EIGRP
EIGRP was a Cisco proprietary IGP routing protocol but is now open source. You can find details in RFC 7868.
Links:
Links to this page:
- home
- ASA - object group protocol vs service
- BGP - redistributing iBGP routes into an IGP
- BGP
- Bidirectional Forwarding Detection (BFD)
- CoPP - Best practices and operation
- DMVPN - Phase 2 BGP peerings
- DMVPN - Phase 2 EIGRP neighbor adjacencies
- DMVPN - Phase 2 OSPF neighbor adjacencies
- DMVPN - What is the best routing protocol to use
- DMVPN
- EGP
- EIGRP - Advertised metric is cumulative
- EIGRP - Advertising a route using the network command
- EIGRP - Network command syntax
- EIGRP - Queries
- EIGRP - Reliable Multicast
- EIGRP - Source of values for metric calculation
- EIGRP - Summarization per interface
- EIGRP - Update message exchange process
- EIGRP - af-interface configuration mode
- EIGRP - how metrics are sent in updates
- EIGRP - metric computation method
- EIGRP - metric equation
- EIGRP - network command with no wildcard mask
- EIGRP - stub site function
- EIGRP Create and advertise a default route
- EIGRP Feasibility condition
- EIGRP Header
- EIGRP IP bandwidth-percent example
- EIGRP LFA FRR
- EIGRP Refining the behavior of load balancing with traffic-share
- EIGRP SIA timers
- EIGRP authentication
- EIGRP auto-summary
- EIGRP change rib scale
- EIGRP establishing remote neighbors
- EIGRP header - ACK field
- EIGRP named mode
- EIGRP on the Nexus Platform
- EIGRP redistributing named mode
- EIGRP rib-scale
- EIGRP seed metrics when redistributing
- EIGRP split horizon verification
- EIGRP split-horizon vs poison reverse
- EIGRP unequal cost load balancing
- EIGRP what happens when a feasible successor fails
- FHRP - interaction with routing protocols
- Frame Relay - is it a relevant technology anymore
- GRE - Recursive routing error
- IGRP
- IOS key chain feature
- IP Addressing on a Router
- IPv6 EIGRP static neighbors
- Interface - show interfaces counters explained
- Interface speed and bandwidth
- Interior Gateway Protocol (IGP)
- MPLS - L3VPN BGP EIGRP redistribution
- MPLS Label Edge Router
- MPLS advertising multiple customer subnets
- MPLS-TE - why are IGPs necessary
- Multi-Topology Routing
- Multicast - Local Network Control Block
- Multicast local subnetwork address range
- Network - Flapping
- Network - control plane
- OSPF - HMAC-SHA Extended Authentication
- Offset-list
- Passive interface
- QoS - effects of bandwidth interface command
- RIP
- Redistribute static route into EIGRP stub router
- Reliable Transport Protocol
- Routers - what is a loopback interface
- Routing - Difference between IGPs and EGPs
- Routing - Administrative Distance
- Routing - Distance Vector Routing Protocols
- Routing - Distance-vector routing protocol use cases
- Routing - Dynamic routing protocols
- Routing - How the routing table is populated
- Routing - Injecting a Static Route
- Routing - Link-State vs Distance-Vector routing protocols
- Routing - address-family
- Routing - fully specified route
- Routing - ip default-network command
- Routing - link-local IPv6 next hop address needs exit interface
- Routing - network vs redistribute connected commands
- Routing - redistribute command
- Routing - route tagging
- Routing - seed metrics
- Routing NX-OS passive-interface default
- Routing Table
- Routing what if the administrative distance is the same
- Split-horizon
- Time to live
- Upgrade your R&S skills to modern networking