In a campus fabric network with local forwarding enabled, the edge node handles wireless traffic entering the virtual network. It forwards traffic directly to the VN locally without sending it to the central controller, reducing latency and improving efficiency.

For a network with 15,000 wireless terminals, the recommended solution includes core, aggregation, and access switches, along with a native WAC and APs. This multi-layer architecture provides sufficient scalability, traffic aggregation, and centralized management to support large-scale wireless deployments efficiently.

Effective IPv6 address planning ensures addresses are easy to manage and control, supports future network expansion, and allows for hierarchical aggregation. This approach simplifies routing, reduces complexity, and improves scalability in large networks.

In small and midsize campus networks, the egress gateway commonly provides DHCP services to dynamically assign IP addresses to terminals, simplifying network deployment and management.

Huawei demonstrates the value proposition of easy growth by helping MSPs transition to recurring revenue models through device and license sales, enabling sustainable business expansion and long-term service profitability.