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CCIE Wireless Lab Exam Checklist
1.0 Implementing the Network Infrastructure to Support WLANs
Configuring and Troubleshooting the Network Infrastructure to Support WLANs
1.01.
Cisco Discovery Protocol
1.02.
VTP Modes (Server, Client, Transparent)
1.03.
VLANs vs. Routed Interfaces
1.04.
Trunks vs. Access Ports
1.05.
Load Balancing
1.06.
Link Aggregation
1.07.
Spanning Tree Protocol Manipulations
1.08.
HSRP
1.09.
Implementing Initial Network Connectivity in WLCs (Management Interface, AP-Manager, Virtual Interface, Service Port Interface, Dynamic Interface Configuration)
1.10.
VLAN Filtering
1.11.
WLC as DHCP Server
1.12.
Wireless Services Module (WiSM) Setup
1.13.
Configuring Power over Ethernet
1.14.
Configuring Client Supplicant (ADU, CSSC) to Connect and Authenticate to SSIDs Using EAP, PEAP, EAP-FAST, LEAP and EAP-TLS, WEP, WPA, and WPAv2
1.15.
Implementing Relevant Network and Management Services on Switches, APs, LWAPPs, Location Appliance Server, WLCs, and Cisco WCS (NTP, Syslog, DHCP, SNMP, FTP, TFTP, HTTP, HTTPS, Telnet, SSH)
1.16.
Implementing QoS Services over the Wired Infrastructure
1.17.
Configuring Marking Using DSCP
1.18.
Configuring Marking Using IP Precedence
1.19.
Configuring Marking Using CoS
1.20.
Configuring CoS to DSCP Mappings
1.21.
Configuring Policing (Modular QoS)
1.22.
Static Routing
1.23.
Basic Dynamic Routing (OSPF, EIGRP)
1.24.
Subnetting
1.25.
Troubleshooting Basic Network Connectivity Issues Using Traceroute, Extended Ping, Debugs, etc.
1.26.
Implementing Basic Enterprise Multicast (IGMP, PIM)
2.0
Implementing Autonomous Infrastructure
Configuring and Troubleshooting Autonomous Infrastructure
2.01.
Implementing VLAN Trunking
2.02.
Understanding Mode of Operation for WDS and Infrastructure APs
2.03.
Implementing a WDS Solution
2.04.
Implementing a WDS Solution Using a RADIUS Server
2.05.
Implementing WDS Server Groups
2.06.
Configuring Infrastructure APs to Use the WDS Service
2.07.
Understanding the EAP Protocols That Are Supported from a Cisco IOS AP Configured as a Local Authenticator
2.08.
Configuring NAS Devices to Use the Local Authenticator AP
2.09.
MAC Authentication vs. EAP Authentication
2.10.
Assigning Shared Settings from a Group of Users, Such as SSID, VLAN, etc.
2.11.
Troubleshooting Failing Authentications
2.12.
Configuring SSID and MBSSID on the Autonomous AP
2.13.
Configuring and Assigning Different Characteristics to an SSID
2.13.1.
Security
2.13.2.
Authentication
2.13.3.
Encryption
2.14.
Mapping VLANs to SSIDs
2.15.
Advanced Radio Setting Parameters (Such as DTIM)
2.16.
Advertising (or Hiding) SSID Presence to WLAN Clients
2.17.
Understanding Radio Roles and Their Individual Attributes
2.18.
AP External Antenna Settings
2.19.
Impact of the Antenna Characteristics Settings
2.20.
Configuring Filters on AP Radio Interfaces
2.21.
AP Access Management
2.22.
Management Frame Protection
2.23.
Implementing Multicast Settings (IGMP, PIM)
2.24.
Implementing Wireless QoS
2.25.
Implementing Peer-to-Peer Blocking
2.26.
Configuring Client Access Limitations
2.27.
Troubleshooting Bridge Connectivity Problems
2.28.
Bridging Multiple VLANs Across a Point-to-Point Link
2.29.
Filtering VLANs Across a Point-to-Point Link
2.30.
Determining and Troubleshooting the Parent-Child Relationship in an 802.11 Bridge Link
2.31.
