However, there are significant distinctions between RFID and IoT. RFID is a broad term for a technology that enables users to read data from unique RFID tags attached to objects. IoT is a general term for a wider range of technologies used to communicate with and manage smart devices.
The flexibility of Bluetooth and the greater range of LoRa can be combined with the use of devices like single board computers or LoRa probes. Such devices look for Bluetooth devices and deliver data to a receiving LoRa/LoRaWAN gateway over LoRa or LoRaWAN.
However, if we look at the underlying technology, we can essentially divide LPWAN solutions into four categories: cellular LPWAN, Ultra-Narrowband (UNB), Spread Spectrum, and Telegram Splitting.
The Nano-SIM (4FF) The nano-SIM is ideal for small IoT devices because it is 40% smaller than the micro variant. However, because these SIMs are not very well protected, it is not advised to use them in devices that operate in hostile settings.
A smart, multi-IMSI SIM, the Simbase IoT SIM harnesses the power of many carriers on a single SIM. This is what enables you to enjoy affordable rates and extend coverage as needed.
The Narrowband Internet of Things (NB-IoT) system is able to be set up in three different operation modes: (1) stand-alone as a dedicated carrier, (2) in-band within a wideband LTE carrier's occupied bandwidth, and (3) within a guard-band of an already-existing LTE carrier.
The first Internet of Things gadget wasn't created for a large project or by a tech company. Some Carnegie Mellon University students grew weary of making frequent trips to the Coca-Cola vending machine only to find it empty. They consequently created the first intelligent vending machine that kept track of its contents.
The physical layer or modulation method used in long-distance, low-power communications networks is known as LoRa. On top of the LoRa physical layer is the LoRaWAN network architecture and communication protocol. A radio can make advantage of LoRa while avoiding LoRaWAN.
IoT Architecture: 4 Layers
Communication Layer. Device Layer. Application Layer, Cloud Ingest, Data Storage, and Processor Layer
According to a report by Market Research Future, the Narrowband-IoT Market is Predicted to Reach USD 207.82 Billion by 2030, Growing at a Significant CAGR of 69.2% (MRFR)