Autor: Jerry Huang

This article clarifies the technical distinction between an IoT Router and an IoT Gateway. While a router manages IP-based traffic as a “network traffic cop”, a gateway serves as a “multilingual translator” and “data aggregator”. Understanding this difference prevents architectural bottlenecks in IIoT deployments, particularly when bridging legacy hardware to the cloud. What We Will…

This guide defines the technical and economic framework for selecting an industrial 5G router. It moves beyond basic connectivity to explain how specific hardware features—like dual-SIM failover, IEC 62443 security, and edge computing—prevent the “zombie connections” and thermal failures that lead to million-dollar operational downtimes in Industry 4.0. What We Will Cover: In Industry 4.0,…

This article will explore the “Intelligent Health Check” framework to show you how professional routers detect “Zombie Connections” that basic signal-monitoring fails to catch. We’ll also break down the step-by-step failover and failback process to explain how to maintain a resilient network without manual intervention or data overages. Finally, this article will differentiate between carrier…

At its heart, an IoT Edge Gateway is an intelligent bridge. it connects your local “Operational Technology” (OT)—sensors, PLCs, and machines—to your global “Information Technology” (IT) networks, like the cloud. Unlike a basic router that simply passes traffic, an edge gateway acts as a local brain. It processes, filters, and analyzes data right at the…

In my experience, most engineers rely exclusively on a router’s web interface for their daily configuration. While the “GUI” is convenient, there is a more direct and powerful way to communicate with your hardware: using AT commands. Think of AT commands as the foundational language of cellular modems. By sending these instructions over a physical…

The Raspberry Pi has completely changed how we prototype, making it easier than ever to bring a brilliant idea to life. But as many engineers discover, the hardware that works perfectly on a lab bench often struggles when faced with the realities of a harsh industrial environment. When you move from a single pilot to…

You’ve invested in a high-performance cellular router and are ready to bring your deployment online. But as you prepare for installation, you face a critical decision that will define your network’s stability: which antennas will actually pull a reliable signal into your hardware? This choice isn’t just a technicality—it dictates your total uptime, your data…

Relying on public networks often means dealing with recurring subscription fees and giving up control over your own data. For many industrial projects, that’s a dealbreaker. Building a Private LoRaWAN Network changes the equation, giving you complete ownership over your connectivity, security, and long-term costs. In this guide, we’ll walk you through a practical, step-by-step…

You’ve finally selected your LoRaWAN gateway and are ready to get your IoT project off the ground. But as you open the configuration interface, you hit a fork in the road that will define your entire network architecture: should you set it to Packet Forwarder mode, or utilize a Built-in LoRaWAN Network Server (LNS)? This…

Imagine trying to connect a modern SCADA system to a reliable, legacy power meter installed fifteen years ago. The problem isn’t that they can’t understand the data; it’s that they are “speaking” different dialects of the same language. Specifically, your SCADA system is likely looking for Modbus TCP over Ethernet, while your legacy device only…