FCP_FWF_AD-7.4: FCP - Secure Wireless LAN 7.4 Administrator Fortiap Practice Questions
The free FCP_FWF_AD-7.4: FCP - Secure Wireless LAN 7.4 Administrator questions that deal with fortiap, with answers and explanations. The full bank and the timed practice test cover every topic the exam asks about.
Question #1
When enabling a Security Fabric connection on a FortiGate interface to manage FortiAP devices, which two types of CAPWAP communication channels are established between FortiGate and the FortiAP devices'? (Choose two)
Select 2 answers.
Correct answer: A, B
Explanation
When enabling a Security Fabric connection on a FortiGate interface to manage FortiAP devices, the following two types of CAPWAP (Control and Provisioning of Wireless Access Points) communication channels are established: Control channels: Correct. The control channel is used for management and control information between the FortiGate (controller) and FortiAP. This includes configuration, monitoring, and state updates. Data channels: Correct. The data channel carries client traffic between the FortiAP and FortiGate. This enables the FortiGate to apply security policies, content filtering, and other services to wireless client data. Analysis of Other Options: * C. Security channels: There is no specific ??security channel?? in CAPWAP terminology. * D. Fortlink channels: FortLink is used for FortiSwitch management, not FortiAPs. CAPWAP is the protocol for FortiAP management. References: FortiOS 7.4 Administration Guide, Wireless Controller and CAPWAP sections: ??The communication between the FortiGate and FortiAP uses CAPWAP, which establishes both a control channel for management and a data channel for client traffic.??
Question #3
A FortiAP device is connected directly to a FortiGate interlace. What discovery method will be used to provision the FortiAP device?
Correct answer: B
Explanation
When a FortiAP is directly cabled to a FortiGate interface, it sends out a broadcast CAPWAP discovery packet. The FortiGate listens for these on its interfaces and then discovers/provisions the FortiAP automatically.
Question #7
Exhibit. Refer to the exhibit of FortiAP performance diagnostics The wireless users are having issues with wireless network speed while connecting to the only FortiAP device As an administrator you accessed the FortiAP diagnostics and tools to explore performance graphs The label shows that the transmission bandwidth should be at least 150 Mbps. however the bandwidth graph shows that the transmission only hit 3 Mbps maximum within the last 5 minutes What can you observe from this?
Correct answer: B
Explanation
Exhibit Review: The diagnostics panel for FortiAP FP231FTF2001 shows: Tx bandwidth label: 150.54 Mbps (likely the negotiated or theoretical maximum). Bandwidth graph (actual traffic): Transmit (Tx) bandwidth peaked at only ~3 Mbps over the last 5 minutes—far below the maximum. Radio 1 (2.4 GHz) shows 10 interfering SSIDs and 40% channel utilization. Radio 2 (5 GHz) is not the focus in the current graph. Interpretation: The significant difference between the potential (label) and actual (graph) throughput indicates that something is preventing the AP from delivering full speed. This could be resource overload (e.g., too many clients, too much interference, CPU/memory constraints), leading to overall reduced throughput for all users. The graph represents real-time/actual usage, not just the theoretical capability. Option Breakdown: * A. Resources on FortiAP are overloaded which limits speed rates for all users Correct. Overload (either due to too many clients, high interference, or hardware resources) is a logical reason why actual throughput is far below the possible maximum. * B. Label values are historical and provide average bandwidth Incorrect. The label reflects the maximum link rate or negotiated data rate, not an average or historical usage value. * C. FortiAP is dual band and is transmitting data faster with a higher frequency band Not supported by the evidence. The current data is for Radio 1 (2.4 GHz) and does not show high usage on either band. * D. Bandwidth is shared with other SSID signals broadcasting for nearby AP devices While interference does share airtime, the drastic drop in throughput strongly suggests an overload or other limiting factor on this AP. Summary: The large gap between the expected maximum (label) and the actual throughput observed suggests that resource overload is the root cause of poor wireless speeds for all users.
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