Explore data center networking training modules that will take you from understanding the initial product configurations all the way to more advanced topics including operations, management, compliance, assurance, and troubleshooting. Each module will have multiple sub modules that will show you specific step-by-step configuration tasks for a better understanding of the data center networking solutions.
Cisco Nexus Dashboard brings together unified proactive operations, actionable insights across data center networks, open to any fabric or domain, empowering seamless native and fabric agnostic solutions.
Introduction to Multi-Site Orchestrator and the MSO training series outline.
Introduction to the multi-site architecture and some of the most commonly used cases it is deployed for.
Understand deployment considerations for the network interconnecting the different ACI sites, referred to as the Inter-Site Network.
Demonstration of what inter-site connectivity looks like on a real ACI fabric.
Intro to the Cisco Multi-Site Orchestrator on ACI, a main functional component of the ACI multi-site architecture. We present two flavors of the Cisco Multi-Site Orchestrator cluster.
This demo covers Multi-Site Orchestrator (MSO) form factors, setting up the infra, doing backup and restore, migration from one cluster to a new cluster using a backup, and finally, easy firmware upgrades inside the MSO UI.
This video demonstrates the migration procedure for existing MSO 3.1 deployments to MSO 3.3 running on the Cisco Nexus Dashboard platform.
Learn how the Multi-Site Orchestrator uses schemas and templates to define tenant policies and push them to different APIC Domains. Also learn about importing existing policies (Brownfield support) from an APIC Domain.
In this video see a demonstration schemas and templates in action in both Greenfield and Brownfield applications.
Understand the implementation details of the control and data plane for the multi-site architecture and two important functionalities that simplify the application of policies when establishing inter-site connectivity, preferred group, and vzAny.
This demo illustrates both ACI Multi-Site control plane and data-plane in action.
How to connect the multi-site domain to the external Layer3 domain. We will cover the different type of L3Outs that are supported with ACI.
Demonstration of connecting to the external Layer3 domain.
Introduction to the concept of Tenant Routed Multicast and how Layer3 multicast traffic can be forwarded across different fabrics, part of the same multi-site domain.
Demonstration of Tenant Routed Multicast.
Description of the available options to integrate network service modules in a multi-site architecture. The specific focus is on the use of Service Graph with Policy Based Redirection (PBR) to insert service nodes for communications between EPGs (both for north-south and east-west traffic flows).
Demonstration of the use of Service Graph with PBR for service nodes insertion in a multi-site architecture.
Description of the main use cases for combining the deployment of ACI Multi-Pod and Cisco Multi-Site Orchestrator. Specific focus on the control and data plane implementation to enable end-to-end endpoint communication
Walkthrough of the automation options available for programmatically accessing Cisco Multi-Site Orchestrator functionality.
Learn more about the industry’s first and only solution for real-time, at-scale visibility into NVMe and SCSI traffic. SAN Analytics Explained introduces the solution and provides in-depth education. Demos included.
Meet the industry’s first and only solution providing real-time visibility at-scale into NVMe and SCSI traffic.
Learn how SAN Analytics provides you real-time visibility into your NVMe and SCSI traffic with some unique advantages: simple, affordable, open, flexible, scalable and always-on.
In this demo, learn to deploy always-on visibility into NVMe and SCSI traffic without doing a complete rip and replace of your existing SAN.
Every flow, every speed, every port. Understand the open, flexible and scalable design of Cisco SAN Analytics metrics and IO flows.
Learn how to use Cisco SAN Analytics for active troubleshooting in real time with SQL-like queries and the programmable ShowAnalytics command.
What problems can you solve with Cisco SAN Analytics that weren't possible to solve before?
DIRL is an innovative technology to dynamically limit the culprit devices from causing congestion or slow drain in a storage area network (SAN).