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NEW QUESTION # 32
Refer to the exhibit.
PC1 connected to port1 has joined multicast group 225.1.2.3 on VLAN 10 with IGMP snooping enabled.
What will happen if you disable IGMP snooping on FortiSwitch? (Choose one answer)
Answer: D
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6 Study Guide, Internet Group Management Protocol (IGMP) snooping is a Layer 2 mechanism that allows a switch to " listen " to IGMP conversations between hosts and routers to maintain a map of which ports require specific multicast streams.
When IGMP snooping is enabled, the switch populates aMulticast Layer 2 Forwarding Table(as shown in the exhibit), which ensures that multicast traffic is only forwarded to ports where a receiver has explicitly requested it (e.g., PC1 on port1).
When IGMP snooping isdisabled, the switch no longer maintains this granular forwarding table. By default, a Layer 2 switch that is not performing IGMP snooping treats multicast traffic as if it werebroadcast traffic.
Consequently, instead of being intelligently forwarded only to the interested receiver (PC1), the multicast traffic for group 225.1.2.3 will beflooded to all portswithin the same VLAN (VLAN 10). This means PC2, even if it has not joined the group, will receive the multicast packets at the physical layer, leading to unnecessary bandwidth consumption and increased CPU load on unintended recipients.
The documentation explicitly states that disabling IGMP snooping reverts the switch to a " flood-all " behavior for multicast frames within the broadcast domain. Option A is incorrect because the host (PC1) remains a member of the group; only the switch ' s forwarding logic changes. Option B is incorrect as the switch may still see the messages but will not act on them to prune ports. Option D is incorrect as disabling the feature removes the prune/stop mechanism, causing traffic to flow everywhere rather than stopping.
NEW QUESTION # 33
(Full question statement start from here)
Refer to the exhibits.
Three FortiSwitch devices were recently configured to be managed by FortiGate. Two are managed successfully, butFortiSwitch Access-1is not.
Based on the configuration output, whichinitial changeis required for FortiSwitch Access-1 to be managed?
(Choose one answer)
Answer: D
Explanation:
In a FortiGate-managed switching deployment usingFortiLink, FortiSwitch devices rely on theirinternal interfaceto establish management connectivity with the FortiGate. According to the FortiSwitchOS 7.6 Administrator Guide, when a FortiSwitch operates in FortiLink mode, theinternal interface must obtain an IP address dynamically via DHCPfrom the FortiGate over the FortiLink interface. This IP address is required for control-plane communication, including CAPWAP-based management messaging.
From the exhibit, FortiGate successfully managesCore-1andCore-2, whileAccess-1remains offline. The FortiGate diagnostic output explicitly reports that itcannot detect Access-1 at the FortiLink interface, even though CAPWAP is enabled and the switch is in FortiLink mode. This eliminates CAPWAP configuration (Option B) as the root cause.
Examining the FortiSwitch Access-1 CLI output reveals the key issue:
* Theinternal interfaceis configured withmode: staticand an IP address of0.0.0.0.
This configuration prevents Access-1 from obtaining a valid FortiLink management IP address, which is mandatory for FortiGate discovery and authorization. In contrast, FortiSwitch devices managed by FortiGate must have their internal interface set toDHCP, allowing the FortiGate to automatically assign an address from the FortiLink subnet.
Assigning a static IP (Option A) is not recommended or required in FortiLink-managed mode, NTP configuration (Option D) has no impact on discovery, and CAPWAP is already enabled as shown in the FortiGate output.
Therefore, theinitial and required corrective actionis toset the Access-1 internal interface mode to DHCP
, makingOption Cthe correct and fully verified answer based on FortiOS 7.6 and FortiSwitchOS 7.6 documentation.
NEW QUESTION # 34
On supported FortiSwitch models, which access control list (ACL) stage is recommended for applying actions before the switch performs any layer 2 or layer 3 processing? (Choose one answer)
Answer: D
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theNSE 5 FortiSwitch 7.6 Administrator Study Guide, FortiSwitch supports a multi-stage ACL pipeline that allows for granular traffic control at different points in a packet's journey through the switch.1The documentation identifies three primary stages for ACL application:Prelookup,Ingress, andEgress.
