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>> Exam Questions NSE5_FSW_AD-7.6 Vce <<
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NEW QUESTION # 23
Refer to the exhibit.
PC1 and PC2 are connected to port1 on FortiSwitch. Which VLAN tags will FortiSwitch apply when forwarding PC1 and PC2 traffic out of port2? (Choose one answer)
Answer: B
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6 Study Guide, the classification of untagged traffic entering a switch port is determined by the port's hierarchy of VLAN assignment rules.
For the traffic arriving atport1:
* PC1 (MAC 58:ef:68:b4:33:32):The exhibit shows an explicitMAC-based VLAN assignmentrule for this specific MAC address, placing it intoVLAN 10. In FortiSwitchOS, dynamic assignments like MAC-based or protocol-based rules take precedence over the port's static native VLAN. Therefore, PC1's traffic is internally associated with VLAN 10.
* PC2 (MAC 58:ef:68:b4:33:c3):There is no MAC-based rule for this device. As a result, the switch falls back to the default behavior and assigns the traffic to the port'sNative VLAN, which isVLAN 20.
For the traffic exiting port2:
The egress behavior depends on the VLAN tagging configuration of the outgoing interface. On port2, the Native VLAN is 4094, and VLANs 10 and 20 are listed as Allowed VLANs. According to Fortinet documentation, any traffic belonging to an allowed VLAN that does not match the native VLAN ID of the egress port must be sent as tagged 802.1Q frames. Since neither VLAN 10 nor VLAN 20 matches the native ID of 4094, the FortiSwitch will apply a VLAN 10 tag to PC1's traffic and a VLAN 20 tag to PC2's traffic as they are forwarded to the FortiGate.
NEW QUESTION # 24
Refer to the exhibits
Traffic arriving on port2 on FortiSwitch is tagged with VLAN ID 10 and destined for PC1 connected on port1. PC1 expects to receive traffic untagged from port1 on FortiSwitch. Which two configurations can you perform on FortiSwitch to ensure PC1 receives untagged traffic on port1? (Choose two.)
Answer: B,C
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6 Study Guide, the way a FortiSwitch handles VLAN tags on egress (outgoing) traffic is governed by the port'sNative VLANand its Untagged VLAN list. When traffic for VLAN 10 arrives at port2 (the uplink) and is forwarded to port1, the switch must determine whether to strip the 802.1Q tag before transmission.
* Untagged VLAN List (Option B):The documentation explicitly states that the "untagged VLAN list" specifies VLANs for which the port will transmit frameswithout the VLAN tag. By adding VLAN ID
10 to the untagged VLANs on port1, any traffic belonging to VLAN 10 will have its tag stripped at the egress point, ensuring PC1 receives a standard untagged frame.
* Configuration Logic (Option C):In FortiSwitch management, moving a VLAN from the "Allowed" list (which typically implies tagged delivery) to the "Untagged" list on a specific interface forces the switch to perform the tag-stripping action. This effectively converts the port from a trunked behavior for that VLAN to an "access" or untagged behavior.
Regarding the incorrect options:Option A (MAC-based assignment)is used primarily foringress classification. While it can assign a device to a VLAN when it sends trafficintothe switch, the documentation notes that by default, egress packets for MAC-based VLANs still include the tag unless the untagged list is configured.Option D(Private VLANs) is a security feature for isolating traffic between ports within the same VLAN and does not address the physical tagging requirements of the endpoint.
NEW QUESTION # 25
When Dynamic Host Configuration Protocol (DHCP) snooping is enabled on a FortiSwitch VLAN, which two statements are true? (Choose two answers)
Answer: A,D
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiLink 7.6 Study Guide, DHCP snooping is a security feature that prevents rogue DHCP servers from distributing incorrect IP addresses on a network.
Once enabled for a specific VLAN, the switch differentiates betweentrustedanduntrustedports to regulate DHCP traffic.
