Industry Solutions

Schneider Electric Network Solutions by Industry

Purpose-built network architectures engineered for the unique operational, regulatory, and environmental demands of each vertical.

Data Centers

Data Centers

100G spine-leaf fabrics, automated VXLAN provisioning, and sub-5ms east-west failover for hyperscale and enterprise colocation facilities.

Smart Buildings

Smart Buildings

PoE++ powered BMS integration — lighting, HVAC, access control, and IP cameras on a single converged network with BACnet/IP support.

Manufacturing

Manufacturing

TSN-enabled OT networks with PROFINET/EtherNet/IP convergence, supporting real-time motion control and MES/ERP data integration.

Utilities

Utilities & Energy

IEC 61850 compliant substation automation switches with GOOSE messaging, process bus support, and redundant PRP/HSR ring topologies.

Transportation

Transportation

EN 50155 / EN 50121-4 certified rolling stock switches and trackside infrastructure with -40°C to +70°C operation and EMI hardening.

Oil & Gas

Oil & Gas

ATEX/IECEx Zone 2 rated switches for hazardous environments with fiber uplinks to eliminate spark risk in explosive atmospheres.

Healthcare

Healthcare

HIPAA-aligned network segmentation for medical devices, nurse call systems, and patient monitoring with QoS prioritization for real-time data.

Water & Wastewater

Water & Wastewater

SCADA-integrated networks for remote pump stations and treatment plants with cellular failover and Modbus TCP gateway functionality.

Industry-Specific Network Requirements

Each vertical demands specific certifications, protocols, and environmental ratings.

Requirement Data Center Manufacturing Utilities Transportation
Key Protocol VXLAN / BGP-EVPN PROFINET / TSN IEC 61850 / GOOSE RSTP / PRP/HSR
Redundancy MLAG / VPC MRP / RSTP PRP / HSR PRP / RSTP
Temperature 0 ~ 40°C -10 ~ 60°C -40 ~ 70°C -40 ~ 70°C
Certification NEBS L3 / UL IEC 62443 IEC 61850-3 EN 50155

Network Architecture Selection Factors by Deployment Type

Choosing the right network topology depends on measurable criteria — not brand preference. Use the following framework to evaluate any vendor's offering.

Selection Dimension Greenfield Site Brownfield Retrofit Multi-Site / SD-WAN
Topology Priority Spine-leaf (lowest latency) Ring/star hybrid (minimal re-cabling) Hub-spoke with regional breakout
Redundancy Model MLAG / VPC (sub-5 ms failover) RSTP / MRP (legacy compatibility) Dual-WAN active-active
Cost Driver Optics & cabling (40-60% of BOM) Labor & downtime during cutover WAN circuit costs (ongoing OPEX)
Typical Payback Period 18-24 months 12-18 months (energy savings) 6-12 months (circuit consolidation)
Key Risk Over-provisioning capacity Protocol incompatibility with legacy Single-carrier dependency

Find Your Industry Solution

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