The CCIE wireless lab exam is an 8-hour hand-on test to validate one’s skills in planning, designing, implementing, deploying, and optimizing a network throughout its life cycle. The exam costs $1,600 per attempt. Only those that have passed the CCIE/CCNP core exam can take the CCIE wireless lab exam.
DIAG: DIAG 1~ DIAG 6(6 sets
CFG: LAB1、LAB1+、LAB1++ (3 sets)
The CCIE wireless lab exam is an 8-hour hand-on test to validate one’s skills in planning, designing, implementing, deploying, and optimizing a network throughout its life cycle. The exam costs $1,600 per attempt. Only those that have passed the CCIE/CCNP core exam can take the CCIE wireless lab exam.
DIAG: DIAG 1~ DIAG 6(6 sets
CFG: LAB1、LAB1+、LAB1++ (3 sets)
If you are after a CCIE Wireless certification, you must be ready to take two exams, the core exam and the specialization exam. The core exam for CCIE and CCNP is the same. Once you pass the core exam, you must pass the CCIE Wireless lab exam to earn your certification for CCIE Wireless. This certification will validate your skills and knowledge about complex enterprise wireless solutions. Passing the core exam will give you a specialist certificate. You must pass the CCIE wireless lab exam to get the CCIE Enterprise Wireless Certification.
One of the most important benefits of passing the CCIE wireless lab exam is that you get the certification for CCIE Enterprise Wireless. The certification will bring you other benefits as follows:
The certification proves that you possess the knowledge and skills that are relevant to the job roles of a Cisco Certified Infrastructure Expert and the needs of the organization that will hire you. Those that get the badge are considered ready for the automation and network programmability because these topics have been fully covered in the CCIE wireless lab exam.
Passing the core exam and the CCIE wireless lab test will make you stand out among other job applicants when looking for a job. Employers will prefer to hire you because you have proven your skill in dealing with the whole life cycle of a network and other emerging technologies. With your ability to design and build a CCIE wireless lab, you become a highly valued member of the company.
The job market for passers of the CCIE wireless lab exam is growing rapidly. As someone with the CCIE Enterprise Wireless certification, you can apply for several job openings such as network architect, network engineer, and senior engineer, all of which are high-paying jobs. The certificate brings a brand value knowing that anyone with the badge must have undergone the most rigorous training to pass the certification exam.
With all the benefits that the CCIE Enterprise Wireless Certification can bring, it will be to one's great advantage to pass the CCIE wireless lab exam. This certification exam is the toughest among Cisco certifications. However, with the help of SPOTO, an agency that offers online certification training courses, you can pass the test and get the badge on the first try. SPOTO offers the CCIE wireless lab exam dumps that guarantee a 100% passing rate. The dumps include workbooks and solutions that are 100% real, valid, and updated. We will provide you with a 100% CCIE wireless lab environment so that you can familiarize yourself with the hands-on exam. You can enjoy complete rack service, as well as the help of professional tutors in solving difficult problems.
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Cisco CCIE Wireless Lab1
1.1 Troubleshoot the network at Headquarters
so that for the connections between the 3650s and the 4500s, corporate wireless user traffic for VLANs 101 and 102 only, use G1/0/20 on the 3650s as the primary forwarding link. G1/0/21 on 3650-1 and 3650-2 must be used exclusively as a backup connection. Notes:
Solution:
3650-1 & 3650-2
3650-1 & 3650-2
spanning-tree vlan 101-102 cost 200000000
2.1 Bridging
The bridge link between A3700-BR1 and A3700-BR2 does not come up as planned. Troubleshoot and fix the issues to enable the bridge link to be established while maintaining these requirements:
Solution:
Yellow is config. Other is preconfig.
A3700-BR1
aaa new-model
aaa group server radius rad_eap
server 10.20.14.10 auth-port 1812 acct-port 1813
aaa authentication login eap_methods group rad_eap
dot11 ssid Bridge37
authentication network eap_methods
<<---Part of Requirement 2
authentication key-management wpa version 2
<<---Part of Requirement 2
infrastructure-ssid
<<---Part of Requirement 2
interface Dot11Radio1
channel 149
<<---Part of Requirement 1
no shutdown
no authentication leap
<<---Part of Requirement 3
no authentication mac
<<---Part of Requirement 3
eapfast server-key primary 7 808D2A5B41A4B43E02A1450398AFD7400F
nas 10.20.14.10 key 7 0822455D0A16
group EFAST-GROUP
eapfast pac expiry 7
user BR2-user password cisco group EFAST-GROUP
<<---Part of Requirement 3
radius-server host 10.20.14.10 auth-port 1812 acct-port 1813 key 7 110A1016141D
A3700-BR2
dot11 ssid Bridge37
authentication network-eap eap_methods
<<---Part of Requirement 2
authentication key-management wpa version 2
<<---Part of Requirement 2
dot1x credentials EFAST-CRE
<<---Part of Requirement 3
dot1x eap profile EFAST-PROF
<<---Part of Requirement 3
eap profile EFAST-PROF
method fast
dot1x credentials EFAST-CRE
no username 3700-BR2cisco
<<---Part of Requirement 3
username BR2-user
<<---Part of Requirement 3
password 0 cisco
int dot11Radio 1
ssid Bridge37
infrastructure-client
<<---Requirement 4
station-role workgroup-bridge multicast mode infrastructure
<<---Requirement 5
no shutdown
Ping each other among 4500,BR1-2
Section1: Network InfrastructureDownload Now
Section2: Autonomous DeploymentDownload Now
radius-server local
Section3: AireOS : Unified DeploymentDownload Now
Section 4 Wireless Security & Identity ManagemenDownload Now
Section 5 -Prime Infrastructure and MSE/CMXDownload Now
Section 6 WLAN Media and Application ServicesDownload Now
1.1 Layer2 troubleshooting - HQ VLANs & VTP Server/Client
At HQ-Alpha, any unnecessary broadcast VLAN traffic must be stopped from reaching 3650-1.
