Match each network topology architecture to its primary operational characteristic.
- Hub-and-Spoke TopologyCentralizes routing through a primary site while connecting remote sites, reducing total required WAN connections compared to full interconnection.
- Full Mesh TopologyInterconnects every node to every other node in the network, offering maximum redundancy and path fault tolerance.
- Spine-Leaf ArchitectureProvides predictable, low-latency east-west data center traffic by connecting every access-layer switch directly to every aggregation-layer switch.
- Point-to-Point TopologyDirectly connects exactly two dedicated nodes, allocating all link bandwidth exclusively to their communication.
Cevap
Hub-and-Spoke Topology matches with centralizing routing through a primary site to connect remote branch locations. Full Mesh Topology matches with interconnecting every node to every other node for maximum redundancy. Spine-Leaf Architecture matches with providing predictable, low-latency east-west data center traffic by connecting every leaf switch to every spine switch. Point-to-Point Topology matches with directly connecting exactly two dedicated endpoints.
Each topology matches its unique architectural characteristic: Hub-and-Spoke centralizes connections across sites; Full Mesh connects all nodes to all other nodes for max fault tolerance; Spine-Leaf guarantees predictable low latency in data centers by connecting each leaf to all spines; and Point-to-Point creates a direct single connection between two endpoints.
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Anahtar Kavram
Network Topologies and Architectural Models