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The LAN MAC address is calculated according to the following scheme.schemes. The calculation differs depending on the used access point model.
LW-600, LX-6200(E), LX-6400, LX-6402, OW-602:
| Frequency band | LAN MAC address ETH1 | LAN MAC address ETH2 |
|---|---|---|
| 2 |
| ,4 GHz | WLAN MAC address minus 3 | WLAN MAC address minus 2 |
| 5 GHz | WLAN MAC address minus 2 | WLAN MAC address minus 1 |
LX-6500(E), OX-6400, OX-6402:
| Frequency band | LAN MAC address ETH1 | LAN MAC address ETH2 |
|---|---|---|
| 2,4 GHz | WLAN MAC address minus 2 | WLAN MAC address minus 3 |
| 5 GHz | WLAN MAC address minus 1 | WLAN MAC address |
| minus 2 | |
| 6 GHz | WLAN MAC address |
| minus 3 | WLAN MAC address minus 4 |
Example:
An LX-6500 has the following MAC addresses:
| ETH1 | ETH2 | WLAN-1 - 2,4 GHz | WLAN-2 - 5 GHz | WLAN-3 - 6 GHz |
|---|---|---|---|---|
| 00:a0:57:80:29:15 | 00:a0:57:80:29:14 | 00:a0:57:80:29:17 | 00:a0:57:80:29:16 | 00:a0:57:80:29:18 |
- A notebook is connected to the access point via 5 GHzGHz to an LX-6500.
- The access point in the In the 5 GHz band the access point has the the WLAN MAC address 00:a0:57:80:29:16.
- This For ETH2, this results in the LAN MAC address 00:a0:57:80:29:14.
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3) Connect to the access point via LL2M (optional):
| Info |
|---|
When using LACP on the access point always the lowest MAC address is used für communication (depending on the model ETH1 or ETH2). |
Using LL2M, it is possible to establish an SSH connection to the access point using the calculated LAN MAC address (command in the format ll2mexec -i <Interface> <User>:<Password>@<MAC address>), which can be used to read out further information. This requires a separate router or access point from which to initiate the connection. Further information on LL2M can be found in the following Knowledge Base articles:
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