In the LoRaWAN network architecture, gateways typically act as “transparent forwarders.” Their main function is to receive data packets from end devices via LoRa signals and forward them to the Network Server (NS), without processing, authenticating, or storing the data content. Therefore, most traditional LoRaWAN gateways do not have the capability to store or recall […]
Can LoRaWAN Gateways Support Historical Data Recall? Read More »
When deploying a LoRaWAN network, the selection of antennas is a key factor affecting communication performance and device stability. In particular, for outdoor LoRaWAN gateways, it is common to see them equipped with N-type antenna connectors (N-type connector), rather than other types of antenna interfaces. Why is the N-type connector the preferred choice for outdoor
Why Do LoRaWAN Outdoor Gateways Always Choose N-Type Antenna Connectors? Read More »
In deploying LoRaWAN networks, many users notice an interesting phenomenon: most outdoor LoRaWAN gateways do not come equipped with indicator lights, while indoor gateways often do. What are the technical and design considerations behind this? This article will provide a detailed explanation. 1. The usage environment of outdoor gateways is more complex Outdoor LoRaWAN gateways
Why do most outdoor LoRaWAN gateways not have indicator lights? Read More »
With the widespread adoption of LoRaWAN technology in the Internet of Things (IoT), the selection of gateway chips has become increasingly important. Semtech’s SX1301 and SX1302 are two mainstream LoRaWAN gateway baseband chips, and they differ significantly in terms of performance, power consumption, and communication capabilities. This article will explore the key differences between SX1301
What is the Difference Between SX1301 and SX1302 in LoRaWAN Gateways? Read More »
LoRaWAN technology has become a key communication solution in the LPWAN (Low-Power Wide-Area Network) space, thanks to its characteristics of low power consumption, wide coverage, and massive connectivity. However, with the rapid growth in the number of IoT devices, the limitations of traditional LoRaWAN gateways in terms of frequency points and channel capacity have gradually
🔗 Bluetooth: The People’s Choice for Short-Range, Device-to-Device Communication Commonly used for wearable devices, smart locks, health monitoring devices, and proximity-based IoT systems. 📷 WiFi: High-Speed Data-Intensive Communication Used extensively in smart offices, home devices, and streaming services — but not ideal for battery-centric or long-range use. 📊 Comparative Overview of LoRa and Other Technologies
LoRa vs Other Wireless Communication Technologies Read More »
n today’s rapidly evolving Internet of Things (IoT) landscape, achieving interoperability between devices, ensuring data security, minimizing power consumption, and reducing deployment costs have become key industry concerns. LoRaWAN, as a standardized wireless communication protocol, is gaining widespread adoption across smart cities, industrial monitoring, agriculture, and environmental sensing due to its advantages in low-power, long-range
In a LoRaWAN system, the gateway serves as a bridge between end devices and the network server. This article explains how LoRaWAN standards define gateway behavior, what role gateways play in the network, and how their implementation impacts reliability, compatibility, and scalability of the overall IoT deployment. Introduction With the rapid growth of IoT applications,
What’s the Relationship Between LoRaWAN Standards and Gateways? Read More »
A LoRa gateway is a core component in a LoRa network, primarily responsible for transmitting information between terminal devices and the server. It serves as a communication bridge between end nodes and the server (Server), and is sometimes referred to as a LoRa base station, LoRa concentrator, or LoRa DTU device. Although the terminology may
What Is a LoRa Gateway? Read More »
Although the Raspberry Pi is widely used in prototyping and educational applications, when it comes to deploying a LoRaWAN gateway in industrial environments, several limitations become apparent. Here’s an in-depth analysis from key technical perspectives. 1. Raspberry Pi Is Not Designed for Industrial Temperature Ranges While Raspberry Pi is a powerful and affordable single-board computer,
What Are the Issues with a Raspberry Pi-Based LoRaWAN Gateway? Read More »
