Free CWNP CWNA-106 Practice Exam with Questions & Answers

DCF

PCF

HCF

EDCAF

HCCA

PCF/CA

Fresnel Zone size

Maximum input power

Beamwidth

Impedance

VSWR Ratio

Use of larger frame sizes results in greater throughput in low interference environments.

BSS support for 65 KB A-MPDUs will increase the maximum data rate available to client devices.

In 802.11ac, changing the security mechanism from WPA2-Personal to WPA2-Enterprise will enable the VHT MCS rates.

Compared to an Independent BSS, an Infrastructure BSS can provide almost twice the throughput between wireless nodes.

Use of short guard intervals improves reliability and throughput in high multipath environments

Data frames too large for the physical environment

Client stations broadcasting with too much power

Access points broadcasting with too little power

Client stations too close in proximity to each other

Obstacles between client stations causing attenuation

Large 802.11 cells with physically distributed stations

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 data throughput rate will increase because VSWR will decrease.

The Equivalent Isotropically Radiated Power (EIRP) will decrease.

The antenna’s azimuth beamwidth will decrease.

The size of the Fresnel zone will increase.

The likelihood of a direct lightning strike will increase.

This client device supports protection mechanisms such as RTS/CTS and/or CTS-to-Self.

This client device supports both TKIP and CCMP cipher suites.

300 Mbps is the maximum supported data rate for this device.

This client device supports the ERP, OFDM, and HT physical layer specifications.

This client device supports X.509 certificates for EAP authentication.

An IP tunnel is established between the AP and controller for AP management and control functions.

Using centralized data forwarding, APs never tag Ethernet frames with VLAN identifiers or 802.1p CoS.

With 802.1X/EAP security, the AP acts as the supplicant and the controller acts as the authenticator.

Management and data frame types must be processed locally by the AP, while control frame types must be sent to the controller.

In a distributed data forwarding model, the AP handles frame encryption and decryption.

A single AP supports multiple BSSs with different SSIDs

A virtual cell single channel network has been implemented

The beacons are from an IBSS instead of a BSS

Three APs still share the same default configuration.

Implement Network Access Control (NAC) and require antivirus and firewall software along with OS patches

Require EAP-FAST authentication and provide customers with a username/password on their receipt

Implement an SSL VPN in the WLAN controller that initiates after HTTPS login

Enable station-to-station traffic blocking by the access points in the hotel