User Guide

Wireless Array
Configuring the Wireless Array 165
4. Set Active VLANs: Create and manage the list of VLANs that are
allowed to be passed through this port. Traffic will be dropped for
VLANs that are not in this list. ??Is this correct??
You may view the
complete list of VLANs whose traffic will be passed in the Active VLANs
list, above. The default setting is to pass All VLANs.
a. To add a VLAN to the list of allowed VLANs, type its name or
number??OK??
, and click Add. To allow all VLANs (current or
future) to be passed, click the All button.
b. To remove a VLAN from the list of allowed VLANs, type its name or
number, and click Delete. To remove all VLANs from the Active
VLANs list, click None.
c. To allow only the set of currently defined VLANs (see “VLANs” on
page 185) to be passed, click the Current button. Essentially, this
“fixes” the Active VLANs list to contain the Array’s currently defined
VLANs, and only this set, until you make explicit changes to the
Active VLANs list. If you create new VLANs, they will not be passed
unless you take action to add them to the list. ??All OK??
5. ??Is this correct?? Mirror — Specify one of the active bonds (Bondx) that is
to be mirrored by this port (Gigabity). All wireless traffic received on the
Array is transmitted out both Bondx and Gigabity. All traffic received on
Bondx is passed on to the onboard processor as well as out Gigabity. All
traffic received on Gigabity is passed on to the onboard processor as well
as out Bondx. This allows a network analyzer to be plugged into Gigabity
to capture traffic for troubleshooting, while the bonded ports provide
network connectivity for data traffic. See Figure 98.
??True??
Mirroring is also used to bridge traffic between gig ports —
Traffic received on Bondx is transmitted by Gigabity; similarly, traffic
received on Gigabity is transmitted by Bondx. This allows the Array to act
as a wired bridge and allows Arrays to be daisy-chained and still
maintain wired connectivity.