Cisco 300-101 - ROUTE - Implementing Cisco IP Routing

Compare routing protocols across the Cisco enterprise network infrastructure, distinguishing campus, edge, and remote sections, and evaluate static routing and interior gateway protocols like OSPF for scalable, multi-vendor networks.

Explore IPv6 address types, including global unicast and link-local addresses, prefixes, 64-bit interface identifiers, multicast, and unique local, loopback, and unspecified addresses.

explore network types, including broadcast ethernet, point-to-point serial, and non-broadcast multi-access frame relay, and address split-horizon, hello packet challenges, plus subinterfaces to create multiple point-to-point virtual circuits.

Explore options for connecting remote sites to headquarters with MPLS-based VPNs and tunneling, including layer 2 and layer 3 MPLS, GRE, IPsec, DMVPN, and hybrid VPNs.

Enable ipv6 routing globally, create a named ripng process, and enable it on interfaces using interface commands; optionally announce default routes with default information originate.

Configure ipv6 routing and set up ripng across three routers, enabling rip on interfaces and verifying with show ipv6 route and a ping test.

Explore the basics of GOP, a Cisco proprietary protocol with the fastest convergence among routing protocols in this module, and preview its advanced features for upcoming lessons.

Establish eigrp over layer 2 mpls vpn topologies by linking the last customer router to the provider edge, using point-to-point or multipoint-to-multipoint setups with a single broadcast domain.

Demonstrates configuring EIGRP for IPv4 across three routers using AS 100, with network statements for 192.168.6.0 and 192.168.5.0, verifying learned routes with show ip route and successful pings.

Examine how EIGRP queries find alternate routes when no feasible successor exists and how stub routers reduce query overhead with connected, summary, static, redistribute, and receive only options.

Shrink the routing table by applying route summarization on router b, then verify the single summary with show ip route and demonstrate the EIGRP stub feature.

Explore EIGRP for IPv6 overview, showing how routers use link-local addresses to form neighbor adjacencies, with multicast, router IDs, metrics, successors, and feasible successors.

Identify matching bits across IPv6 prefixes and convert the first nonmatching field into binary to form a manual summary with a /61 prefix, following the IPv4 approach.

Master the named EIGRP configuration modes, including global, address family, and address family topology configuration, using network statements, summary addresses, passive interfaces, hello and hold time, and redistribution commands.