Data Center Labs¶
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Layer 2 Leaf-Spine
This lab builds a layer 2 leaf-spine underlay fabric utilizing MLAG and vARP.
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Layer 3 Leaf-Spine (BGP)
This lab builds a layer 3 leaf-spine fabric utilizing the BGP protocol for underlay routing.
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Layer 3 Leaf-Spine (OSPF)
This lab builds a layer 3 leaf-spine fabric utilizing the OSPF protocol for underlay routing.
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VXLAN
This lab builds a layer 3 leaf-spine fabric utilizing the BGP protocol for underlay routing, and VXLAN for layer 2 extension across leaf pairs.
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L2 EVPN Services
This lab builds a layer 3 leaf-spine fabric utilizing the BGP protocol for underlay routing. It uses the BGP EVPN address family and VXLAN for layer 2 extension across leaf pairs, using the default vrf.
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L3 EVPN Services
This lab builds a layer 3 leaf-spine fabric utilizing the BGP protocol for underlay routing. It uses the BGP EVPN address family and VXLAN for layer 2 extension across leaf pairs, using a non-default vrf for endpoint traffic.
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L2 and L3 EVPN - Symmetric IRB with MLAG
This lab builds a layer 3 leaf-spine fabric utilizing the BGP protocol for underlay routing. It uses the BGP EVPN address family and VXLAN for layer 2 extension across leaf pairs, using a non-default vrf for endpoint traffic, and MLAG as the multihoming model for the hosts connected to the leaf pairs.
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L2 and L3 EVPN - Symmetric IRB with All-Active Multihoming
This lab builds a layer 3 leaf-spine fabric utilizing the BGP protocol for underlay routing. It uses the BGP EVPN address family and VXLAN for layer 2 extension across leaf pairs, using a non-default vrf for endpoint traffic, and the AA LAG ESI groups multihoming model for the hosts connected to the leaf pairs.
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CloudVision Studios - Layer 3 Leaf-Spine
This lab works within CloudVision Studios to build a layer 3 leaf-spine fabric utilizing the BGP protocol for underlay routing. It uses the BGP EVPN address family and VXLAN for layer 2 extension across leaf pairs, using a non-default vrf for endpoint traffic.