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BUS 368 FT - Business Communications
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<p>Why is the IoT considered so suitable for the <a href="https://pcbantennas.com/5g-nr-pcb-antennas/">New 5G</a>, called <a href="https://pcbantennas.com/why-is-5g-industrial-iot/">5G industrial IoT</a>, especially for 5G applications for the industry? Which <a href="https://pcbantennas.com/5g-nr-fpc-antennas/">5G</a> industrial IoT applications are likely to be the most important? What challenges of 5G industrial IoT remain to be overcome?</p> <p>This is still a fairly broad definition of the Industrial IoT. To understand the use of <a href="https://pcbantennas.com/3g-4g-5g-new-radio-antenna/">5G NR</a>, we need to be more specific.</p> <p>Robotics can spur investment by requiring a dedicated <a href="https://pcbantennas.com/5g-nr-wireless-antenna-flex-pcb-antenna/">5G wireless</a> infrastructure, as existing wired connections do not enable the mobility required for applications such as connected and autonomous factory robots.</p> <p>The discussion of 5G has typically focused on the increase in bandwidth compared to <a href="https://pcbantennas.com/4g-fpc-antennas/">4G</a> and <a href="https://pcbantennas.com/3g-fpc-antennas/">3G</a>, offering faster data rates of up to 10Gbps and the ability to support more devices from a single base station.</p>