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| Section | Weight | Objectives |
|---|---|---|
| Client Connectivity Configuration | 15% | - Roaming and mobility - Client troubleshooting - Authentication and encryption methods |
| Wireless Network Operation | 20% | - WLAN configuration and policies - Initial configuration and setup - AP discovery and joining process |
| Monitoring, Management, Automation and AI | 15% | - Automation and AI-driven operations - Monitoring tools and protocols - Management platforms and APIs |
| Wireless Infrastructure Implementation | 20% | - Management access and security - Controller and AP deployment - Hardware components and connections |
| 802.11 Technology Fundamentals | 15% | - Standards and amendments - Frame types and formats - Channel access and transmission |
| Radio Frequency Fundamentals | 15% | - Interference and mitigation - RF principles and characteristics - Signal propagation and coverage |
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NEW QUESTION # 86
Exhibit:
Refer to the exhibit. A network administrator is working on a WLC to enable user access for employee tablets using PEAP-MSCHAPv2 with a RADIUS backend. The administrator verifies the external authentication configuration and plans to test network connectivity. Which code snippet must be added to the configuration for the WLC to support authentication with an external server?
Answer: D
Explanation:
The missing command isradius server external-radius. On a Catalyst 9800 WLC, the external RADIUS server object must be declared first with radius server < server-name > . The following lines, address ipv4
10.10.10.100 auth-port 1812 acct-port 1813 and key radiuskey, are subcommands entered under that RADIUS server configuration mode. Cisco's Catalyst 9800 802.1X configuration workflow starts by declaring the RADIUS server, then adding it to a RADIUS server group, then creating the authentication method list, and finally mapping that list to the WLAN. Cisco's configuration guide example uses the same IOS XE structure:
radius server < name > , followed by address ipv4 ... auth-port 1812 acct-port 1813 and key ....
The server group later references server name external-radius, so the RADIUS server object must be namedexternal-radiusexactly. Option C would incorrectly create a server named RADIUS-GRP, which is already the AAA server group name, not the RADIUS server object. Options B and D are invalid IOS XE syntax. PEAP-MSCHAPv2 itself is handled through the 802.1X/EAP exchange with the RADIUS server; the WLC acts as the authenticator and forwards authentication requests through the configured AAA method list.
Reference topic:Client Connectivity Configuration - WPA2-Enterprise, 802.1X, RADIUS server objects, AAA groups, and WLAN authentication-list binding.
NEW QUESTION # 87
Refer to the exhibit.
The Catalyst 9800 WLC logs show when a client with MAC address 9C:4E:36:8A:2B:F1 fails to connect to a WLAN configured for Wi-Fi Protected Access 3-Enterprise with 802.1X. Which action must the engineer take to resolve the issue?
Answer: B
Explanation:
The log is a Layer 2 802.1X authentication failure, not an AP join or WLAN encryption mismatch. In WPA3- Enterprise, the client authenticates with 802.1X/EAP through the configured AAA path. Cisco's Catalyst
9800 WPA3 Enterprise configuration requires the necessary RADIUS or AAA servers and authentication lists before enabling WPA3 Enterprise, and the WLAN must reference the dot1x authentication list. Therefore, aCred Failreason points directly at the user/device credential validation path: the supplicant credentials, Active Directory identity source, RADIUS policy match, or RADIUS reachability.
Cisco's 9800 802.1X configuration workflow also shows the controller defining a RADIUS server, adding it to a RADIUS group, creating a dot1x AAA authentication method list, and applying that list to the WLAN. It further recommends checking whether the RADIUS server is alive and using ISE RADIUS Live Logs to inspect authentication requests and results. Option A is wrong because the AP is not the supplicant in this WLAN client authentication event. Option B downgrades the security model and avoids 802.1X rather than fixing it. Option D addresses NAC behavior, not a credential authentication failure. Reference topics:Client Connectivity Configuration - WPA3-Enterprise, 802.1X/EAP, RADIUS authentication, and client authentication troubleshooting.
NEW QUESTION # 88
Refer to the exhibit. A retail business is deploying guest wireless across its remote branch locations. Each branch uses FlexConnect APs in local switching mode, and the central wireless LAN controller is configured with an ACL named CWA_REDIRECT. Cisco ISE is configured to return this ACL during the authentication process for central web authentication (CWA). However, when clients attempt to connect to the guest wireless LAN, they are added to the exclusion list. Which configuration step resolves the connectivity issue?
Answer: D
NEW QUESTION # 89
How does U-NII-1 operate with regards to the common frequency bands supported in enterprise wireless networks?
Answer: C
Explanation:
U-NII-1 (Unlicensed National Information Infrastructure-1) is a segment of the 5 GHz band commonly used in enterprise wireless deployments. It is specifically designated for indoor use to help minimize interference with other devices and reduce regulatory conflicts. U-NII-1 operates in the lower 5 GHz range (5.150-5.250 GHz in the U.S.) and imposes power and indoor restrictions, which prevents outdoor deployment that could interfere with radar and other critical communications. This band supports 802.11a/n/ac/ax Wi-Fi clients, providing multiple non-overlapping channels that facilitate high-density enterprise deployments. By restricting usage to indoor environments, U-NII-1 helps maintain predictable coverage and mitigates interference from outdoor sources, making it ideal for office and campus environments where controlled radio propagation is critical. The access points and wireless controllers dynamically handle channel assignment and power levels to ensure efficient spectrum usage while conforming to these regulatory limitations. Option C accurately reflects these operational parameters by highlighting indoor restriction and interference minimization, whereas the other options mischaracterize the frequency range, power, or permitted use.
Reference topics:802.11 Technology Fundamentals - U-NII-1 band, indoor use restriction, interference mitigation, enterprise 5 GHz Wi-Fi deployment.
NEW QUESTION # 90
Which feature does a high-gain patch antenna impart to a wireless signal?
Answer: A
Explanation:
A high-gain patch antenna is a directional antenna that concentrates RF energy into a defined coverage area rather than radiating equally in all directions. Cisco's Wireless RF Reference Guide explains that antenna gain determines how RF power is radiated and that higher-gain antennas do not create additional transmit power; they focus existing power in a given direction.
Cisco also distinguishes omnidirectional high-gain patterns, which flatten coverage, from directional antennas, which focus energy toward a target area.
That makes option C correct: a patch antenna imparts a focused beam, typically useful for covering a hallway, warehouse aisle, seating section, point-to-point link, or defined flat service area. Cisco's antenna documentation also states that higher-gain antennas provide longer coverage distance but with a coverage-area tradeoff, especially in a particular direction. Option A is incorrect because antenna gain does not restrict operation to a single narrow frequency; frequency support is determined by antenna design and radio band. Option B describes channel overlap, not antenna behavior. Option D does not describe a standard patch antenna radiation pattern.
NEW QUESTION # 91
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