This course provides hands-on examples of deploying, operating, and maintaining Cisco data center networking, storage, and computing infrastructure to help you prepare for certification and to assist you with your data center deployments.

Cisco UCS is designed for innovation and performance. UCS combines computing, networking, and storage infrastructure with management and virtualization to offer speed and simplicity. In this course, you're going to examine the Cisco UCS solution.

Data centers have been going through rapid evolution, growing massively in scale, and becoming increasingly sophisticated. This course will examine data center storage solutions that are deployed in Cisco data centers.

Companies face constant pressure to improve data center reliability and performance. As a result, there is a tremendous need for skilled data center administrators. This course will examine the networking protocols used in modern Cisco data centers.

Designing and configuring an enterprise-grade wireless network requires special skills beyond those needed to create a wired network . This course will teach you the concepts and skills needed to design and deploy an enterprise-grade wireless LAN.

In this course, Cisco Enterprise Networks: Automation and SDN, you’ll learn how SDN works under the hood to automate networks.

Master the fundamental network principles needed to pass the CCNP ENCOR 350-401 exam for the CCNP Enterprise certification. This first course in the series covers fundamentals such as IPv4 & IPv6 addressing, dynamic routing, & TCP and UDP operations.

This course explores the various methods of path control including manipulating dynamic routing protocol decisions, static routing, BGP, policy-based routing (PBR), virtual private networks (VPN), and GRE tunnels.

The physical design of a network can either limit or ensure its scalability and resilience. This course will teach you to design robust and reliable Cisco enterprise and campus networks.

In this course, you'll learn how to configure a switch to function as a router. You'll also learn how to configure the first hop redundancy protocols HSRP, VRRP, and GLBP. Finally, you'll learn how to configure port mirroring using SPAN and RSPAN.

Learn how to configure EIGRP from start to finish. Explore successors, the feasibility condition, authentication, and route filtering and summarization. Configure and troubleshoot mutual route redistribution between EIGRP and OSPF.

Learn how to configure the OSPF dynamic routing protocol from start-to-finish for both IPv4 and IPv6. We cover LSA types, areas, timers, route redistribution, authentication, and route summarization.