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LoRaWAN Gateway

LoRaWAN® Gateways Explained

An In-Depth Guide to This Key Component of LoRaWAN® Architecture, Plus Essential Questions for Choosing the Perfect Gateway for Your Project

LoRaWAN® gateways play a crucial role in the architecture as they collectively ensure the effective operation of LoRaWAN® networks and the success of IoT applications.

Long-range communication, scalability, low power consumption, and deployment flexibility are just a few of the many functions that gateways perform to ensure the proper and efficient functioning of IoT networks.

However, does this mean that any gateway will be the best fit for your deployment? Not necessarily.

In my role as a Gateway Expert at LORIOT, I have witnessed many deployments succeeding or failing based on the choice of gateway. The common mistake is that organizations often overlook the specific requirements and nuances of their deployment environment and operational needs, opting instead for a one-size-fits-all solution.

This approach can lead to various issues such as inadequate coverage, environmental incompatibility, integration challenges, and additional costs, among others.

Selecting the right gateway for your specific needs requires an understanding of the nuances of different gateway features and their implications for your IoT solution.

To help you choose the right LoRaWAN® gateway, the marketing team at LORIOT and I have curated the most frequently asked questions about LoRaWAN® gateways on the internet, providing answers based on our expertise and experience with hundreds of deployments.

But, understanding what a LoRaWAN® gateway is and how it works, is just the first step.

To successfully choose the best one for your project, I've also compiled a list of questions that you should ask your supplier to cover all the capabilities of the gateway and its performance, ensuring that your selection not only complains with the unique characteristics of your project, but also maximizes efficiency, reliability, and scalability.

By thoroughly vetting your options with these questions, you can make an informed decision that aligns with your technical requirements, budget constraints, and long-term operational goals.

Let's start!

Are LoRaWAN®® gateways routers?

In the realm of networking, a router serves as a conduit that directs data packets between various computer networks. Unlike a LoRaWAN® gateway that relays LoRaWAN® messages from end-devices to a network server, it refrains from executing conventional routing tasks akin to IP routing commonly used in IP-oriented networks.

However, some LoRaWAN® gateways may have routing capabilities built into them to perform basic routing functions within a LoRaWAN® network, such as directing traffic between gateways and network servers.

So, while LoRaWAN® gateways and routers are distinct in their primary functions, there can be some overlap in certain scenarios, but they're not exactly the same thing.

What is a LoRaWAN® gateway?

LoRaWAN® gateways serve as a vital link between end devices and the network server. It collects data transmitted by the end devices and then relays it to the network server using a backhaul connection, which can include Ethernet, Wi-Fi, or cellular.

Solution architecture - LORIOT Hybrid Network Management System (LoRaWAN Network Server + mioty service center)
Solution architecture - LORIOT Hybrid Network Management System (LoRaWAN Network Server + mioty service center)

How do LoRaWAN® gateways work in the LORIOT NMS?

Gateways play an important role in the LORIOT NMS by enabling communication between end devices and the network server. They receive data from devices, pass it on to the network server, and can also send data back to the devices using a packet forwarder, the most relevant being the LORIOT Binary Gateway Software. The network server oversees this process, guaranteeing secure, dependable, and effective network functions.

LoRaWAN® gateway components:

  • RF Receiver/Transmitter: This component receives LoRa radio signals from end devices and can transmit messages back to them.
  • Processor: This oversees the communication protocols and data handling.
  • Backhaul Interface: This component establishes the connection between the gateway and the network server via the Internet or other communication networks.

What questions should you ask to select a gateway?

  1. COVERAGE

    Is the LoRaWAN® gateway capable of supporting multiple frequency bands across different regions?

    Asking this is crucial because ensuring compatibility with various frequency bands allows the gateway to operate effectively in different areas, comply with local regulations, and facilitate smooth deployment without the need for multiple gateway versions.
  2. SCALABILITY

    Is it easy to expand the gateway to support more devices if necessary?

    Scalability is essential for ensuring that your investment stays relevant in the long run. It allows you to smoothly add new devices as your network grows, making expansion efficient without requiring costly network overhauls.
  3. BACKHAUL CONNECTIVITY

    What kinds of backhaul connectivity are supported by the gateway (Ethernet, Wi-Fi, cellular, etc.)? Can it accommodate multiple backhaul options for added redundancy and flexibility?

    Offering various connectivity options increases flexibility, making it possible to deploy the gateway in different environments. Having multiple backhaul choices enhances redundancy, ensuring consistent network performance in the event of a connection failure.
  4. POWER OPTIONS

    Does the gateway offer various power sources such as Power Over Ethernet (POE) or Solar Power?

    Having a range of power choices available allows for increased flexibility when it comes to different deployments.
  5. SECURITY

    What security measures does the gateway offer to prevent unauthorized access and data breaches on its side?

    The network and data are protected by strong security measures to prevent unauthorized intrusion and breaches. This is crucial for networks that handle sensitive information, ensuring data reliability and compliance with industry regulations.
  6. MANAGEMENT & MONTORING

    Is there an interface available for managing and monitoring the gateway?
    Does it allow for mass remote management and firmware updates?


    A user-friendly management interface simplifies maintenance tasks. For large-scale deployments, remote management and firmware updates are essential for reducing maintenance costs and minimizing downtime.
  7. INTEGRATION

    Will the gateway be compatible with your existing LoRaWAN® network infrastructure or platform?

    Implementing systems helps to maintain seamless operation within your current structure, minimizing the requirement for additional adjustments. This is crucial when choosing an alternative Gateway manufacturer brand in comparison to your current network setup.
  8. RELIABILITY

    Is it able to withstand environmental factors such as temperature changes and humidity?

    Consistent performance in various conditions is crucial. Withstanding temperature and humidity help minimize the risk of malfunctions, ensuring continuous operation and reducing maintenance expenses.
  9. COST AND MAINTENANCE

    What is the upfront cost of the gateway?
    Are there any ongoing expenses for upkeep or assistance?


    It's important to grasp the total ownership cost, covering both initial and continuing expenses, for effective budget planning. This ensures financial stability and aligns the investment with budget constraints, preventing unexpected costs.
  10. SUPPORT AND DOCUMENTATION

    What kind of technical support does the manufacturer or vendor offer?
    Are there extensive documentation and resources available for installation, configuration, and troubleshooting?


    Comprehensive technical support and thorough documentation are crucial for a successful deployment and operation. High-quality support and comprehensive documentation facilitate proper management, ensuring optimal performance and reliability.


lorawan gateway download the infographic here

Remember, finding the right LoRaWAN® gateway isn't just about getting straightforward answers. It all depends on the specific needs of your application.

Selecting the perfect gateway involves dealing with a complex set of detailed requirements and exact operational needs. This ensures that the gateway not only meets the technical specs but also smoothly integrates with your current infrastructure, enhancing the performance and reliability of your IoT deployments.

If you're looking to explore gateways further, take a look at our Hardware Partners page. There, you'll find a comprehensive list of leading providers offering a range of gateways designed to improve efficiency and scalability while implementing strong security measures.

Moreover, our dedicated team of experts at LORIOT is here to help and support you every step of the way. With our extensive industry knowledge and expertise in LoRaWAN® networks, we will ensure that your project operates at its best, providing the connectivity and performance it needs.



Attila Mátyás Balogh

Attila Mátyás Balogh
Technical Support Engineer | Gateway Partner Manager
LORIOT
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