Cisco CCNA 200-301 Wireless Architectures and AP Modes Practice Test

Topic 17 focuses on Wireless Architectures, AP Modes and Infrastructure for the Cisco Certified Network Associate (CCNA) certification and the 200-301 exam, using Cisco networking and Cisco IOS concepts where relevant. For broader exam preparation, review the Cisco CCNA 200-301 Exam Dumps page. Each question includes a concise explanation of the correct answer and the technical reason the other choices are incorrect.

Question 1

Which wireless access point contains its own local control and configuration logic?

1. Autonomous AP
2. Lightweight AP
3. Monitor mode
4. Centralized wireless architecture

Correct Answer: A

 

Correct Answer

Answer A is correct because the selected answer describes a wireless access point that contains its own local control and configuration logic.

Incorrect Answers

Answer B is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Answer C is incorrect because the “Monitor mode” option describes a different concept: an AP mode focused on RF monitoring and security scanning rather than normal client service.

Answer D is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

 

Question 2

Which controller-based access point relies on a wireless LAN controller for centralized management and control functions?

1. CAPWAP
2. Centralized wireless architecture
3. Link aggregation on WLC
4. Lightweight AP

Correct Answer: D

 

Correct Answer

Answer D is correct because the selected answer describes a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Incorrect Answers

Answer A is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer B is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer C is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

 

Question 3

Which centralized device or service manages controller-based APs and WLAN configuration?

1. Centralized wireless architecture
2. Wireless LAN controller
3. Autonomous AP
4. Link aggregation on WLC

Correct Answer: B

 

Correct Answer

Answer B is correct because the selected answer describes a centralized device or service that manages controller-based APs and WLAN configuration.

Incorrect Answers

Answer A is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer C is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

Answer D is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

 

Question 4

Which protocol is used between lightweight access points and wireless LAN controllers for control and data tunneling functions?

1. FlexConnect
2. Lightweight AP
3. Wireless LAN controller
4. CAPWAP

Correct Answer: D

 

Correct Answer

Answer D is correct because the selected answer describes the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Incorrect Answers

Answer A is incorrect because the “FlexConnect” option describes a different concept: an AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

Answer B is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Answer C is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

 

Question 5

Which common controller-based AP mode is used to serve wireless clients on configured WLANs?

1. Local AP mode
2. Autonomous AP
3. Centralized wireless architecture
4. Wireless LAN controller

Correct Answer: A

 

Correct Answer

Answer A is correct because the selected answer describes a common controller-based AP mode used to serve wireless clients on configured WLANs.

Incorrect Answers

Answer B is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

Answer C is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer D is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

 

Question 6

Which AP mode designed for remote branches can support local switching of client traffic while remaining controller-managed?

1. Link aggregation on WLC
2. Centralized wireless architecture
3. Autonomous AP
4. FlexConnect

Correct Answer: D

 

Correct Answer

Answer D is correct because the selected answer describes an AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

Incorrect Answers

Answer A is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Answer B is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer C is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

 

Question 7

What is an AP mode focused on RF monitoring and security scanning rather than normal client service?

1. Monitor mode
2. Lightweight AP
3. Link aggregation on WLC
4. Local AP mode

Correct Answer: A

 

Correct Answer

Answer A is correct because the selected answer describes an AP mode focused on RF monitoring and security scanning rather than normal client service.

Incorrect Answers

Answer B is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Answer C is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Answer D is incorrect because the “Local AP mode” option describes a different concept: a common controller-based AP mode used to serve wireless clients on configured WLANs.

 

Question 8

Which switch connection can carry multiple VLANs between network infrastructure and a controller where the design requires it?

1. WLC trunk connection
2. Link aggregation on WLC
3. CAPWAP
4. Centralized wireless architecture

Correct Answer: A

 

Correct Answer

Answer A is correct because the selected answer describes a switch connection that can carry multiple VLANs between network infrastructure and a controller where the design requires it.

Incorrect Answers

Answer B is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Answer C is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer D is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

 

Question 9

What is the bundling of multiple physical controller links into one logical connection for capacity and redundancy?

1. Centralized wireless architecture
2. FlexConnect
3. Autonomous AP
4. Link aggregation on WLC

Correct Answer: D

 

Correct Answer

Answer D is correct because the selected answer describes the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Incorrect Answers

Answer A is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer B is incorrect because the “FlexConnect” option describes a different concept: an AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

Answer C is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

 

Question 10

What is a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP?

