Implementing Cisco Unified Wireless Networking Essentials (640-722)
Exam Description: The “Implementing Cisco
Unified Wireless Network Essential” (IUWNE) v2.0 640- 722 exam is a 90-minute
test with 60–70 questions that are associated with the Cisco CCNA® Wireless certification.
This exam tests a candidate's knowledge of installing, configuring, operating,
and troubleshooting small to medium-size WLANs.
The following topics are general guidelines for the content
that is likely to be included on the exam.
However, other related topics may also appear on any
specific instance of the exam. To better reflect the contents of the exam and
for clarity purposes, these guidelines may change at any time without notice.
1. Describe
WLAN Fundamentals 20%
1.1 Describe
basics of spread spectrum technology
1.2.1
Bluetooth
1.2.2
WiMAX
1.2.3
ZigBee
1.2.4
Cordless phone
1.3.1
FCC
1.3.2
ETSI
1.3.3
802.11a/b/g/n
1.3.4
WiFi Alliance
1.4 Describe
WLAN RF principles
1.4.1
Antenna types
1.4.2
RF gain/loss
1.4.3
EIRP
1.4.4
Refraction
1.4.5
Reflection
1.5 Describe
networking technologies that are used in wireless
1.5.1
SSID to WLAN_ID to interface to VLAN
1.5.2
802.1q trunking
1.6 Describe
wireless topologies
1.6.1
IBSS
1.6.2
BSS
1.6.3
ESS
1.6.4
Point-to-point
1.6.5
Point-to-multipoint
1.6.6
Mesh
1.6.7
Bridging
1.7 Describe
802.11 authentication and encryption methods
1.7.1
Open
1.7.2
Shared
1.7.3
802.1X
1.7.4
EAP
1.7.5
TKIP
1.7.6
AES
1.8 Describe
frame types
1.8.1
Associated and unassociated
1.8.2
Management
1.8.3
Control
1.8.4
Data
1.9 Describe
basic RF deployment considerations related to site survey design of data or VoWLAN
applications
1.9.1
Common RF interference sources such as devices, building material, AP
location
1.9.2
Basic RF site survey design related to channel reuse, signal strength,
and cell overlap
1.9.3
DNS
1.9.4
DHCP
1.9.5
TFTP
1.9.6
NTP
1.9.7
CDP/LLDP
2
Install a Basic Cisco Wireless LAN 17%
2.1 Identify the
components of the Cisco Unified Wireless Network architecture
2.1.1
Split MAC
2.1.2
LWAPP
2.1.3
Standalone AP versus controller-based AP
2.1.4
Specific hardware examples
2.2 Install and configure
autonomous access points in the small business environment
2.3 Describe the modes of
controller-based AP deployment
2.3.1
Local
2.3.2
Monitor
2.3.3
HREAP
2.3.4
Sniffer
2.3.5
Rogue detector
2.3.6
Bridge
2.3.7
OEAP
2.3.8
SE-Connect
2.4 Describe
controller-based AP discovery and association
2.4.1
DHCP
2.4.2
DNS
2.4.3
Master-Controller
2.4.4
Primary-Secondary-Tertiary
2.4.5
n+1 redundancy
2.5 Describe roaming
2.5.1
Layer 2 and Layer 3
2.5.2
Intracontroller and intercontroller
2.5.3
Mobility list
2.6 Configure a WLAN
controller and access points
2.6.1
WLC: Ports, interfaces, WLANs, NTP, CLI and Web UI, CLI wizard, and LAG
2.6.2
AP: Channel and Power
2.7 Describe RRM
fundamentals including ED-RRM
2.8 Verify basic wireless
network operation
3
Install Wireless Clients 15%
3.1 Describe client WLAN
configuration requirements, such as SSID, security selection, and authentication
3.2 Identify basic
configuration of common wireless supplicants
3.2.1
Macintosh
3.2.2
Intel Wireless Pro
3.2.3
Windows
3.2.4
iOS
3.2.5
Android
3.3 Describe basic Cisco
AnyConnect 3.0 or above wireless configuration parameters
3.4 Identify capabilities
available in Cisco Unified CCX versions 1 through 5
4
Implement Basic WLAN Security 19%
4.1 Describe the general
framework of wireless security and security components
4.1.1
Authentication
4.1.2
Encryption
4.1.3
MFP
4.1.4
IPS
4.2 Describe the evolution
of supported authentication methods
4.2.1
PSK
4.2.2
802.1X including EAP-TLS, EAP-FAST, PEAP, LEAP, and WPA/WPA2
4.3 Configure the
different sources of authentication
4.3.1
EAP local or EAP external
4.3.2
RADIUS
4.4 Configure
authentication and encryption methods on a WLAN
4.4.1
WPA/WPA2 with PSK and 802.1x
4.5 Implement wireless
guest networking
5
Operate Basic WCS 17%
5.1 Identify key functions
of the Cisco WCS and Navigator (versions and licensing)
5.2 Navigate the WCS
interface
5.3 Configure controllers
and access points (APs)
5.3.1
Using the configuration tab, not templates
5.4 Use preconfigured maps
in the WCS
5.4.1
Adding, relocating, removing access points
5.4.2
Turn heat maps on/off
5.4.3
View client location
5.4.4
View CleanAir zones of influence
5.5 Use the WCS Monitor
tab and alarm summary to verify WLAN operations
5.6 Generate standard WCS
reports
5.6.1
Inventory
5.6.2
CleanAir
5.6.3
Client-related
5.6.4
AP-related
5.6.5
Utilization
6
Conduct Basic WLAN Maintenance and Troubleshooting 12%
6.1 6.1 Identify and use
basic WLAN troubleshooting tools
6.1.1
WLC show debug
6.1.2
Logging for client to AP connectivity, AP-to-controller connectivity
6.2 Use the WCS client
troubleshooting tool
6.3 Transfer logs,
configuration files, and operating system images to and from the WLC via the
GUI
6.4 Differentiate and use
WLC and AP (autonomous and LAP) management access methods
6.4.1
Console port
6.4.2
CLI
6.4.3
Telnet
6.4.4
SSH
6.4.5
HTTP
6.4.6
HTTPS
6.4.7
Wired versus wireless management
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