Put the question into a real site situation first. An industrial router is already installed in the cabinet, and the site now needs a protocol-conversion program. Because the router supports Docker, placing the container there seems efficient: one less device, one less power connection, and less cabling. The answer changes quickly if the workload is a local database, video analytics, or an application that writes logs continuously. The real question is not only whether the co

AI is transforming technical support, making documentation and routine troubleshooting faster than ever. However, industrial router deployments involve far more than standard configuration questions. Real-world IIoT environments are influenced by cellular networks, VPNs, SIM management, signal quality, firmware, power stability, and on-site conditions that require engineering judgment.

Table of Contents What is a Watchdog Timer (WDT)? How the Watchdog Timer Works Common Watchdog Types in Industrial Routers 3.1 Software Watchdog 3.2 Hardware Watchdog 3.3 Network Watchdog Core Functions of Watchdog in Industrial Routers Typical Application Scenarios Watchdog Configuration and Best Practices Watchdog Integration with Remote Device Management (RMS/NMS) Frequently Asked Questions (FAQ) What is a Watchdog Timer (WDT)? The Watchdog Timer (WDT) is a hardware or sof

The global connectivity industry once again gathered in Barcelona for the annual Mobile World Congress 2026, one of the world’s most influential technology exhibitions. Held from March 2–5, 2026 at the Fira Gran Via venue in Barcelona, Spain, the event brought together leading telecom operators, technology providers, IoT innovators, and enterprise solution vendors from around the world. ( MWC Barcelona ) As the industry continues to evolve toward intelligent connectivity, th

Fort Lauderdale, FL, USA – February 10–12, 2026 – ITEXPO 2026 once again brought together global leaders in telecommunications, IT, cloud computing, and emerging technologies for three days of innovation, networking, and strategic discussions. As one of the most influential technology events in North America, ITEXPO continues to serve as a key platform for exploring the future of communications and digital infrastructure. This year’s event attracted thousands of industry pro

Table of Contents Introduction: Why Has Modbus Survived for 40 Years? The Historical Background and Development of Modbus 2.1 Birth Background 2.2 Evolution 2.3 Why Has Modbus Not Been Phased Out? Modbus Protocol Architecture 3.1 Basic Architecture 3.2 Data Model Three Major Modbus Variants: RTU / ASCII / TCP 4.1 Modbus RTU (Most Classic and Common) 4.2 Modbus ASCII (Early Version) 4.3 Modbus TCP (Ethernet Version) Modbus Frame Structure and Function Code Details 5.1 Modbus R