1. Centralized wireless architecture
2. FlexConnect
3. CAPWAP
4. Lightweight AP

Correct Answer: A

 

Correct Answer

Answer A is correct because the selected answer describes a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Incorrect Answers

Answer B is incorrect because the “FlexConnect” option describes a different concept: an AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

Answer C is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer D is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

 

Question 11

For Autonomous AP, which statement is accurate?

1. A centralized device or service that manages controller-based APs and WLAN configuration.
2. The protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.
3. A wireless access point that contains its own local control and configuration logic.
4. The bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Correct Answer: C

 

Correct Answer

Answer C is correct because it accurately defines Autonomous AP. The matching definition is: A wireless access point that contains its own local control and configuration logic.

Incorrect Answers

Answer A is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

Answer B is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer D is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

 

Question 12

For Lightweight AP, which statement is accurate?

1. The bundling of multiple physical controller links into one logical connection for capacity and redundancy.
2. A centralized device or service that manages controller-based APs and WLAN configuration.
3. A controller-based access point that relies on a wireless LAN controller for centralized management and control functions.
4. An AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

Correct Answer: C

 

Correct Answer

Answer C is correct because the choice accurately describes Lightweight AP: A controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Incorrect Answers

Answer A is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Answer B is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

Answer D is incorrect because the “FlexConnect” option describes a different concept: an AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

 

Question 13

A deployment centralizes the management of several lightweight access points. Which statement describes the wireless LAN controller’s responsibility in this architecture?

1. An AP mode focused on RF monitoring and security scanning rather than normal client service.
2. A design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.
3. A wireless access point that contains its own local control and configuration logic.
4. A centralized device or service that manages controller-based APs and WLAN configuration.

Correct Answer: D

 

Correct Answer

Answer D is correct because the selected answer describes a centralized device or service that manages controller-based APs and WLAN configuration.

Incorrect Answers

Answer A is incorrect because the “Monitor mode” option describes a different concept: an AP mode focused on RF monitoring and security scanning rather than normal client service.

Answer B is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer C is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

 

Question 14

For CAPWAP, which statement is accurate?

1. The protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.
2. An AP mode focused on RF monitoring and security scanning rather than normal client service.
3. A centralized device or service that manages controller-based APs and WLAN configuration.
4. A common controller-based AP mode used to serve wireless clients on configured WLANs.

Correct Answer: A

 

Correct Answer

Answer A is correct because the selected answer describes the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Incorrect Answers

Answer B is incorrect because the “Monitor mode” option describes a different concept: an AP mode focused on RF monitoring and security scanning rather than normal client service.

Answer C is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

Answer D is incorrect because the “Local AP mode” option describes a different concept: a common controller-based AP mode used to serve wireless clients on configured WLANs.

 

Question 15

For Local AP mode, which statement is accurate?

1. A centralized device or service that manages controller-based APs and WLAN configuration.
2. A common controller-based AP mode used to serve wireless clients on configured WLANs.
3. The protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.
4. A wireless access point that contains its own local control and configuration logic.

Correct Answer: B

 

Correct Answer

Answer B is correct because it accurately defines Local AP mode. The matching definition is: A common controller-based AP mode used to serve wireless clients on configured WLANs.

Incorrect Answers

Answer A is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

Answer C is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer D is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

 

Question 16

For FlexConnect, which statement is accurate?

1. A common controller-based AP mode used to serve wireless clients on configured WLANs.
2. An AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.
3. A design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.
4. A switch connection that can carry multiple VLANs between network infrastructure and a controller where the design requires it.

Correct Answer: B

 

Correct Answer

Answer B is correct because the choice accurately describes FlexConnect: An AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

Incorrect Answers

Answer A is incorrect because the “Local AP mode” option describes a different concept: a common controller-based AP mode used to serve wireless clients on configured WLANs.

Answer C is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer D is incorrect because the “WLC trunk connection” option describes a different concept: a switch connection that can carry multiple VLANs between network infrastructure and a controller where the design requires it.

 

Question 17

For Monitor mode, which statement is accurate?

