A cisco 4404 wlan controller is being connected to a cisco 6500 catalyst series switch. How would you interconnect and configure lag for connectivity and ensure redundancy？（）

A . 10/100 Mbps RJ45 B . 1000BASE-SX SFP C . 10/100/1000 Mbps RJ45 D . 10000BASE-SX

A . 12 percent B . 6 percent C . 18 percent D . 24 percent

A . debug dhcp enable B . debug dhcp status enable C . debug dhcp packet enable D . enable debug dhcp packet

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 . 48 B . 36 C . 12 D . 24

A . 75 percent B . 85 percent C . 56 percent D . 55 percent

A . 4 B . 32 C . 8 D . 16

A . coverage of large areas B . individual device configuration C . roaming that is facilitated bywirelee-location services D . coverage ofA single area E . seamless roaming throughout the network

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 . 1000BASE-SX SFP B . 10/100/1000 Mbps RJ45 C . 10/100 Mbps RJ45 D . 10000BASE-SX

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 . 6 percent B . 12 percent C . 18 percent D . 24 percent

A . 8 B . 32 C . 4 D . 16

A . passed by the AP to its connected switch and then forwarded directly to the connected router，which creates an MGID table entry B . passed by the AP to the WLAN controller and then forwarded to the source PIM-enabled router，which creates an MGID table entry C . passed by the AP to the WLAN controller， which creates an MGID table entry before forwarding to the directly connected PIM-enabled router D . passed by the AP to its connected switch and then forwarded to the rendezvous point router，which creates an MGID table entry

A . 55 percent B . 56 percent C . 75 percent D . 85 percent

A .  Authentication   B .  Mobility C .  Security management D .  Transmission of beacon frames E .  Real-time portions of MAC management F .  Real-time aspects of the 802.11 prtocol management G .  SNMP collectio

A . Multicast traffic is sent out on Cisco APs at the highest mandatory data rate. B . Multicast traffic is sent out on Cisco APs at the highest supported data rate. C . On Cisco APs， multicast traffic and beacons are sent out at the same data rates to maintain a common cell size for normal data as well as multicast data. D . If there is more than one mandatory data rate， multicast traffic will be sent at the highest mandatory rate and beacons will be sent at the lowest mandatory rate. E . On Cisco APs， multicast traffic will be sent out at the highest data rate that a client can maintain with the AP.

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 . 75 percent B . 85 percent C . 56 percent D . 55 percent

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 . 4 B . 32 C . 8 D . 16

A．allfourportsfromtheciscowlcterminatedtothesamecatalystgigabitmoduleandchannelgroup. B．ports1and2fromciscowlctocatalystgigabitmoduleslot1channelgroup10andciscowlcports3and4tocatalystgigabitmoduleslot2channelgroup10. C．allfourportsfromtheciscowlcterminatedtothesamecatalystgigabitmoduleusingtwochannelgroups. D．ports1and2fromciscowlctocatalystgigabitmoduleslot1channelgroup20andciscowlcports3and4tocatalystgigabitmoduleslot2channelgroup40.