Page 72 - SAMENA Trends - February-March 2021
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ARTICLE  SAMENA TRENDS


                                                       ARTICLE








        Unlocking the Power of Industry 4.0 with 5G





        Why is 5G such a good fit for manufacturing?
        Whereas 4G was  all about  enhanced  mobile  broadband  and
        spawned a host of new applications like Uber and Spotify, 5G is all
        about mission critical applications like remote surgery, driverless
        cars and massive machine type communications. Manufacturing
        sites  typically  use  fixed  local  area  networks  (LAN)  to  connect
        things, as  wireless technologies  can struggle  in environments
        with a lot of metal. However, this poses a few problems as fixed
        cables can’t be moved easily. Often production runs need to be
        reconfigured at short notice if there are supply issues or a surge
        in demand, and you can’t use LANs for retrofitting sensors as they
        are a trip hazard in a busy factory. So, a good, reliable, low-latency
        cellular technology using indoor cells is very attractive; and this is
        where 5G comes in.

           As coronavirus introduces new factors into
           the  business  equation  and  accelerates
           others, manufacturing is looking to 5G to

           support its journey to Industry 4.0.


        Using 5G to enhance manufacturing operations
        Industry 4.0 is all about driving efficiency, something called the
        OEE  score, which stands for Overall Equipment  Effectiveness.
        This is  calculated  by  multiplying three things:  what  percentage
        of my machines  are available at any given  time,  of these  what
        percentage are performing as they should be and of these what   Andy Rowland
        percentage are producing good quality products. 5G can be used   Head of Digital Manufacturing
        to reliably and securely connect new sensors to measure things   BT
        like vibration, pressure and temperature to help predict equipment
        failures to improve the OEE score. 5G can also be used to monitor
        Computer  Numerical Control  (CNC)  machines. CNC machines
        often create intricate designs in  metal  and are  controlled by  a
        computer. If there is any suggestion that there is a problem, they
        need to be shut down very quickly (within a tenth of a second)
        otherwise  the  damage  can  be  more  than  £50,000.  Traditionally
        PCs have been strapped to each machine tool to manage these
        shutdowns, but with the low latency and high availability of 5G, we
        now have a viable more cost-effective alternative.










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