* Trusted Ports and DHCP Replies (Option A):In a managed FortiSwitch environment, all ports areuntrusted by default. To allow a DHCP server (such as a FortiGate or an external server) to provide IP addresses, the administrator must explicitly set the connecting port astrusted. DHCP snooping validates incoming packets; it allowsDHCP server messages(such as DHCPOFFER and DHCPACK) only on these trusted ports. Any DHCP server reply arriving on an untrusted port is identified as coming from a potentially rogue source and is discarded by the switch.
* Option 82 Data Insertion (Option C):FortiSwitch supportsDHCP Option 82(also known as the Relay Information Option), which provides additional security by appending location-specific information (such as the Circuit ID and Remote ID) toDHCP request packets. When DHCP snooping is active, the switch can be configured to insert this data into client requests as they enter untrusted ports. This allows the upstream DHCP server to identify the specific physical port or VLAN from which the request originated, even if the server is located in a different subnet.
Regarding the incorrect options:Option Bis false as DHCP snooping only inspects and filters DHCP-specific traffic, not general unicast data.Option Dis incorrect because DHCP requests (client-to-server) are generally permitted on all ports to ensure clients can find a server, though some configurations allow dropping requests from untrusted sources if they do not meet specific security criteria.
NEW QUESTION # 26
Refer to the exhibit.
The LLDP profile shown in the exhibit was configured to detect IP phones and automatically assign them to the appropriate VLAN. You apply this LLDP profile on a FortiSwitch port. Which configuration should you enable on the FortiSwitch profile to collect detailed information about all the connected IP phones? (Choose one answer)
Answer: B
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6 Study Guide, Link Layer Discovery Protocol-Media Endpoint Discovery (LLDP-MED) is an enhancement to standard LLDP that provides advanced discovery and configuration for endpoints li1ke IP phones. While the current configuration in the exhibit correctly handlesNetwork Policy TLVsto advertise QoS2and VLAN settings to the phones, it is missing the specific component required for data collection.34 To coll5ect detail6ed information such as themanufacturer, software version, hardware version, and serial or asset numbers, you mustEnable LLDP-MED inventory management TLVs (Option C). The documentation specifies that when the inventory-management TLV is active, the switch can retrieve these extensive device characteristics from the connected Media Endpoints. This information is then visible to the administrator through the FortiGate or FortiSwitch monitoring tools, providing a complete hardware inventory of the voice network.
Regarding the other options:Option Ais unnecessary because a single LLDP profile can support multiple TLV types simultaneously by adding them to the med-tlvs string.Option Bis already partially implemented in the exhibit's network policy but does not contribute to device detection or data collection.Option Dis used for automatic trunking between FortiSwitches and is unrelated to endpoint device information. Therefore, the addition of the inventory-management TLV is the specific requirement to fulfill the goal of collecting detailed IP phone data.
NEW QUESTION # 27
Which QoS mechanism maps packets with specific CoS or DSCP markings to an egress queue?
Answer: D
Explanation:
"Classification: FortiSwitch maps packets with a given CoS or DSCP marking to an egress queue. There are eight egress queues on each port: queues 0 to 7." In Quality of Service (QoS) mechanisms, the process of mapping packets with specific CoS (Class of Service) or DSCP (Differentiated Services Code Point) markings to an egress queue involves two key steps:
classificationandqueuing.
* Classification: This occurs on the ingress side (incoming traffic). The switch examines the packet headers (e.g., CoS or DSCP values) to determine how the traffic should be treated. Based on this classification, the switch assigns the packet to a specific priority level or queue.
* Queuing: Once the packet is classified, it is mapped to an egress queue based on its priority level. The egress queues are used to manage how traffic is transmitted out of the switch.
* Option A (Queuing for egress traffic)refers to managing how packets leave the switch, but it does not involve the initial mapping of CoS/DSCP values to a queue.
* Option C (Rate limiting for egress traffic)is about controlling the rate of outgoing traffic, which is unrelated to CoS/DSCP mapping.
* Option D (Marking for ingress traffic)involves modifying the CoS or DSCP values of packets as they enter the switch, but it does not map them to an egress queue.
Thus,classification for ingress trafficis the mechanism that identifies and maps packets with specific CoS or DSCP markings to an appropriate egress queue.
NEW QUESTION # 28
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