Harsh production sites with strong magnetic/electrical interference, such as high-voltage substations, precision manufacturing plants, and steel mills.
In smart manufacturing, heavy industrial production, and new energy power-grid construction, on-site network communication environments are extremely harsh. High-voltage substations, high-power inverters, arc welders, and heavy motors generate strong electromagnetic interference (EMI), electrical fast transients (EFT), and electrostatic discharge (ESD).
Traditional copper media such as twisted pair and coaxial cable are vulnerable to electromagnetic induction in these environments, causing signal degradation, packet loss, CRC errors, and even port damage. This directly threatens real-time control and safe operation of industrial production lines.
This solution uses Goilips industrial-grade 1.25G/10G optical modules. By leveraging fiber's natural insulation and zero electromagnetic radiation, plus Goilips patented metal-shielded housing and 25kV ESD/EMI protection design, it builds a zero-interference, zero-distortion, 7x24 reliable physical-layer transmission barrier for industrial Ethernet.
For IEC 61850 process-layer and station-control networks in 110kV, 220kV, 500kV and higher substations, resisting fast transients caused by high-voltage switching operations.
For control networks in steel mills, aluminum smelters, automated automotive welding lines, and plants with high-power inverters, arc furnaces, and large motors.
For signal transmission and monitoring in high-speed rail, metro traction substations, and carriage environments with strong high-voltage electromagnetic interference.
Between field industrial switches, PLC controllers, protection relays, and central control rooms (DCS/SCADA), Goilips industrial-grade optical modules provide fully isolated fiber links that completely cut off electromagnetic interference propagation through conductors.
Core Deployment:Goilips 1.25G Ind-SFP supporting Fast Ethernet / Gigabit Ethernet over 1310nm single-mode or multimode fiber.
Advantage:Supports 550m - 20km links with IEC 61000-4-2 Level 4 and 25kV ESD protection.
Core Deployment:Goilips 10G Ind-SFP+ using 1310nm single-mode transmission.
Advantage:Supports 10km - 40km industrial backbone links with IEC 61850-3 / IEEE 1613 class reliability.
Core Deployment:Uses optical fiber for non-conductive transmission with high-grade ESD components and patented thick zinc-alloy shielding housing.
Advantage:Withstands 25kV contact and air discharge, exceeding common industrial 15kV standards and blocking EMI, magnetic-field, and surge coupling paths.
Core Deployment:Optimized physical-layer response for PROFINET RT/IRT, EtherCAT, and other industrial real-time Ethernet protocols.
Advantage:Maintains sub-microsecond stable control transmission with no packet loss in high-interference environments.
Eliminates packet loss, control misoperation, and communication interruption caused by electromagnetic interference, reducing unplanned production-line downtime.
25kV ESD and surge protection helps protect expensive downstream industrial switch and PLC ports, reducing optical-interface failure rates by more than 90% in harsh environments.
Compared with heavy shielded copper cables, fiber is lighter, easier to route through conduits, and does not require complex shielding and grounding networks in EMI-heavy sites.
Simplify your network deployment and reduce complexity. Connect with our engineers for a solution design tailored to your project.
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