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22. Frage
You are deploying a small office network with a single FortiGate and a single FortiSwitch. The office currently has moderate traffic, but the IT team expects the network to grow in the near future, adding more FortiSwitch devices and endpoints. Which FortiLink configuration should you deploy to provide the best combination of current performance and scalability for future growth? (Choose one answer)
Antwort: B
Begründung:
According to theFortiGate Switch Best Practicesand theFortiSwitch 7.6 FortiLink Guide, the recommended best practice for a scalable and high-performance FortiLink deployment is to use alink aggregation group (LAG)interface, also known as an802.3ad aggregate.3 While ahardware-based switch interface (Option A)offers low latency by switching traffic directly in the ASIC, it has significant limitations regardingscalability and redundancy. Hardware switches are restricted by the number of physical ports on the Integrated Switch Fabric (ISF) and cannot be easily expanded to include additional redundant links as the network grows. Conversely,software-based switch interfaces (Option B)are processed by the system CPU, leading to higher utilization and a lack ofNPU hardware acceleration, which makes them unsuitable for high-performance or growing environments.4 By configuring FortiLink as aLAG (Option C), the administrator ensures that the network can support future growth seamlessly. A LAG interface allows for the addition of multiple physical ports to increase bandwidth between the FortiGate and the switch fabric while providing link-level redundancy.5This configuration is the default for modern FortiOS versions because it supports NPU offloading and serves as the technical prerequisite for more advanced topologies, such asMCLAG (Option D). While MCLAG is an excellent solution for high availability in multi-switch environments, it is a topology feature rather than the primary interface type used to define the FortiLink connection on the FortiGate unit itself. Therefore, starting with an aggregate (LAG) interface provides the most flexible foundation for migrating to more complex infrastructures as additional switches are added.
23. Frage
What happens when a routed VLAN interface (RVI) is configured on a FortiSwitch port or trunk? (Choose one answer)
Antwort: B
Begründung:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6.1 Administration Guide-Standalone Mode, aRouted VLAN Interface (RVI)is a physical port or trunk interface that is converted to support Layer 3 routing protocols.2This transformation changes the fundamental nature of the interface from a switching component to a routing component.
When an RVI is enabled on a specific physical port or trunk, the system automatically assignsVLAN 4095to that interface at the backend.3This specific VLAN ID is reserved across the FortiSwitch platform to signal that the interface is no longer operating as a standard Layer 2 switch port.4Once configured as an RVI, the interface supports advanced Layer 3 features such asOSPF, BGP, RIP, IS-IS, and static routing, as well as Virtual Routing and Forwarding (VRF)for routing isolation.5 Importantly, the documentation states that upon enabling RVI,Layer 2 protocols(such as Spanning Tree Protocol or 802.1X port-based security) and most standard switch interface features aredisabledon that port.
6This is because the port is now treated as a dedicated Layer 3 "routed" interface rather than a member of the Layer 2 switching fabric.7Additionally, if the underlying physical port or trunk interface is administratively shut down, the associated RVI will also transition to a "down" state.
24. Frage
Exhibit.
What conditions does a FortiSwitch need to have to successfully configure the options shown in the exhibit above? (Choose two.)
Antwort: B,D
Begründung:
Regarding the configuration of a FortiSwitch to split a port into multiple smaller interfaces:
* The CLI commands are enabling a split port into four 10Gbps interfaces (Option B): The command shown in the exhibit is typically used to configure a high-speed port (like a 40Gbps or 100Gbps interface) to be divided into smaller, independent 10Gbps interfaces. This feature allows more flexible use of the switch ' s physical resources.
* The port full speed prior to the split was 100G SFP+ (Option C): Given the context of splitting the port into multiple 10Gbps interfaces, the original port configuration likely supported a high-speed transceiver such as 100G SFP+. This would make it technically feasible to divide the interface into multiple 10Gbps channels, enhancing connectivity options without requiring additional physical interfaces.
These configurations and capabilities are typical in modern network setups, especially in environments requiring high density and flexibility in connectivity, allowing network administrators to optimize physical infrastructure efficiently.
25. Frage
Refer to the exhibit.
Port24 is the only uplink port connected to the network where you need access to FortiSwitch management services. However, FortiSwitch is not accessible on its management interface with IP address 10.0.13.3.
Based on the configuration shown in the exhibit, which two actions should you take to fix the issue and access FortiSwitch? (Choose two answers)
Antwort: A,B
Begründung:
According to theFortiSwitchOS 7.6 Administration Guide (Page 320), management traffic on a FortiSwitch is associated with a specific logical interface, which in this case is the " internal " interface. The exhibit shows that the " internal " interface is configured onVLAN 4094(both as native and allowed). This means that for any management traffic (such as HTTPS, SSH, or SNMP) to reach the switch CPU, it must be able to traverse the physical uplink on VLAN 4094.
However, the configuration forport24(the uplink) is currently restricted. It is set withnative VLAN 100and an allowed-vlans list that only includes100 and 200. Because VLAN 4094 is not included in the allowed list of port24, all frames belonging to the management VLAN (4094) are dropped by the switch ' s ingress/egress filters on the uplink.
To resolve this and restore management access, the administrator has two valid configuration paths based on the provided options:
* Option B:Change thenative VLAN on port24 to VLAN 4094. By making 4094 the native VLAN, untagged management traffic can traverse the port, effectively allowing the " internal " interface to communicate with the network.
* Option D:Add VLAN 4094 to the allowed VLANs on port24. This ensures that VLAN 4094 is no longer filtered out, allowing management frames to pass through the uplink while maintaining the current native VLAN for other traffic.
Option C is irrelevant as removing a working VLAN (200) does not help the management traffic. While Option A describes an alternate architectural approach (moving management into an already-allowed VLAN), Options B and D represent the direct fixes for the mismatch described in the 7.6 administration documentation.
26. Frage
(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)
Antwort: C
Begründung:
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.
27. Frage
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