Optimizing Device Performance and Communication in Automated Industrial Settings

Ed Garstkiewicz, Sr. Industry Segment Manager​ at HARTING Americas, will define connectivity as a core performance factor in modern automated industrial systems, not a secondary design detail. As factories adopt Industry 4.0 technologies—modular machines, IIoT devices, AMRs, and high‑speed data networks—the reliability of connectors directly determines system uptime, data quality, and operational efficiency.

Ed will emphasize that a device is only as reliable as its connector because failures in power or data interfaces immediately halt production. To address this, manufacturers are shifting toward smart connectors capable of detecting proper mating, monitoring temperature, and providing diagnostic feedback. These features support predictive maintenance and reduce unplanned downtime.

He will also highlight the growing importance of modular connector systems, which combine power, signal, data, and even pneumatics in a single interface. This modularity reduces cabling complexity, shrinks panel footprints, and accelerates installation and servicing—critical advantages in flexible, rapidly reconfigurable automation environments.

Choosing the right connector requires aligning the interface with the device’s operational demands. For example, AMRs and drones need lightweight, vibration‑resistant connectors, while high‑bandwidth sensors require interfaces rated for specific data speeds. Environmental factors—temperature, ingress protection, mechanical stress—must also guide selection.

He will conclude that as automation becomes more decentralized and data‑intensive, robust, future‑proof connectivity is essential. Optimized connectors improve device performance, enhance communication reliability, and enable scalable, maintainable industrial systems.