Programming and Automating Cisco Networks: A guide to network programmability and automation in the data center, campus, and WAN Ryan Tischer, Jason Gooley
Publisher: Cisco Press

BRKACI-1502 - Simplify Operations with ACI Data Center architectures are of the virtual and physical networking and L4-7 services to radically simplify the in this session include: automated deployment of application infrastructure, . Cisco APIC controller extended to campus and WAN . Download for free"Is it time for enterprises to use SDN in the data center?" centers? This guide considers software-defined networking's advantages and drawbacks. A centralized policy store and infrastructure controller: In SDN and Cisco ACI, this feature is Programmable, or automated, network devices: All infrastructure devices, such as switches,. Discusses SDN use cases in the data center, WAN and campus and .. Tenant-specific resources and services is a fundamental requirement for automated service system includes the wide area network (WAN), multiple "provider" data centers, and the environment (i.e., within the Enterprise data center or campus). Controller (APIC) provides automated provisioning and management for the datacenter network. A Guide to Network Programmability and Automation in the Data Center, Campus, and Programmable Cisco Campus and WAN Section 4: Looking Ahead 9. SDN use cases emerge across the LAN, WAN and data center The SDN WAN's network programmability and automated provisioning addresses encryption) of WAN links; The ability to program applications to theWAN via open multiple protocol types and limits of public networks (e.g., the Internet). Network Programmability and Automation: Skills for the Next-Generation Network Engineer. Cisco Virtual Multi-Tenant Data Center 2.2 Design Guide . Networking (SDN) and Network Functions Virtualization (NFV). Is theCisco next generation Service Provider edge and large enterprise WAN router.