* Prelookup (Option D):This is the earliest stage in the switching pipeline. The documentation explicitly states thatPrelookup ACLsare processedbefore any Layer 2 or Layer 3 lookupsare performed by the switch hardware. This stage is highly recommended for high-performance security actions, such as dropping unwanted traffic immediately upon arrival, because it prevents the switch from wasting internal resources (CPU and ASIC lookup cycles) on frames that are destined to be discarded anyway.
* Ingress (Option A):This stage occursafterthe switch has completed its Layer 2 (MAC table) and Layer
3 (routing table) lookups butbeforethe packet is queued for the egress port. While powerful, actions here occur after initial processing has already taken place.
* Egress (Option C):This stage is processed just before the frame leaves the switch through the destination port. It is typically used for final modifications or filtering based on the outgoing interface context.
Therefore, to achieve the goal of applying actionsbeforeany Layer 2 or Layer 3 processing occurs, the Prelookupstage is the technically correct and recommended choice in FortiSwitchOS 7.6.Forwarding (Option B)is a general functional stage of a switch but is not a specific ACL stage type in the FortiSwitch configuration hierarchy.
NEW QUESTION # 35
Exhibit.
You need to manage three FortiSwitch devices using a FortiGate device. Two of the FortiSwitch devices initiated a reboot after the authorization process. However, the FortiSwitch device with the configuration shown in the exhibit. did not reboot All three devices completed FortiLink manage-ment authorization successfully.
Why did the FortiSwitch device shown in the exhibit not reboot to complete the authorization pro-cess?
The management mode was set to use FortiLink mode.
Answer: D
Explanation:
Regarding the scenario where a FortiSwitch did not reboot after the authorization process while the other devices did, the most likely cause, given the configuration settings in the exhibit, is:
* The management mode was set to use FortiLink mode (Option B): If the FortiSwitch was already configured to use FortiLink for its management mode, it may not require a reboot to complete the authorization process as its management interface settings are already aligned with FortiLink requirements. This is unlike switches that might be transitioning from a standalone or another management mode, which would typically require a reboot to apply new management settings fully.
References:
FortiLink mode specifically tailors FortiSwitch to be managed via a FortiGate device, integrating its operation into the wider security fabric without needing a reboot if it is already set to this mode before authorization.
This contrasts with other management modes where transitioning to FortiLink could necessitate a system restart to initialize the new configuration.
NEW QUESTION # 36
What does the switchauto-networksetting control on FortiSwitch? (Choose one answer)
Answer: C
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6 Study Guide, the auto- network setting (configured via config switch auto-network) is a global feature introduced to simplify the initial deployment of switches. Starting inFortiSwitchOS 7.2.0and continuing through7.6, this feature is enabled by defaulton all new and factory-reset units.1 The primary function of theauto-networksetting is to facilitate theautomatic discovery of the FortiGate and the establishment of the FortiLink interface (Option B). When enabled, the switch automatically scans its physical ports to detect a management entity, such as a FortiGate controller. This "zero-touch" discovery mechanism allows the switch to identify the correct uplink ports and automatically configure them as members of theFortiLinkfabric without manual CLI or GUI intervention.
Furthermore, the documentation notes that auto-network also managesauto-topology, which allows two switches to automatically form anInter-Switch Link (ISL)trunk between them.2This includes setting the management VLAN (typically VLAN 4094) and ensuring that DHCP snooping is trusted on these discovered links.3If an administrator intends to use the switch in a strictly standalone mode without any auto-discovery or FortiLink features, the documentation specifies that they must manually disable the auto-network status and the auto-fortilink-discovery global settings to prevent the switch from attempting to join a managed fabric.
4
Regarding other options:Option Arefers to Dynamic Port Policy or NAC features.Option Cis a standard STP configuration unrelated to the auto-network discovery suite.Option Dis a broader management capability that depends on successful network discovery but is not the specific control point for the auto-network setting.
NEW QUESTION # 37
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