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NEW QUESTION # 43
(Full question statement start from here)
Refer to the exhibits.
You enable Dynamic Host Configuration Protocol (DHCP) snooping on the VLAN,Student. The Linux-Client VM sends DHCP requests, and tcpdump confirms the broadcasts. However, the Linux-Server VM, acting as a DHCP server, receives no DHCP traffic. What is the most likely cause of this intra-VLAN traffic being blocked? (Choose one answer)
Answer: C
Explanation:
In FortiSwitchOS 7.6,DHCP snoopingis a Layer 2 security feature that validates DHCP traffic and protects the LAN from rogue DHCP servers. The feature enforces atrust modelon switch ports: ports connected toward legitimate DHCP server infrastructure must be markedtrusted, while edge/access ports facing clients are typicallyuntrusted. When DHCP snooping is enabled on a VLAN (in this case,Student), FortiSwitch inspects DHCP messages and applies filtering rules based on port trust status.
From the exhibit, bothport1(connected to the Linux-Server DHCP server) andport4(connected to the Linux- Client) showDHCP Snooping: Untrusted. In this configuration, the switch treats the DHCP server-facing port as untrusted and, by design, willblock DHCP server-originated messages(such as DHCPOFFER/DHCPACK) arriving on that interface. This prevents the DHCP handshake from completing and effectively stops DHCP from functioning across that VLAN segment. Operationally, this is commonly observed as "no DHCP traffic" at the server/application layer because the exchange cannot progress normally when the server side is not trusted.
Option C is incorrect because the client-facing port is expected to be untrusted. Options A and D do not align with the exhibit: the ports are already placed in the Student VLAN as native VLAN, so the primary issue is the DHCP snooping trust role.
Therefore, the most likely cause is thatport1 is configured as an untrusted port(it must be trusted for a DHCP server), makingBthe correct answer.
NEW QUESTION # 44
Refer to the exhibits.
Port1 and port2 are the only ports configured with the same native VLAN 10.
What are two reasons that can trigger port1 to shut down? (Choose two.)
Answer: B,D
Explanation:
When loop guard is enabled on port1 and port2 configured with the same native VLAN (VLAN 10), there are specific scenarios under which port1 can be shut down due to loop guard operation:
A).port1 was shut down by loop guard protection.Loop guard is a specific feature used in network environments to prevent alternative or redundant loops. When loop guard is active, it can shut down a port if it stops receiving BPDU (Bridge Protocol Data Units) on a port that is expected to receive them, assuming a loop or link failure and putting the port into an inconsistent state to prevent potential loops.
B).STP triggered a loop and applied loop guard protection on port1.If the Spanning Tree Protocol (STP) detects a loop or loss of BPDU transmissions while loop guard is enabled, it will proactively shut down the port to prevent network instability or a broadcast storm. This is an essential function of loop guard within the context of STP, providing additional protection against topology changes that could introduce loops.
References:
Additional details about loop guard functionality and STP interaction can be found in the FortiSwitch administration guides, accessible viaFortinet Documentation.
NEW QUESTION # 45
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: C,D
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 itsUntagged 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 # 46
Refer to the exhibit.
The profile shown in the exhibit is assigned to a group of managed FortiSwitch ports, and these ports are connected to endpoints which are powered by PoE.
Which configuration action can you perform on the LLDP profile to cause these endpoints to exchange PoE information and negotiate power with the managed FortiSwitch?
Answer: C
Explanation:
To cause endpoints to exchange PoE information and negotiate power with the managed FortiSwitch via LLDP, you should configure the LLDP profile to include power management in the advertised LLDP-MED TLVs. Here are the steps:
* Access the LLDP Profile Configuration:Start by entering the LLDP profile configuration mode with the command:
config switch-controller lldp-profile
edit " LLDP-PROFILE "
* Enable MED-TLVs:Ensure that MED-TLVs (Media Endpoint Discovery TLVs) are enabled. These TLVs are used for extended discovery relating to network policies, including PoE, and are essential for PoE negotiation. They include power management which is crucial for the negotiation of PoE parameters between devices. The command to ensure network policies are set might look like:
set med-tlvs network-policy
* Add Power Management TLV:Specifically add or ensure the power management TLV is part of the configuration. This will advertise the PoE capabilities and requirements, enabling dynamic power allocation between the FortiSwitch and the connected devices (like VoIP phones or wireless access points). This can typically be done within the network-policy settings:
config med-network-policy
edit < policy_index >
set poe-capability
next
end
* Save and Apply Changes:Exit the configuration blocks properly ensuring changes are saved:
End
* Verify Configuration:It's always good practice to verify that your configurations have been applied correctly. Use the appropriateshoworgetcommands to review the LLDP profile settings.
By adding the power management as part of LLDP-MED TLVs, the FortiSwitch will be able to communicate its power requirements and capabilities to the endpoints, thereby facilitating a dynamic power negotiation that is crucial for efficient PoE utilization.
References:For more detailed information and additional configurations, you can refer to the FortiSwitch Managed Switches documentation available on Fortinet's official documentation site:Fortinet Product Documentation
NEW QUESTION # 47
Which three are valid actions that a FortiSwitch access control list (ACL) can apply to matching traffic?
(Choose three answers)
Answer: A,B,C
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theNSE 5 FortiSwitch 7.6 Administrator Study Guide, Access Control Lists (ACLs) are used to perform multiple actions on matching traffic as it passes through the switch pipeline. The documentation explicitly categorizes these valid actions into three distinct functional groups:Traffic processing,QoS (Quality of Service), andVLANmodifications.
* Traffic Processing (Option C):This is a primary category of ACL actions. It includes operations that dictate how a frame is physically handled or monitored. Valid specific actions under this category includedrop(discarding the packet),count(incrementing a packet counter for statistics),redirect (sending the packet to a specific interface or CPU queue), andmirror(copying the traffic to a monitor port).
* QoS (Option E):The QoS category allows the switch to manage traffic prioritization and bandwidth.
ACLs can be configured toset the egress queue(assigning a frame to one of the eight priority queues), remark CoS (Class of Service)orDSCP (Differentiated Services Code Point)values in the frame header, and applypolicersfor rate limiting.
* VLAN / Set outer VLAN tags (Option D):Under the VLAN category, the most notable action is the ability toset outer VLAN tagson frames. This is particularly useful in scenarios involving Q-in-Q tunneling or service provider environments where a secondary tag is required for transport across a managed fabric.
It is important to note thatAssign the VLAN ID (Option A)is typically a function ofNAC (Network Access Control)orDynamic VLAN Assignmentrather than a standard ACL action; within an ACL context, vlan-id is primarily used as aclassifier(to match traffic) rather than an action.Quarantine devices (Option B)is a high- level security response triggered by the FortiGate NAC engine and is not a direct action available within the FortiSwitch ACL configuration menu.
NEW QUESTION # 48
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