User's Manual

User Manual CForce N100

IEEE 802.11 Mode: The wireless LAN standard, which defaults to A/N mixed to

ensure optimal transmission rate.

Country Code: Different countries or regions have different standard channels,

which are distinguished by country codes.

Channel Width: The channel width refers to the maximum data transmission

rate of the channel.

Max TX Rate, Mbps: The maximum transmission and reception rate of the

device. It is set to limit the maximum transmission and reception rate of the

device to maintain the stability of the device performance.

Lock AP Mac: The station or WDS station sets the object to which the device is

connected by setting it (only the station page is displayed).

Security: Encrypts the wireless connection, and users can choose the

appropriate encryption method according to their security requirements. The

wireless encryption of the devices to be associated with each other must be set

to the same, otherwise, the association is not.

WPA: WPA is a standards-based specification that enhances interoperable

security and greatly improves data protection and access control in existing and

future wireless LAN systems. Designed as a software upgrade to run on existing

hardware, Wi-Fi Protected Access is derived and will be compatible with future

IEEE 802.11i standards. When properly installed, it provides a high level of

protection to users of the wireless network so that their data is always protected

and only authorized network users can access the network. WPA compensates

for all the defects of Wired Equivalent Privacy (WEP).

802.1x: The 802.1x protocol is based on the Client/Server access control and

authentication protocol. It can restrict unauthorized users/devices from accessing

LAN/WLAN through an access port. 802.1x authenticates users/devices

connected to the switch port before obtaining the various services provided by

the switch or LAN. Before the authentication is passed, 802.1x only allows

EAPoL (LAN-based Extended Authentication Protocol) data to pass through the

switch port to which the device is connected; after authentication is passed,

normal data can successfully pass through the Ethernet port.