User manual PEAVEY PR 1500 DATASHEET

[. . . ] EAP authentication is used for authentication of the RADIUS server by the client. This is used in EAP authentication to certify the client itself. [. . . ] The Client Authentication attribute included in the Extended Key Usage attribute is required for the client certificate to be used in the EAP authentication. This is the user certification protocol conforming to IEEE802. 1X. This product supports the method known a 'EAP-TLS. ' A separate authentication server (RADIUS server) is required for user authentication by the EAP. Communication is possible with access points supporting an EAP conforming to the WPA standard. Both the client and the authentication server (RADIUS server) authenticate one another by means of an electronic certificate. User authentication by EAP-TLS requires the importing of a 'Client Certificate' that certifies the printer itself and a 'CA Certificate' for authenticating the authentication server (RADIUS server). Infrastructure mode Open system authentication All wireless communication is done through an access point. TKIP assures greater security than WEP, due to such features as automatic changing of the encryption key after a set time. This is the basic wireless LAN encryption method. This product supports the 64 bit and 128 bit WEP key sizes. The same WEP key must be set for each wireless terminal and access point. Authentication (Shared Key authentication) can also be done using a WEP key. However, WEP based encryption is no longer considered to be a strong encryption method. WPA-PSK authentication Authentication and encryption is done with a Pre-Shared Key: PSK. [. . . ] However, WEP based encryption is no longer considered to be a strong encryption method. WPA-PSK authentication Authentication and encryption is done with a Pre-Shared Key: PSK. [. . . ]