Appendix E: Bench Configuration Testing
128
•
Set the RF Station ID as configured in the AP polling list
•
Set RF Center Frequencies. Choose the same frequency as for the AP configuration.
•
Select the Synch ID to be the same as that for the AP
•
Select the Sector ID to be the same as that for the AP
•
Set IP Address Configuration
•
Select the Transmit Power
Note:
In a lab environment the units are physically closely located. In order to avoid saturating the receivers
make sure that the power setting is low enough.
You should now have a functioning RF System. Proceed to the next section to test the RF and
Network performance.
Configuring a P-P System
Configuring a Base Station
When you configure a Base Station, you will need to perform the following tasks.
•
Set RF Center Frequencies
•
Set the Sector ID
•
Set the Synch ID
•
Choose the Tx Power
Configuring a Remote
When you configure an AP, you will need to perform the following tasks.
•
Set RF Center Frequencies to be the same as the Base Station
•
Set the Sector ID to be the same as the Base Station
•
Set the Synch ID
•
Choose the Tx Power
Note:
In a lab environment the units are physically closely located. In order to avoid saturating the
receivers make sure that the power setting is low enough.
Important
The quality of your digital data transmission depends on the quality of your RF link.
Always try to
establish a good RF link first
. A high-quality RF link results in high-quality data transmissions and
a low bit error rate (BER). A low-quality RF link will result in low-quality data transmissions and a
high 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.
Important
The quality of your digital data transmission depends on the quality of your RF link.
Always try to
establish a good RF link first
. A high-quality RF link results in high-quality data transmissions and
a low bit error rate (BER). A low-quality RF link will result in low-quality data transmissions and a
high 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.
Summary of Contents for LIBRA 5800 AP
Page 1: ...User Manual June 2003 Rev 0 Software Version 3 1...
Page 12: ...Notices 12 Libra 5800 Series User Guide...
Page 26: ...Description 26 Libra 5800 Series User Guide...
Page 44: ...Configuration 44 Libra 5800 Series User Guide...
Page 96: ...Field Installation 96 Libra 5800 Series User Guide...
Page 102: ...Troubleshooting 102 Libra 5800 Series User Guide...
Page 106: ...Appendix A Upgrading Software 106 Libra 5800 Series User Guide...
Page 116: ...Appendix B SNMP MIB 116 Libra 5800 Series User Guide...
Page 154: ...Menu Map 154 Libra 5800 Series User Guide...
Page 156: ...156 Libra 5800 Series User Guide...
