Make settings for the IEEE 802.11b board to use wireless LAN.
Some items are for reference only and cannot be changed.
To make settings for interface options other than the wireless LAN (IEEE 802.11b) board, use the [Interface Settings] page.
Note
Switch the interface between Ethernet and wireless LAN (IEEE 802.11b). This is available only if the device supports both interfaces.
Note
Displays wireless LAN (IEEE 802.11b) board information.
Displays wireless LAN (IEEE 802.11b) operation status.
Displays the MAC address (Media Access Control Address) of the wireless LAN (IEEE 802.11b) board.
Displays the strength of the wireless LAN signal, as a text string and percentage.
The wireless signal status can be measured only when [Infrastructure Mode] is selected in the communication mode.
Select the communication mode in this list.
A method of communicating with other computers, peer to peer, without an access point. The same communication channel and SSID must be used for all computers.
A method of communicating with other computers, peer to peer, without an access point. The same communication channel must be used for all computers.
A method of communicating with other computers via an access point. The SSID must be the same as the one set for the access point.
Enter the SSID (Service Set Identifier) to be used, using up to 32 characters.
The SSID currently in use appears in parentheses.
This information appears if [802.11 Ad-hoc Mode] or [Infrastructure Mode] is selected in the [Communication Mode] list.
The SSID is an identifier used when connecting between an access point and a wireless LAN client.
Only a wireless LAN client and an access point that have the same SSID can communicate with each other.
If [802.11 Ad hoc Mode] or [Ad hoc Mode] is selected in the [Communication Mode] list, select a communication channel in the list.
The channel is a set radio frequency used for wireless LAN (IEEE 802.11b).
Computers using the same channel can communicate with each other.
Select an encryption method to protect wireless data communication.
Select this to use Wired Equivalent Privacy (WEP).
If "WEP" is selected, make settings for [WEP Settings].
To communicate using encrypted data, both the transmitting and receiving computers' data must be set with the same WEP key number and value.
Note
Select this to use Wi-Fi Protected Access (WPA).
When "WPA" is selected, make settings for [WPA Settings].
Note
Make settings for WEP encrypted communication if [Security Type] is set to "WEP".
Select the WEP authentication mode.
The authentication mode currently in use appears in parentheses.
Authentication using the WEP key is not performed.
Note
Authentication using the WEP key is performed. If a different or no WEP key is configured at the other station (access point or device), connection is disrupted.
Select the key number used for WEP authentication.
Different WEP keys can be set for each key number.
When you select a key number, the [WEP Key] list displays whether or not a WEP key is assigned to the key number.
If "Not Set" is displayed in the [WEP Key] list, click [Change] to assign the WEP key.
Note
Displays whether or not a WEP key is assigned to the key number selected in the [WEP Key Number] list.
Click [Change] to set or change the WEP key.
Make settings for WPA encrypted communication if [Security Type] is set to "WPA".
Select the WPA authentication mode.
This is an encryption mode in which the encryption key is changed at a specified interval.
This is an increased communication security mode than TKIP.
Select the WPA authentication mode.
The Extensible Authentication Protocol (EAP) is used for encryption. When "WPA (802.1X)" is selected, make settings for [WPA Client Certificate] and the following items, according to the EAP type.
The Pre-Shared Key (PSK) is used for encryption. When "WPA-PSK" is selected, make settings for [WPA-PSK].
Displays the status of the Pre-Shared Key (PSK). If "Not Set" is displayed, click [Change] to make settings for PSK.
For details about the [Change PSK] pageIf [WPA (802.1X)] is selected for [WPA Authentication Method], make settings for information necessary for authentication.
Enter the user name used with the Extensible Authentication Protocol (EAP).
You can enter up to 31 alphanumeric characters. The "@" (at-sign) character cannot be used.
EAP is the authentication protocol used for WPA (802.1X) authentication.
Enter the domain name used for the Radius server authentication using either an FQDN (Fully Qualified Domain Name) or NetBIOS name. You can enter up to 64 alphanumeric characters. The "@" (at-sign) character cannot be used.
Select the EAP authentication type.
Displays the available device certificates. Select the WPA client certificate used for WPA (802.1X) authentication.
Note
If [EAP Type] is set to "LEAP", "EAP-TTLS", or "PEAP" for [WPA (802.1X)], click [Change] to set a password.
For details about the [Change Password] pageNote
If [EAP Type] is set to "EAP-TTLS" or "PEAP" for [WPA (802.1X)], click [Change] to enter a user name used for phase 2.
For details about the [Change Phase 2 User Name] pageIf [EAP Type] is set to "EAP-TTLS" for [WPA (802.1X)], select the phase 2 method.
If [EAP Type] is set to "PEAP" for [WPA (802.1X)], select the phase 2 method.
If [EAP Type] is set to "PEAP" for [WPA (802.1X)], select whether to enable or disable authentication for the authentication server.
If [EAP Type] is set to "LEAP" for [WPA (802.1X)], select whether to trust the certificate signed by the intermediate CA.
If [EAP Type] is set to "LEAP" for [WPA (802.1X)], enter the authentication server ID. You can enter up to 128 alphanumeric characters.
Click to update the currently displayed information.
Note
Click to apply the settings.
Click to cancel the settings.