Enterprise Network Topology - Hierarchical Design

OCIFlowchartadvanced
Enterprise Network Topology - Hierarchical Design — OCI flowchart diagram

About This Architecture

Enterprise hierarchical network topology with Palo Alto firewall border security, dual H3C S6520 core switches, and multi-layer VLAN segmentation across DMZ, office, and access tiers. Traffic flows from ISP through the Palo Alto firewall gateway to core switches, then through H3C L3 aggregation switches to L2 access switches serving office PCs and wireless APs. This three-tier design provides redundancy, scalability, and security segmentation across VLANs 10, 20, 30, and 100-130. Network architects can fork this diagram to customize VLAN assignments, add additional aggregation layers, or integrate OCI network services like Virtual Cloud Networks and Network Security Groups. The architecture demonstrates best practices for enterprise network resilience through dual core switch interconnection and load distribution across aggregation tiers.

People also ask

How do you design a hierarchical enterprise network with redundancy, VLAN segmentation, and firewall security for OCI deployments?

This diagram shows a three-tier hierarchical design: Palo Alto firewall provides border security from ISP, dual H3C S6520 core switches offer redundancy and interconnect, H3C L3 aggregation switches route between VLANs 100-130, and L2 access switches connect office PCs and wireless APs. This architecture ensures high availability, security segmentation, and scalable growth.

OCInetworkingenterprise-architectureVLAN-segmentationfirewall-securitynetwork-redundancy
Domain:
Networking
Audience:
Network architects designing hierarchical enterprise networks with OCI

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About This Architecture

Enterprise hierarchical network topology with Palo Alto firewall border security, dual H3C S6520 core switches, and multi-layer VLAN segmentation across DMZ, office, and access tiers. Traffic flows from ISP through the Palo Alto firewall gateway to core switches, then through H3C L3 aggregation switches to L2 access switches serving office PCs and wireless APs. This three-tier design provides redundancy, scalability, and security segmentation across VLANs 10, 20, 30, and 100-130. Network architects can fork this diagram to customize VLAN assignments, add additional aggregation layers, or integrate OCI network services like Virtual Cloud Networks and Network Security Groups. The architecture demonstrates best practices for enterprise network resilience through dual core switch interconnection and load distribution across aggregation tiers.

People also ask

How do you design a hierarchical enterprise network with redundancy, VLAN segmentation, and firewall security for OCI deployments?

This diagram shows a three-tier hierarchical design: Palo Alto firewall provides border security from ISP, dual H3C S6520 core switches offer redundancy and interconnect, H3C L3 aggregation switches route between VLANs 100-130, and L2 access switches connect office PCs and wireless APs. This architecture ensures high availability, security segmentation, and scalable growth.

Enterprise Network Topology - Hierarchical Design

OCIadvancednetworkingenterprise-architectureVLAN-segmentationfirewall-securitynetwork-redundancy
Domain: NetworkingAudience: Network architects designing hierarchical enterprise networks with OCI
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Created by

June 10, 2026

Updated

June 10, 2026 at 2:35 AM

Type

flowchart

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