User guide

Chapter 6 Configuring the Sender
VideoJet 10 73
Access point density:
Enter here a value indicating the number of available Access Points. Choose
High if the number is large, Low if only a few Access Points are available.
WLAN encryption:
WLAN connections are not protected against unauthorized access. It is possible
to code the data with an encryption key for security.
Click on the button Encryption to open the respective window.
WLAN Encryption:
You can choose out of three settings with different security levels:
] No Encryption
for WLAN-transmission without encryption. A connection is only set up when
the encryption functionality on the remote device is disabled, too.
] Open System
for encryption depending on the settings of the remote device. If the remote
device operates with an encryption key, that key is needed to set up a
connection and must be inserted in the WEP key fields. When the remote
device operates without an encryption key the fields for WEP keys can be left
empty.
] Shared Key
stands for permanent WLAN standard encryption. Encryption keys of 40 or
104 Bits of length are used in this mode. Remote and local device must use
identical keys to enable transmission.
WEP key index:
When encryption is activated on both ends of the WLAN connection the same
WEP key index must be used to enable transmission.
WEP key 1 ... WEP key 4:
Enter here the four keys if you want to protect the connection. The keys can be
entered as standard text in ASCII format or as hexadecimal value. Standard text
can be 5 or 13 Bytes of length for Shared Key, when entering hexadecimal digits
the key can be 10 or 26 Bytes of length (sample for hexadecimal WEP key with
the length 10: FFFBEEE12A). All four keys must have the same length.