Sapido gr-1222 用户指南
http://www.sapido.com.tw
162
User’s Manual V1.0
6.2.6
WPS
Wi-Fi Protected Setup, it can simplify the procedures of wireless encryption
between N+ 3.5G NES Server and wireless network card. If the wireless
network card also supports WPS function, users can activate WPS
auto-encryption to speed up the procedures.
WPS supports 2 models: PIN (Personal Information Number) and PBC (Push
Button Configuration). These models are approved by the Wi-Fi Alliance.
PIN model, in which a PIN has to be taken either from a sticker label or from
the web interface of the WPS device. This PIN will then be entered in the AP or
client WPS device to connect.
PBC model, in which the user simply has to push a button, either an actual or
a virtual one, on both WPS devices to connect.
*The following figure is the display of the front of N+ 3.5G NES Server.
between N+ 3.5G NES Server and wireless network card. If the wireless
network card also supports WPS function, users can activate WPS
auto-encryption to speed up the procedures.
WPS supports 2 models: PIN (Personal Information Number) and PBC (Push
Button Configuration). These models are approved by the Wi-Fi Alliance.
PIN model, in which a PIN has to be taken either from a sticker label or from
the web interface of the WPS device. This PIN will then be entered in the AP or
client WPS device to connect.
PBC model, in which the user simply has to push a button, either an actual or
a virtual one, on both WPS devices to connect.
*The following figure is the display of the front of N+ 3.5G NES Server.
When users select a specific model on wireless base station, the clients can
connect to the base by selecting the same model.
The connection procedures of PIN and PBC are almost the same. The small
difference between those two is:
Users input the PIN of wireless card in the base station first; it will limit the
range of the clients. It is faster to establish a connection on PIN model.
On PBC model, users push the WPS button to activate the function, and then the
wireless client must push the WPS button in 2 mins to enter the network. The
client will search to see if there is any wireless base station which supports WPS
is activating. If the client finds a matching base, the connection will be
established. The speed of establishing a connection is slower than the PIN model
because of this extra step.
On the other hand, users need to input the information of the wireless card into
the register interface. It might lead to the failure of connection, if users make
mistakes on inputting. On PBC model, users only need to click the WPS button
connect to the base by selecting the same model.
The connection procedures of PIN and PBC are almost the same. The small
difference between those two is:
Users input the PIN of wireless card in the base station first; it will limit the
range of the clients. It is faster to establish a connection on PIN model.
On PBC model, users push the WPS button to activate the function, and then the
wireless client must push the WPS button in 2 mins to enter the network. The
client will search to see if there is any wireless base station which supports WPS
is activating. If the client finds a matching base, the connection will be
established. The speed of establishing a connection is slower than the PIN model
because of this extra step.
On the other hand, users need to input the information of the wireless card into
the register interface. It might lead to the failure of connection, if users make
mistakes on inputting. On PBC model, users only need to click the WPS button