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Free PDF Quiz 2025 CWDP-305: Certified Wireless Design Professional – High-quality Study Plan
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| 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.
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| 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.
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| 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.
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| 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 (Q257-Q262):
NEW QUESTION # 257
What statements are true regarding jitter and latency?(Choose all that apply.) Response:
- A. Jitter is a measurement of average latency based on a sample of >100 frames.
- B. Latency is a measurement of the time delay experienced in the delivery of a frame.
- C. Jitter is a measurement of latency variability from one frame to another.
- D. Latency is a measurement of the time required to transmit two subsequent frames.
- E. Jitter is a measurement of the variance of the number of frames received from an application for a specific time interval.
Answer: B,C
Explanation:
Jitter and latency are two important metrics for measuring the quality and performance of wireless networks, especially for real-time applications such as voice and video. Latency is the average time taken for a data packet to reach the destination, while network jitter is the irregularity in latency. When the latency is consistently high, it can mean a slow but stable connection. On the other hand, a high jitter means there may be sporadic disruptions or delays in the transmission, which can affect the quality of service and user experience. Jitter is caused by various factors, such as network congestion, interference, routing changes, hardware issues, or packet prioritization. Jitter can be measured by calculating the difference between the latency of two consecutive packets, or by using the standard deviation of the latency of a sample of packets. Jitter can be reduced by using Quality of Service (QoS) mechanisms, such as traffic shaping, queuing, or scheduling, which can prioritize the packets based on their importance and sensitivity to delay. Jitter can also be mitigated by using jitter buffers, which can store the incoming packets and smooth out the variations in latency before delivering them to the application. Reference: CWNP, CWDP Certified Wireless Design Professional Official Study Guide, Network Jitter - Common Causes and Best Solutions, Network Jitter vs Latency: What's the Difference and Why Does It Matter, Jitter vs Latency - What's The Difference and Why it Matters
NEW QUESTION # 258
When preparing a floor plan graphic for use in predictive and manual site surveying, what calibration method will lead to the most accurate and reliable RF data?
- A. Use the longest available measurement (like a straight exterior wall) to calibrate the graphic's scale.
- B. Calibrate the ceiling height of the floor plan first, then the survey software should be able to auto-calibrate the X and Y planes of the graphic.
- C. Use the known size of a small object, such as a ceiling tile, and use a single instance of this object (e.g. a single ceiling tile) to scale the floor plan.
- D. Measure the width of an actual office doorway with a tape measure and use this value to calibrate against a doorway graphic.
Answer: A
NEW QUESTION # 259
In most WLAN design tools, after defining project parameters or during the project creation wizard, what action will you take before you can begin the actual design process?
- A. Define cabling
- B. Place APs
- C. Import a floor plan
- D. Define wall materials
Answer: C
Explanation:
Importing a scaled floor plan is one of the very first steps required in wireless design tools. This serves as the canvas upon which walls, attenuation, and APs will be layered. Without a floor plan, no spatial or RF modeling can occur.
From CWDP-305:
"A properly scaled and oriented floor plan is the foundation of a design. It should be imported early in the process before defining wall types, coverage areas, or AP placements."
- Reference: CWDP-305 Official Study and Reference Guide, Chapter on Wireless Design Process
NEW QUESTION # 260
Which advantage provided by 802.11n and 802.11ac is not usable in 1x1:1 low-end client devices?
- A. Maximal Ratio Combining
- B. MCS data rates
- C. Channel bonding
- D. Mandatory data rates
Answer: C
Explanation:
Channel bonding is a feature introduced in 802.11n and enhanced in 802.11ac that allows the combination of two adjacent channels to double the channel width, thereby increasing throughput. However, 1x1:1 client devices, which have a single transmit and receive antenna and support only one spatial stream, often lack the capability to utilize channel bonding effectively. These low-end devices are limited in their hardware and cannot take full advantage of the increased bandwidth that channel bonding offers.
Reference: CWDP-305 Official Study and Reference Guide, Chapter on Infrastructure Design
NEW QUESTION # 261
Main Topic:Infrastructure Design
Question:
An enterprise customer is subject to the highest standards for network uptime. When designing their wireless network, you should consider which of the following? (Choose all that apply)
- A. The physical aspects such as power and cabling
- B. The failover of the wireless and wired network
- C. The failover of the wired network only
- D. The failover of the wireless network only
Answer: A,B
Explanation:
Comprehensive and Detailed Explanation:
For enterprises requiring high network uptime, it's crucial to design for redundancy and failover in both the wireless and wired components of the network. This includes:
Wireless and Wired Network Failover:Ensuring that both wireless access points and wired infrastructure have redundancy to prevent single points of failure.
Physical Aspects (Power and Cabling):Implementing redundant power supplies, uninterruptible power supplies (UPS), and proper cabling practices to maintain network availability during power outages or hardware failures.
Reference:CWDP-305 Study Guide, Chapter on Infrastructure Design - High Availability and Redundancy Planning.
NEW QUESTION # 262
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