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WDS AP:
it can only be connected with WDS repeater or WDS client. One WDS AP can connect with
multiple WDS clients or WDS repeaters.
SSID:
this value is used to control access to wireless network. When other equipment connects with this
equipment, only those with the same SSID can communicate with each other and build LAN. Click
“Select” key in the right of SSID, search nearby wireless network and connect corresponding wireless
network according to your needs.
Frequency:
it is center frequency of carrier wave; left and right offset of center frequency is bandwidth.
This parameter shall be set in AP mode, while several frequencies are available in client mode. If AP
frequency is not the frequency selected by client, client cannot connect with AP. They can connect with
each other only if AP frequency is one frequency selected by client.
Output Power:
it refers to output power of wireless signal transmitted by the equipment, to be adjusted
according to equipment distance. When output power is increased, the transmitted signal distance and
signal strength will be enhanced.
Country Code:
different countries or regions have different standard channels, which can be
differentiated by country code.
Channel Width:
it refers to maximum data transmission rate of channel.
Max. TX Rate:
it refers to maximum transmitting and receiving rate of the equipment. By limiting
maximum transmitting and receiving rate of the equipment, keep stability of equipment performance.
MAC Address of Root AP:
by setting it, client, WDS repeater or WDS client limits the connecting
object.
Wireless Encryption:
encrypt the wireless connection. The user chooses corresponding encryption
type according to safety requirement. Equipment to be associated shall have the same wireless
encryption; otherwise, they cannot be associated.
WEP:
wired equivalent privacy, a data encryption technique.
WPA:
this standard specification strengthens interoperable safety, and enhances data protection and
access control level greatly within existing and future WLAN. It operates on existing hardware in the form
of software upgrading. Wi-Fi Protected Access originates from and is compatible with future IEEE
802.11i standard. After correct installation, WPA provides Wi-Fi users with high-level protection, always
