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Difference between revisions of "long-term evolution"

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LTE is a radio frequency transmission standard for cellular phones, it comes after 3g and before the next 5g, it permits very high bandwidth on real world up to 100-150 mbit/s with latency upper than home fiber connection.
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{{title|Long-Term Evolution (LTE)}}
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'''Long-Term Evolution''' ('''LTE''') is a [[4g|fourth-generation]] radio frequency transmission standard for wireless devices developed by the [[3GPP]] as a successor to [[3G]]. LTE was designed to permit very high bandwidth in real-world applications of up to 100-150 mbit/s with latency upper than home fiber connection. LTE is expected to be replaced by [[5G]].
  
 
There are many levels of this technology, every phone implements a (CAT) level, widespread support is for cat4 ( 150 max download 50 max upload ).
 
There are many levels of this technology, every phone implements a (CAT) level, widespread support is for cat4 ( 150 max download 50 max upload ).
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Latest revision as of 13:54, 27 October 2018

Long-Term Evolution (LTE) is a fourth-generation radio frequency transmission standard for wireless devices developed by the 3GPP as a successor to 3G. LTE was designed to permit very high bandwidth in real-world applications of up to 100-150 mbit/s with latency upper than home fiber connection. LTE is expected to be replaced by 5G.

There are many levels of this technology, every phone implements a (CAT) level, widespread support is for cat4 ( 150 max download 50 max upload ).


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