14. Multi Domain Segment Routing Part2
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13. Segment Routing Multi Domain with PCE Part1
Segment routing multi domain is the discussion of this video which makes segment routing traffic engineering possible in multi domain networks. Also we will see how and why new PCE component (Path Computation Element) is used to calculate traffic engineering dynamic path instead of source PE routers.
Details12. Segment Routing on demand next hop (ODN)
In this section we will discuss another capability of traffic engineering in segment routing network called ODN or “segment routing on demand next hop”. This feature greatly reduces the number of policies that we have to write into each PE router.
Details11. Segment Routing Traffic Engineering Dynamic Path
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16. VXLAN EVPN Multihoming
VXLAN EVPN natively offers a multihoming solution for endpoints and customers who connect to leaf switches and need redundancy in their connection. VXLAN EVPN Multihoming is handled through route type 4, which is discussed and implemented in this video.
Details15. VXLAN vPC configuration
In a VXLAN network, one way to create redundancy in leaf switches and connections to leaf switches is to use traditional vPC technology. This is the main topic of this video (VXLAN vPC Configuration).
Details14. VXLAN Multisite Configuration Example
In the last video, we discussed theoretical details of VXLAN design in multi-site data centers. We presented three solutions: Multipod, Multi-Fabric and Multisite. In this video we will discuss details of the VXLAN multisite configuration.
Details13. VXLAN EVPN Multisite Solutions
How is VXLAN implemented when we have more than one site (VXLAN EVPN Multisite)? For example, in an enterprise data center with multiple sites how VXLAN is designed and implemented. This is the question that we want to discuss in this video.
We have three options for implementing VXLAN in multiple sites. Multi-Pod, Multi-Fabric and the third method which is called Multisite.
12. VXLAN BGP EVPN External Connectivity
The VXLAN network is likely only part of your network. To have end-to-end connectivity with other parts of your network that are not based on VXLAN technology, you need VXLAN BGP EVPN external connectivity. For example, VXLAN is implemented in your data center and in order to have end-to-end connectivity to LAN, WAN and the Internet, these must be connected to your VXLAN network. The most common types of external connectivity are L2 and L3 connectivity, which we will discuss in this video.
Details11. VXLAN BGP EVPN Configuration Example2
The VXLAN BGP EVPN configuration example 2 is what we are going to implement in this video.
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