Access Point R1 is an Aironet 1200 that has been converted from autonomous mode to
LWAPP mode. After this conversion, which two statements are true? (Select two)

A.
LWAPP-enabled access points can still communicate with Wireless Domain Services
(WDS) devices.

B.
An LWAPP-enabled access point console port provides read-only access to the unit.

C.
LWAPP-enabled access points support Layer 2 LWAPP.

D.
LWAPP-enabled access points must get an IP address and discover the controller
using DHCP, DNS, or an IP subnet broadcast.

E.
An LWAPP-enabled access point console port provides read-write access to the unit.

Explanation:
Some of the restrictions that are imposed on a Cisco IOS Software-based AP after
conversion to lightweight mode include the following:
APs that are converted to Lightweight AP Protocol (LWAPP) do not support Wireless
Domain Services (WDS). LWAPP-converted APs communicate only with Cisco Wireless
LAN (WLAN) Controllers (WLCs) and cannot communicate with WDS devices. However, the

WLC provides functionality that is equivalent to the WDS when the AP associates to the
WLC.
APs that are converted to LWAPP mode support eight basic service set identifiers (BSSIDs)
per radio and a total of eight WLANs per AP.
APs that are converted to LWAPP must get an IP address and discover the WLC with use of
DHCP, a Domain Name System (DNS), or an IP subnet broadcast.
APs that are converted to LWAPP do not support Layer 2 LWAPP.
APs that are converted to LWAPP provide a read-only console port.
Reference:
www.cisco.com/en/US/products/hw/wireless/ps430/products_qanda_item09186a00806a4da
3.shtml