When configuring a WLAN controller for a voice application using Cisco 7920 wireless IP phones，which two general control settings should you select？（）

A . Create a parser view called "root view." B . Log in to the router as the root user. C . Enable the root view on the router. D . Enable role-based CLI globally on the router using the privileged EXEC mode Cisco IOS command.

A . location appliance B . controller-based access points C . wireless clients D . wireless control system E . wireless controller

A . All four ports from the Cisco WLC terminated to the same Catalyst gigabit module and channelgroup. B . Ports 1 and 2 from Cisco WLC to Catalyst gigabit module slot 1 channel group 10 and CiscoWLC ports3 and 4 to Catalyst gigabit module slot 2 channel group 10. C . All four ports from the Cisco WLC terminated to the same Catalyst gigabit module using two channel groups. D . Ports 1 and 2 from Cisco WLC to Catalyst gigabit module slot 1 channel group 20 and CiscoWLC ports 3 and 4 to Catalyst gigabit module slot 2 channel group 40.

A . Disable DTPC on the radio. B . Disable higher data rates on the radio. C . Disable WMM policy on the WLAN. D . Disable multicast on the WLAN.

A . DTIM = 1 B . DTIM = 2 C . DTIM = 3 D . DTIM = 4

A .  The access point will attempt to download an encryption key from the nearest wireless server. B .  The access point makes several attempts to get an IP address from the DHCP server. If the  access point does not receive an address， it assigns itself the IP address 10.0.0.1 for 5 minutes. C .  The access point will attempt to connect to the nearest wireless server using LEAP  authentication. D .  The access point requests an IP address from the DHCP server. If the access point does not  receive an address， it continues to send requests indefinitely. E .  None of the other alternatives apply

A . atm-dxi B . frame-relay C . hdlc D . lapb E .

A . Aggressive Load Balancing on B . Aggressive Load Balancing off C . Multicast on D . Multicast off E . AP Fallback on F . AP Fallback off

A . 802.11b/g B . radio C . access point D . 802.11a

A . isolated mode B . switchport mode C . modular mode D . community mode E . promiscuous mode F . global mode

A . SSH client B . SSH proxy C . SSH server D . SSH and SSL server

A . enable aggressive load balancing B . enable coverage hole detection C . disable dynamic transmit power control D . enable short preamble

A . one IP network or subnetwork for each subinterface B . subinterface numbering that matches vlan tages C . subinterface encapsulation identifiers that match vlan tags D . a management domain for each subinterface E . one physical interface for each subinterface F . one subinterface per vla

A . Wireless Control System B . wireless clients C . wireless controllers D . controller-based access points E . Location Appliance

A . 802.11b/g B . radio C . access point D . 802.11a

A . one IP network or subnetwork for each subinterface B . subinterface numbering that matches vlan tages C . subinterface encapsulation identifiers that match vlan tags D . a management domain for each subinterface E . one physical interface for each subinterface F . one subinterface per vla

A . all four ports from the cisco wlc terminated to the same catalyst gigabit module and channel group. B . ports 1 and 2 from cisco wlc to catalyst gigabit module slot 1 channel group 10 and cisco wlc ports 3 and 4 to catalyst gigabit module slot 2 channel group 10. C . all four ports from the cisco wlc terminated to the same catalyst gigabit module using two channel groups. D . ports 1 and 2 from cisco wlc to catalyst gigabit module slot 1 channel group 20 and cisco wlc ports 3 and 4 to catalyst gigabit module slot 2 channel group 40.

A . Aggressive Load Balancing on B . Aggressive Load Balancing off C . Multicast on D . Multicast off E . AP Fallback on F . AP Fallback off

A . All four ports from the Cisco WLC terminated to the same Catalyst gigabit module and channel group. B . All four ports from the Cisco WLC terminated to the same Catalyst gigabit module using two channel groups. C . Ports 1 and 2 from Cisco WLC to Catalyst gigabit module slot 1 channel group 20 and Cisco WLC ports3 and 4 to Catalyst gigabit module slot 2 channel group 40. D . Ports 1 and 2 from Cisco WLC to Catalyst gigabit module slot 1 channel group 10 and Cisco WLC ports3 and 4 to Catalyst gigabit module slot 2 channel group 10.

A . multicast on B . aggressive load balancing off C . multicast off D . ap fallback on E . aggressive load balancing on F . ap fallback off

A . Fabric ID B . Native Vlan C . Vlan Trunking D . Trunk encapsulation E . Mac Address assignment

A . The Aironet Desktop Utility （ADU） can be used to enable or disable the adapter radio and to configure LEAP authentication with dynamic WEP. B . In Windows XP environment， a client adapter can only be configured and managed with the Microsoft Configuration Manager. C . The Microsoft Wireless Configuration Manager can be configured to display the Aironet System Tray Utility （ASTU） icon in the Windows system tray. D . The Cisco Aironet Desktop Utility （ADU） and the Microsoft Wirelss Configuration Manager can both be enabled at the same time to setup WLAN client cards.

A . Enable the switch to participate in routing updates from external devices with the router command in global configuration mode. B . Enter the no switchport command to disable Layer 2 functionality at the interface level. C . Each port participating in routing of Layer 3 packets must have an IP routing protocol assigned on aperinterface level. D . Routing is enabled by default on a multilayer switch， so the port can become a Layer 3 routing interface by assigning the appropriate IP address and subnet information.

A .  Fibre Channel ports must be configured from the first port in the module. B .  Ethernet ports must be configured from the last port in the module. C .  Fibre Channel ports must be configured from the last port in the module. D .  Ethernet ports must be configured from the first port in the module.