About This Architecture

Six-site MPLS full mesh network connecting Beijing, Shanghai (2 sites), Hong Kong, and Shenzhen (2 sites) through a central MPLS cloud backbone. Each site router connects to the MPLS Network Cloud while maintaining direct point-to-point links across all six locations, enabling any-to-any connectivity with optimized path selection. This topology eliminates single points of failure and distributes traffic load across redundant paths, critical for enterprises requiring sub-50ms latency and 99.99% uptime across Asia-Pacific regions. Fork this diagram to customize site names, add QoS policies, or integrate with SD-WAN overlays on Diagrams.so. The full mesh design trades bandwidth efficiency for resilience—consider hub-and-spoke alternatives for cost-sensitive deployments.

People also ask

How do I design a full mesh MPLS network connecting multiple sites across Asia-Pacific with redundant paths?

A 6-site MPLS full mesh topology connects each router to a central MPLS Network Cloud while maintaining direct point-to-point links between all sites, enabling any-to-any traffic with automatic failover. This architecture provides low-latency, high-availability connectivity across distributed locations like Beijing, Shanghai, Hong Kong, and Shenzhen, ideal for enterprises requiring sub-50ms latenc

6-Site MPLS Full Mesh Network

AutointermediateMPLSWANnetwork-architecturefull-meshenterprise-networkingredundancy
Domain: NetworkingAudience: Network architects designing multi-site enterprise WAN topologies
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Created by

August 3, 2026

Updated

August 4, 2026 at 7:22 PM

Type

network

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