This three-day course is designed to provide students with the knowledge to configure and troubleshoot MPLS-based Layer 2 virtual private networks (VPN). The course includes an overview of MPLS Layer 2 VPN concepts, such as BGP Layer 2 VPNs, LDP Layer 2 circuits, forwarding equivalence class (FEC) 129, virtual private LAN service (VPLS), Ethernet VPN (EVPN), and Inter-AS MPLS VPNs.
This course also covers Junos OSspecific implementations of Layer 2 VPN instances, VPLS, and EVPNs. This course is based on the Junos OS Release 21.4R1.12.
Associated Certification:
JNCIP-SP
DAY 1
1. Course Introduction
2. Refresher—VPNs and MPLS
3. The Different Flavors of Layer 2 VPN
4. L2VPN, aka BGP-Signaled Pseudowires
5. L2VPN—Configuration
6. L2VPN—Troubleshooting
7. L2VPN—Site IDs, the Label Base, and Overprovisioning
Lab 1: BGP-Signaled Layer 2 VPNs
8. L2VPN—Advanced Concepts
Lab 2: L2VPNs—Advanced Concepts
9. L2Circuit—LDP-Signaled Pseudowires
10. L2Circuit—Troubleshooting
DAY 2
11. L2Circuit—Advanced Concepts
Lab 3: LDP-Signaled L2Circuits
12. FEC 129 Pseudowires
Lab 4: FEC 129 Pseudowires (Optional)
13. Virtual Private LAN Service—Introduction
14. VPLS—BGP Configuration and Verification
15. VPLS—LDP and FEC 129 Configuration and Verification
16. VPLS—The Default VLAN Mode
17. VPLS—VLAN Normalization, VLAN-Aware Instances, and Dual-Stacked VLANs
18. VPLS—Advanced Features and Troubleshooting
19. VPLS—Multihoming
Lab 5: VPLs
Days 3
20. EVPN—Introduction
21. EVPN—Using BGP to Advertise MACs and to Flood Traffic
22. EVPN—Configuring a Single-Homed VLAN-Based EVI
23. EVPN—Configuring a Single-Homed VLAN-Aware Bundle EVI
24. EVPN—Multihoming Configuration and Type 4 Routes
25. EVPN—Multihoming Features Using Type 1 Routes
26 EVPN—MAC Mobility and IRB Interfaces
Lab 6: EVPN
SELF-STUDY MATERIALS
A EVPN—Integration with L3VPNs
Lab 7: Inter-AS L2VPNs
E VPLS—Hub-and-Spoke Topologies
Benefits individuals responsible for configuring and monitoring devices running the Junos OS in a service provider environment, in MPLS-based data centers, and in larger enterprises
This three-day course is designed to provide students with the knowledge to configure and troubleshoot MPLS-based Layer 2 virtual private networks (VPN). The course includes an overview of MPLS Layer 2 VPN concepts, such as BGP Layer 2 VPNs, LDP Layer 2 circuits, forwarding equivalence class (FEC) 129, virtual private LAN service (VPLS), Ethernet VPN (EVPN), and Inter-AS MPLS VPNs.
This course also covers Junos OSspecific implementations of Layer 2 VPN instances, VPLS, and EVPNs. This course is based on the Junos OS Release 21.4R1.12.
Associated Certification:
JNCIP-SP
DAY 1
1. Course Introduction
2. Refresher—VPNs and MPLS
3. The Different Flavors of Layer 2 VPN
4. L2VPN, aka BGP-Signaled Pseudowires
5. L2VPN—Configuration
6. L2VPN—Troubleshooting
7. L2VPN—Site IDs, the Label Base, and Overprovisioning
Lab 1: BGP-Signaled Layer 2 VPNs
8. L2VPN—Advanced Concepts
Lab 2: L2VPNs—Advanced Concepts
9. L2Circuit—LDP-Signaled Pseudowires
10. L2Circuit—Troubleshooting
DAY 2
11. L2Circuit—Advanced Concepts
Lab 3: LDP-Signaled L2Circuits
12. FEC 129 Pseudowires
Lab 4: FEC 129 Pseudowires (Optional)
13. Virtual Private LAN Service—Introduction
14. VPLS—BGP Configuration and Verification
15. VPLS—LDP and FEC 129 Configuration and Verification
16. VPLS—The Default VLAN Mode
17. VPLS—VLAN Normalization, VLAN-Aware Instances, and Dual-Stacked VLANs
18. VPLS—Advanced Features and Troubleshooting
19. VPLS—Multihoming
Lab 5: VPLs
Days 3
20. EVPN—Introduction
21. EVPN—Using BGP to Advertise MACs and to Flood Traffic
22. EVPN—Configuring a Single-Homed VLAN-Based EVI
23. EVPN—Configuring a Single-Homed VLAN-Aware Bundle EVI
24. EVPN—Multihoming Configuration and Type 4 Routes
25. EVPN—Multihoming Features Using Type 1 Routes
26 EVPN—MAC Mobility and IRB Interfaces
Lab 6: EVPN
SELF-STUDY MATERIALS
A EVPN—Integration with L3VPNs
Lab 7: Inter-AS L2VPNs
E VPLS—Hub-and-Spoke Topologies
Benefits individuals responsible for configuring and monitoring devices running the Junos OS in a service provider environment, in MPLS-based data centers, and in larger enterprises