CCNP Route FAQ: IPv6 Routing Protocols and Redistribution Figure: Sample Internetwork for IPv6 Routing Protocol Configuration Q1. Which of the following features work the same in both RIP-2 and RIPng? (Choose three.) a. Distance Vector Logic b. Uses UDP c. Uses RIP-specific authentication d. Maximum useful metric of 15 e. Automatic route summarization Answer: A, B, … [Read more...]
CCNP Route FAQ: IP Version 6 Addressing
CCNP Route FAQ: IP Version 6 Addressing Figure: IPv4 Classless and Classful Addressing, IPv6 Addressing Q1. Which of the following is the shortest valid abbreviation for FE80:0000:0000:0000:0010:0000:0000:0123? a. FE80::10::123 b. FE8::1::123 c. FE80:0:0:0:10::123 d. FE80::10:0:0:123 Answer: D. Inside a quartet, any leading 0s can be omitted, and one sequence of one … [Read more...]
CCNP Route FAQ: BGP Path Control
CCNP Route FAQ: BGP Path Control Q1. An engineer is preparing an implementation plan in which the configuration needs to influence BGP’s choice of best path. Which of the following is least likely to be used by the configuration in this implementation plan? a. Weight b. Origin code c. AS_Path d. Local_Pref Answer: B. Weight and Local_Pref were created for the purpose of … [Read more...]
CCNP Route FAQ: External BGP
CCNP Route FAQ: External BGP Q1. Enterprise Router R1, in ASN 1, connects to ISP Router I1, ASN 2, using eBGP. The single serial link between the two routers uses IP addresses 10.1.1.1 and 10.1.1.2, respectively. Both routers use their S0/0 interfaces for this link. Which of the following commands would be needed on R1 to configure eBGP? (Choose two.) a. router bgp 2 b. … [Read more...]
CCNP Route FAQ: Internet Connectivity and BGP
CCNP Route FAQ: Internet Connectivity and BGP Q1. Which of the following are considered private IPv4 addresses? (Choose two.) a. 192.16.1.1 b. 172.35.1.1 c. 225.0.0.1 d. 127.0.0.1 e. 10.1.1.1 Answer: B and E. The private IPv4 address space consists of Class A network 10.0.0.0, Class B networks 172.16.0.0–172.31.0.0, and the 256 Class C networks that begin … [Read more...]
CCNP Route FAQ: Policy-Based Routing and IP Service Level Agreement
CCNP Route FAQ: Policy-Based Routing and IP Service Level Agreement Figure: Sending and Receiving Packets with IP SLA Q1. Policy-Based Routing (PBR) has been enabled on Router R1’s interface F0/0. Which of the following is true regarding how PBR works? (Choose two.) a. Packets entering F0/0 will be compared based on the PBR route map. b. Packets exiting F0/0 will be … [Read more...]
CCNP Route FAQ: Advanced IGP Redistribution
CCNP Route FAQ: Advanced IGP Redistribution Q1. Router R1 has been configured with the redistribute ospf 1 route-map fred command under router eigrp 1. The route map named fred needs to be configured to match routes to determine which routes are redistributed into EIGRP. Which of the following answers lists an item that cannot be matched by route map fred? a. Subnet … [Read more...]
CCNP Route FAQ: Basic IGP Redistribution
CCNP Route FAQ: Basic IGP Redistribution Figure: Using Redistribution to Pass Routes Using BGP Q1. Which of the following answers is the least likely reason for an engineer to choose to use route redistribution? a. To exchange routes between merged companies b. To give separate control over routing to different parts of one company c. To support multiple router … [Read more...]
CCNP Route FAQ: OSPF Route Summarization, Filtering, and Default Routing
CCNP Route FAQ: OSPF Route Summarization, Filtering, and Default Routing Q1. Router B1, an internal router in area 1, displays the following output. The only two ABRs connected to area 1 are performing Type 3 LSA filtering. Which of the following answers is true based on the information in the output from B1? R1# show ip route 10.1.0.0 255.255.0.0 longer-prefixes ! Legend … [Read more...]
CCNP Route FAQ: OSPF Topology, Routes, and Convergence
CCNP Route FAQ: OSPF Topology, Routes, and Convergence Q1. A network design shows area 1 with three internal routers, area 0 with four internal routers, and area 2 with five internal routers. Additionally, one ABR (ABR1) connects areas 0 and 1, plus a different ABR (ABR2) connects areas 0 and 2. How many Type 1 LSAs would be listed in ABR2’s LSDB? a. 6 b. 7 c. 15 d. 12 e. … [Read more...]