Which two methods can you use to prevent the HRDSSS AP radio power levels from dropping below 12 mW?

After performing a wireless site survey, you determine that to achieve proper HR-DSSS coverage
within the rooms along a hallway area, the AP radios that service the hallway must be at 12 mW or
higher. After the APs are all installed, you note that RRM is decreasing the power on the AP radios
in the hallway to 6 mW. Which two methods can you use to prevent the HRDSSS AP radio power
levels from dropping below 12 mW? (Choose two.)

After performing a wireless site survey, you determine that to achieve proper HR-DSSS coverage
within the rooms along a hallway area, the AP radios that service the hallway must be at 12 mW or
higher. After the APs are all installed, you note that RRM is decreasing the power on the AP radios
in the hallway to 6 mW. Which two methods can you use to prevent the HRDSSS AP radio power
levels from dropping below 12 mW? (Choose two.)

A.
Configure the minimum power-level assignment for the 2.4 GHz radio to 11 dBm under the
individual TPC settings on the hallway APs.

B.
Configure the minimum power-level assignment for the 5 GHz radio to 11 dBm under the
individual TPC settings on the hallway APs.

C.
Configure the minimum power-level assignment to 11 dBm under the global 802.11b/g/n TPC
settings.

D.
Configure the minimum power-level assignment to 11 dBm under the global 802.11a/n TPC
settings.

E.
Statically configure the 5 GHz radios on the hallway APs to power level 4.

F.
Statically configure the 2.4 GHz radios on the hallway APs to power level 4.



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