Cisco 350-401: Multicast for Enterprise Networks
IP multicast is efficient when one source must deliver the same traffic to many receivers, because the network can replicate…
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IP multicast is efficient when one source must deliver the same traffic to many receivers, because the network can replicate…
Infrastructure as code applies software-engineering practices to network intent: configuration and policy are represented in machine-readable files, reviewed through source…
Campus high availability is not a single protocol or a pair of redundant switches. It is the result of designing…
NETCONF and RESTCONF give enterprise network automation a model-driven alternative to scraping CLI output and pushing lines of configuration without…
Cisco Software-Defined Access changes campus design by separating the physical transport network from the virtual networks and identity policy experienced…
Cisco Catalyst Center combines network inventory, design intent, provisioning, telemetry, assurance, and platform APIs so that campus operations can be…
BGP is often introduced as the protocol that runs the Internet, but enterprise networks use it for much more than…
Segment routing changes how a service-provider network expresses forwarding intent. Instead of requiring every desired traffic-engineered path to be represented…
MPLS Layer 3 VPN architecture solves a service-provider problem that ordinary enterprise routing does not: many customers need private, independently…