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Fortinet is a leading provider of cybersecurity solutions that help organizations to secure their networks, endpoints, and cloud environments. One of the key products in their portfolio is FortiSwitch, a family of network switches that provide advanced threat protection and network segmentation capabilities. To help IT professionals validate their skills in using FortiSwitch, Fortinet offers the NSE6_FSW-7.2 certification exam.

Fortinet NSE6_FSW-7.2 certification exam covers a wide range of topics related to FortiSwitch, such as VLANs, Link Aggregation, Spanning Tree, FortiLink, and FortiSwitch management. NSE6_FSW-7.2 Exam also includes practical scenarios that test the candidate's ability to apply their knowledge to real-world situations. This comprehensive exam ensures that certified individuals are fully equipped to handle complex network security challenges and provide effective solutions.

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Fortinet NSE 6 - FortiSwitch 7.2 Sample Questions (Q32-Q37):

NEW QUESTION # 32
Which two statements about DHCP snooping enabled on a FortiSwitch VLAN are true? (Choose two.)

A. By default, all FortiSwitch ports are set to forward client DHCP requests to untrusted ports.
B. Enabling DHCP snooping on a FortiSwitch VLAN ensures requests and replies are seen by all DHCP servers.
C. switch-controller-dhcp-snooping-verify-mac verifies the destination MAC address to protect against DHCP exhaustion attacks.
D. Settings related to DHCP option 82 are only configurable through the CLI

Answer: C,D

Explanation:
Switch-controller-dhcp-snooping-verify-mac verifies the destination MAC address to protect against DHCP exhaustion attacks (B): This feature of DHCP snooping helps prevent DHCP exhaustion attacks by ensuring that the destination MAC addresses in DHCP packets match the MAC addresses learned by the switch. This check helps prevent attackers from overwhelming the DHCP server with requests from spoofed MAC addresses.
Settings related to DHCP option 82 are only configurable through the CLI (D): DHCP Option 82 is used for "agent information," and it's typically used in network environments where additional information between DHCP clients and servers is necessary for policy and billing purposes. Configuration of these settings in FortiSwitch is only available through the Command Line Interface (CLI), not the Graphical User Interface (GUI).

NEW QUESTION # 33
Refer to the exhibit.

What two conclusions can be made regarding DHCP snooping configuration? (Choose two.)

A. FortiSwitch is configured to trust DHCP replies coming on FortiLink interface.
B. Global configuration for DHCP snooping is set to forward DHCP client requests on all ports in the VLAN.
C. DHCP clients that are trusted by DHCP snooping configured is only one.
D. Maximum value to accept clients DHCP request is configured as per DHCP server range.

Answer: A,B

Explanation:
Based on the DHCP snooping configuration details provided in the exhibit:
B . FortiSwitch is configured to trust DHCP replies coming on FortiLink interface. The configuration segment shows "trusted ports : port2 FlInK1 MLAG0," indicating that the FortiSwitch is configured to trust DHCP replies coming from the specified ports, including the FortiLink interface labeled FlInK1. This setup is critical in environments where the FortiLink interface connects directly to a trusted device, such as a FortiGate appliance, ensuring that DHCP traffic on these ports is considered legitimate.
D . Global configuration for DHCP snooping is set to forward DHCP client requests on all ports in the VLAN. The "DHCP Broadcast Mode" set to 'All' under the DHCP Global Configuration indicates that DHCP client requests are allowed to broadcast across all ports within the VLAN. This setting is essential for environments needing broad DHCP client servicing across multiple access ports without restriction, facilitating network connectivity and management.

NEW QUESTION # 34
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?

A. Define an LLDP-MED location ID to use standard protocols for power.
B. Create new a LLDP-MED application type to define the PoE parameters.
C. Add power management as part of LLDP-MED TLVs to advertise.
D. Assign a new LLDP profile to handle different LLDP-MED TLVs.

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 appropriate show or get commands 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.
Reference:
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 # 35
How does FortiGate handle configuration of flow tracking sampling if you export the settings to a managed FortiSwitch stack with sampling mode set to perimeter is true?

A. FortiGate configures FortiSwitch to perform ingress sampling on all switch interfaces, except ICL and ISL interfaces.
B. FortiGate configures FortiSwitch to perform ingress sampling on all switch interfaces.
C. FortiGate configures and enables flow sampling on FortiSwitch but does not change existing sampling settings of interfaces.
D. FortiGate configures and enables egress sampling on all management interfaces.

Answer: A

Explanation:
When FortiGate exports configuration settings to a managed FortiSwitch stack with sampling mode set to "perimeter is true," the behavior is:
B . FortiGate configures FortiSwitch to perform ingress sampling on all switch interfaces, except ICL and ISL interfaces. This setting ensures that all incoming traffic on normal operational ports is sampled for monitoring and analysis purposes, but it excludes the inter-chassis link (ICL) and inter-switch link (ISL) interfaces from sampling. These exclusions are typically made to prevent the duplication of sampled data and to reduce unnecessary load on the monitoring system, as these links often carry traffic already monitored at other points.
Options A and D are incorrect because they either generalize the sampling across all interfaces without exceptions or incorrectly specify egress sampling on management interfaces. Option C is also incorrect as FortiGate can modify existing sampling settings to fit the perimeter-based configuration requirement.

NEW QUESTION # 36
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.)

A. Add the MAC address of PCI as a member of VLAN 10.
B. Enable Private VLAN on VLAN 10 and add VLAN 20 as an isolated VLAN.
C. Remove VLAN 10 from the allowed VLANs and add it to untagged VLANs on port1.
D. Add VLAN ID 10 as a member of the untagged VLANs on port1.

Answer: A,D

Explanation:
The two reasons why port1 can be shut down are loop guard protection and Spanning Tree Protocol (STP).
Loop guard protection: This is a feature that helps to prevent switching loops in a network.expand_more A loop guard can be configured on a port to monitor for specific traffic patterns that indicate a loop. If loop guard protection detects a loop, it will shut down the port to prevent the loop from causing problems.
STP: STP is a protocol that helps to prevent switching loops.expand_more When multiple paths exist between two network devices, STP will block all but one of the paths, creating a loop-free topology.expand_more If STP detects a loop, it will shut down the ports that are involved in the loop.
In the exhibit, both ports 1 and 2 are configured with the same native VLAN 10. This configuration could create a switching loop if both ports are connected to devices on the same network segment. If a loop occurs, loop guard protection or STP could shut down port1 to prevent the loop from causing problems.
Reference:
Fortinet FortiSwitch 7.2 Administration Guide https://docs.fortinet.com/document/fortigate/7.4.3/administration-guide/954635/getting-started

NEW QUESTION # 37
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