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<p>The two <a href="https://pcbantennas.com/narrowband-iot-vs-lora/">Narrowband-IoT vs Lora</a> technologies have different technical and commercial characteristics<span style="font-family: Roboto;">.</span></p> <p>This article explains the differences between the <a href="https://pcbantennas.com/nb-iot-pcb-antennas/">Narrowband-IoT</a> vs <a href="https://pcbantennas.com/lora-pcb-antennas/">Lora</a> two technologies and explains the application scenarios for which each is suitable.</p> <p>Many factors need to be considered for <a href="https://ctrfantennasinc.com/applications/iot-and-m2m/">IoT applications</a>, It can be argued that no one technology can meet all the needs of <a href="https://lcantennas.com/iot-m2m-antennas/">IoT</a>.</p> <p><a href="https://pcbantennas.com/lora-fpc-antennas/">LoRaWAN</a> uses free unlicensed bands as <a href="https://pcbantennas.com/4g-fpc-antennas/">cellular protocols</a>.</p> <p>Bidding for the licensed Sub-GHz band is reported to be in excess of $500 million per MHz. <a href="https://pcbantennas.com/lte-pcb-antennas/">Cellular networks</a> and <a href="https://pcbantennas.com/nb-iot-fpc-antennas/">NB-IoT</a> do not offer the same battery life as LoRa due to quality of service (QoS) considerations.</p> <p>Due to QoS and high band usage fees, <a href="https://pcbantennas.com/3g-fpc-antennas/">cellular</a> and NB-IoT are recommended for applications where QoS is required<span style="font-family: Roboto;">.</span></p>