最新のCWDP-304問題集で試験を準備する

CWNP CWDP-304 試験概要:

CWNP CWDP-304 試験シラバストピック:

CWNP Certified Wireless Design Professional 認定 CWDP-304 試験問題：

1. When performing a spectrum analysis walkthrough of a facility tor which you will be creating a WLAN design you detect an interferer What should you do?

A) Locate and remove the interferer immediately so that your WLAN works well
B) Make note of it using the reporting features of your spectrum analyzer or by documenting it elsewhere
C) Make a mental note of it so that you can include it in your design
D) Walk away from the project because it is best to only deploy in clean environments with no other RF signals

2. What commonly causes a client-to-AP link imbalance?

A) The AP's antenna gain is lower than the client's antenna gain
B) The client's transmit power is significantly lower than the AP's transmit power
C) The AP's transmit power is significantly lower than the client's transmit power
D) The client's antenna gain is lower than the AP's antenna gain

3. What is the minimum PoE budget needed on a switch to support 6 (six) APs that can only be powered using IEEE 802.3at if no other details are provided?

A) 180 W
B) 60 W
C) 240 W
D) 320 W

4. What roaming technology uses stored keys at the APs for roam back if a client STA returns after having roamed away?
Response:

A) PMK caching
B) Preauthentication
C) SCA roaming
D) OKC

5. You ate evaluating CO impact in 2 4 GHz. During the post-validation survey, you determine that 2 or 3 APs are seen from every location in the 2 4 GHz band with signal strengths above -75 dBm from all seen Aps.
Does this show that CO has been removed from the environment given that three non-overlapping channels exist in 2.4 GHz and why?

A) Yes because you would see 3 APs m every location with a signal strength above -75 dBm if CO exists
B) Yes, because the goal is to see only l AP at each location in 2 4 GHz
C) No, because CCI can exist even with signals as low as -85 dBm to -93 dBm
D) No, because the goal is to see only 1 AP at each location in 2 4 GHz

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