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WAN choices in CloudNetX scenarios require aligning connectivity options to business outcomes, operational constraints, and performance requirements rather than selecting the most modern-sounding technology. This episode introduces a selection framework that evaluates common WAN options in practical terms. It describes MPLS as a provider-managed approach that can deliver predictable paths and stable performance characteristics, SD-WAN as a policy-driven approach that can use multiple links and dynamically choose paths based on conditions, and direct internet access as a simpler model that can reduce cost and latency for cloud-heavy usage but shifts responsibility for security and resilience. It also introduces metro connectivity and dark fiber as options for high-bandwidth local interconnect needs, emphasizing that each option implies different levels of control, lead time, and operational responsibility.
By Jason EdwardsWAN choices in CloudNetX scenarios require aligning connectivity options to business outcomes, operational constraints, and performance requirements rather than selecting the most modern-sounding technology. This episode introduces a selection framework that evaluates common WAN options in practical terms. It describes MPLS as a provider-managed approach that can deliver predictable paths and stable performance characteristics, SD-WAN as a policy-driven approach that can use multiple links and dynamically choose paths based on conditions, and direct internet access as a simpler model that can reduce cost and latency for cloud-heavy usage but shifts responsibility for security and resilience. It also introduces metro connectivity and dark fiber as options for high-bandwidth local interconnect needs, emphasizing that each option implies different levels of control, lead time, and operational responsibility.