Fanless industrial PCs are widely considered for factory automation because they remove a mechanical cooling fan from the system design. This can be useful where dust, vibration, maintenance access or continuous operation are concerns. However, fanless does not...
Connected factories generate data from PLCs, sensors, machines, cameras and production systems. Industrial IoT architecture creates value when that data can be collected, normalized, analyzed and delivered to the right applications. Industrial PCs and embedded...
SCADA systems provide operators and engineers with visibility into industrial processes, alarms, trends and equipment status. As plants add more connected machines and data sources, the computer running SCADA must support reliable communication, storage, displays and...
Machine vision is becoming an important component of automated quality inspection. Modern inspection systems combine industrial cameras, lighting, optics, image-processing software and computing hardware. The industrial PC is the processing platform that turns...
Manufacturers are increasingly moving from basic automation toward connected, data-driven production. Current 2026 research and industry reporting highlights the scaling of AI, edge computing and stronger data foundations in industrial manufacturing. Edge AI is...
Industrial automation is moving beyond isolated machine control toward connected production environments that combine PLCs, HMIs, SCADA, machine vision, robotics, sensors, analytics and edge computing. Current 2026 industry coverage points to AI, connected factories,...
