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The Mobility Master (MM) does not have an active PEFNG license.

The WLAN is configured as a hidden SSID.

The configuration is not deployed to the Mobility Controller (MC).

The WLAN is configured at a lower level in the Managed Network hierarchy.

802.1X authentication always authenticates the wireless client, while captive portal authentication always authenticates the wireless user.

802.1X authentication occurs at Layer 2, while captive portal authentication occurs at Layer 3.

802.1X authentication must use an LDAP server, while captive portal authentication can use a RADIUS server or an LDAP server.

802.1X authentication is typically implemented without encryption, while captive authentication is often combined with WPA or WPA2.

Aruba 7024 controllers

Aruba 7210 controllers

Aruba 7240 controllers

Aruba 7030 controllers

AirWave shows trends for the past several minutes, while MM shows longer trends.

AirWave combines information from more sources, such as RADIUS authenticating servers and APs.

AirWave shows the current signal level for the client connection, while MM does not show RF statistics.

MM shows user and role information associated with clients, while AirWave does not.

The company has multiple small branch offices where APs at each branch office must forward internet traffic locally and corporate traffic over a secure tunnel to a centralized Mobility Controller (MC).

The company has some devices that support both 5GHz and 2.4GHz, and the APs must operate in both frequency bands.

The company requires high availability for its wireless services, and APs must be able to be controlled by more than one Mobility Controller (MC) in case a controller fails.

The company has a Mobility Manager (MM)-based solution that requires APs to terminate to multiple controllers that reside in different administrative domains.

a Web server to host a login portal

a shared password to secure access to the WLAN

RADIUS server or servers

a policy to allow unauthenticated users to receive RADIUS

Establish clusters of Mobility Controllers (MCs).

Configure MM to provide backup AP tunnel termination in case of controller failure.

Deploy all licenses locally yo APs, so that they can continue to function if they lose contact with their controller.

Configure APs to convert to controller-less Instant AP mode during controller failure.

It immediately applies only to the guest role, as part of the final policy applied to the role. Administrators cannot apply the rule to other roles.

It immediately applies to the guest role and other roles, as part of the first policy applied to the role.

It immediately applies to the guest role and other roles, as part of the final policy applied to the role.

It immediately applies only to the guest role and other roles, as part of the first policy applied to the role. Administrators can choose to apply the rule to other roles.

The firewall drops the traffic from the wireless client. The firewall drops the traffic from the wired client.

The firewall permits the traffic from the wireless client, but drops the return traffic from the server. The firewall drops the traffic from the wireless client.

The firewall permits the traffic from the wireless client and also permits the return traffic from the server. The firewall permits the traffic from the wired client and also permits the return traffic from the wireless client.

The firewall permits the traffic from the wireless client and also permits the return traffic from the server. The firewall drops the traffic from the wired client.

Analyze wireless traffic patterns at the application level.

Optimize RF through the AP channel and transmit power plans.

Analyze RF signals to determine the cause of non-802.11 interference.

Help to detect rogue APs in the environment.

VLAN 10–19 interfaces and proper IP settings on the MM nodes

trunk ports that support VLANs 10–19 on the managed Mobility Controllers (MCs)

VLAN 10–19 interfaces on the Mobility Controllers (MCs) as the default gateway for wireless users

trunk ports that support VLANs 10-19 on the MM nodes

0

1

32

500

It takes the AP about twice as long to send data to the client as expected if all transmissions succeeded.

About half of the heartbeats the client sends reaches the Mobility Manager (MM).

The maximum data rate that 802.11ac supports is about twice as high as the data rate the client uses.

The client device only complies with about half of the rules in the endpoint health policy.

radio profiles

WLAN settings

Interface settings

AAA profiles

7008

7030

7205

7210

set up portal pages

create guest user accounts

monitor guest clients

create guest WLANs

DHCP pool

ClientMatch rules

source NAT

bandwidth limit

when the MM detects that a different channel has significantly better quality

when the Mobility Controller (MC) detects a rogue AP on the channel

when the AP detects a large amount of interference on its channel

when the Client Match rules indicate that nearby clients do not support the current channel

band steering

multiple spatial streams

40MHz channel bonding

multi-user MIMO (MU-MIMO)