Fine-Tuning Point-to-Point Connections to Maintain a Reliable Link
2.32.
Converting Autonomous APs to LWAPP APs Using Different Methods (Upgrade Tool, Cisco WCS Templates)
3.0 Implementing a Unified Infrastructure
Configuring and Troubleshooting a Unified Infrastructure
3.01.
WLC Interface Settings (Management Interface, AP-Manager Interface, Virtual Interface, Service Port Interface, Dynamic Interface)
3.02.
WLC – Tagged vs. Untagged Interfaces
3.03.
WLC – Link Aggregation (LAG vs. Backup Interface)
3.04.
WLC – SNMP
3.05.
Mobility – Asymmetric vs. Symmetric Tunneling
3.06.
Mobility Anchor
3.07.
Mobility – Layer 2 and Layer 3 Roaming
3.08.
Mobility – AP Failover Within a Mobility Group
3.09.
Mobility – AP Failover Outside a Mobility Group
3.10.
Troubleshooting Roaming Issues
3.11.
Implementing WLANs
3.12.
WLAN to Interface Mapping
3.13.
WLANs – Configuring DHCP (on Cisco IOS Software, Windows Server, and WLCs)
3.14.
WLANs – Configuring Peer-to-Peer Blocking
3.15.
WLANs – Configuring Layer 2 Security
3.15.1.
802.1X
3.15.2.
WPA vs. WPA2
3.15.3.
Static WEP
3.15.4.
Cisco Key Integrity Protocol
3.15.5.
TKIP
3.15.6.
Cisco Centralized Key Management
3.15.7.
PSK
3.15.8.
AES
3.16.
WLANs – Configuring WLAN Override
3.17.
WLANs – Configuring Access Point Groups
3.18.
WLANs – Configuring Radio Policies
3.19.
WLANs – Configuring AP Modes (Local, H-REAP, Monitor, Sniffer, Rogue Detector)
3.20.
WLANs – Configuring WLAN QoS Settings
3.21.
WLANs – Cisco Aironet Extensions
3.22.
WLANs – Client Exclusion
3.23.
WLANs – Web Authentication
3.24.
Implementing Ethernet Multicast Support on the WLC
3.25.
Configuring a Multicast IP Address
3.26.
Implementing and Controlling Management Access
3.27.
Different ACL Types
3.28.
CPU ACL
3.29.
Configuring Device Access Control
3.30.
Configuring Local Management Users
3.31.
Configuring Cisco Secure ACS (TACACS+ and RADIUS) for Authenticating, Authorizing, and Accounting
3.32.
Management Users
3.33.
Controller Redundancy
3.34.
Configuring Primary, Secondary, and Tertiary Controllers
3.35.
Implementing LWAPP Discovery Mechanisms
3.35.1.
OTAP
3.35.2.
Cisco IOS DHC
3.35.3.
DHCP Option 43
3.35.4.
Windows DHCP Server 2003
3.35.5.
Windows 2003 DNS
3.35.6.
Troubleshooting the Discovery Process
3.36.
Implementing Auto-RF to Adapt to Site Requirements
3.37.
802.11h
3.38.
Radio Resource Management Settings:
3.38.1.
Coverage Hole Detection Tuning
3.38.2.
Dynamic Channel Assignment (DCA) vs. Static
3.38.3.
Dynamic Transmit Power Control (DTPC) vs. Static
3.38.4.
RF Groups
3.39.
Validating Trap Generation, Notifications in Cisco WCS and WLC
3.40.
Wireshark and Cisco Spectrum Expert
4.0 Implementing Unified Controllers and APs
Configuring and Troubleshooting Unified Controllers and APs
4.01.
Implementing Peer-to-Peer Blocking
4.02.
Implementing Security
4.02.1.
Configuring WPS Settings
4.02.2.
Configuring MFP and AP Authentication
4.02.3.
Configuring AP Authorization
4.02.4.
Rogue APs
4.02.5.
Configuring WLC IDS
4.02.6.
Configuring EAP-FAST
4.02.7.
Configuring EAP-TLS
4.02.8.
Configuring PEAP
4.02.9.
Configuring LEAP
4.03.
Applying an Access Control List to an Interface
4.04.
