Question 1mediummulti select
Full question →mediummulti selectObjective-mapped
Which two statements accurately describe CAPWAP in a controller-based WLAN context?
Answer choices
Why each option matters
Good practice is not just finding the correct option. The wrong answers often show the exact trap the exam wants you to fall into.
A
Best answer
It is associated with communication between lightweight APs and the wireless LAN controller.
This is correct because CAPWAP is part of the AP-controller architecture.
B
Best answer
It is relevant in controller-based WLAN designs.
This is correct because CAPWAP is tied to that architecture model.
C
Distractor review
It is the same thing as a client SSID.
This is wrong because CAPWAP is not the WLAN name.
D
Distractor review
It is a replacement for WPA2 and WPA3.
This is wrong because CAPWAP is not a wireless security standard.
E
Distractor review
It is used only for IPv4 ACL filtering.
This is wrong because CAPWAP is not an ACL concept.
Common exam trap
Common exam trap: answer the scenario, not the keyword
A common exam trap is mistaking CAPWAP for a wireless security protocol or confusing it with client SSIDs. Some candidates incorrectly believe CAPWAP replaces WPA2 or WPA3 or that it refers to the wireless network name. This misunderstanding leads to selecting options that describe security or SSID concepts rather than the AP-controller communication role of CAPWAP. Remember, CAPWAP is strictly a control and provisioning protocol for lightweight APs in controller-based WLANs, not a security or client identification mechanism.
Technical deep dive
How to think about this question
CAPWAP, or Control and Provisioning of Wireless Access Points, is a protocol designed to facilitate communication between lightweight access points (APs) and a centralized wireless LAN controller (WLC). It encapsulates control and data messages, allowing the controller to manage AP configurations, firmware updates, and client associations centrally. This protocol is fundamental in controller-based WLAN architectures, where APs rely on the controller for policy enforcement and network management rather than operating independently. In a Cisco CCNA context, understanding CAPWAP means recognizing its role in the controller-based WLAN design model. CAPWAP enables the WLC to provision and control multiple lightweight APs efficiently, simplifying network management and scaling. The protocol supports both IPv4 and IPv6 transport and ensures secure communication channels between APs and the controller. This centralized approach contrasts with autonomous APs, which operate independently without CAPWAP. A common exam trap is confusing CAPWAP with wireless security protocols or client SSIDs. CAPWAP is not a security standard like WPA2 or WPA3, nor is it related to SSID naming or client access. Instead, it is strictly a control protocol for AP-controller communication. Practically, CAPWAP allows network administrators to deploy and manage WLANs at scale with centralized control, improving consistency and reducing configuration errors across multiple APs.
KKey Concepts to Remember
- CAPWAP protocol enables communication between lightweight access points and the wireless LAN controller in controller-based WLAN architectures.
- Controller-based WLAN designs use CAPWAP to centralize management and provisioning of multiple APs from a single wireless LAN controller.
- CAPWAP encapsulates both control and data messages, allowing the controller to manage AP configurations and client associations efficiently.
- Lightweight APs rely on CAPWAP to receive firmware updates and policy enforcement instructions from the wireless LAN controller.
- CAPWAP supports secure transport over IPv4 and IPv6, ensuring encrypted communication between APs and the controller.
- CAPWAP is distinct from wireless security protocols like WPA2 or WPA3 and does not represent an SSID or client network name.
- Understanding CAPWAP’s role helps differentiate controller-based WLANs from autonomous AP deployments in Cisco networking.
- CAPWAP simplifies WLAN scalability by centralizing control, reducing manual configuration errors across multiple access points.
TExam Day Tips
- Watch for words such as best, first, most likely and least administrative effort.
- Review why wrong options are wrong, not only why the correct option is correct.
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More questions from this exam
Keep practising from the same exam bank, or move into a focused topic page if this question exposed a weak area.
Question 1
A router learns the same prefix from both OSPF and EIGRP. Which route is installed by default?
Question 2
A router shows this output: R1#show ip ospf neighbor Neighbor ID Pri State Dead Time Address Interface 10.1.1.2 1 FULL/DR 00:00:34 192.168.12.2 GigabitEthernet0/0 10.1.1.3 1 2WAY/DROTHER 00:00:39 192.168.12.3 GigabitEthernet0/0 Which statement is correct?
Question 3
What is the OSPF metric called?
Question 4
A non-root switch has two uplinks toward the root bridge. One path has a lower total STP cost than the other. What role will the lower-cost uplink have?
Question 5
A router interface applies this ACL inbound: 10 deny tcp any any eq 80 20 permit ip any any A user reports that web browsing to a server by IP address fails, but ping works. Which statement best explains the behavior?
Question 6
A router learns route 198.51.100.0/24 from OSPF with AD 110 and also has a static route to the same prefix configured with AD 150. Which route is installed?
FAQ
Questions learners often ask
What does this 200-301 question test?
CAPWAP protocol enables communication between lightweight access points and the wireless LAN controller in controller-based WLAN architectures.
What is the correct answer to this question?
The correct answer is: It is associated with communication between lightweight APs and the wireless LAN controller. — At CCNA level, CAPWAP is associated with the relationship between lightweight access points and the wireless LAN controller. In practical terms, it is part of how the AP and controller communicate and coordinate their behavior in controller-based architectures. The important point is not deep protocol internals. It is recognizing where CAPWAP fits in the architecture.
What should I do if I get this 200-301 question wrong?
Then try more questions from the same exam bank and focus on understanding why the wrong options are tempting.
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