Manufacturing OT
The physical layer that lets a plant keep running: hardened switches, fiber, ring topology and cabling built for heat, vibration and metal.
Plant floor networks have to survive conditions office networks never see: high heat, dust, vibration, electromagnetic interference from welders and VFDs, and physical abuse from forklifts and production carts. Industrial Ethernet uses hardened switches, ruggedized cabling, fiber between buildings and cabinets, ring topology for fast failover, and proper grounding and shielding. An office-grade switch in a machine cabinet will fail, often silently, until a line stops.
Industrial Ethernet
DIN-rail switches, fiber, proper shielding and ring topology keep production running through heat, vibration and the occasional cut cable.
A ring topology lets the network heal around a single cut cable or failed switch in milliseconds. Redundant uplinks from each cell/area back to the control center keep a single point of failure from taking down a whole production zone.
Cable that works in a ceiling does not work on a plant floor. We use armored, shielded, oil-resistant, high-flex or metal-clad cable where the path requires it, and we keep cable runs away from VFDs, welders and high-voltage lines.
Common questions
In clean, climate-controlled office areas, yes. In machine cabinets, production lines or warehouses, industrial switches are worth the cost because they fail less often and give better diagnostics when they do.
Depending on the protocol and switch hardware, ring healing can happen in under 50 milliseconds. That is fast enough that most production protocols do not notice a single link failure.
We review your network, security posture, cloud tenant and recovery plan, then hand you a plain-language report of what we found and what it means for the business.
