ccna 200 301 official cert guide volume 2 download

ccna 200 301 official cert guide volume 2 download.Note that like Figure 10-3 - which was used in several EIGRPv4 examples in Chapter 10 - Figure 18-2 uses the exact same interface model and number and router name. In fact, it uses a similar subnet numbering model. For example, suppose there are four LAN-based IPv6 subnets, based on the last four bytes of the value, for subnets I, 2, 3, and 33. these subnets are the same as in the Chapter 10 example, based on the third octet of the IPv4 subnet numbering, also I, 2, 3, and 33, respectively.Why does the interconnect network in this chapter follow the same network topology as in Chapter 10? Because not only are the EIGRP configuration commands similar, but the output of the show command is also similar. The show command in this chapter lists the EIGRPv6 output using the exact same network topology, which is almost identical to EIGRPv4. In Example 18-1, a specific example, the additional IPv6 configuration required on Rl to make it a dual-stack router is listed first, including the EIGRPv6 configuration. The shaded lines show the EIGRPv6-specific configuration commands, and the rest of the configuration adds IPv6 routing and addressing. Example 18-1 IPv6 and EIGRPV6 Configuration on Router R1￡pv6 router eigrp 1 eigrp router-id 1.1.1.1interface GigabitEthernetO/O ipv6 address2001:db8:1:1::1/64 *pv6 eigrp 1interface serial 0/0/0 description link to R2ipv6 address2001:db8:1:5::1/64 ipv6 eigrp 1interface serial 0/0/1 description link to R3ipv6 address 2001:db8:1:4::l/64 ipv6 eigrp 1For the first example, you can take a moment to review the configuration thoroughly. All routers need to be configured with the same EIGRPV6 autonomous system number (ASN), that is, with the ipv6routereigrpasn global command. After this command, Rl sets its EIGRP router ID (RID) explicitly using the eigrprouter-id command.O Note that EIGRPv6 uses the same 32-bit RID as OSPFv3, and the rules for router fetching are the same.The rest of the configuration work is simply a matter of referring to the correct EIGRPV6 process to enable EIGRPV6 on each interface or, in the case of ASN, using the ipv6 eigrp asn interface subcommand.Example 18-2 shows the configuration of the second router (R2). Note that it also uses ASN1, because it must match the ASN used on router Rl. Otherwise, the two routers will not become neighbors. Also note that R2 has its RID set to 222.2.