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NEW QUESTION # 65
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: A
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 # 66
Refer to the exhibit.
The exhibit shows the current status of the ports on the managed FortiSwitch. Access-1.
Why would FortiGate display a serial number in the Native VLAN column associated with the port23 entry?
Answer: C
Explanation:
The information in the "Native VLAN" column for port23 on the FortiSwitch indicates that a standalone switch is connected to it. This is because the column displays "$424MPTF20000027," which matches the format of a Fortinet device serial number.
Here's a breakdown of the evidence in the image:
* Native VLAN:The "Native VLAN" column typically displays the VLAN ID for untagged traffic on a trunk port. However, in this case, it shows a serial number format ("$424MPTF20000027").
* No Trunk Information:The "Trunk" column is blank for port23, indicating it's not configured as a trunk member.
* Other Ports:Port1 and port2 show "default" in the "Native VLAN" column, which is the expected behavior for access ports.
Fortinet FortiSwitch devices typically don't display the serial number of adjacent FortiSwitch devices in the
"Native VLAN" column. This column is reserved for VLAN information on trunk ports.
NEW QUESTION # 67
Which two are valid traffic processing actions that a FortiSwitch access control list (ACL) can apply to matching traffic? (Choose two answers)
Answer: A,D
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theNSE 5 FortiSwitch Study Guide, Access Control Lists (ACLs) are used to provide granular control over the traffic entering or leaving a switch port.
ACLs function by definingclassifiers(to match specific traffic based on criteria like MAC address, IP address, or VLAN ID) and then applying specificactionsto that matched traffic.
The documentation explicitly categorizes ACL actions into three distinct groups:
* Traffic Processing:This category includes actions that dictate the physical handling of the frame. Valid actions listed in the official documents under this header includecount(to track packet volume),drop(to block the traffic),redirect(to forward the frame to a specific physical port or interface instead of its original destination), andmirror(to send a copy to a monitoring port).
* Quality of Service (QoS):This category focuses on traffic prioritization and bandwidth management. It includes actions such asrate limiting,remarking CoS/DSCP values, andsetting the egress queue(e.g., assigning a packet to a specific queue number from 0 to 7).
* VLAN:This allows for modifications such as setting anouter VLAN tagon frames.
The question specifically asks for "traffic processing actions." Based on the 7.6 documentation,Redirect frames to another port(Option A) andDrop frames(Option D) are explicitly defined under the "Traffic Processing" action header. While "Assign traffic to a high-priority egress queue" (Option B) is a valid action an ACL can perform, it is technically categorized as aQoS action, not a traffic processing action.Encrypt frames(Option C) is not a supported ACL action on FortiSwitch hardware, as encryption is typically handled at higher layers or via dedicated MACsec configurations on specific models.
NEW QUESTION # 68
(Full question statement start from here)
How does FortiSwitch determine the route for traffic traversing its interfaces? (Choose one answer)
Answer: A
Explanation:
FortiSwitch determines how traffic is routed by leveraging atwo-tier routing lookup mechanismthat prioritizes hardware-based forwarding before software-based processing. According to theFortiSwitchOS 7.6 Administrator Guide, FortiSwitch first checks thehardware routing table, which is populated with a subset of routes installed from the Forwarding Information Base (FIB) and programmed directly into the switch ASIC.
The hardware routing table contains routes that are eligible for ASIC acceleration. When a packet arrives on a FortiSwitch interface, the switch performs a lookup in this hardware routing table. If a matching route is found, the packet is forwarded at wire speed using ASIC-based forwarding, which provides optimal performance and minimal latency. This process is referred to ashardware-based routing.
If no matching route exists in the hardware routing table, FortiSwitch then performs a lookup in the Forwarding Information Base (FIB), which resides in the kernel. Routes in the FIB are handled by the CPU and processed throughsoftware-based routing. This fallback mechanism ensures correct forwarding behavior even when routes cannot be offloaded to hardware.
The FortiSwitchOS documentation explicitly states that the hardware routing table indicates which routes in the FIB are installed in hardware. This confirms that routing decisions are not exclusively offloaded to FortiGate, nor are they limited to CPU-based processing alone. Instead, FortiSwitch uses ahierarchical lookup order: hardware routing table first, followed by the FIB.
Therefore, the correct and fully documented answer isC. FortiSwitch looks up the hardware routing table and then the forwarding information base (FIB).
NEW QUESTION # 69
Refer to the exhibit.
You just connected three FortiSwitch devices:Core-1,Core-2, andAccess-1. Core-1 and Core-2 both connect to Access-1 for redundancy. All switches are managed by FortiGate, which uses port4 as the FortiLink interface. After you enable the uplink ports on Core-2, you notice that port3 on Access-1 enters the Discarding STP state. What is the most likely cause of this behavior? (Choose one answer)
Answer: A
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiLink 7.6 Study Guide, the Spanning Tree Protocol (STP) is automatically enabled on managed FortiSwitches to ensure a loop-free Layer
2 topology within the FortiLink fabric. When multiple physical paths exist between switches (as shown in the redundant connections between the Core and Access tiers), STP must block one of the paths to prevent a broadcast storm.
The behavior described in the exhibit-whereport3 on Access-1enters aDiscarding state-is a result of the STP election process. In a standard STP environment, switches elect aRoot Bridgebased on the lowestBridge Priority(or lowest MAC address as a tie-breaker). Once a root is established, other switches identify the
"best" path to that root (the Root Port) and block all other redundant paths.
The provided exhibit shows that Access-1 has two paths to the core: one to Core-1 and one to Core-2. The fact that the path to Core-2 is discarded suggests that the STP topology was recalculated when Core-2 was enabled. In the context of Fortinet technical exams for this specific scenario,Option C (Core-2 has the lowest bridge priority)is the standard answer identifying that Core-2's priority settings influenced the STP tree such that Access-1's link to it was determined to be the redundant (alternate) path.
If the switches were configured withMCLAG (Multi-Chassis Link Aggregation), both physical links would be treated as a single logical trunk, and neither would be in a discarding state. However, without MCLAG, the system relies on bridge priorities to prune the loop.BPDU Guard (Option A)is incorrect because it would administratively shut down the port rather than placing it in an STP "Discarding" state.Option Bis incorrect as the switch would not appear in the managed topology if unauthorized.
NEW QUESTION # 70
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