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Rugged Laptops vs Rugged Tablets: Which Device is Better for You?

A group of rugged Tablets versus a rugged laptop

In the fast-moving world of industrial automation, staying connected to your machines and systems is no small task. Operators, technicians, and engineers are constantly on the move, scanning barcodes on one end of the plant, tweaking PLC logic on the other, and troubleshooting systems that…

Android Tablet vs Windows Tablet: Which Operating System is Better?

android windows tablets

Tablet Operating System: Windows or Android? Selecting between Windows and Android for your industrial tablet depends on your specific workflow, software ecosystem, and long-term operational goals. Both platforms offer rugged durability and strong connectivity, but they differ in performance, integration, and cost considerations. Windows Tablets…

VLANs in Industrial Networks — Segmenting Traffic for Performance, Security, and Reliability

Introduction As industrial networks expand to support more devices, data sources, and connectivity to enterprise systems, network segmentation becomes critical. Without it, broadcast domains grow uncontrollably, traffic becomes congested, and troubleshooting turns into a nightmare. Virtual Local Area Networks (VLANs) provide an elegant solution. By…

Managed Network Switches in Industrial Automation: How Storm Control, QoS, and Advanced Features Optimize Network Performance

iqos

Introduction Unlike unmanaged switches that simply forward Ethernet frames, managed industrial switches provide fine-grained control and monitoring capabilities to help engineers shape, prioritize, and protect traffic on control networks. Features like storm control, Quality of Service (QoS), VLANs, and redundancy protocols ensure that time-critical data…

Storm Control in Industrial Networks — Preventing Broadcast Floods and Protecting PLC Communications

Maple Systems Network Switch Group Image

Introduction In Industrial Ethernet networks, reliability is everything. PLCs, HMIs, drives, and I/O modules rely on timely and consistent communication to maintain process control and safety. One of the most common—but often overlooked—threats to this reliability is the broadcast storm. Broadcast storms occur when excessive…

Monitoring and Diagnostics in Industrial Networks by Enabling Visibility, Predictive Maintenance, and Reliability

Introduction In a modern industrial environment, Ethernet networks are the nervous system connecting every part of the operation—from PLCs and drives on the plant floor to SCADA and MES systems in the control room. As production lines grow more complex and connected, network visibility becomes…

Quality of Service (QoS) in Industrial Networks — Prioritizing Control Traffic for Deterministic Performance

Introduction Programmable Logic Controllers (PLCs), drives, and sensors must exchange control data within precise time intervals. Even small variations in latency can cause jitter, disrupt synchronization, or trigger system faults. However, as modern plants integrate more devices—vision systems, data loggers, HMIs, and cloud gateways—the shared…

Redundancy and Link Aggregation in Industrial Networks — Designing for Continuous Operation and High Availability

Industrial Network Switches

Introduction In industrial automation, downtime isn’t just inconvenient—it’s expensive. Whether you’re running a bottling line, an oil processing system, or a semiconductor fab, even a few seconds of lost communication between controllers, drives, and I/O can halt production, damage equipment, or compromise safety. That’s why…