CCNP IPSOFTWARE EIGRP ROUTE Lab Manual.

Transcription

1 Lab Manual CCNP ROUTE EIGRP Lab - 1 : EIGRP-Basic Configuration Lab - 2 : EIGRP-Metric and Variance Load Sharing Lab - 3 : EIGRP-Summarization Lab - 4 : EIGRP-Query Control Lab - 5 : EIGRP-Authentication Lab - 6 : EIGRP-Route Filtering Lab - 7 : Named-EIGRP Lab - 8 : EIGRP - IPv6

2 CASE STUDY-1 Basic Configuration / /24 Ga 0/ /24 HO This Lab Topology would make the student understand the following concepts. 1. Behavior of EIGRP Enabling Move. 2. Different between wildcard mask with the EIGRP. Network command & Passive interface command. 3. EIGRP Split-horizon Issue. 4. Unicast and Multicast 5. Different between RIPv2 and EIGRP neighbor Statement. 6. Verification Command. 7. Metric identification. Lab Exercises: /24 DELCI 100 DELCI 200 Frame-Relay DELCI 150 S0/3/0 DELCI Configuration of EIGRP. 2. Automatic selection process of router-id. 3. Manual selection of router-id. 4. Manipulation of hello / hold down timer. 5. Debugging and understanding the functioning of hello protocol. 6. Debugging and understanding the adjacency formation. 7. Verification of the EIGRP topology 8. Understand The EIGRP Packet Types DELCI 300 DELCI 350 BO 1 BO / /24 Fa 0/1 S0/2/ / /8 router eigrp network ip split-horizon eigrp 1 show run section eigrp debug ip routing clear ip eigrp neigbor show process I eigrp eigrp router-id neighbor <> <interface> debug eigrp packet ip hello-interval eigrp 1

3 CASE STUDY-2 EIGRP-Metric and Variance / / / /30 S0/3/ /30 R / / /30 S0/2/ /30 Ga 0/ /32 R / / /32 This Lab Topology would make the student understand the following concepts 1. EIGRP Metric Tuning 2. Unequal Metric Route Load Sharing Lab Exercises 1. Configuration of Bandwith and Delay 2. Metric Weights (K-Value) 3. Offset-List configuration. 4. Calculate the appropriate Delay for requiring Load Balancing 5. Understanding the DUAL concepts like a. Administrative distance b. Feasible distance c. Successor d. Feasible Successor e. Feasibility Condition 3. Understanding the concepts of Topology Changes. 4. Understanding the concepts of neighborship details. router eigrp show process I eigrp show ip route access-list 1 permit <> offset-list 1 in 3 serial <> variance show run section eigrp debug eigrp packet debug ip routing clear ip eigrp neigbor 2

4 CASE STUDY-3 EIGRP-Summarization /24 R /24 fa 0/ / /24.1 DELCI 100 FRSW DELCI / / /24 R4 ga0/1 fa0/ / /24 This Lab topology would make the student understand the following concepts. 1. Behavior of EIGRP summarization. 2. Calculation of Summary Route. 3. Choose where to summarize Routes Lab Exercises: 1. Configuration of EIGRP route summarization 2. Verification of the roles of routers as Summary 3. Verification of the routing tables. 4. Choosing locations for Route summarization. 5. Verification of the routing tables. 6. Configuration of Auto-summary. 7. Configuration of Default Routes 8. Verification of the reachability. Router ospf <process- id> ip default-network ip summary-address eigrp 1 <><snm> ip summary-address eigrp show ip eigrp topology show ip route show ip rote eigrp show ip route include Null 3

5 CASE STUDY-4 EIGRP-Query Control /24 R /24 fa 0/ / / /24 DELCI 100 DELCI 200 FRSW DELCI /24 DELCI 250 S0/3/ / /24 S0/2/ /24 R4 ga0/1 fa0/ / /24 This Lab topology would make the student understand the following concepts. 1. Behavior of EIGRP Query Control. Lab Exercises: 1. Configuration of a Frame-relay switch. 2. Configuration of EIGRP. 3. Verification of adjacencies. 4. Converging by going active 5. The Impact of Stub Routers on Query Scope 6. The Impact of Summary Routes on Query Scope 7. The behaviour or Stuck in Active state. Debug eigrp fsm Debug eigrp packet update query reply Logging buffer No logging console Eigrp stub summary Show logging i Sending Show logging i REPLY Show logging i Update Ip hello-interval eigrp 1 1 Ip hold-down eigrp 1 3 4

6 CASE STUDY-5 EIGRP-Authentication RIP EIGRP R / This Lab topology would make the student understand the following concepts. 1. Behavior of EIGRP Authentication 2. Understanding the conept of PSK 3. Importance of Md5 Authentication 4. Use key-chain system of EIGRP 5. Configuration of Named EIGRP and authentication 6. Configuration of IPv6 EIGRP and authentication Lab Exercises & KEY chain r1keychain key 1 key-string <> accepted-lifetime send-lifetime ip authentication mode eigrp 1 md5 ip authentication key-chain eigrp 1 r1keychain show key chain show ip eigrp neighbors detail 5