Applying an Access Control List to the Controller CPU
4.05.
Applying an Access Control List to a WLAN
4.06.
Implementing Wireless QoS
4.07.
802.11e Configuration (EDCA, WMM, etc.)
4.08.
Implementing Local EAP Authentication Against the Local User List
4.09.
Implementing Local EAP Authentication Against an External LDAP
4.10.
Implementing Layer 3 Security Policies (Web Authentication, Pass-Through, ACLs)
4.11.
Creating Guest User Accounts
4.12.
Lobby Ambassador
4.13.
Web Authentication
4.14.
Configuring Wired Guest Access (With or Without Anchor Controller)
4.15.
Configuring Wireless Guest Access (With or Without Anchor Controller)
4.16.
Anchor Controller
4.17.
Implementing Layer 2 Security Policies
4.17.1.
802.1X
4.17.2.
WPA vs. WPA2
4.17.3.
Static WEP
4.17.4.
Cisco Key Integrity Protocol
4.17.5.
TKIP
4.17.6.
Cisco Centralized Key Management
4.17.7.
PSK
4.17.8.
AES
4.17.9.
Mac Filtering
4.18.
Implementing Local DHCP Services for Clients on the WLC
4.19.
Implementing AAA (WLC to RADIUS and LDAP)
4.20.
Configuring the Cisco Secure ACS (RADIUS, TACACS+) Server
4.20.1.
ACS – User Setup Parameters
4.20.2.
ACS – Group Setup Parameters
4.20.3.
ACS – Network Configuration Parameters
4.20.4.
ACS – System Configuration Parameters
4.20.5.
ACS – External User Database Settings
4.20.6.
ACS – Reports and Activity
4.20.7.
ACS – Create and Enroll Server Certificate
4.20.8.
ACS – Global Authentication
4.20.9.
ACS – Group Mappings
4.20.10.
ACS – VLAN Assignment
4.21.
Adding AAA Clients
4.22.
Troubleshooting Client Connectivity Problems Using Extended Pings, Traceroute, and Debugs
5.0 Implementing Cisco Unified WCS and Location
Configuring and Troubleshooting Cisco Unified WCS and Location
5.01.
Managing Cisco WCS User Accounts
5.02.
Adding Controllers to Cisco WCS
5.03.
Implementing Location Appliance Server to Cisco WCS
5.04.
SNMP
5.05.
Creating and Deploying Controller Templates
5.06.
Preparing Import Building and Floor Map
5.06.1.
AP Placement
5.06.2.
Antenna Orientation
5.06.3.
Calibration
5.07.
Creating a Floor Coverage Proposal Using the Planning Mode Tool
5.08.
Performing Maintenance Operations
5.09.
Performing System Tasks
5.10.
Tracking Parameters
5.11.
Filtering Parameters
5.12.
History Parameters
5.13.
Notification Parameters
5.14.
Asset Information
5.15.
Tune Location Services
5.15.1.
Tracking Parameters
5.15.2.
Notifications
5.15.3.
Timers
5.16.
Validating Client Connectivity and Troubleshooting the Client via Cisco WCS and WLC
5.17.
Validating Location Information in Cisco WCS and WLC
5.18.
Validating Security Events with Cisco WCS and WLC
5.18.1.
IDS
5.18.2.
Rogue Detection, Management
5.18.3.
Alarms and Events
5.18.4.
Alerts
5.19.
Validating Trap Generation and Notifications in Cisco WCS and WLC
5.20.
Running Reports
5.21.
Troubleshooting Client Roaming
5.22.
Troubleshooting Client Connectivity Issues
6.0 Implementing Voice over Wireless
Configuring and Troubleshooting Voice over Wireless
6.01.
Implementing Support for Cisco Unified Wireless IP Phone 7920 and 7921 Deployments for both Unified and Autonomous
6.02.
Configuring Cisco Unified Wireless IP Phone 7920 and 7921 to Join the Call Manager
6.03.
Cisco Unified Wireless IP Phone 7920 and 7921 Profile Configuration
6.04.
Implementing Security Settings (Encryption and Authentication) on Phone and Infrastructure
6.04.1.
802.1X
6.04.2.
