the 5G standard is to be able to handle up to 100,000 <br /> simultaneous connections from a single cell site. We're all familiar with being unable to <br /> get a cell signal in a busy environment like an airport or stadium. This upgrade will fix <br /> that issue. But the purpose of this feature is to be able to use cellular technology to <br /> communicate with Internet of Things(IoT) devices. IoT is a term that refers to the many <br /> devices that we communicate with wireless, such as the many devices in a home today <br /> that are connected to WiFi. Today most IoT devices works almost exclusively with WiFi, <br /> and the cellular companies envision capturing a big piece of that market. <br /> Page 73 <br />