Cisco Cisco Aironet 1810w Access Point Guía Para Resolver Problemas
The Cisco AP1810W dual-band access point is the next generation AP and succeeds the
AP702W. It combines 802.11n/ac wireless capabilities with external Gigabit Ethernet ports in a
small form-factor in order to provide a wireless and wired solution in areas such as dormitory and
hotel rooms or anywhere wireless and local wired connectivity options are useful. The 1810W
provides three LAN ports, one of which also provides Power-over-Ethernet (PoE) capability.
AP702W. It combines 802.11n/ac wireless capabilities with external Gigabit Ethernet ports in a
small form-factor in order to provide a wireless and wired solution in areas such as dormitory and
hotel rooms or anywhere wireless and local wired connectivity options are useful. The 1810W
provides three LAN ports, one of which also provides Power-over-Ethernet (PoE) capability.
Configure
Notes:
- The procedure to implement LAN port mappings on the AP1810W is different than the
AP702w. This procedure is only valid for the AP1810W and should not be confused with the
AP702w.
- Local bridging of traffic for devices connected to the LAN ports of the AP1810W does not
support Local Mode. If the AP181W is configured in Local Mode, the LAN Port data will be
centrally switched at the WLC based on the RLAN-to-Egress Interface mapping. Local
bridging of LAN port data at the AP is supported if the AP is in FlexConnect Mode, and the
RLAN is configured with Local Switching. See Cisco bug ID
- The procedure to implement LAN port mappings on the AP1810W is different than the
AP702w. This procedure is only valid for the AP1810W and should not be confused with the
AP702w.
- Local bridging of traffic for devices connected to the LAN ports of the AP1810W does not
support Local Mode. If the AP181W is configured in Local Mode, the LAN Port data will be
centrally switched at the WLC based on the RLAN-to-Egress Interface mapping. Local
bridging of LAN port data at the AP is supported if the AP is in FlexConnect Mode, and the
RLAN is configured with Local Switching. See Cisco bug ID
- AP1810W
Support Local switching of LAN Port in Local Mode.
The Port-to-VLAN mapping configuration on the 1810W first requires the configuration of RLANs
on the WLC. The RLAN entry on the WLC will be used to create a logical definition which will be
applied to the Ethernet ports on the AP. Each LAN port can be mapped individually, to the same or
unique RLANs. Traffic for devices connected to the LAN ports on the AP1810W can be bridged
locally at the APs Ethernet port, or centrally switched on the WLC - the control of which will be
handled on the RLAN configuration. All LAN port traffic for Local Mode AP1810Ws will centrally
switch at the WLC.
on the WLC. The RLAN entry on the WLC will be used to create a logical definition which will be
applied to the Ethernet ports on the AP. Each LAN port can be mapped individually, to the same or
unique RLANs. Traffic for devices connected to the LAN ports on the AP1810W can be bridged
locally at the APs Ethernet port, or centrally switched on the WLC - the control of which will be
handled on the RLAN configuration. All LAN port traffic for Local Mode AP1810Ws will centrally
switch at the WLC.
As a reminder, ensure the trunk configuration on the AP switchport is correct, and the proper
VLANs are defined and allowed. Also verify the FlexConnect VLAN support and VLAN mapping
information for the Flexconnect APs is correct prior to configuration. If VLAN support and the
Native VLAN configuration on the AP is not correct, it might result in improper handling of the
client data.
VLANs are defined and allowed. Also verify the FlexConnect VLAN support and VLAN mapping
information for the Flexconnect APs is correct prior to configuration. If VLAN support and the
Native VLAN configuration on the AP is not correct, it might result in improper handling of the
client data.
Map an RLAN to the AP LAN Ports
In order to map an RLAN to the AP LAN ports, complete these steps:
Create an RLAN entry on the WLC.
1.
Choose whether client traffic on the RLAN will switch centrally at WLC or be bridged locally
on the AP's Ethernet port.
on the AP's Ethernet port.
2.
If the traffic of the given LAN port to which the RLAN will map should switch locally at the AP,
enable FlexConnect Local Switching on the RLAN and supply the VLAN ID.
enable FlexConnect Local Switching on the RLAN and supply the VLAN ID.
3.
Create an AP Group.
4.
Add the 1810W to the AP Group.
5.
Add RLAN(s) being mapped to the AP Group.
6.
Configure the RLAN-to-LAN port mapping on the AP Group.
7.
Note: If FlexConnect Local Switching is enabled on the RLAN, but the AP is in Local Mode,
LAN port data will centrally switch on the WLC to the dynamic interface on which the RLAN
is mapped.
LAN port data will centrally switch on the WLC to the dynamic interface on which the RLAN
is mapped.