SpectraLink 8440 - Page 322

Spectralink 84-Series Series Wireless Telephones Administration Guide
1725-86984-000_P.docx
September 2016 322
Parameter
Permitted Values
Default
device.wifi.psk.keyType
The key type: key or passphrase.
device.wifi.psk.key
The hexadecimal key or ASCII passphrase.
0 or 1
string
0
0xFF
The WPA(2) PSK key type and key. If the key type is 0, a 256-bit hexadecimal key is used. If the key type is 1, a
string of 8 to 63 ASCII characters is used as the pass code.
device.wifi.acMandatory
0 or 1
0
If 1, the handset will only connect to access points that enforce admission control or access control. If 0, the
handset access control or admission control is not necessary. When deploying both 84-Series and 87-Series
handsets in the same facility using the same Wireless LAN, Wi-Fi Multimedia Admission Control (aka access
control, AC or WMM-AC) must be disabled in any handset parameters and APs as it is not supported by 87 Series
handsets. Any parameter that requires or enforces AC must be disabled.
device.wifi.radio.band5GHz.subBand1.enable
1
device.wifi.radio.band5GHz.subBand2.enable
1
device.wifi.radio.band5GHz.subBand3.enable
1
device.wifi.radio.band5GHz.subBand4.enable
1
0 or 1
0 or 1
0 or 1
0 or 1
0
0
0
0
If 0, the 5GHz sub-band (sub band 1, 2, 3, or 4) is disabled. If 1, the sub band is enabled. Note: Regulatory
authorities (FCC North America) further subdivide the 5GHz band into multiple sub-bands (some of which are not
available in all countries). You can enable and disable individual sub-bands and set the maximum transmit power
for each. For maximum performance, you should enable the same bands and sub-bands as configured on your
wireless infrastructure, otherwise your handset will waste time looking for a signal on the unused sub-bands.
device.wifi.radio.band5GHz.subBand1.txPower
1
device.wifi.radio.band5GHz.subBand2.txPower
1
device.wifi.radio.band5GHz.subBand3.txPower
1
device.wifi.radio.band5GHz.subBand4.txPower
1
1 to 7
1 to 7
1 to 7
1 to 7
5
5
5
5
The maximum power that the handset will use to transmit in the sub-band (for sub-band 1, 2, 3, and 4). In general,
this power should match the power setting at the access point so that the coverage radius of the handset matches
that of the access point. “7” is also called “Auto” and will use the maximum permitted power setting.
device.wifi.radio.band5GHzEnable
1
0 or 1
0
If 0, the 5 GHz wireless band is disabled. If 1, the 5 GHz band is enabled. Note: enable the individual sub-bands
and set the transmit power for the sub-bands by configuring device.wifi.radio.band5GHz.subBandx.
device.wifi.radio.band2_4GHzEnable
1
0 or 1
0
If 0, the 2.4 GHz wireless band is disabled. If 1, the 2.4 GHz band is enabled.
device.wifi.radio.band2_4GHz.txPower
1
1 to 7
5
The maximum power that the handset will use to transmit in the 2.4 GHz band. In general, this power should
match the power setting at the access point so that the coverage radius of the handset matches that of the access
point. “7” is also called “Auto” and will use the maximum permitted power setting. Note that ESTI regulations limit
the maximum setting in Europe. When domain 2 is selected, txPower will not go above 4.
device.wifi.radio.regulatoryDomain
1, 2, or 10
Null
Available values specify the regulatory domain. The supported values are 1 (North America), 2 (Europe) and 10
(Australia). If Null, no regulatory domain is selected. You must set the regulatory domain before the handsets can
be used. There is no default setting for this option and the handsets will not associate with an access point (AP)
until you specify a value.
device.wifi.securityMode
1
None, WEP, WPA-
PSK, WPA2-PSK,
WPA2-Enterprise
None
The wireless security mode.
device.wifi.ssid
1
String
SSID1
The Service Set Identifier (SSID) of the wireless network.