User's Guide

Table 31: Advanced Radio Settings (continued)
Field Description
Radio Share Mode Radio operates as a sensor and a trac forwarder. Valid values
are:
• O. When the radio mode is set to O, the Radio Share
capability is disabled.
• Inline. AP reports to the ADSP server only multicast /
broadcast trac such as beacons and probe requests. Inline
mode has minimal impact on AP performance, because the
AP reports to the ADSP server only trac that it processes.
• Promiscuous. AP receives all packets seen on its operating
channel and forwards them to the ADSP server.
Promiscuous mode loads the AP resources, because AP has
to process all trac in the channel. In high-density, wireless
deployments, use dedicated sensors instead of Radio Share
in Promiscuous mode.
Note: Set AP to Promiscuous mode when AP is required to
perform Termination.
In-Band Discovery In-band discovery mechanisms decrease the time for channel
scanning the 6 GHz frequency band. This is advantageous due
to the many channel options on the 6 GHz band.
FILS (Fast Initial Link Setup) — Designed for dense
environments, FILS provides fast roaming without 802.11r. An
FILS frame is analogous to a condensed beacon. Only critical
information such as SSID, BSSID, and channel can be found in
an FILS frame. The AP4000 sends this broadcast action frame
out every 20 time units (TUs), approximately 20 milliseconds.
Supported on the 6 GHz radio band (AP4000). In-Band
Discovery is disabled by default.
ADDBA Support Block acknowledgment. Provides acknowledgment of a group
of frames instead of a single frame. ADDBA Support must be
enabled if Aggregate MPDU is enable.
Aggregate MSDU Determines MAC Service Data Unit (MSDU) aggregation.
Enable to increase the maximum frame transmission size.
Add or Edit a Configuration Profile Configure
142 Extreme Campus Controller User Guide for version 5.46.03