Industrial Network Topology - IE3000 and

GENERALNetworkintermediate
Industrial Network Topology - IE3000 and — GENERAL network diagram

About This Architecture

Cisco IE3000 industrial switch architecture connecting factory floor devices through a three-layer network topology with IT integration. The Cisco ENF1-NS70339 gateway bridges IT and OT networks, routing traffic from the IE3000 switch to upstream IT infrastructure while managing industrial field devices including PLCs, cameras, electric axes, and Ethernet sensors. This architecture demonstrates industrial-grade network segmentation with dedicated access and distribution layers, ensuring deterministic performance and reliability for mission-critical manufacturing operations. Fork this diagram on Diagrams.so to customize device MAC addresses, add redundancy paths, or integrate additional industrial protocols. The SFP uplinks provide fiber connectivity options for harsh factory environments requiring extended cable runs or electromagnetic isolation.

People also ask

How do I design an industrial network topology with Cisco IE3000 switches for factory automation and PLC connectivity?

This diagram shows a three-layer industrial network using the Cisco IE3000 switch at the access layer to connect factory devices (PLCs, cameras, electric axes, Ethernet sensors) while the ENF1-NS70339 gateway bridges OT to IT networks. SFP uplinks provide fiber connectivity for harsh environments.

CiscoIndustrial NetworkingIIoTNetwork TopologyFactory AutomationIT-OT Integration
Domain:
Networking
Audience:
Industrial network engineers designing IIoT and factory automation deployments

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About This Architecture

Cisco IE3000 industrial switch architecture connecting factory floor devices through a three-layer network topology with IT integration. The Cisco ENF1-NS70339 gateway bridges IT and OT networks, routing traffic from the IE3000 switch to upstream IT infrastructure while managing industrial field devices including PLCs, cameras, electric axes, and Ethernet sensors. This architecture demonstrates industrial-grade network segmentation with dedicated access and distribution layers, ensuring deterministic performance and reliability for mission-critical manufacturing operations. Fork this diagram on Diagrams.so to customize device MAC addresses, add redundancy paths, or integrate additional industrial protocols. The SFP uplinks provide fiber connectivity options for harsh factory environments requiring extended cable runs or electromagnetic isolation.

People also ask

How do I design an industrial network topology with Cisco IE3000 switches for factory automation and PLC connectivity?

This diagram shows a three-layer industrial network using the Cisco IE3000 switch at the access layer to connect factory devices (PLCs, cameras, electric axes, Ethernet sensors) while the ENF1-NS70339 gateway bridges OT to IT networks. SFP uplinks provide fiber connectivity for harsh environments.

Industrial Network Topology - IE3000 and

AutointermediateCiscoIndustrial NetworkingIIoTNetwork TopologyFactory AutomationIT-OT Integration
Domain: NetworkingAudience: Industrial network engineers designing IIoT and factory automation deployments
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Created by

May 20, 2026

Updated

May 20, 2026 at 4:36 PM

Type

network

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