CCIE Routing and Switching Advanced Lab Workbook Questions

For questions: www.routerie.comrs.q.lab.09.06.26.dc.r09.08.12.docLAB 1Instructions• Verify that all configurations have been cleared before you loadinitial configurations onto the lab routers, backbone routers, andswitches.• Please examine the provided diagrams and read the entire lab from startto finish before you commence work. Read the directions very carefullyto ensure you are doing what is being asked of you. This concept isvery important when you take the CCIE R&S lab exam.• Load the initial configuration files for routers. Refer to the diagramfor the interface connections to other routers. The frame relay switchconfiguration is a full mesh.• No configuration changes on the backbone routers are required tocomplete this lab. Please assume that you do not have access to thebackbone routers as that will be the case in the real lab• Follow the guidelines below unless otherwise specified:• Your network should use only the assigned IP address range.• Do not change any subnet masks to accomplish a task.• There should be no static routes, default routes, defaultnetworks, or any such routes injected by use of a routingprotocol, and no routes pointing to Null0 unless expresslypermitted.• You are not allowed to use secondary IP addresses or addLoopbacks that are not specified• For technical discussion about this Lab visit www.RouterIE.com2www.ccbootcamp.com Toll Free 877.654.2243 sales@ccbootcamp.comCopyright ©2009, Network Learning, Incorporated

For questions: www.routerie.comrs.q.lab.09.06.26.dc.r09.08.12.docSections:1. Implement Layer 2 Technologies2. Implement IPv43. Implement MPLS Layer 3 VPNS4. Implement IPv65. Implement IP Multicast6. Implement Network security7. Implement Network Services8. Implement QOS9. Optimize the Network3www.ccbootcamp.com Toll Free 877.654.2243 sales@ccbootcamp.comCopyright ©2009, Network Learning, Incorporated

For questions: www.routerie.comrs.q.lab.09.06.26.dc.r09.08.12.doc4www.ccbootcamp.com Toll Free 877.654.2243 sales@ccbootcamp.comCopyright ©2009, Network Learning, Incorporated




For questions: www.routerie.comrs.q.lab.09.06.26.dc.r09.08.12.docSection 1: Implement Layer 2 TechnologiesTask 1.1 4 Points• Configure frame relay between routers R1 and R5 then R5 and R2.• Create s0/0/0.15 on R5 as a point to point sub interface.• Create s0/0/0.25 on R5 as a point to point sub interface.• Do not create a sub interface on either R1 or R2.• Do not use dynamic mappings• You may only use the DLCI’s indicated on the topology diagramTask 1.2 4 Points• Configure frame relay between routers R7 and R3 then R7 and R4.• Create s0/0/0.37 on R7 as a point to point sub interface.• Create s0/0/0.47 on R5 as a point to point sub interface.• Do not create a sub interface on either R3 or R4.• Do not use dynamic mappings.• You may only use the DLCI’s indicated on the topology diagram.Task 1.4 4 Points• Configure SW1, SW2, SW3, and SW4 to immediately delete dynamicallylearned MAC address entries on a per-port basis upon receiving atopology change.• Configure SW4 as the root switch for VLANS 11,12,56,67,100,200,300 and400.• Configure SW4 as a VTP Server for the domain CCIE. Configure SW1, SW2,and SW3 as VTP clients. Use a password of CCIE.• VLAN Port assignments are stipulated in the table below:-8www.ccbootcamp.com Toll Free 877.654.2243 sales@ccbootcamp.comCopyright ©2009, Network Learning, Incorporated

For questions: www.routerie.comrs.q.lab.09.06.26.dc.r09.08.12.docCatalyst Switch Port AssignmentRouter Switch – Port Number VLANR1 fast 0/0 Switch 1 fast 0/1 VLAN 11R1 fast 0/1 Switch 2 fast 0/1 VLAN 100R2 fast 0/0 Switch 1 fast 0/2 VLAN 200R2 fast 0/1 Switch 2 fast 0/2 VLAN 12R3 fast 0/0 Switch 1 fast 0/3 VLAN 300R3 fast 0/1 Switch 2 fast 0/3 VLAN 333R4 fast 0/0 Switch 1 fast 0/4 VLAN 400R4 fast 0/1 Switch 1 fast 0/4 VLAN 444R5 fast 0/0 Switch 1 fast 0/5 VLAN 56R6 fast 0/0 Switch 1 fast 0/6 VLAN 67R6 fast 0/1 Switch 2 fast 0/6 VLAN 56R7 fast 0/0 Switch 3 fast 0/17 VLAN 67BB1 fast 0/0 Switch 1 fast 0/9 VLAN 11BB2 fast 0/0 Switch 1 fast 0/10 VLAN 12• Create SV1’s as stipulated in the following tableSwitch Vlan IP addressSW1 100 10.1.100.100/24SW2 200 10.1.100.200/24SW3 300 10.2.100.100/24SW4 400 10.2.100.200/24• Configure SW1 and SW2 to bundle ports 19 and 20 into a single logicallink. Use a Cisco proprietary protocol to achieve this. Place ports 19and 20 on both switches into an active negotiating state.• Configure switches SW3 and SW4 to bundle ports 19 and 20 into a singlelogical link. Configure these ports so that no negotiation takes place.• Configure switches SW1 and SW3 to bundle ports 22 and 21 into a singlelogical link. Use an industry standard protocol to achieve this.Configure ports 21 and 22 on SW1 to start actively negotiating the linkcreation. Configure ports 21 on 22 on SW3 to respond to the packetssent, but not to start the negotiation process.• Place the port channels created into permanent trunking mode and ensurethese ports never send DTP packets. Use the IEEE standard trunkingprotocolTask 1.3 4 Points9www.ccbootcamp.com Toll Free 877.654.2243 sales@ccbootcamp.comCopyright ©2009, Network Learning, Incorporated