The setup of HQ-Beta replicates that of HQ-Alpha, that is the 4500 is the VTP server and the 3650 is the VTP client. Your colleague reports that although he has created a new VLAN "Test-VLAN" on 4500-2, this new VLAN broadcast traffic is not reaching 3650-2. You must ensure that the new VLAN traffic always reaches 3650-2.
4500-1 (server) and 3650-1 (client) is one server/client relationship domain name is HQA
4500-2 (server) and 3650-2 (client) is another server/client relationship
ensure that no unwanted broadcast is not forwarded to 3650-1 (enable vtp pruning on 4500-1)
HQ B replicates HQ A in that 4500s are servers and 3650s are clients, Test vlan (997) is not propagated to 3650-2 from 4500-2
For this VTP domain on 4500-2 is HQB but on 3650-2 is HQA. Also 3650-2 is a server. Configure 3650-2 as client and correct the domain on 3650-2 to HQB. Also VTP password
on 4500-1, 3650-1 and 4500-2 is CCIEW but on 3650-2 it is something else. Correct the VTP password on 3650-2 to CCIW.
In the exam even after doing this the VLANs weren't propogating to 3650-2 as the config revision number was 0. Switch the VTP mode to transparent and then back to client.
On 4500-2:
vtp domain HQB
vtp pruning
vtp mode server
vtp password CCIEW
On 3650-2:
… … snip
Verify:
On 4500-2:
On 3650-2:
Check 3650-2 study vlan from 4500-2:
… … snip… …
MAC flapping on the core switch Concept ?
Your customer reports high CPU utilization on its core switch. ?The log messages on the switch show a lot of MAC flapping messages, which indicate the root cause for this high CPU utilization. ?The MAC addresses in the logs all belong to wireless clients. ?The clients are moving between APs that belong to different WLCs and that are part of one mobility group. Symptoms During their investigation of the high CPU utilization on the core switch, the LAN/switch team confirmed that the high CPU is being caused by MAC flapping, and that all of the MAC addresses that appear to be flapping on the logs are MAC addresses of wireless clients.
Your expertise is needed to diagnose a problem where MAC flapping messages are causing high CPU utilization on the core switch. It has been determined that all of these MAC addresses belong to wireless clients. You have been provided with these documents and resources: ?email thread between the customer and first-line support ?topology diagram ?device configurations/show commands ?debugs
Q1. Which two actions resolve this problem permanently? (Choose two.)
A. Configure the two WLCs for high availability active/active without changing the WLC registration of the AP.
B. Change the WLAN settings to local switching/central authentication.
C. Configure both WLANs to use different subnets on each WLC.
D. Configure the WLCs for EtherChannel (LAG) to ensure that the correct load-balancing mehod is being used on the core switches.
E. MAC flapping is normal behaviour for this type of setup/topology. The MAC flapping messages cannot be avoided.
F. Disable the MAC flapping notification messages on the core switch.
G. Join all the APs to the same WLC.
H. This behavior is related to a bug. You must upgrade the switch to a newer code to avoid this kind of cosmetic error.
A--
C. Configure both WLANs to use different subnets on each WLC.
G. Join all the APs to the same WLC.
Q2: For this scenario, how does the CAM table of the core switch learn the wireless clients MAC addresses?
Q3: Both WLCs are running code 8.3. Assume that all WLANs are indentically configured on both WLCs. Based on the WLAN security type, which WLAN configured in the Cisco 5508-1 WLC does not support mobility roaming?
Wireless guest user is unable to gain access to the guest network. Concept ?
Q2. Which root cause of the problem is true?
Q3. What two options do you suggest to stop this problem from happening?
Q4. Which packet # in the sniffer trace shows that there is a problem?
The WLC cannot be managed via Cisco Prime Infrastructure Concept ?
We are trying to integrate MSE, PI, and a WLC so that we can track the wireless clients. ?We are at the early stages of the implementation, and we cannot get Cisco Prime to manage the WLC. ?This very same WLC had been implementation, and we cannot get Cisco Prime to manage the WLC. ?This very same WLC had been added before, but now, for some reason, it is no longer manageable by Cisco Prime. ?A CPU ACL is blocking SNMP communication between the two devices.
Q1. Which root cause of this problem is true?
Q2. Based on the outputs, which two statements are true? (Choose two.)
Q3. Which output helps the most to understand the problems?
You can complete CCIE Wireless Lab exam within 9.5 weeks if you practice lab materials 4 hours per day. Tutors and services will assist you along the whole preparation. Every module we do provide workbooks, solutions, and videos tutorial. You can watch videos first, and practice lab materials.
Phase 1:spend 7.5 weeks to practice CFG & TS module (LAB1).
Phase 2:spend 1 week to practice DIAG module (DIAG 1(1 set),DIAG 2(5 sets)).
Phase 3: spend 1 week to practice CFG & TS module (LAB2).
Note: Our service time of CCIE Wireless lab is 3 months.
SPOTO Ebook Is Designed To Prepare You To Pass The CCIE Wireless Lab Exam By Imparting The Skills, Knowledge, And Practical Coursework Needed To Master All Exam Topics.
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