insufficient fiber cabling, especially between buildings

lack of high speed uplink capabilities at the access layer

simplification of spanning tree protocol ad the access layer

need to extend VLANs across wider areas

MCs are deployed in a cluster, and they are on the same VLAN

MCs are distributed across each VLAN on which APs are deployed and have VRRP
enabled.

MCs have a standby master IP address assigned to them.

MCs have enough licenses to support the APs for which they are active and standby
MC.

The customer can direct all wired traffic through the MCs, which will then apply security
to that traffic.

The customer can direct all wired traffic through the MMs, which will impose basic
security checks.

ClearPass OnConnect can enable wired authentication on these switches through the
use of SNMP.

AirWave can manage these switches and shut down their ports if an unknown user or
device connects.

two 10 GbE links on each of the MC

two 40 GbE links in each of the MCs

three 10 GbE links on each of the MCs

four 10 GbE links on each of the MCs.

whether the printers are physically locked down

the identify of users who need to access printers

whether the printers support Power over Ethernet (PoE)

whether the printers support 802.1X

the 802.11 standards supported by the printer

Ensure that the beam-width exceeds 100 degrees.

Ensure that the H-plane and E-plane values are within 45 degrees of each other.

Ensure that the antenna is rated for 802.11ac usage.

Ensure that the antenna is designed for the frequency used by the radio.

Auditoriums typically require a high-density AP design for RF coverage.

Users in Auditoriums often have Bluetooth devices, which can be a source of interface in
the 5 GHz band.

Auditoriums typically require the use of 80 MHz channels to meet bandwidth requirements.

Auditoriums often require the use of DFS channels for sufficient 20 MHz channels.

The DSCP values place both voice and video traffic in the video VMM queue, so voice
does not receive the prioritization that is should.

The Aruba APs and controllers use different prioritization mechanism from WMM, so
they will not accept high priority traffic from the wireless devices.

DSCP is incompatible with WMM. The Aruba APs and controllers instead use 802.1p to
mark traffic to and from wireless devices.

The DSCP for wireless client traffic is concealed within the GRE packet on the path from
the AP to the
controller, and does not take effect.