1. A controller-based access point that relies on a wireless LAN controller for centralized management and control functions.
2. The protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.
3. A design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.
4. An AP mode focused on RF monitoring and security scanning rather than normal client service.

Correct Answer: D

 

Correct Answer

Answer D is correct because the selected answer describes an AP mode focused on RF monitoring and security scanning rather than normal client service.

Incorrect Answers

Answer A is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Answer B is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer C is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

 

Question 18

For WLC trunk connection, which statement is accurate?

1. A common controller-based AP mode used to serve wireless clients on configured WLANs.
2. The protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.
3. A wireless access point that contains its own local control and configuration logic.
4. A switch connection that can carry multiple VLANs between network infrastructure and a controller where the design requires it.

Correct Answer: D

 

Correct Answer

Answer D is correct because the selected answer describes a switch connection that can carry multiple VLANs between network infrastructure and a controller where the design requires it.

Incorrect Answers

Answer A is incorrect because the “Local AP mode” option describes a different concept: a common controller-based AP mode used to serve wireless clients on configured WLANs.

Answer B is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer C is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

 

Question 19

For Link aggregation on WLC, which statement is accurate?

1. A controller-based access point that relies on a wireless LAN controller for centralized management and control functions.
2. The bundling of multiple physical controller links into one logical connection for capacity and redundancy.
3. An AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.
4. A centralized device or service that manages controller-based APs and WLAN configuration.

Correct Answer: B

 

Correct Answer

Answer B is correct because it accurately defines Link aggregation on WLC. The matching definition is: The bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Incorrect Answers

Answer A is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Answer C is incorrect because the “FlexConnect” option describes a different concept: an AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

Answer D is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

 

Question 20

For Centralized wireless architecture, which statement is accurate?

1. The bundling of multiple physical controller links into one logical connection for capacity and redundancy.
2. A controller-based access point that relies on a wireless LAN controller for centralized management and control functions.
3. A design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.
4. An AP mode focused on RF monitoring and security scanning rather than normal client service.

Correct Answer: C

 

Correct Answer

Answer C is correct because the choice accurately describes Centralized wireless architecture: A design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Incorrect Answers

Answer A is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Answer B is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Answer D is incorrect because the “Monitor mode” option describes a different concept: an AP mode focused on RF monitoring and security scanning rather than normal client service.

 

Question 21

In a campus access-layer change, the team must identify the technology that provides the following function: A wireless access point that contains its own local control and configuration logic. Which option should be selected?

1. CAPWAP
2. Autonomous AP
3. Wireless LAN controller
4. Lightweight AP

Correct Answer: B

 

Correct Answer

Answer B is correct because Autonomous AP is the most precise fit for the stated requirement. A wireless access point that contains its own local control and configuration logic.

Incorrect Answers

Answer A is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer C is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

Answer D is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

 

Question 22

A branch access point receives centralized control and management from a wireless LAN controller. Which AP architecture is in use?

1. Link aggregation on WLC
2. Lightweight AP
3. Autonomous AP
4. Centralized wireless architecture

Correct Answer: B

 

Correct Answer

Answer B is correct because the scenario is describing the role of Lightweight AP. A controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Incorrect Answers

Answer A is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Answer C is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

Answer D is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

 

Question 23

During a network access design review, the design calls for the following capability: A centralized device or service that manages controller-based APs and WLAN configuration. Which option names that capability most accurately?

1. Centralized wireless architecture
2. Link aggregation on WLC
3. Wireless LAN controller
4. Lightweight AP

Correct Answer: C

 

Correct Answer

Answer C is correct because Wireless LAN controller directly provides the function required by the scenario. A centralized device or service that manages controller-based APs and WLAN configuration.

Incorrect Answers

Answer A is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer B is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Answer D is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

 

Question 24

An engineer traces the control and data tunnel relationship between a lightweight AP and its controller. Which protocol establishes this relationship?

1. CAPWAP
2. Lightweight AP
3. Local AP mode
4. Centralized wireless architecture

Correct Answer: A

 

Correct Answer

Answer A is correct because the operational requirement in the stem maps to CAPWAP: The protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Incorrect Answers

Answer B is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Answer C is incorrect because the “Local AP mode” option describes a different concept: a common controller-based AP mode used to serve wireless clients on configured WLANs.

