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| Section | Weight | Objectives |
|---|---|---|
| Deployment and FortiLink Integration | 25% | - Provisioning and deployment topologies - High availability and redundancy - FortiLink architecture and integration with FortiGate - Multi-tenancy and centralized management |
| FortiSwitch Concepts and Fundamentals | 20% | - Switching fundamentals and architecture - FortiSwitch product overview and deployment modes - STP, link aggregation, and stacking - Port configuration, VLANs, and interfaces - QoS, LLDP-MED, and PoE management |
| Monitoring, Maintenance and Troubleshooting | 30% | - Diagnostic tools and packet capture - Firmware management, backup and restore - FortiLink and connectivity troubleshooting - System monitoring, logs and alerts |
| Layer 2 Control and Security | 25% | - Port security and MAC address control - ACL, antispoofing, and filtering - Security profiles and access control - VLAN security and segmentation |
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NEW QUESTION # 74
Refer to the exhibit.
Core-1 and Access-1 are managed and authorized by FortiGate-1. which uses port4 as the FortiLink interface.
After FortiGate authorizes and manages Core-2. Port1 status becomes STP discarding.
Why is port1 in the discarding state?
Answer: C
Explanation:
The STP (Spanning Tree Protocol) discarding state on port1 of Core-2, after Core-1 and Access-1 are managed and authorized by FortiGate-1, is likely due to the lack of an MCLAG (Multi-Chassis Link Aggregation Group) configuration between Core-1 and Core-2. In typical network configurations involving STP and MCLAG, the absence of MCLAG can lead to STP blocking one of the redundant paths to prevent loops, which is a critical function of STP. Port1 on Core-2 being in a discarding state suggests that it has been identified as providing a redundant path that could potentially create a network loop, hence STP has placed this port in a blocking (discarding) state to maintain a loop-free topology.
References:
For a deeper understanding of STP operations and MCLAG configurations in FortiGate managed environments, consult the Fortinet knowledge base:Fortinet Knowledge Base.
NEW QUESTION # 75
(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 # 76
Refer to the exhibit.
After reviewing the CLI command output, which two conclusions can you make about the Dynamic Host Configuration Protocol (DHCP) snooping configuration? (Choose two answers)
Answer: A,C
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6 Study Guide, DHCP snooping is a security feature that acts as a firewall between untrusted hosts and trusted DHCP servers. It validates DHCP messages from untrusted sources and filters out invalid messages.
The provided debug output reveals specific configuration details that support the correct answers:
* Option 82 Support (Option C):The output line option82-enabled-vlans : 10 explicitly indicates that DHCP Option 82 is active for that specific VLAN. When Option 82 is enabled on a VLAN, the FortiSwitch (acting as a relay agent or snooping device) inserts information about the physical port and VLAN into the DHCP request packet before it is forwarded to the server. This allows the server to apply location-based IP address allocation policies.
* Broadcast Traffic Handling (Option D):In the " DHCP Global Configuration " section, theDHCP Broadcast Modeis set toAll. In FortiSwitchOS 7.6, the default behavior for DHCP snooping is to forward DHCP broadcast traffic to all ports in the VLAN unless explicitly restricted. Setting the mode to " All " means the switch does not limit the propagation of DHCP broadcast packets solely to trusted interfaces; instead, they are flooded to both trusted and untrusted ports within the broadcast domain. To restrict broadcasts, the mode would need to be changed to " Trusted-Only " .
Regarding the incorrect options:Option Ais false because the output shows snoop-enabled-vlans : 10, confirming it is active.Option Bis incorrect because the trusted ports list includes port2, FlInK1, and MLAG0, meaning multiple interfaces are trusted, not just port2.
NEW QUESTION # 77
Refer to the exhibit.
The command diagnose switch physical-ports summary is executed on FortiSwitch.
Based on the VLAN assignments shown in the output, what is the most likely management configuration of this FortiSwitch? (Choose one answer)
Answer: B
Explanation:
The output of the diagnose switch physical-ports summary command provides critical insight into how a FortiSwitch is being managed by examiningVLAN assignments,tag protocol identifiers (TPID), and internal port behavior. In the provided exhibit, several ports-includingport1,port5, and theinternalport- are assigned toVLAN 4094.
According to the FortiSwitchOS 7.6 Administrator Guide,VLAN 4094 is reserved for FortiLink management trafficwhen a FortiSwitch is managed by a FortiGate. FortiLink uses this dedicated VLAN to carry control-plane traffic such as configuration synchronization, monitoring data, LLDP-based discovery, and keepalive messages between the FortiGate and FortiSwitch. The presence of VLAN 4094 on physical interfaces is a strong and explicit indicator ofFortiGate-managed mode.
In standalone or local management mode, FortiSwitch ports typically default toVLAN 1or administrator- defined VLANs, andVLAN 4094 is not automatically assigned. Similarly, FortiSwitch Cloud-managed devices do not use VLAN 4094 in this manner, as cloud management relies on IP connectivity to FortiEdge Cloud rather than FortiLink encapsulation.
Additionally, the internal port showing VLAN 4094 further confirms FortiLink operation, as this internal interface is used by the switch ASIC to communicate with the FortiGate over the FortiLink tunnel. This behavior is documented in FortiOS 7.6 and FortiSwitchOS 7.6 design guides as characteristic of FortiGate- managed FortiSwitch deployments.
Therefore, based on the VLAN assignments shown-specifically the use ofVLAN 4094-the most accurate and fully verified conclusion is thatthe FortiSwitch is managed by FortiGate, makingOption Bthe correct answer.
NEW QUESTION # 78
Refer to the exhibit.
You have just authorized a new FortiSwitch on your FortiGate, and it appears online in the GUI. To verify that FortiLink connectivity is healthy, what should you check next? (Choose one answer)
Answer: C
Explanation:
According to theFortiOS 7.6 Study Guideand theFortiSwitch 7.6 FortiLink Guide, the health and stability of the control plane between a FortiGate and a managed FortiSwitch are maintained through a continuous keepalive mechanism. Once a FortiSwitch is authorized and transitions to theFL_STATE_READYstate (as shown in the debug output in the exhibit), the devices must ensure the management tunnel remains active.
The primary mechanism for this is theFortiLink heartbeat. The documentation specifies that a managed FortiSwitch sends heartbeat messages to the FortiGate every few seconds over the FortiLink interface. The FortiGate, acting as the controller, must acknowledge these heartbeats to confirm that the switch is still reachable and responding to management commands. If the FortiGate fails to receive a certain number of consecutive heartbeats, it will consider the switch "offline" in the GUI, even if physical link lights remain green.
Checking for these heartbeat exchanges is a critical troubleshooting step to verify that theCAPWAP(Control and Provisioning of Wireless Access Points) based management tunnel is functioning correctly without intermittent drops. Option A is incorrect as port disabling is a configuration choice, not a health check. Option C is incorrect because firmware updates are manual or scheduled, not automatic upon authorization. Option D is a logging function that relies on a healthy management tunnel but is not a direct measure of the FortiLink's operational health.
NEW QUESTION # 79
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