Enterprise network design principles, SD-WAN, SD-Access, and QoS configurations.
Covers enterprise network design principles including 2-tier, 3-tier, fabric, and cloud architectures, as well as high availability techniques such as redundancy, FHRP, and SSO. Includes working principles of Cisco Catalyst SD-WAN and SD-Access solutions covering control and data plane elements, benefits, limitations, and traditional campus interoperability. Also covers interpreting QoS configurations. This domain represents 15% of the exam.
5 minutes
5 Questions
In CCNP Enterprise (ENCOR), Architecture refers to the comprehensive framework and design principles that underpin modern enterprise networks. It encompasses the structured approach to building, implementing, and managing complex network infrastructures that support business objectives.
Enterprise architecture in ENCOR involves several key components. First, it addresses network design models, including traditional hierarchical models and modern flat designs, ensuring scalability, redundancy, and optimal performance. Second, it covers infrastructure design considerations such as campus networks, data center architectures, and WAN connectivity options.
The architecture framework also includes routing and switching protocols that enable efficient data flow across network segments. It examines BGP and OSPF implementations for dynamic routing, VLAN segmentation for logical network division, and switching technologies for optimal Layer 2 operations.
Security architecture is fundamental, integrating defense-in-depth strategies, firewalls, access control lists, and threat detection mechanisms throughout the network design. Network virtualization and cloud architectures represent modern architectural considerations, supporting hybrid environments and flexible resource allocation.
Quality of Service (QoS) architecture ensures mission-critical applications receive appropriate bandwidth and priority. High availability and disaster recovery architectures guarantee business continuity through redundancy, failover mechanisms, and backup solutions.
Management architecture encompasses monitoring, configuration management, and network analytics tools that provide visibility and control. SDN (Software-Defined Networking) represents an emerging architectural paradigm, separating control and data planes for increased flexibility and programmability.
Effective enterprise architecture balances performance, security, scalability, and cost-efficiency while supporting current business needs and accommodating future growth. It provides a systematic approach to technology integration, ensuring all network components work cohesively to achieve organizational goals and maintain competitive advantage in the digital landscape.In CCNP Enterprise (ENCOR), Architecture refers to the comprehensive framework and design principles that underpin modern enterprise networks. It encompasses the structured approach to building, implementing, and managing complex network infrastructures that support business objectives.
Enterprise…