Honeywell XYR 400E User Manual page 33

Power Level
Data Rate
Basic Rate
Channel
Beacon Interval
RTS Threshold
Fragmentation Threshold
Fallback Probation
Counter
Fallback Probation Timer
Disable SSID broadcast.
Disallow Probe Requests
without correct SSID
Save Changes
Save Changes and Reset
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The RF power level is shown in this field. This value is read only and
cannot be altered.
The radio baud rate in Mega (million) bits per second (Mbps) for point
to point radio transmissions. The default value is Auto.
The radio baud rate in Mega (million) bits per second (Mbps) for
multicast messages and management frames. These frames include
beacons, authentication, association, etc. The default value is 2Mbps.
Radio Channels 1 to 11 may be configured at the Access Point.
Refer Section 3.2. By default radio channel is set to 3.
This interval is the period between beacon transmissions sent by an
Access Point. The default value is 100 milliseconds, and it may be
adjusted from 50 to 4095 milliseconds.
RTS frames can be used to help avoid radio collisions between two
stations that cannot directly hear each other. Any frame larger than
RTS Threshold bytes will be preceded by an RTS message.
STA only. The maximum transmission unit (MTU) of data over the
radio. If more than this number of bytes is input into the module, it
will be transmitted in more than one message (or fragment).
When one of the fallback data rates is selected, the radio data rate
may be upgraded to the next highest rate after this many consecutive
successful transmissions. The default value is 10.
When one of the fallback data rates is selected, the radio data rate
may be upgraded to the next highest rate after this amount of time is
spent at a lower rate. The default value is 20 seconds.
This should be used to prevent unwanted eavesdroppers from detecting
the radio network System Address (SSID) by passively listening to
beacon transmissions from the Access Point. When disabled, Access
Points will not transmit the System Address openly in Beacon
messages. This is particularly useful in unencrypted radio networks.
This should be used to prevent unwanted users from detecting the
radio network System Address (SSID) actively by sending a probe
request to the Access Point. When Disallowed, if the correct System
Address is not supplied in the probe request, the Access Point will not
respond. This is particularly useful in unencrypted radio networks.
Save changes to non-volatile memory. Changes will not take effect
until module is reset.
Save changes to non-volatile memory and reset module
XYR400E Ethernet Modem Version 1
5/1/08