LATEST INTELLIGENCE levels of output they require . Finally , distance refers to the maximum length of cabling that will need to be run to connect all components .
For standard cabling projects , the options are relatively limited . But when you ’ re talking about IoT , there is far more to consider .
For example , some IoT projects such as ultra-highdefinition surveillance cameras may require multi-gig Ethernet speeds and POE ++ power output options .
Thus , the cabling used for this IoT project must meet or exceed a much higher level of speed and throughput standards compared to some other projects . An IoT project such as this would likely require Category 6A or better cabling in order to meet the necessary speed and power requirements . The following diagram can be used as a general guide as to when Cat 5e , Cat 6 and Cat 6A should be used for 2.5 and 5GBASE-T Ethernet . For 10GBASE-T Ethernet , Cat 6A or higher cabling is always recommended :
There are also IoT projects where end devices don ’ t need much power or speed – but instead require very long cable runs .
For these types of projects , standard four pair Ethernet and PoE standards may be able to exceed requirements from a speed and power perspective – but fail to deliver on distance requirements . In these types of installs , alternative Ethernet and cabling standards may be a more appropriate option . p
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