Question 1

Your customer is using PSK as their only authentication. They have an industry requirement to move to a stronger solution. Your recommendation is to move to a certificate-based type of authentication where both the client and server require certificates. Which EAP type would be the best fit?

Options :

A : EAP-FAST

B : EAP-TTLS

C : EAP-TLS

D : PEAP

Answer: C

Question 2

In the enterprise, when is WPA/WPA2-Personal generally a recommended solution? (Choose all that apply.)

Options :

A : When client devices do not support 802.1X/EAP

B : When mobile device applications require high-latency roaming times between APs

C : When client devices are provisioned in bulk and would otherwise share 802.1X credentials

D : When the network security policy demands that each user have unique access credentials

Answer: A,C

Question 3

When using a WLAN design tool with propagation modeling capabilities, what critical step must be performed before adding APs, antennas, and attenuation factors like walls?

Options :

A : Set the transmit power for all APs

B : Add pictures of the environment

C : Nothing; just begin by adding APs, antenna and attenuators

D : Calibrate the floor plan to increase accuracy

Answer: D

Question 4

Given:For this fill-in-the-blank question, each answer option contains an answer for the first and second blanks, separated by a dash "—". Choose the answer option that correctly fills in both blanks in the following sentence. A WLAN may use 802.11 admission control to ________, and admission control requirements are configured separately for each ________.

Options :

A : Block stations with inadequate security parameters — SSID

B : Identify voice-enabled wireless devices — AP radio (that is, 2.4 GHz or 5 GHz)

C : Regulate the available bandwidth resources — Access Category

D : Mark ingress and egress frames with priority values — TCP/IP port

Answer: C

Question 5

You told your customer that multipath fading may be mitigated simply by moving one or both of the receiver's antennas a small amount, usually by one to four wavelengths away from its original position. Your customer is prepared to make the change but does not know the wavelength for 802.11ac. What is the approximate wavelength of an 802.11ac radio wave?

Options :

A : 5.5 cm (2.16 inches)

B : 12 cm (4.72 inches)

C : 15.24 cm (6 inches)

D : 45 cm (17.71 inches)

Answer: A

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