Free CWAP-405 Test Questions, New CWAP-405 Test Objectives

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CWNP CWAP-405 Exam Syllabus Topics:

Section	Weight	Objectives
Protocol Analysis Tools and Methodologies	15%	- WLAN analyzer architectures and placement configurations 1. Implement multi-channel packet aggregators 2. Configure local and remote frame capture adapters 3. Analyze hardware timestamp methods to minimize processing delays - Troubleshooting methodologies and capture safety 1. Apply disciplined network diagnostic isolation lifecycles 2. Isolate protocol analyzer drop counts during heavy file transfers
WLAN Medium Access	10%	- Contention algorithms and wireless scheduling parameters 1. Evaluate EDCA parameters, access categories, and TXOP duration limits 2. Analyze DCF mechanics, carrier sensing, and backoff timers
Spectrum Analysis Tools and Methodologies	15%	- Spectrum analyzer configuration parameters and visualization layouts 1. Configure sweeping rules, RBW controls, and span baselines 2. Interpret real-time FFT graphs, waterfall logs, and persistence charts - Non-802.11 interference isolation and signature tracking 1. Analyze duty cycle measurements to evaluate active airtime constraints 2. Identify signatures of Bluetooth, microwave ovens, and analog video systems
802.11 Operation and Frame Exchanges	40%	- Control plane handshakes and transmission recovery operations 1. Evaluate Block ACK session initialization and bitmap tracking loops 2. Analyze RTS/CTS protection rules and standard ACK frame transmissions - Management sublayer protocols and connectivity lifecycles 1. Evaluate 802.11 power save operational states and timeline markers 2. Analyze beaconing, multi-BSSID profiles, and probe exchange sequences 3. Trace authentication, association, and multi-tier roaming handshakes - Security framework verification and encryption tracking 1. Trace 802.1X/EAP authentication phase transitions 2. Deconstruct WPA3, SAE, and 4-way handshake key exchanges
802.11 Frame Formats and Technologies	20%	- Physical Layer (PHY) header mechanics and encoding structures 1. Decode training fields, signal fields, and preamble formats 2. Analyze PHY metrics including HE, EHT, and VHT configuration nodes - MAC sublayer encapsulation and frame structural components 1. Deconstruct MAC header fields, duration IDs, and sequence controls 2. Evaluate A-MPDU and A-MSDU frame aggregation structures

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CWNP Certified Wireless Analysis Professional Sample Questions (Q113-Q118):

NEW QUESTION # 113
What element was added to the general frame of 802.11 with the 802.11e amendment and the 802.11-2007 rollup?

A. RSN-IE
B. QoS Control
C. Address 4
D. HT Control

Answer: B

NEW QUESTION # 114
You have been engaged by ABC corporation to troubleshoot a WLAN problem. Users have been reporting random disconnections. You perform Spectrum Analysis as part of your troubleshooting process and notice a frequency hopping signal across the entire 2.4 GHz band. The signal amplitude is -65 dBm and has a duty cycle of 5%. What do you conclude about this frequency hopping signal?

A. The low duty cycle means this signal is very unlikely to be the cause of the disconnections.
B. Interference from frequency hopping signals always results in client disconnections.
C. The high amplitude of this signal is overpowering the Wi-Fi clients resulting in the disconnections.
D. Only clients with a lower signal strength will be disconnected.

Answer: A

Explanation:
A duty cycle of 5% indicates the frequency hopping signal is active only a small fraction of the time. Even though the amplitude is -65 dBm, its short presence means it rarely overlaps with Wi- Fi transmissions, making it unlikely to cause the reported random disconnections.

NEW QUESTION # 115
Given: A MU-MIMO sounding exchange includes the AP transmitting an NDP Announcement frame followed by the NDP and the MU-STAs response with a Compressed Beamforming Frame containing the Feedback matrix.
How often does this MU-MIMO sounding exchange happen?

A. Once for each MU-MIMO group
B. Never; this exchange is only used by UL OFDMA
C. At regular intervals
D. Before every SU-MIMO frame transmission

Answer: C

Explanation:
MU-MIMO sounding exchanges occur at regular intervals to update the AP on the channel conditions for multiple client stations. This ensures that the AP has up-to-date channel state information to optimize beamforming and maintain high multi-user throughput.

NEW QUESTION # 116
Which statement is true regarding VHT Transmit Beamforming?

A. The beamformee calculates the steering matrix and the beamformer calculates the feedback matrix
B. The beamformer calculates both the feedback and steering matrix
C. The beamformee calculates the feedback matrix and the beamformer calculates the steering matrix
D. The beamformee calculates both the feedback and steering matrix

Answer: C

Explanation:
In VHT Transmit Beamforming, the beamformee (client) measures the channel and calculates the feedback matrix, which it sends to the beamformer (AP). The beamformer then uses this information to compute the steering matrix to optimize the transmitted signal for the beamformee.

NEW QUESTION # 117
When performing protocol analysis, you capture an 802.11ac data frame on channel 52, transmitted at MCS 8. At what data rate was the PHY Preamble transmitted?

A. 54 Mbps
B. 86.7 Mbps
C. 78 Mbps
D. 6 Mbps

Answer: D

Explanation:
In 802.11ac (VHT), the initial legacy portion of the preamble is transmitted using the legacy OFDM format so that all nearby receivers can detect and synchronize to the transmission and decode the signaling needed to interpret the rest of the PPDU. In 5 GHz, this legacy preamble portion is sent at the lowest mandatory OFDM rate, which is 6 Mbps, regardless of the data frame's MCS.

NEW QUESTION # 118
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