WPA vs. WPA2
6.04.3.
Static WEP
6.04.4.
Cisco Key Integrity Protocol
6.04.5.
TKIP
6.04.6.
Cisco Centralized Key Management
6.04.7.
PSK
6.04.8.
AES
6.05.
Fast Secure Roaming
6.06.
Configuring Voice QoS
6.06.1.
EDCA
6.06.2.
WMM
6.06.3.
CAC
6.06.4.
802.11e
6.07.
Configuring End-to-End QoS Marking (over Both Wired and Wireless Infrastructure)
6.08.
Audit Voice Deployment
6.09.
Troubleshooting Connectivity Issues
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CCIE Wireless Lab Exam Topics (Blueprint)
CCIE Wireless Lab Exam Blueprint
The following topics are general guidelines for the content likely to be included on the lab exam. However, other related topics may also appear on any specific delivery of the exam. In order to better reflect the contents of the exam and for clarity purposes, the guidelines below may change at any time without notice.
Exam Sections and Sub-task Objectives
1.00
Implement network infratucture to support WLANs
1.01
Implement Catalyst configuration (VLANs, VTP, STP, Trunk, Portchannel,LB..)
1.02
Implement network connectivity in WLC
1.03
Implement network connectivity in LAP (local mode, hreap + local switching)
1.04
Implement network connectivity in AP (multiple vlans, vs single vlan)
1.05
Configure client to connect/authenticate to SSIDs
1.06
Implement DNS, DHCP, NTP
1.07
Implement QoS to support voice services over the switching infrastructure
1.08
Implement basic IP routing
1.09
Troubleshoot network infrastructure to support Wireless
2.00
Implement Autonomous Infrastructure
2.01
Configure WDS
2.02
Implement local radius
2.03
Implement SSID/MBSSID as needed: Security policies and Bridging groups
2.03
(a) Security policies
2.03
(b) Bridging groups
2.04
Implement radio roles
2.05
Implement antenna settings
2.06
Implement association filters
2.07
Implement and controle management access
2.08
Implement MFP
2.09
Implement multicast settings
2.10
Implement QOS
2.11
Implement peer to peer blocking
2.12
Troubleshoot bridge connectivity problems
2.13
Convert Autonomous to LWAP
3.00
Implement Unified Infrastructure
3.01
Implement Interface settings
3.02
Implement mobility groups
3.03
Implement WLANs
3.04
Implement multicast settings
3.05
Implement and controle management access
3.06
Implement controller redundancy/fallback
3.07
Implement discovery mechanisms
3.08
Implement AutoRF to adapt to site requirements
3.09
Check and validate current channel/power settings
3.10
Validate trap generation, notifications in WCS/WLC
4.00
Implement Unified Controllers and AP’s
4.01
Implement peer to peer blocking
4.02
“Implement Security
4.02
(a) WPS settings
4.02
(b) MFP/AP authentication
4.02
(c) AP authorization”
4.03
Implement QOS
4.04
Implement local EAP authentication (against local user list, and external LDAP)
4.05
Implement L3 security policies (Webauth, pass-through)
4.06
Implement wired and wireless Guest
4.07
Implement L2 security policies (802.11i, static dynamic WEP, mac filtering, etc..)
4.08
Implement Local DHCP services for clients
4.09
Implement AAA (WLC to Radius/LDAP)
4.10
Troubleshoot client connectivity problems
5.00
Implement Unified WCS and Location
5.01
Implement controllers to WCS
5.02
Create and deploy template, template groups
5.03
Prepare building/floor map
5.04
Create floor coverage proposal
5.05
Implement location server
5.06
Tune location services given needs (tag tracking, notifications, timers)
5.07
Validate client connectivity/troubleshoot client via WCS/WLC
5.08
Validate location information in WCS/WLC
5.09
Validate security events with WCS/WLC
5.10
Validate location information in WCS/WLC
5.11
Validate trap generation, notifications in WCS/WLC
5.12
Validate client connectivity/troubleshoot client via WCS/WLC
6.00
Implement Voice over Wireless
6.01
Implement support for 7920/7921 deployments, for both Unified and Autonomous
6.02
Implement QoS settings:
6.02
(a) Voice/Video
6.02
(b) EDCA
6.03
Audit voice deployment
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CCIE Wireless Lab Exam Overview
CCIE Wireless Lab Exam Overview
Configuring a Network to Given Specifications
The CCIE lab exam is an eight-hour, hands-on exam which requires you to configure a series of networks to given specifications. The lab focuses on implementing Enterprise WLAN solutions, such as implementing the Autonomous infrastructure, Unified infrastructure, Unified Controllers and AP’s, Unified WCS and Location and implementing Voice over Wireless.
