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  • Popular uploads Play all

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  • vPC Play all

    Have you wondered how #vPC works? This series is for you

    vPC is a way of adding layer-2 resiliency to the data centre.

    These videos explain vPC, by examining the role of the peer-link and keep-alive link, the way traffic flows, and vPC failure scenarios. And, we follow up by looking at configuration and routing concerns.


    Whether you're a network engineer or looking for fundamentals, this video will help you.

    Also useful for CCNA Data Center, CCNP Data Center, and CCIE #DataCenter




    https://www.youtube.com/c/networkdirection

    https://twitter.com/NetwrkDirection



    200-155 DCICT
    300-180 DCIT
    300-160 DCID
    300-165 DCII
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  • Nexus Play all

    The #Cisco #Nexus platform is designed for the #DataCenter.
    It contains many extra features, like #vPC, and #VxLAN.
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  • ASA Play all

    Cisco's #ASA platform is a Next Generation #Firewall (NGFW), and now it works with #Firepower, it has amazing IPS support.

    Advanced features include multi mode (AKA contexts or virtual firewalls), clustering, vPC or VSS support, and Firepower Threat Defence (FTD) mode.
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  • Quick Tips Play all

    Quick Tips by Network Direction!

    Handy tips to improve your day to day networking life
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  • VxLAN Play all

    #VxLAN is a network overlay technology commonly used in the cloud. It is vendor independent so it can run on #Cisco #Nexus, NSX, Open vSwitch, and many more. It can even be used in virtual appliances like the CSR1000v.


    VxLAN is a sophisticated way to manage layer-2 networks. It’s like VLAN, with some very special enhancements.

    It has a different perspective on the network. There is the underlay fabric, which uses routing such as eigrp or ospf, and the overlay, where the virtual networks live.

    LAN segments are called VNI’s. VNI’s keep traffic separate, Just like VLANs. This is part of how VxLAN is used for multitenancy.

    Traffic within a VNI reaches a switch with a special interface called a VTEP. The traffic is encapsulated and forwarded over the routed network through a tunnel.

    This training series is VxLAN fundamentals explained. Think of it as VxLAN for dummies!



    Part 1: Fundamentals - An introduction or primer into the basic concepts and terminology. For example, VxLAN vs VLAN, and host vs gateway

    Part 2: Header Format - Follow the packet flow to see the headers added to a frame

    Part 3: Spine Leaf Topology - Looks at the hierarchical architecture, and compares it to the newer spine leaf topology

    Part 4: Address Learning - BUM traffic, data plane or control plane learning, multicast, and ingress replication

    Part 5: Bridging Configuration - A technical deep dive into flood-and-learn (bridging) and multicast configuration on Cisco Nexus 9000 switches

    Part 6: BGP EVPN Configuration - A technical deep dive into control plane learning (BGP EVPN) and Ingress replication configuration on Cisco Nexus 9000 switches



    These videos is also helpful in CCNA Data Center, CCNP Data Center, and CCIE Data Center.
    200-155, DCICT
    300-180, DCIT
    300-160, DCID
    300-165, DCII



    https://www.youtube.com/c/networkdirection

    https://twitter.com/NetwrkDirection
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