By 300-425 Designing Cisco Enterprise Wireless Networks (300-425 ENWLSD) Exam
Designing Cisco Enterprise Wireless Networks
Duration: 90 minutes
Languages: English, Japanese
Price: $ USD, plus tax or use Cisco Learning Credits
Exam overview
This exam tests your knowledge of wireless network design, including:
Site surveys
Wired and wireless infrastructure
Mobility
WLAN high availability
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Exam preparation
Prepare for your certification exam with official Cisco training or study on your own with self-study resources found on the Cisco Learning Network.
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Designing Cisco Enterprise Wireless Networks (ENWLSD)
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Designing Cisco Enterprise Wireless Networks v1.1 (ENWLSD 300-425) is a 90minute exam associated with the CCNP Enterprise Certification. This exam certifies a candidate’s knowledge of wireless network design including site surveys, wired and wireless infrastructure, mobility and WLAN high availability. The course, Designing Cisco Enterprise Wireless Networks, helps candidates to prepare for this exam.
The following topics are general guidelines for the content likely to be included on the exam. However, other related topics may also appear on any specific delivery of the exam. To better reflect the contents of the exam and for clarity purposes, the guidelines below may change at any time without notice.
25% 1.0 Wireless Site Survey
1.1 Collect design requirements and evaluate constraints
1.1.a Client density
1.1.b Real time applications
1.1.c AP type
1.1.d Deployment type (data, location, voice, video)
1.1.e Security
1.2 Describe material attenuation and its effect on wireless design
1.3 Perform and analyze a Layer 1 site survey
1.4 Perform a pre-deployment site survey
1.5 Perform a post deployment site survey
1.6 Perform a predictive site survey
1.7 Utilize planning tools and evaluate key network metrics (Ekahau, AirMagnet, PI, Chanalyzer, Spectrum Analyzer)
30% 2.0 Wired and Wireless Infrastructure
2.1 Determine physical infrastructure requirements such as AP power, cabling, switch port capacity, mounting, and grounding
2.2 Determine logical infrastructure requirements such as WLC/AP licensing requirements based on the type of wireless architecture
2.3 Design radio management
2.3.a RRM
2.3.b RF profiles
2.3.c RxSOP
2.4 Apply design requirements for these types of wireless networks
2.4.a Data
2.4.b Voice and video
2.4.c Location
2.5 Design high-density wireless networks and their associated components
2.6 Design wireless bridging (mesh)
2.6.a Modes of operation
2.6.b Ethernet bridging
2.6.c WGB and roaming
25% 3.0 Mobility
3.1 Design mobility groups based on mobility roles
3.2 Optimize client roaming
3.3 Validate mobility tunneling for data and control path
20% 4.0 WLAN High Availability
4.1 Design high availability for controllers
4.1.a Network availability through LAG
4.1.b Stateful Switchover (SSO)
4.1.c Anchor controller priority and redundancy
4.2 Design high availability for APs
4.2.a AP prioritization
4.2.b Fall-back (assigning primary, secondary, and tertiary)
4.2.c Embedded Wireless Controller (EWC)
Sample Question and Answers
QUESTION 2
Which UDP port numbers are used for exchange mobility packets in an AireOS wireless deployment?
A. UDP 16666 for control plane, EoIP (IP protocol 97) for data plane
B. UDP 16668 for control plane, UDP 16667 for data plane
C. UDP 16667 for control plane, UDP 16666 for data plane
D. UDP 16666 for control plane, UDP 16667 for data plane
Answer: A
QUESTION 3
A customer asks an engineer to explain the concept of mobility domains and mobility groups. Which statement does the engineer respond with?
A. A mobility group does not constrain the distribution of security context of a client and also does not constrain AP fail-over between controllers when the WLC are in the same mobility domain.
B. If WLCs are in the same mobility domain, they communicate with each other but, if an anchor WLC is present it must be in the same mobility domain for communication to be possible.
C. If WLCs are in the same mobility domain, they communicate with each other. Mobility groups constrain the distribution of security context of a client and also constrain AP fail-over between controllers.
D. WLCs do not need to be in the same mobility domain to communicate with each other. Mobility groups constrain the distribution of security context of a client and also constrain AP fail-over between controllers.
Answer: C
QUESTION 4
An engineer is designing a wireless deployment for a university auditorium. Which two features can be used to help deal with the issues introduced by high AP count? (Choose two.)
A. TSPEC
B. RXSOP
C. TPC
D. LSS
E. DFS
Answer: C,E
QUESTION 5
A wireless engineer is designing a wireless network to support real-time applications over wireless.
Which IEEE protocol must the engineer enables on the WLC so that the number of packets that are
exchanged between an access point and client are reduced and fast roaming occurs?
A. 802.11w
B. 802.11r
C. 802.11i
D. 802.11k
Answer: D
QUESTION 6
A network administrator of a global organization is collapsing all controllers to a single cluster
located in central Europe. Which concern must addressed?
A. Some channels may not be available consistently across the organization.
B. Different RF policies per office are not available in this configuration.
C. Syslog must be configured to the time-zone of the NMS platform.
D. Centralized controllers cannot uniformly authenticate global users.
Answer: A
QUESTION 7
An engineer must ensure that the new wireless LAN deployment can support seamless roaming
between access points using a standard based on an amendment to the 802.11 protocol.
Which protocol must the engineer selects?
A. 802.11i
B. 802.11ac
C. 802.11r
D. 802.11e
Answer: C
QUESTION 8
A high-density wireless network is designed. Which Cisco WLC configuration setting must be
incorporated in the design to encourage clients to use the 5 GHz spectrum?
A. Band Select
B. RRM
C. Cisco Centralized Key Management
D. load balancing
Answer: A
QUESTION 9
A network engineer is preparing for an office site survey with a height of 2.5 meters. Which three components are recommended to complete the survey? (Choose three.)
A. Use a battery pack to power APs
B. Use a drawing of the office space to draw AP and client placements.
C. Use DoS attack on APs while measuring the throughput.
D. Use APs with directional antennas.
E. Use APs with external antennas.
F. Use APs with built-in antennas.
Answer: A,B,F
QUESTION 10
A wireless engineer must optimize RF performance for multiple buildings with multiple types of
construction and user density. Which two actions must be taken? (Choose two.)
A. Configure Flexconnect groups for each building.
B. Configure WMM profiles for each building.
C. Configure AP groups for each area type.
D. Configure RF profiles for each area type.
E. Enable DTPC on the network.
Answer: C,D
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