For questions: www.routerie.comrs.q.lab.09.06.26.dc.r09.08.12.doc• Configure SW4 so that if a superior BPDU was receive on the portchannelinterface for any of the VLANS created, a "show spanning-treeinterface port-channel X" (where X = the port channel created) thefollowing output would be produced:-SW4#show spanning-tree interface port-channel 34Vlan Role Sts Cost Prio.Nbr Type------------------- ---- --- --------- -------- -------------------------------VLAN0001 Desg FWD 12 128.320 P2pVLAN0011 Desg BKN*12 128.320 P2p *ROOT_IncVLAN0012 Desg BKN*12 128.320 P2p *ROOT_IncVLAN0056 Desg BKN*12 128.320 P2p *ROOT_IncVLAN0067 Desg BKN*12 128.320 P2p *ROOT_IncVLAN0100 Desg BKN*12 128.320 P2p *ROOT_IncVLAN0200 Desg BKN*12 128.320 P2p *ROOT_IncVLAN0300 Desg BKN*12 128.320 P2p *ROOT_IncVLAN0400 Desg BKN*12 128.320 P2p *ROOT_IncTest your answer by entering the following commands on SW3spanning-tree vlan 11 pri 4096spanning-tree vlan 12 pri 4096spanning-tree vlan 56 pri 4096spanning-tree vlan 67 pri 4096spanning-tree vlan 100 pri 4096spanning-tree vlan 200 pri 4096spanning-tree vlan 300 pri 4096spanning-tree vlan 400 pri 4096Remove the above after your testing is complete.10www.ccbootcamp.com Toll Free 877.654.2243 sales@ccbootcamp.comCopyright ©2009, Network Learning, Incorporated

For questions: www.routerie.comrs.q.lab.09.06.26.dc.r09.08.12.docSection 2: Implement IPv4Task 2.1 4 Points• Configure RIP as indicated in the diagram.• Configure RIP on R1 so a "show ip protocols" would produce thefollowing output:-Routing Protocol is "rip"Outgoing update filter list for all interfaces is not setIncoming update filter list for all interfaces is not setSending updates every 30 seconds, next due in (X) secondsInvalid after 120 seconds, hold down 240, flushed after 240Redistributing: rip, ospf 1Default version control: send version 2, receive version 2InterfaceSend Recv Triggered RIP Key-chainFastEthernet0/0 2 2FastEthernet0/1 2 2Loopback0 2 2Automatic network summarization is not in effectMaximum path: 5Routing for Networks:10.0.0.0Routing Information Sources:Gateway Distance Last UpdateDistance: (default is 120)Address Wild mask Distance List10.1.100.100 0.0.0.0 115• BB2 is advertising a range of 10.0.0.0 routes. Configure SW1 to filterall 10.0.0.0/8 prefixes with mask equal to /26, greater than /27 andless than or equal to /30.Task 2.2 4 Points• Configure RIP on R3 so as to advertise the S0/0/0 interface.• Configure R3 so that a "show ip route" on SW3 would include the summarybelow. Do not use the command "ip summary address rip" as part of youranswer.R24.0.0.0/8 [120/1] via 10.2.100.3, 00:00:22, Vlan300Task 2.3 4 Points• Configure EIGRP as indicated in the network diagram. Advertise loopback0 on R5, R6, and R7 into EIGRP.• Authenticate routing updates between R2 and SW2. Use a key chain of"Cisco" with a key string of "Cisco".11www.ccbootcamp.com Toll Free 877.654.2243 sales@ccbootcamp.comCopyright ©2009, Network Learning, Incorporated

For questions: www.routerie.comrs.q.lab.09.06.26.dc.r09.08.12.doc• Configure SW2 to respond to all queries for summaries, connectedroutes, redistributed static routes, external routes, and internalroutes with the message "inaccessible".• Configure R6 so that a "show ip eigrp topology 10.5.5.0/24 would appearas follows:-IP-EIGRP (AS 100): Topology entry for 10.5.5.0/24State is Passive, Query origin flag is 1, 1 Successor(s), FD is 156160Routing Descriptor Blocks:24.234.56.5 (FastEthernet0/1), from 24.234.56.5, Send flag is 0x0Composite metric is (157160/128256), Route is InternalVector metric:Minimum bandwidth is 100000 KbitTotal delay is 5139 microsecondsReliability is 255/255Load is 1/255Minimum MTU is 1500Hop count is 1Do not modify delay or bandwidth interface settings.Task 2.4 4 Points• Configure R4 so that it will detect that SW4 is no longer available inthe shortest possible time.12www.ccbootcamp.com Toll Free 877.654.2243 sales@ccbootcamp.comCopyright ©2009, Network Learning, Incorporated

CCIE Routing and Switching Advanced Lab Workbook Questions

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