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intelligent wireless platform
airHaul™ Nexus User Guide
The following table summarizes the information for the wireless settings.
Table 2-3 Wireless Settings
Page Items Descriptions
SSID
This is the current SSID.
User can change the SSID. The SSID is a unique identifier that
wireless networking devices use to establish and maintain
wireless connectivity. It is case sensitive and can contain up to 32
alphanumeric characters. Do not include special characters in the
SSID.
Domain
This is the current radio regulatory domain.
User can choose the appropriate domain. The pull-down menu
shows a list of domains supported by radio. Different domains will
show different channel lists.
Channel
This is the current radio channel in the selected domain.
User can choose other channels from the pull-down list.
For most consistent performance after a site survey, we
recommend that user selects a non-overlapping channel setting
for the radio. The radio channel settings correspond to the
frequencies available in the user regulatory domain.
Dial a Power
Dial a Power is used to set the output power of the radio at the N
Connector.
The valid radio power range is from -5 dBm to 23 dBm
Antenna Gain
This is a gain of an antenna attached with the airHaul unit. The
gain input here is merely for the purpose of display and
calculation of the EIRP.
User can select anywhere between 2.2dBi to 30 dBi.
RF cable Loss
This refers to the loss of a cable connecting antenna to the
airHaul unit
Client
Authorization
MAC
This is the Radio MAC address of the Remote which is allowed to
access the Root Device
Access Control List (ACL) allows/denies access based on the
client MAC address.
Also mention the operation mode of the airHaul Remote device –
Router / Bridge
View
Association
Table
List all associated clients and its link status.
Note: The default value for Dial a Power is 18 dBm for FCC domain.
At high TX power levels, the radio tends to distort EVM due to the amplifier saturation. In that
case, use a value lower than the maximum power level especially in the 5Ghz band.