Candidates are expected to demonstrate expert level wireless skills as well as troubleshooting skills to diagnose and solve issues as part of the CCIE lab exam.
More detail is found on the Wireless Lab Exam Blueprint and list of Lab Equipment and IOS Versions.
Lab Exam Topics
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CCIE Wireless Written Exam Blueprint
CCIE Wireless Written Exam Blueprint
The comprehensive CCIE Wireless written exam (#350-050) has 100 multiple-choice questions and is two hours in duration. The topic areas listed are general guidelines for the type of content that is likely to appear on the exam. Please note, however, that other relevant or related topic areas may also appear.
Get your CCIE Wireless 350-050 Written Exam dumpsExam Sections and Sub-task Objectives
1.00 Plan WLAN installations
1.01
Define standards-based WLAN (802.11x standards)
1.02
Define WLAN organizations and regulations
1.03
Identify customer requirements for the wireless LAN
1.04
Translate customer requirements into services and design recommendations
1.05
Determine WLAN security policies and constraints
1.06
Identify ambiguity and/or information gaps
1.07
Evaluate environmental characteristics
1.08
Define the tasks/goals for a preliminary site survey
1.09
Modify proposed solutions based on the applicable regulations
1.10
Evaluate the existing L2/L3 network infrastructure
1.11
Conduct the site survey
2.00 Design WLAN installations
2.01
Determine AP quantity and placement based upon the site survey and customer requirements, includes AP type and antenna type
2.02
Recommend autonomous or unified deployment model and design
2.03
Identify the wireless features needed to be implemented in the design, including AP groups, L2/L3 roaming, H-REAP, VoWLAN, AAA override, etc.
2.04
Design the wireless topology including VLANs, DHCP, SSIDs, IP addressing, mobility groups, etc.
2.05
Draft an RF operational model that includes:
(a) Radio resource management (Auto-RF, manual, hybrid, TPC and DCA)
(b) Channel use (Radar, other non-WiFi interference)
(c) Power level, overlap
2.06
Draft WLAN Security policies:
(a) Traffic restrictions for L2 filters (802.11 association filters), L3/L4 filters (ACL)
(b) Per user, per interface, per SSID; Management access restrictions; peer-to-peer blocking
(c) Layer 2/3 security
(d) WPS, MFP, NAC
2.07
Specify the server infrastructure needed to provide the required services
2.08
Determine the feasibility of carrying LWAPP over WAN
2.09
Determine hardware and software provisioning requirements for the supporting network infrastructure
2.10
Determine client provisioning given client hardware and software requirements
2.11
Use wireless network design tools
2.12
Draft a design that includes deliverables such as: detailed or high level annotated topology diagram, internal estimates for each site, BOMs for a wireless LAN
3.00 Implement WLAN Installations
3.01
Implement the WLAN in stages including priming and system testing access points
3.02
Set appropriate configuration parameters
3.03
Configure the existing infrastructure applications to support the WLAN, including authentication services (Radius, TACACS+, CA), NTP, DHCP, DNS (LWAPP controller), clients
3.04
Configure the existing network infrastructure to support the WLAN, including VLANS, Multicast, QoS, routing, switch port configurations, port access through Firewalls (guest access, anchor controllers), etc.
