Autoplay
Autocomplete
HTML5
Flash
Player
Speed
Previous Lecture
Complete and continue
Cisco Programmable Fabric Using VXLAN with BGP EVPN
Introduction
Introduction (4:26)
Lesson 1: Introduction to Programmable Fabric
Learning objectives (0:31)
1.1 Understanding Today’s Data Center Challenges (4:32)
1.2 Data Center Network Evolution (4:06)
1.3 Fabric Technology Overview—The Road to ACI (3:04)
1.4 Understanding Programmable Fabric (3:20)
1.5 Roles and Terminology (8:02)
1.6 Fabric Properties (5:38)
1.7 Connectivity Options and Attaching End-Hosts (6:10)
Lesson 2: Introducing Programmable Fabric (VXLAN/EVPN)
Learning objectives (0:36)
2.1 Introducing IP Fabric Overlays (VXLAN) (8:41)
2.2 Using VXLAN VNI as Segment ID (Layer 2 and Layer 3 Multitenancy) (3:42)
2.3 MP-BGP Primer (6:34)
2.4 Understanding VXLAN/EVPN (2:53)
2.5 Understanding MP-BGP EVPN Route Types (5:34)
2.6 Using Host and Subnet Route Distribution (MP-BGP EVPN) (8:41)
2.7 Performing Host Detection, Deletion, and Move (MP-BGP EVPN) (4:38)
Lesson 3: Forwarding Concepts
Learning objectives (0:31)
3.1 Multi-Destination Traffic (Multicast) (10:03)
3.2 Multi-Destination Traffic (Unicast) (4:19)
3.3 Distributed IP Anycast-Gateway (5:51)
3.4 VXLAN/EVPN Enhancement (6:00)
3.5 Integrated Routing and Bridging (IRB) (5:57)
3.6 DHCP with Distributed IP Anycast Gateway (9:53)
3.7 Using DHCP Server Option 82 for Scope Selection (9:19)
Lesson 4: The Underlay
Learning objectives (0:26)
4.1 Underlay Considerations (5:11)
4.2 Unicast Routing and IP Addressing (12:02)
4.3 Underlay Deployment with Multicast Routing (11:46)
4.4 Underlay Deployment without Multicast (3:37)
Lesson 5: Unicast Forwarding
Learning objectives (0:30)
5.1 Understanding Unicast Forwarding (10:14)
5.2 Intra-Subnet Forwarding (Bridging) (3:13)
5.3 Inter-Subnet Forwarding (Routing) (4:06)
5.4 Non-IP Forwarding (Bridging) (2:48)
5.5 Forwarding with Dual-Homed Endpoint (vPC) (7:18)
5.6 IPv6 Handling (4:40)
Lesson 6: Multitenancy
Learning objectives (0:36)
6.1 Introducting Multitenancy (1:53)
6.2 Understanding Per-Port VLAN Significance (5:34)
6.3 Introducing Layer 2 and Layer 3 CLI Modes of Operation (5:27)
6.4 Examining Layer 2 and Layer 3 VLAN-based CLI Mode of Operation (5:23)
6.5 Examining Layer 2 and Layer 3 BD-based CLI Mode of Operation (12:54)
6.6 Layer 2 Multitenancy Use Case Demo (7:17)
Lesson 7: Multicast Forwarding
Learning objectives (0:25)
7.1 Introducing Multicast Forwarding (4:08)
7.2 Layer 2 Multicast Forwarding (2:43)
7.3 vPC and Multicast Forwarding (3:21)
Lesson 8: External Connectivity
Learning objectives (0:35)
8.1 Introducing External Connectvity (3:00)
8.2 Understanding External Layer 2 Connectivity with vPC (10:14)
8.3 Understanding External Connectivity with VRF-lite (7:50)
8.4 Understanding Locator ID Separation Protocol (LISP) (5:50)
8.5 End-to-end IP Mobility with LISP and BGP (6:58)
8.6 Understanding External Connectivity with MPLS (5:44)
8.7 Exploring Inter-Fabric Connectivity Option 1 (5:48)
8.8 Exploring Inter-Fabric Connectivity Option 2 (5:12)
8.9 Exploring Inter-Fabric Connectivity Option 3 (5:34)
8.10 Comparing Inter-Fabric Connectivity Options 1–3 (4:58)
8.11 Migration from VPC/FP to VXLAN Use Case Demo (5:31)
8.12 Exploring Inter-Fabric Connectivity Option 4 (3:12)
Lesson 9: Layer 4-7 Services Integration
Learning objectives (0:28)
9.1 Understanding the Tenant Edge-Firewall (7:05)
9.2 Tenant Edge-Firewall Use Case Demo (8:30)
9.3 Understanding the Intra-Tenant Firewall (East-West Same VRF) (4:44)
9.4 Implementing Load Balancer Integration (10:29)
9.5 Deploying a Service Chain—Firewall and Load Balancer (11:23)
Lesson 10: Introducing Programmable Fabric Management, Operations, and Provisioning
Learning objectives (0:38)
10.1 Implementing Device Auto-Configuration (POAP) (10:28)
10.2 Performing a Cabling Plan Consistency Check (4:32)
10.3 Implementing Common Point of Fabric Management (10:08)
10.4 Understanding Topology, Tenant, and Overlay Provisioning (4:47)
1.7 Connectivity Options and Attaching End-Hosts