An organization is upgrading its campus network architecture. The network engineering team needs to design an access-to-distribution layer interconnect that provides active-active path utilization across all uplinks, sub-second routing convergence, and complete elimination of Spanning Tree Protocol (STP) blocked ports. Which network topology design best satisfies these requirements?
- Extending Layer 3 routing to the access layer to establish a Routed Access architecture.Cevap
- BEnabling STP PortFast on the inter-switch trunk links connecting access switches to distribution switches.
- CDeploying Type 2 hypervisors on access switches to manage Layer 2 frame forwarding and loop prevention.
- DInstalling Layer 2 switches at the distribution tier to divide single network segments into separate broadcast domains.
Cevap
Extending Layer 3 routing to the access layer to establish a Routed Access architecture.
In a Routed Access architecture, Layer 3 routing functions are extended down to the access layer switches. By making the access-to-distribution uplinks Layer 3 routed interfaces, Spanning Tree Protocol is eliminated on those connections. Traffic can be load-balanced using Equal-Cost Multi-Path (ECMP), and routing protocols provide fast convergence without blocked links.
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Routed Access Layer Campus Architecture
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