L3 and Multicasting PPT by NETWORKERS HOME
- 1. L3 Routing & Multicasting
- 2. Typical Enterprise Network Design
- 3. Layer 3 Feature by place in Network
- 4. Layer 3 Access Consideration • Advantages Lower L2 table utilization Smaller L2 domain eliminate STP • Drawbacks More L3 configuration points VM mobility constrained to a smaller L2 domain • Use OSPF stub area, EIGRP stub or static default routes • Fabric Extender technology enables larger L2 domains without adding STP hops
- 5. Layer 3 Aggregation Considerations
- 6. Nexus 7000 Layer 3 and MPLS Support
- 7. Comparison of I/O Module
- 8. Licence • Enterprise Services License - all routing protocols except RIP • MPLS License – MPLS features • XL License – higher FIB table sizes (optional) • Base - all other Layer 3 features (SVIs, Layer 3 ports, FHRP, IGMP etc)
- 9. Nexus 5500 L3 Support
- 10. 5500 L3 Licence
- 11. Nexus 2000 FEX L3 / MPLS
- 12. IP Unicast Routing and Forwarding
- 13. NX-OS and Nexus 7000 Unicast Routing Architecture
- 14. NX-OS Unicast Routing Protocols Platform Support
- 15. NX-OS Unicast Routing Protocols Configuration Highlights
- 18. OSPF in NX-OS
- 19. OSPF
- 20. EIGRP in NX-OS
- 21. EIGRP
- 22. BGP • Full MP-BGP support • BGP version 4 (RFC 4271) • Multi-Protocol Extensions (RFC 2858) • Integrated implementation for IPv4 and IPv6 • Route Reflector support for all Afs • BGP Dynamic Capability (draft-ietf-idr- dynamic-cap-14) • 4 byte ASN support and interoperability (RFC 4893)
- 23. BGP