CWNP Certified Wireless Network Administrator CWNA-106 Exam Dumps: Updated Questions & Answers (July 2025)

What data cabling is currently installed in the rooms and throughout the hotel?

How much RF loss do you expect between hotel rooms?

Who installed your existing wired network?

What types of applications will be used by the hotel staff?

On what frequency do the microwave ovens operate in the hotel suites?

All ports on the Ethernet switch will be supporting Class 3 PoE powered devices.

Some APs are connected to a PoE switch and are also receiving power from an AC outlet.

The Ethernet switch uplink ports are not connected to an 802.3-2012, Clause 33-compliant core or distribution Ethernet switch.

A gigabit Ethernet switch port supporting an 802.11a/g AP auto-negotiates to 100 Mbps.

The installation team is not informed that PoE support will reduce the recommended maximum UTP cabling length from 100m to 50m.

The RF interference caused by passing airplanes supporting on-board Wi-Fi should be a prime consideration.

The omni-directional antennas of the access points should be oriented parallel to the floor to maximize the coverage pattern across as many floors as possible.

The channel reuse pattern should be three dimensional with the RF cell extending coverage of each access point to other floors.

The Fresnel Zone is completely blocked between floors so each floor is considered a separate site survey.

When the client sends a probe request in the 2.4 GHz band, the AP may reply with information about the 5 GHz BSS.

The AP may ignore the initial probe requests or 802.11 authentication requests sent in the 2.4 GHz band by dual-band clients

The AP may allow an 802.11 association with the client in the 2.4 GHz band, then send unicast channel switch announcements to the client announcing the 5 GHz channel as the new channel.

After receiving probe request frames from the same client in both bands, the AP may send an association request frame to the client in the 5 GHz band.

The AP may allow an 802.11 association with the client in the 2.4 GHz band, then the AP may perform a transparent client handoff by transferring the client’s MAC address to the 5 GHz radio.

MAC Service Data Unit (MSDU)

MAC Protocol Data Unit (MPDU)

IP datagram

PLCP Service Data Unit (PSDU)

PLCP Protocol Data Unit (PPDU)

The current AP is using channel 1 and the new AP is using channel 40.

The SSID of the current AP does not match the SSID of the new AP.

The current AP supports only HT and the new AP is VHT capable.

The access points are hiding the SSID in Beacons and Probe Response frames.

Client devices ignore the TIM field and automatically send PS-Poll frames after every beacon.

After each beacon, the AP attempts to empty its frame buffer by sending Wake-on-WLAN frames to wake each dozing client.

Request-to-Send and Clear-to-Send frame exchanges are used to trigger the delivery of buffered data.

The Beacon interval is changed from the default 100 time units to 10 or less time units.

Clients send null data frames to the AP and switch the power management bit from 1 to 0 to receive queued data.

Stations send a CTS-to-self frame to the AP with a very long duration period so they can receive all of their buffered data at once.

An IBSS does not have a distribution system (DS), but a BSS does.

An IBSS does not require beacon frames, but a BSS does.

An IBSS does not support 802.11 authentication or association, but a BSS does.

An IBSS does not support any 802.11ac enhancements, but a BSS does.

Multiple WLAN Profiles

Call Admission Control

Virtual Cell with SCA

Access Categories

User-based authentication

Dual-radio AP hardware

Integrated DHCP server

Wi-Fi enabled voice handsets with low transmit power can experience asynchronous downlink and uplink performance.

WLAN client stations can experience the hidden node problem when located near each other within the same cell.

The mismatched power between WLAN client stations and APs violates regulatory and IEEE signal quality requirements.

Cell size may be too large, causing co-channel interference to adjacent cells and reducing system capacity.

APs operating in the 2.4 GHz band would prevent microwave ovens and analog video cameras from functioning.