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CWDP-305 Preparation | Latest CWDP-305 Exam Cram

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CWNP CWDP-305 Exam Syllabus Topics:

Topic
Details

Topic 1

Deploy the WLAN: This section of the exam measures the skills of a WLAN Implementation Specialist and involves overseeing the deployment phase of wireless networks. It focuses on understanding deployment procedures for various WLAN architectures, configuring supporting infrastructure, and verifying proper installation. The section also addresses physical installation checks, documentation handover, and quality assurance practices during ongoing installations.

Topic 2

Define Specifications for the WLAN: This section of the exam measures the skills of a Wireless Network Planner and focuses on gathering business and technical requirements needed for designing wireless LANs. It includes understanding user needs, regulatory and safety constraints, and environmental factors. Candidates are expected to identify critical elements such as coverage, capacity, security, and device compatibility, and to analyse existing infrastructure and documentation to ensure a successful design strategy.

Topic 3

Design the WLAN: This section of the exam measures the skills of a WLAN Design Engineer and covers the process of selecting configurations, architecture types, and wireless components to meet business and technical requirements. It includes using design software, selecting access points and antennas, and applying methodologies such as predictive or measured design. Candidates must demonstrate the ability to produce effective documentation and configure features like QoS, roaming security, and network services for different types of client devices and applications.

Topic 4

Validate and Optimize the WLAN: This section of the exam measures the skills of a WLAN Optimization Specialist and assesses the ability to test, validate, and fine-tune wireless networks post-deployment. Key tasks include RF validation surveys, performance testing, troubleshooting connectivity and security issues, and applying appropriate physical or RF adjustments. It also involves client testing and final project handover, including documentation, knowledge transfer, and meetings to ensure long-term WLAN success.

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CWNP Certified Wireless Design Professional Sample Questions (Q230-Q235):

NEW QUESTION # 230
You have enabled IEEE 802.11r FT (Fast Transition) in your WLAN infrastructure. You want to verify roaming between APs (two at a time) and determine if all of your endpoints are capable of performing fast roaming. What tool would you use to achieve this goal?

A. RF Spectrum Analyzer and two spectrum adapters (one for each band)
B. Protocol Analyzer and two Wi-Fi adapters (one for each channel of the chosen bands)
C. Predictive design tool and two Wi-Fi adapters (one for each band)
D. WLAN scanner/discovery tool and two Wi-Fi adapters (one for each channel of the chosen bands)

Answer: B

Explanation:
To validate fast roaming (802.11r), a protocol analyzer is required to capture authentication frames and reassociation frames between APs. These allow you to verify if fast BSS transitions are occurring and if the endpoint is participating in FT.
From CWDP-305:
"Fast BSS Transition (802.11r) validation requires capturing EAP exchanges and reassociation frames during roaming. A protocol analyzer with multiple adapters can monitor channels simultaneously during transitions."
- Reference: CWDP-305 Official Study and Reference Guide, Chapter on Post-Design ValidationandTroubleshooting

NEW QUESTION # 231
During your first pre-deployment meeting with the deployment team, you hand out the full design documentation to everyone. What is your primary goal during this meeting?

A. To discuss AP functionality
B. To explain how Wi-Fi works
C. To justify the budget
D. To explain design decisions and ensure understanding of design documents

Answer: D

Explanation:
The primary goal of the initial pre-deployment meeting is to ensure that the deployment team fully understands the design documentation, including the rationale behind design decisions. This understanding is crucial for accurate implementation and to address any potential issues proactively.
Reference: CWDP-305 Official Study Guide, Chapter on Wireless Design Process

NEW QUESTION # 232
In a convention center, you have received complaints about the WLAN infrastructure. At this moment, the are only two APs in one auditorium.
After analyzing the situation, you determined that there are more client devices that the infrastructure was designed for. There are only two APs to support more than 300 devices using the Wi-Fi at the same time.
What should you do to make the Wi-Fi work as expected?
Response:

A. Quickly add more APs
B. Upgrade the Ethernet connections to MultiGig
C. Turn up the output power on the APs so that they can handle more clients
D. Redesign the entire WLAN

Answer: D

NEW QUESTION # 233
Given: You are evaluating the theoretical and real-world RF gain benefits of transmit and receive features introduced by 802.11 with MIMO. This exercise allows you to quantify the features value in a real-world environment.
What is the maximum theoretical signal gain of chip-based TxBF and MRC (as features) when compared to the same AP using only a single antenna for transmit and receive (effectively simulating a 1x1 chip)?

A. 2 Rx or Tx chains = approx 4-6.5 dBi gain 3 Rx or Tx chains = approx 7-10 dBi gain
B. 2 Rx or Tx chains = 3 dBi gain 3 Rx or Tx chains = approx 5 dBi gain 4 Rx or Tx chains = 6 dBi gain
C. 2 Rx or Tx chains = 1 dBi gain 3 Rx or Tx chains = 2 dBi gain 4 Rx or Tx chains = 3 dBi gain
D. 2 Rx or Tx chains = 3 dBi gain 3 Rx or Tx chains = 6 dBi gain 4 Rx or Tx chains = 9 dBi gain

Answer: A

Explanation:
The maximum theoretical signal gain of chip-based TxBF and MRC depends on the number of antennas and the channel conditions. TxBF (transmit beamforming) is a technique that focuses the transmitted signal in the direction of the intended receiver, resulting in higher signal strength and less interference. MRC (maximum ratio combining) is a technique that combines the signals received by multiple antennas in an optimal way, resulting in higher signal-to-noise ratio and better performance. The theoretical gain of TxBF and MRC can be calculated as GTxBF=10log10(N) and GMRC=10log10(N) where N is the number of antennas. Therefore, the total gain of TxBF and MRC is Gtotal=GTxBF+GMRC=20log10(N) However, this is the ideal case and assumes perfect channel conditions and alignment. In reality, the gain is lower due to factors such as channel fading, antenna spacing, and feedback delay. According to the CWDP study guide1, the typical gain of TxBF and MRC is about 4-6.5 dBi for 2 antennas, 7-10 dBi for 3 antennas, and 10-13 dBi for 4 antennas. Therefore, the answer is D. Reference: 1: CWDP Certified Wireless Design Professional Official Study Guide: Exam PW0-250, Chapter 8, page 267.

NEW QUESTION # 234
You are testing a VoWLAN deployment, and your communication measurements show a certain amount of lost packets. What would be an acceptable packet error rate value to still provide acceptable call quality?

A. No more than 1% PER max should be acceptable
B. No more than 8% PER max should be acceptable
C. There should be 0% error in a VoWLAN type of deployment
D. No more than 4% PER max should be acceptable

Answer: B

NEW QUESTION # 235
......

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