• Beanerrr@lemmy.world
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    1 year ago

    Isn’t this similar to the tech used in fiber optics cables? Or am I way off

    • Zeth0s@reddthat.com
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      1 year ago

      But it is for wifi communication apparently. Unfortunately short wave lengths are absorbed more easily than longer wave lengths as the current radio/microwave solutions. That is the main physical limitations to overcome

      • Hedup@lemm.ee
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        1 year ago

        That is the main physical limitations to overcome

        Yeah, they just need to do more research and in few years we’ll break the laws of physics.

      • Meow.tar.gz@lemmy.goblackcat.com
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        1 year ago

        Not only that, the longer wave frequencies also have a much narrower bandwidth meaning they cannot carry as much data. In order to improve communications over longer wave lengths, better compression algorithms have to be developed in order for more data to be carried.

        • Zeth0s@reddthat.com
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          1 year ago

          This is exactly the issue, shorter wave lengths can carry more data, but they are blocked by literally everything between the source and the antenna… Longer wave lengths carry less information, but at least they are more reliable and can pass through many obstacles. It’s a compromised at the end

    • Burstar@lemmy.dbzer0.com
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      1 year ago

      No, they basically replaced a WIFI Router antenna with a TV IR Remote (with all the issues they have) and said ‘teh new hotness!’. Fibre optics uses light too, but, the wire is designed to unimpede the signal.