Image default

Common questions about LoRaWAN that everybody asks

LoRaWAN, a vital aspect of the IoT, has been picked as an area of substantial attention as the world of technology evolves towards the internet of things (IoT), which is the interconnection of computing devices embedded in common objects over the internet.

So, we have provided solutions to the top eight questions people frequently ask. It would provide a fundamental understanding of everything related to LoRaWAN.

The Top 8 Questions

  1. What is LoRaWAN?

LoRaWAN, which stands for Long Range Wide Area Network, is a wireless communication standard that allows IoT devices to connect across long distances.

  1. What then is IoT, and what are the examples of IoT devices?

The Internet of Things, commonly known as IoT, extends internet connectivity into real and everyday objects. As previously said, it enables the embedding of internet connections in objects.

Google Home Voice Controller, Amazon Dash Button, Kuri Mobile Robot, and August Smart Lock are just a few examples of IoT gadgets.

LoRaWAN is critical because it offers a low-cost, low-power mobile communication platform for IoT devices. It supports large networks and millions of devices compared to smartphones’ 3G and 4G coverage. Geolocation enables GPS-free, low-power tracking applications; cheap cost, low power, long range, high security, high standard, and large capacity are among the major benefits.

  1. Difference between LoRa and LoRaWAN?

It is easy to mistake LoRa for LoRaWAN; after all, they sound similar and include nearly identical terminology; nonetheless, they are somewhat different.

LoRa gateway is the wireless modulation or the physical layer that generates the long-range communication link, whereas LoRaWAN (with the addition of Wide Area Network) is a network protocol that communicates utilizing LoRa chips. LoRaWAN, in other terms, is the network.

  1. What, then, is the relationship between them?

LoRa and LoRaWAN can be compared to an engine and its gasoline, with LoRa serving as the fuel and LoRaWAN serving as the full engine. Because fuel is required for the engine to start, LoRaWAN cannot function without LoRa.

Consider the device to be the vehicle. A vehicle requires a fully functional engine and fuel to start and move. Will the vehicle move if it lacks a good engine but has enough fuel? No. It means that a good control system, LoRa gateway, can operate as a message transmitter, but someone must ensure that the messages provided are used effectively, which is LoRaWAN.

It guarantees that the signals are correctly associated with the application. As a result, the LoRa gateway is the transmitter, and LoRaWAN is the network.

  1. how it different from LoRaWAN?

The Things Network (TTN) is an open-source initiative that aims to create a free data network for the Internet of Things. It connects gadgets to the internet and is completely free to use. The goal of the IOT is low power and cost, which makes the TTN free, as opposed to cellular data or WiFi, which consumes cost and power. TTN employs LoRaWAN, which uses LoRa gateway technology to link many devices to the internet.

  1. What is LoRaWAN bandwidth, and is it free of charge?

The maximum data transport rate via a particular path is bandwidth. The data rate is determined by bandwidth and spreading factor; LoRaWAN can employ channels with bandwidths of 125, 250, or 500 kHz.

LoRaWAN operates over unlicensed frequencies and does not require a subscription from a telecommunications operator; thus, it is considered accessible to some extent until the applications’ infrastructures are deployed.

  1. What are the advantages of LoRaWAN?
  • It uses an unlicensed frequency, and there is no upfront licensing fee to use the technology.
  • Devices have a long battery life due to lower power consumption, and sensor batteries can last 2-5 years.
  • The sensors are low-powered, and the coverage area is measured in kilometers.
  • A single LoRa Gateway device can manage thousands of endpoints or nodes.
  • Its basic architecture allows for straightforward deployment.
  • No limit on the number of daily messages sent.
  • It is a free and open technology.
  • It is commonly used in IoT.
  • It has a larger payload size.
  • It might be an open-minded partnership.
  • It is incredibly safe, thanks to AES encryption.
  • Low cost of connectivity
  • It is wireless and simple to install.
  • It has the support of CISCO, IBM (International Business Machines), and other LoRa Alliance members.
  1. What is the maximum rate of data LoRaWAN can transfer, and is it free?

The maximum pace of data flow across a given path is referred to as bandwidth. The data rate is determined by the bandwidth and spreading factor.

LoRaWAN can operate on channels of 125, 250, or 500 kilohertz (kHz) bandwidths. LoRaWAN also operates on unlicensed frequencies and does not require a subscription from a telecommunications operator. As a result, it is regarded free to some extent, and licensing may demand payment of some expenses.


In today’s highly volatile technology environment, solutions that enable an agile approach to development and innovation are required. The specialists at Akenza can lead the Internet of Things movement toward broad market application by significantly lowering the work, and complexity businesses face when developing IoT solutions. The possibilities for connecting the world around us are limitless. It is a matter of awareness, expense, and complexity.

Related posts

Advantages Of Using An Automatic Summary Tool

Bob Payne

Two Times The Protection: The Efficiency Of Dual-Sided Laminators S

John Hartman

AWS Certification Programs

Willie Ferreri