Answer D is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

 

Question 25

While working on a Layer 2 troubleshooting session, an administrator encounters this requirement: A common controller-based AP mode used to serve wireless clients on configured WLANs. Which answer is the most precise match?

1. Centralized wireless architecture
2. Monitor mode
3. Local AP mode
4. Wireless LAN controller

Correct Answer: C

 

Correct Answer

Answer C is correct because Local AP mode is the most precise fit for the stated requirement. A common controller-based AP mode used to serve wireless clients on configured WLANs.

Incorrect Answers

Answer A is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer B is incorrect because the “Monitor mode” option describes a different concept: an AP mode focused on RF monitoring and security scanning rather than normal client service.

Answer D is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

 

Question 26

In a campus access-layer change, the team must identify the technology that provides the following function: An AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed. Which option should be selected?

1. Lightweight AP
2. Link aggregation on WLC
3. FlexConnect
4. Autonomous AP

Correct Answer: C

 

Correct Answer

Answer C is correct because the scenario is describing the role of FlexConnect. An AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

Incorrect Answers

Answer A is incorrect because the “Lightweight AP” option describes a different concept: a controller-based access point that relies on a wireless LAN controller for centralized management and control functions.

Answer B is incorrect because the “Link aggregation on WLC” option describes a different concept: the bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Answer D is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

 

Question 27

An AP is dedicated to scanning the radio environment and detecting wireless threats rather than serving ordinary client connections. Which AP mode fits this role?

1. Centralized wireless architecture
2. Monitor mode
3. CAPWAP
4. FlexConnect

Correct Answer: B

 

Correct Answer

Answer B is correct because Monitor mode directly provides the function required by the scenario. An AP mode focused on RF monitoring and security scanning rather than normal client service.

Incorrect Answers

Answer A is incorrect because the “Centralized wireless architecture” option describes a different concept: a design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Answer C is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer D is incorrect because the “FlexConnect” option describes a different concept: an AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

 

Question 28

During a network access design review, the design calls for the following capability: A switch connection that can carry multiple VLANs between network infrastructure and a controller where the design requires it. Which option names that capability most accurately?

1. Local AP mode
2. CAPWAP
3. WLC trunk connection
4. Wireless LAN controller

Correct Answer: C

 

Correct Answer

Answer C is correct because the operational requirement in the stem maps to WLC trunk connection: A switch connection that can carry multiple VLANs between network infrastructure and a controller where the design requires it.

Incorrect Answers

Answer A is incorrect because the “Local AP mode” option describes a different concept: a common controller-based AP mode used to serve wireless clients on configured WLANs.

Answer B is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer D is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.

 

Question 29

A controller needs one logical uplink backed by multiple physical connections for capacity and resilience. Which controller feature should be used?

1. Link aggregation on WLC
2. FlexConnect
3. Local AP mode
4. Autonomous AP

Correct Answer: A

 

Correct Answer

Answer A is correct because Link aggregation on WLC is the most precise fit for the stated requirement. The bundling of multiple physical controller links into one logical connection for capacity and redundancy.

Incorrect Answers

Answer B is incorrect because the “FlexConnect” option describes a different concept: an AP mode designed for remote branches that can support local switching of client traffic while remaining controller-managed.

Answer C is incorrect because the “Local AP mode” option describes a different concept: a common controller-based AP mode used to serve wireless clients on configured WLANs.

Answer D is incorrect because the “Autonomous AP” option describes a different concept: a wireless access point that contains its own local control and configuration logic.

 

Question 30

While working on a Layer 2 troubleshooting session, an administrator encounters this requirement: A design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP. Which answer is the most precise match?

1. CAPWAP
2. Centralized wireless architecture
3. Monitor mode
4. Wireless LAN controller

Correct Answer: B

 

Correct Answer

Answer B is correct because the scenario is describing the role of Centralized wireless architecture. A design in which AP configuration and policy are coordinated by a controller rather than managed independently on every AP.

Incorrect Answers

Answer A is incorrect because the “CAPWAP” option describes a different concept: the protocol used between lightweight access points and wireless LAN controllers for control and data tunneling functions.

Answer C is incorrect because the “Monitor mode” option describes a different concept: an AP mode focused on RF monitoring and security scanning rather than normal client service.

Answer D is incorrect because the “Wireless LAN controller” option describes a different concept: a centralized device or service that manages controller-based APs and WLAN configuration.