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This intensive 4-Day training program delivers comprehensive, hands-on instruction in the deployment, configuration, management, and optimization of Cisco MDS (Multilayer Director Switch) storage networking solutions. Designed for storage and network professionals, t...

A look at five basics to consider in any data center virtualization project: planning, balancing the various hardware components, sizing the storage properly, managing capacity, and automation.

This paper is a high level, moderately technical understanding of Hyper-Converged Infrastructures (HCI). IT managers, data center architects, and administrators alike may find this information helpful in their pursuit to simplify the data center and improve application performance.

Cisco DNA Spaces helps resolve physical-space ‘blind spots’ in an organization. Orgs can drive operational efficiencies by monitoring the location & movement.

Network Functions Virtualization (NFV) can help you solve organizational challenges may very well transform you from a typical server or network professional into an enterprise architect who can help others understand and use the technology to improve their own jobs.

The AI Solutions on Cisco Infrastructure Essentials (DCAIE) course covers the essentials of deploying, migrating, and operating AI solutions on Cisco data center infrastructure. You'll be introduced to key AI workloads and elements, as well as foundational architectu...

Become proficient in how to operate & troubleshoot Cisco data center network infrastructure running Cisco ACI, with expert instruction & hands-on practice.

Cisco UCS X-Series represents the latest generation of converged computing solutions optimized for hybrid and cloud-native workloads—critical for modern enterprises focusing on agility, workload portability, automation, and resource optimization. By attending this in...

Anyone who’s managed switches over the years knows that the Spanning-tree protocol (STP) is both the best and worst thing to ever happen to the data center at layer 2 of the OSI model. On the plus side, the Spanning-tree protocol is what first allowed us to create redundant paths within our switching infrastructure, making our data center much more resilient to outages than ever before. Anyone who’s experienced a “broadcast storm” knows the full value of Spanning-tree in the traditional switching environment. We’ve also seen many improvements in Spanning-tree over the years to make it work faster and more efficiently (i.e. Rapid Spanning-tree, Bridge Assurance, and many others).

Learn about system architecture with an emphasis on understanding the implications on system performance, methods for testing the effects of performance adjustments, open source benchmarking utilities, methods for analyzing system and networking performance, and tuning configurations for specific application loads.