CWDP-305 試験問題を無料オンラインアクセス

When using a predictive design tool, you have selected access points (APs) with an antenna gain of 3 dBi and set the transmit power to 25 mW. What is the EIRP (Effective Isotropic Radiated Power) of the APs in this design?

• A.125 mW
• B.6.25 mW
• C.17 dBm
• D.11 dBm

When installing a cloud-based AP, what is the most common process used?
Response:

• A.Configure the AP as an autonomous AP and then, when it connects to the cloud, it will be reconfigured.
• B.Connect the AP to the network and configure it from the cloud assigning a configuration or policy set to the AP.
• C.Configure a profile for the AP in the cloud and then connect it for automatic configuration.
• D.Configure the AP with a local controller and then, when it connects to the cloud, it will be reconfigured.

You deployed an AP and installed its antenna, and you now need to set the AP transmit power. Given a desired EIRP of 21 dBm, and an antenna gain of 5.85 dBd connected through 25 feet of cable with a loss specification of 4 dB/100 feet.
Assuming that there is no significant loss from the connectors, what should be the transmit power level for this AP?

• A.25 mW
• B.14 mW
• C.20 mW
• D.10 mW

What are methods of providing RF high availability?
Response:

• A.Use the HSRP/VRRP protocol.
• B.Power APs to maximum power.
• C.Deploy using 100 percent overlap.
• D.Deploy 802.3af.
• E.Use dual spectrums.

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