HP 630n HP Jetdirect Print Servers - Administrator's Guide - Page 52

Telnet Commands and Parameters continued, Table 3-3 - inserter

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Table 3-3 Telnet Commands and Parameters (continued) Open (default): Use open system authentication if your wireless network does not require authentication for network use. However, your network might use WEP encryption keys for data security. Shared_Key: Use shared key authentication if your network requires that each device be configured with the same secret WEP key for network use. Selecting Shared_Key is not valid with the wpa-auth-type command when setting WPA-PSK authentication. wpa-auth-type WPA-PSK authentication and dynamic wi-fi protected access (WPA) encryption. WPAPSK provides enhanced authentication on networks where an authentication server is not used. (Not compatible with the shared key authentication option in the auth-type command.) NONE: WPA-PSK authentication is not used. PSK: Selects WPA-PSK authentication. A pre-shared key provides device authentication and is generated when you specify a network passphrase through the pskpassphrase command. psk-passphrase Passphrase used to generate a network pre-shared key. A passphrase must be from 8 to 63 ASCII characters in the hexadecimal range 21 through 7E (characters 0-9, a-z, A-Z and numerous special characters including encryption Use encryption. 0 (default): Disable. 1: Enable. wep-key-method wep-key transmit-key Format for WEP key entry. WEP key entries must be of the proper length. ASCII (default): Use alphanumeric ASCII characters (0-9, a-z, A-Z). For 40/64-bit encryption, enter 5 characters. For 104/128-bit encryption, enter 13 characters. ASCII entries are case-sensitive. HEX: Use hexadecimal digits (0-9, a-f, A-F). For 40/64-bit encryption, enter10 hexadecimal digits. For 104/128-bit encryption, enter 26 hexadecimal digits. HEX entries are not case-sensitive. Static WEP encryption key. The print server can store up to four WEP keys using four key positions (Key 1, 2, 3, 4). To enter a WEP key, specify the key position followed by the encryption key value, as in the following example: wep-key 1 0123456789net In the example, Key 1 is assigned with a with a 128-bit WEP key specified by the value 0123456789net. You can use the wep-key-method command to specify the format of the key value (hexadecimal digits, or alphanumeric ASCII characters). Alternatively, you can insert an optional parameter (ASCII or HEX) after the key position, as in the following example: wep-key 1 ASCII 0123456789net In the example, Key 1 is assigned a 128-bit WEP key specified by the alphanumeric ASCII characters 0123456789net. When assigning static WEP keys, ensure that key positions and key values match other wireless devices on the network. Ensure that all key values entered are of the same length, and that WEP key lengths use the proper number of characters or digits. WEP key position (1, 2, 3, 4) that the print server uses for encrypted communications, as in the following example: transmit-key 2 42 Chapter 3 TCP/IP configuration ENWW

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Open
(default): Use open system authentication if your wireless network does not require
authentication for network use. However, your network might use WEP encryption keys
for data security.
Shared_Key
: Use shared key authentication if your network requires that each device be
configured with the same secret WEP key for network use.
Selecting
Shared_Key
is not valid with the
wpa-auth-type
command when setting
WPA-PSK authentication.
wpa-auth-type
WPA-PSK authentication and dynamic wi-fi protected access (WPA) encryption. WPA-
PSK provides enhanced authentication on networks where an authentication server is not
used. (Not compatible with the shared key authentication option in the
auth-type
command.)
NONE
: WPA-PSK authentication is not used.
PSK
: Selects WPA-PSK authentication. A pre-shared key provides device authentication
and is generated when you specify a network passphrase through the
psk-
passphrase
command.
psk-passphrase
Passphrase used to generate a network pre-shared key. A passphrase must be from 8 to
63 ASCII characters in the hexadecimal range 21 through 7E (characters 0–9, a–z, A–Z
and numerous special characters including !, @, #, $, %, ^, &, (, ), _, +, =,
, {, }, [, ], \, /, “,
<, >, ?, “, ‘, ~).
encryption
Use encryption. 0 (default): Disable. 1: Enable.
wep-key-method
Format for WEP key entry. WEP key entries must be of the proper length.
ASCII
(default): Use alphanumeric ASCII characters (0–9, a–z, A–Z). For 40/64-bit
encryption, enter 5 characters. For 104/128-bit encryption, enter 13 characters. ASCII
entries are case-sensitive.
HEX
: Use hexadecimal digits (0–9, a–f, A–F). For 40/64-bit encryption, enter10
hexadecimal digits. For 104/128-bit encryption, enter 26 hexadecimal digits. HEX entries
are not case-sensitive.
wep-key
Static WEP encryption key. The print server can store up to four WEP keys using four key
positions (Key 1, 2, 3, 4). To enter a WEP key, specify the key position followed by the
encryption key value, as in the following example:
wep-key 1 0123456789net
In the example, Key 1 is assigned with a with a 128-bit WEP key specified by the value
0123456789net.
You can use the
wep-key-method
command to specify the format of the key value
(hexadecimal digits, or alphanumeric ASCII characters). Alternatively, you can insert an
optional parameter (ASCII or HEX) after the key position, as in the following example:
wep-key 1 ASCII 0123456789net
In the example, Key 1 is assigned a 128-bit WEP key specified by the alphanumeric ASCII
characters 0123456789net.
When assigning static WEP keys, ensure that key positions and key values match other
wireless devices on the network. Ensure that all key values entered are of the same length,
and that WEP key lengths use the proper number of characters or digits.
transmit-key
WEP key position (1, 2, 3, 4) that the print server uses for encrypted communications, as
in the following example:
transmit-key 2
Table 3-3
Telnet Commands and Parameters (continued)
42
Chapter 3
TCP/IP configuration
ENWW