Wi Lan Inc EB02 Benutzerhandbuch
Bench Test Units
APR 2001 Rev 03
21
• Select Tx Power Level Adjust. Choose an initial value of 0 dB, which means no Tx power
attenuation.
• Select Remote Unit RF Group. Enter a value from 0–63. (For testing purposes, you may leave
the value = 0.)
• Select Reboot New RF configuration and press
Enter.
The unit reboots and the Login
window is displayed.
7.
Log in to the unit. (Type supervisor for the password). The Main Menu is displayed.
8.
Select Radio Module Configuration and press
Enter.
The Radio Module Configuration window
is displayed. The settings under Current change to values that were in the New column.
9.
Select Save Current Config to Flash and press
Enter.
The new settings are stored in flash
memory and displayed on the menu. The word
appears on the screen.
10. Press
Esc to go back to the Main Menu.
11. Select Logout to exit or press
Esc
.
Note:
At this time you may want finish configuring the unit according to the network plan. See
page 33 for instructions about viewing and changing various settings.
Bench Test Units
In this section, you will perform the following tasks:
•
Ensure that a basic RF link exists between a base station and a remote unit.
•
Test the basic link with Link Monitor and adjust Tx power level.
•
Perform some simple network tests.
Establishing a Basic RF Link
This test ensures that a basic RF link exists between a base station and a remote unit.
Tip: First configure one unit as a base station, and then use it to test all the remote units.
To establish a basic RF link
1.
Ensure that one unit is configured to a base station, select a center frequency and set the test minutes.
See
See
2.
Ensure that the other unit(s) are configured as remote units with the center frequency the same as the
base station. See
base station. See
IMPORTANT
The quality of your digital data transmission depends greatly on the quality of your RF
link. Always try to establish a high-quality RF link first. A high-quality RF link will
result in high-quality data transmissions and a low BER. A low-quality RF link will result
in low-quality data transmissions and a high bit error rate (BER). Digital data can always
be sent across a high-quality RF link. If the RF link is of poor quality, data either cannot
be sent at all or will contain too many errors to be useful..
Success