Page 108 - SAMENA Trends - November-December 2019
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ARTICLE  SAMENA TRENDS


                                                       ARTICLE








        The Role of 5G in Enabling Smart Cities





           Smart cities will  typically  have  a large
           number  of  installed  sensors  and  devices
           with  a high density. And  5G will  deliver
           the  mass connectivity  to  enable  the
           deployment of millions  of these  devices,
           such as sensors required for a smart city

           to collate crucial data from different utility
           systems as well as support the connection
           density and capacity density required.

        It  seems  that  5G  rollout  gets  bigger  and  faster  each  day.  This
        once-in-a-decade  upgrade  will  leap  ahead  of  current  wireless
        technology,  4G,  by  enabling  mobile  internet  speeds  that  will
        pave  the  way  for  a  new  generation  of  highly  reliable,  real-time,
        automated services like the internet of things and smart cities.


        But there continue to be a number of questions and unknowns
        about how 5G will actually work. As a 5G specialist who’s been
        right  in  the  thick  of  the  development  of  this  new  technology
        standard,  I  get  asked  a  lot  of  the  same  questions  about  the
        new services that 5G will bring, and how everyone from mobile
        operators, to nontechnology companies, to consumers will begin
        to make use of 5G. In this article, I’d like to share a few of these   Pradeep Bhardwaj
        answers as they specifically relate to smart cities.    Senior Strategy Director and Head of
                                                                Industry Standards
        How do you see 5G changing the way that smart cities evolve?   Syniverse
        Smart  cities  have  already  started  to  become  a  reality  to  some
        extent,  because  when  we  say  “smart,”  we  mean  data-driven,
        interconnected and intelligent. It implies collection of data from
        installed sensors, analysis of a vast amount of data, simulation
        of data in virtual environments, and then application of the results
        into real-world assets to optimize performance of these assets.
        The more data we have to analyze, the more accurate our insight is,
        and the better our ability is to make our cities run more efficiently.
        Although we’ve started to make our cities smart by implementing,
        for example, automated traffic systems to improve traffic flow, or
        cameras and analytics to increase efficiency, it’s the arrival of 5G
        that will allow us to take these to the next level. 5G will become
        the unifying technology fabric that enables connectivity for these
        sensor devices.





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