Question 1mediummultiple choice
Full question →mediummultiple choiceObjective-mapped
What is the main reason a WLAN design might choose a controller-based architecture instead of managing each AP separately?
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
To centralize management and make policy deployment more consistent across many APs.
This is correct because centralized control is the main reason for the architecture.
B
Distractor review
To eliminate the need for access points entirely.
This is wrong because APs still provide the actual radio service.
C
Distractor review
To make DHCP unnecessary on wireless networks.
This is wrong because wireless clients may still use DHCP like any other clients.
D
Distractor review
To replace all VLANs with SSIDs.
This is wrong because WLAN architecture does not replace VLAN design in that way.
Common exam trap
Common exam trap: answer the scenario, not the keyword
A frequent exam trap is selecting options that imply controller-based WLANs remove access points or DHCP, or that SSIDs replace VLANs. Some candidates mistakenly believe that a controller eliminates the need for APs or that wireless networks do not require DHCP. Another common error is thinking that SSIDs can substitute VLANs entirely. These misconceptions overlook the fundamental roles of APs as radio transmitters, DHCP as the IP address allocator, and VLANs as traffic segmentation mechanisms. Recognizing that the controller centralizes management without replacing these core components is crucial to avoid this trap.
Technical deep dive
How to think about this question
A controller-based WLAN architecture centralizes the management of multiple access points (APs) through a wireless LAN controller (WLC). This controller handles configuration, security policies, firmware updates, and RF management, allowing network administrators to deploy consistent settings across all APs. The controller also facilitates seamless roaming and load balancing, improving the overall wireless network performance and user experience. The decision to use a controller-based design is driven by scalability and operational efficiency. Instead of configuring each AP individually, which is time-consuming and error-prone, the controller provides a single point of control. This centralized approach ensures uniform policy enforcement, simplifies troubleshooting, and allows rapid deployment of new APs without manual configuration. Cisco’s controller-based solutions integrate tightly with enterprise network infrastructure, supporting advanced features like dynamic RF management and guest access control. A common exam trap is confusing controller-based WLANs with architectures that eliminate APs or replace VLANs with SSIDs. APs remain essential for radio coverage, and VLANs continue to segment traffic logically. The controller does not remove DHCP requirements either; wireless clients still rely on DHCP for IP addressing. Understanding these distinctions prevents misinterpretation of WLAN design principles and aligns with Cisco’s recommended best practices for scalable wireless networks.
KKey Concepts to Remember
- A wireless LAN controller centralizes configuration and policy management for multiple access points to ensure consistent network behavior.
- Controller-based WLAN architectures improve scalability by enabling bulk deployment and uniform updates across all managed access points.
- Access points remain necessary in controller-based WLANs as the physical devices providing wireless radio coverage to clients.
- Wireless clients continue to use DHCP for IP address assignment regardless of whether the WLAN uses a controller-based architecture.
- SSIDs provide wireless network identification but do not replace VLANs, which segment traffic at Layer 2 in the wired network.
- Centralized management via a wireless LAN controller reduces manual configuration errors and simplifies troubleshooting in large WLAN deployments.
- Controller-based WLANs support advanced features like dynamic RF management and seamless client roaming across multiple access points.
- The controller model enhances security by uniformly enforcing authentication and encryption policies across all connected 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?
A wireless LAN controller centralizes configuration and policy management for multiple access points to ensure consistent network behavior.
What is the correct answer to this question?
The correct answer is: To centralize management and make policy deployment more consistent across many APs. — The main reason is centralized management and policy consistency. In practical terms, a controller-based design makes it easier to deploy many APs with shared settings, security policies, and operational control. That improves scalability and reduces the effort of configuring devices one by one. This is the architectural value proposition of the controller model. It is about coordination and consistency at scale.
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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