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vxlan

DC0001 - ACI Fundamental (Part 1)

The video introduces you to the fundamental concepts of ACI. This is a very essential video if you are new to ACI as you will be learning various aspects of ACI architecture including components, terminologies, hardware, software licenses, core operational fabric functions and protocols, and configuration building blocks. Understanding these concepts will set you up for the rest of this video series.
Rating: 
4.555555
Average: 4.6 (9 votes)
Difficulty Level: 
0

RS0123 - SDA Fabric Virtual Network (Part 3)

The video shows you how to provision a SDA fabric on Cisco DNAC. We will add network devices to the fabric, assign fabric role, create Virtual Networks, and perform port assignment. You will get to see what underlying configuration is pushed from DNAC to support the fabric as well as packet analysis of LISP and VXLAN when two endpoint communicates.
Rating: 
5
Average: 5 (1 vote)
Difficulty Level: 
0

RS0123 - SDA Fabric Virtual Network (Part 2)

The video shows you how to provision a SDA fabric on Cisco DNAC. We will add network devices to the fabric, assign fabric role, create Virtual Networks, and perform port assignment. You will get to see what underlying configuration is pushed from DNAC to support the fabric as well as packet analysis of LISP and VXLAN when two endpoint communicates.
Rating: 
5
Average: 5 (1 vote)
Difficulty Level: 
0

RS0123 - SDA Fabric Virtual Network (Part 1)

The video shows you how to provision a SDA fabric on Cisco DNAC. We will add network devices to the fabric, assign fabric role, create Virtual Networks, and perform port assignment. You will get to see what underlying configuration is pushed from DNAC to support the fabric as well as packet analysis of LISP and VXLAN when two endpoint communicates.
Rating: 
5
Average: 5 (1 vote)
Difficulty Level: 
0

RS0034 - Nexus 1000V VXLAN

The video looks into Virtual Extension LAN (VXLAN) support on Cisco Nexus 1000V. VXLAN allows VLAN ID to be extended to 24 bits, or in other words, essentially increases number of available VLAN from 4096 to more than 16 million VLAN. We will configure VXLAN on port-profile. In this lab, we intentionally have VEM control interfaces separated by layer 3 to demonstrate MAC-in-IP encapsulation provided by VXLAN to extend an isolated layer 2 domain across a routable and multicast-enabled network.

Rating: 
5
Average: 5 (1 vote)
Difficulty Level: 
0

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