3.05
For an autonomous wireless architecture deploy APs and antennas, Wireless Distribution Systems (WDS),
3.06
Bridges (Point-to-Point, Point-to-Multi-Point), Work-group bridges
3.07
For a unified wireless architecture deploy APs and antennas, WLC with(out) WCS, AP and WLC configurations (auto-provisioning), location (location server, WCS Maps, location calibration)
3.08
Implement WLAN Security policies, including:
(a) Traffic restrictions:
(i) L2 filters (802.11 association filters)
(ii) L3/L4 filters (ACL) – per user, per interface, per SSID
(iii) Management access restrictions
(iv) Peer-to-peer blocking
(b) Layer 2/3 security
(c) WPS,MFP
3.09
Implement support Voice over WLAN deployments, for both Unified and Autonomous
3.10
Verify WLAN operation, Client, Location, Voice, Roaming, Post deployment site survey, Network High Availability, Auto-RF, etc
4.00 Operate WLAN installations
4.01
Determine key performance indicators (kpi) baseline WLAN operational characteristics
4.02
Collect baseline WLAN operational characteristics using network analysis tools
4.03
Establish fault management policy and procedures for indicators that should be routinely monitored including Establish Alert Profiles; Noise, Channel Utilization, Interference, Load, etc.
4.04
Monitor for faults
(a) Actively monitor changes based on thresholds (proactive); SNMP polling
(b) Receive alarms and wait until notification. (reactive); SNMP traps, syslog messages, WCS notifications
4.05
Monitor performance trends including Capacity planning; Error rates, Number of clients associated with an AP, AP loading, Threshold figures (1% packet loss for Voice), reference 802.11t; End-to-end traffic flows, etc.
4.06
Monitor WLAN Security policies.
(a) Traffic restrictions:
(i) L2 filters (802.11 association filters)
(ii) L3/L4 filters (ACL) – per user, per interface, per SSID
(iii) Management access restrictions
(iv) Peer-to-peer blocking
(b) Layer 2/3 security
(c) WPS
4.07
Monitor RF environments using Cisco Spectrum Expert; AP infrastructures
4.08
Correlate events, alarms and alerts
5.00 Troubleshoot WLAN issues
5.01
Use the standard troubleshooting method to solve problems
5.02
Check , validate and analyze:
(a) Client Devices
(i) Interpret and analyze client side logs.
(ii) Validate client connectivity/troubleshoot client via WCS.
(iii) Interpret and analyze wireless traces.
(iv) Client wireless drivers and supplicant software.
(a) Network infrastructure.
(i) Check and validate current channel/power settings
(ii) Validate security events with WCS
(iii) Validate location information in WCS
(iv) Validate trap generation, notifications in WCS
(v) Collect appropriate logs for analysis to isolate the problem.
(vi) Interpret and analyze sniffer traces
5.03
Analyze the collected information on the RF environment using client-side information and AP-side information (through WLC or WCS) and spectrum analyzer (Cisco Spectrum Expert).
5.04
Audit voice over WLAN deployment
5.05
Verify baseline functionality has been restored upon implementing problem resolution
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CCIE Wireless Written Exam Overview
CCIE™ Wireless Written
350-050 CCIE Wireless Exam
Exam Number:
350-050
Associated Certifications:
CCIE Wireless
Duration:
120 minutes (90-110 questions)
Available Languages:
English
Click Here to Register:
Pearson VUE
Exam Description
The written exam is a two-hour, multiple choice test with 100 questions that will validate that professionals have the expertise to plan, design, implement, operate and troubleshoot Enterprise WLAN networks. The exam is closed book and no outside reference materials are allowed.
Exam Topics
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CCIE Wireless Requirements for Certification
There are no formal prerequisites for CCIE certification. Other professional certifications or training courses are not required. Instead, candidates must first pass a written qualification exam and then the corresponding hands-on lab exam. You are expected to have an in-depth understanding of the topics in the exam blueprints and strongly encouraged to have three to five years of job experience before attempting certification. You can review the exam preparation materials included on this page for more information.
Step One: CCIE Wireless Written Exam
You must pass the two-hour, written qualification exam which covers networking concepts and some equipment commands before you are eligible to schedule the lab exam.
Step Two: CCIE Wireless Lab Exam
The eight-hour lab exam tests your ability to configure actual equipment and troubleshoot the network in a timed test situation. You must make an initial attempt of the CCIE lab exam within 18 months of passing the CCIE written exam. If you do not pass the lab exam within three years of passing the written exam, you must retake the written exam before being allowed to attempt the lab exam again.
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