Exam Code: CFG: LAB1、LAB1+、LAB2、LAB2+、LAB3
TS: TS1(5 sets)、TS2(3 sets)
DIAG:DIAG 1~DIAG 8(8 sets)
Certification Provider: Cisco
Certification Exam Name:CCIE Routing and Switching Lab
Update Date: Sep 16,2026
Debug ip igrp events (6) Beyond CCIE Check to see EIGRP neighbors IGRP is a distance vector type routing protocol that does automatic route summarization . There is no way to turn off this feature . 1. If there is a router loopback interface , from the highest loopback interface, select the IP as is RouterID 1111 1110 11 38 0 16-bit SLA bits Configuring the Botnet Traffic Filter Interfaces that are blocked will not receive / send user data . 4, work experience such things, in fact, it is really not important here, because for the study and examination, the people who walk, most of the time are OK, no one, even if there is work experience, most of the time No way; =========================================================== =============== "Good. You can accept the black belt and start fighting." Cisco MPF Overview and grateful group of people. =========================================================== =============== 7. Application layer : user interface If PCA wants PCB communication, the destination address is IPV6 address because it is IPV6 terminal itself. ! nvRam : Startup-config startup configuration file , or user profile Configuration Choices, Basic Procedures,ine ccie routing and switching lab topology, and Required Input Parameters No ip address Q: What drives you to pursue your first CCIE qualification? This port was added to 10 VLAN in . is the pressure of learning, I can't use words to convey this pressure Show interfaces fastethernet 0/1 switchport The problem encountered: delete the flash of a router, so that the system can not boot =========================================================== =============== Even if you have tested the CCIE for routing and switching, you may not be able to do the right thing. month is only 600 yuan. Later, there is no income for a long time. At Tuning and Managing Active/Active Failover Multiple IPV6 unicast addresses are allowed on a port, and each address can participate in the OSPFv3 protocol. Interface Serial1 The BPDU is exchanged between switches every two seconds. Periodic. The original after-sales service is a scarce resource, mainly for pre-sale testing and high-level fault handling. Most of the project’s after-sales implementers are outsourcing companies or integrators. An excellent network engineer is not in your command to be proficient in proficiency, nor in how many manufacturers’ command lines you can remember. This is all copied and pasted in the configuration manual. The focus is on troubleshooting and solving problems.
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The following requirements were pre-configured
l VTP is turned off in all switches
l All required VLAN, including access-ports configuration in all relevant switches are provisioned.
l All required SVI interface in all relevant switches (including IP address and subnets mask) are provisioned.
Configure the network in all sites as per the following requirements:
l Access-port must immediately transition to the forwarding state upon link up, as long as they do not receive a BPDU. Use the minimal number of commands per switch to enable this feature.
l If an access-port receive a BPDU, it must automatically shutdown. Use the minimal commands per switch to enable this feature.
l Ports that were shutdown must attempt to automatically recover after 10 minutes.
l None of the switches may generate a TC.
configure the headquarters’ network as well as the large and medium office networks as per the following requirements:
l all trunks must use dot1q encapsulation
l negotiation of trunking protocol must be disabled in all switches
l distribution switches (SW300, SW301, SW400, SW401, SW500, SW501) must initiate etherchannel negotiation using LACP
l configure layer 2 etherechannel’s number as shown in the ‘diagram 1: main topology’ and ‘diagram 5: layer 2 connections’ (that is use only Po1 and/or Po2)
l ensure that all ports included in etherchannels are effectively in use and bundled in the expected channel
l access switches must see similar output as shown below:




configure the headquarters‘network as per the following requirements:
l SW300 must be the spanning-tree root bridge and must maintain a single spanning-tree instance for the following VLANs: 2000, 2002, 2004, 2006, 2008 (use instance number 2)
SW301 must be the spanning-tree root bridge and must maintain a single spanning-tree instance for the following VLANs: 2001, 2003, 2005, 2007, 2009 (use instance number 1)
l all other VLANs, except 3001, must share the default spanning-tree instance
l ensure that interface E0/2 of SW 300 and SW 301 is a dot1q trunk and that it switches frames for VLAN 3001 only
l SW300, SW301, and SW 310 must not have any blocked ports for any access VLAN (2000-2009)
l SW310 must have the least chance of being elected the root bridge for any VLAN
l none of the three switches may run more than four instance of spanning-tree at any point in time



configure all access switches in both datacenter networks (SW110, SW111, SW210, SW211) as per the following requirements:
l use 32-bit based values for the default port path cost
l all four switches must use the default value for their interface cost

configure the home router R70 as per following requirements:
l the Ethernet WAN link must rely on a layer 2 protocol that supports authentication and layer 3 protocol negotiation
l the service provider expects that R70 completes a three-way handshake by providing the expected response of a challenge requested
l R70 must use the hostname “R70”and password “CCIE” (without quotes)
l R70 must receive an IP address from R8 and must install a default route pointing to 201.99.8.8
l ensure that R70 can successfully ping 8.8.8.8, which is located in the ISP#2 cloud
l you are not allowed to configure any static route in R70 in order to achieve the previous requirements
l use the pre-configured Dialer 1 interface as appropriate

configure the headquarters network (BGP AS#65003) as per the following requirements:
l both gateway routers of the headquarters network must always advertise a default route into the ospf domain
l all four devices produce the exact same output as shown below. everything must match, except the “dead time” counters and line order


in order to speed up OSPF convergence in the datacenter#1 network, limit the number of IP prefixes that are carried in OSPF LSAs that OSPF is preconfigured in all required devices in datacenter#1
configure the datacenter#1 network as per the following requirements:
l all OSPF devices must exclude the IP prefixes of connected networks when advertising their type 1 router LSA, except for prefixes associated with loopbacks or passive interfaces
l host loopbacks are the only OSPF intra-area prefixes that may appear in any DC devices ‘routing table
l your solution must still apply if any new interface was added to the OSPF domain
l don not use any prefix-list or another explicit filter anywhere
l do not configure any interface as unnumbered
l do not remove any pre-configuration
R100 is located in the partner#1 network and is connected to R42. it supports OSPF only. configure the large office network as per the following requirements:
l R42 must run a separate OSPF process with R100
l as mentioned in item 2.6, the site gateways R40 and R41 area not allowed to redistribute OSPF into BGP and vice versa
l R42 is allowed to redistribute OSPF into BGP and vice versa
At the end of the exam:
l The server 2 (that is located in the Datacenter#2) must be able to ping the IP address 100.100.100.100/24 (that is located in the partner#1 network)
R100, the partner router, must receive the external prefixes as shown below and no other prefixes:

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