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| Section | Objectives |
|---|---|
| Security Integration with FortiGate | - Security policies for switched networks - Device identity and access control |
| Spanning Tree Protocol | - STP/RSTP configuration - Loop prevention mechanisms |
| Switch Configuration and Management | - Initial setup and provisioning - Switch ports and profiles |
| Redundancy and High Availability | - Link aggregation (LACP) - Redundant switch design |
| FortiSwitch Fundamentals | - FortiSwitch operating modes - Switch architecture and hardware overview |
| Monitoring and Troubleshooting | - Diagnostics and logging - Common switching issues |
| FortiLink Integration | - FortiGate-managed switching - FortiLink topology and design |
| VLANs and Segmentation | - Inter-VLAN routing considerations - VLAN creation and tagging |
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NEW QUESTION # 19
An administrator must deploy managed FortiSwitch devices in a remote location where multiple VLANs must be used to segment devices. No layer 3 switch or router is present at the site, and the only WAN connectivity is an ISP-provided router connected to the public internet. Which two components are required to enable VLAN segmentation across this remote site? (Choose two answers)
Answer: B,D
Explanation:
According to theFortiOS 7.6 Administration Guideand theFortiSwitch 7.6 FortiLink Guide, deploying managed switches over a Layer 3 underlay-such as the public internet-requires a specific tunneling mechanism to bridge Layer 2 broadcast domains. Traditional FortiLink relies on a direct Layer 2 connection; however, for remote sites,FortiLink over VXLANis the standard solution.
* FortiLink over VXLAN (Option A):Virtual Extensible LAN (VXLAN) is used to encapsulate Layer 2 Ethernet frames into Layer 3 UDP packets, allowing VLAN-tagged traffic to traverse an ISP's routable network. This enables the FortiGate to manage remote FortiSwitch "islands" as if they were locally connected, maintaining full VLAN segmentation across the WAN.
* Layer 3 Termination (Option E):The FortiGate acts as theVirtual Tunnel Endpoint (VTEP). It must have a reachable Layer 3 interface (such as a WAN port with a public IP or an IPsec tunnel interface) to terminate the VXLAN overlay. Once the VXLAN tunnel is terminated at the FortiGate, the encapsulated VLAN traffic is extracted, and the FortiGate can perform inter-VLAN routing and security inspection.
Regarding the incorrect options:Option Bis incorrect because the FortiGate at the central site handles the routing, eliminating the need for a local L3 device.Option Cis a performance consideration but not a functional requirement for basic connectivity.Option Dis often used for security to encrypt the underlay, but IPsec alone does not provide the Layer 2 extension capabilities required for VLAN segmentation; VXLAN is the specific component that handles the MAC-in-UDP encapsulation.
NEW QUESTION # 20
(Full question statement start from here)
When you change FortiSwitch management mode fromstandalonetomanaged, what happens to the existing standalone configuration? (Choose one answer)
Answer: B
Explanation:
When a FortiSwitch is converted fromstandalone (local) management modetoFortiGate-managed mode using FortiLink, FortiSwitchOS follows a well-defined and protective transition process. According to the FortiSwitchOS 7.6 Administrator Guide, the switchdoes not mergeits existing standalone configuration with FortiLink-managed settings, nor does FortiGate import or preserve the active configuration for reuse.
Instead, when the management mode change occurs, the FortiSwitchsaves the current standalone configuration internallyand thenresets its operational configuration to the default FortiLink configuration. This default configuration is required so the switch can correctly establish FortiLink control- plane communication with the FortiGate, including CAPWAP-based management, VLAN 4094 usage, and dynamic policy provisioning.
Once the FortiSwitch is under FortiGate management,all configuration is controlled centrally by the FortiGate, including VLANs, port policies, security features, and firmware management. The previously saved standalone configuration is retained only as a backup reference on the switch and isnot actively used unless the switch is later reverted back to standalone mode.
This behavior ensures configuration consistency, prevents conflicts between local and centralized policies, and aligns the switch with the FortiGate-centricSecurity Fabric architecture. It also avoids unpredictable results that could occur if legacy standalone settings were merged with FortiLink-managed profiles.
The other options are incorrect because FortiSwitch does not register with FortiSwitch Cloud automatically, does not merge configurations, and FortiGate does not back up the standalone configuration during onboarding.
Therefore, the correct and fully documented answer isC. FortiSwitch saves the standalone configuration and changes to the default FortiLink configuration.
NEW QUESTION # 21
You need to deploy routing on a standalone FortiSwitch and want to maximize routing performance. Which type of routing is best for this deployment? (Choose one answer)
Answer: B
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6.1 Administration Guide- Standalone Mode, FortiSwitch units support two primary methods for processing Layer 3 traffic: software- based routing and hardware-based routing. To maximize performance, the documentation specifies thatHardware-based routing (Option A)is the superior choice for high-speed environments.
The primary technical reason for this performance advantage is the use ofApplication-Specific Integrated Circuits (ASICs). In hardware-based routing, the routing table and forwarding information are programmed directly into the switch ' s specialized hardware silicon. This allows the FortiSwitch to perform packet lookups and forwarding decisions at " wire speed, " which refers to the full throughput capacity of the physical ports.
By offloading these tasks to the ASIC, the switch minimizes latency and prevents the performance bottlenecks associated with general-purpose CPU processing.
In contrast,software-based routing(Options B and D) requires the main system CPU and kernel to process every packet, which is significantly slower and can lead to high CPU utilization during heavy traffic loads.
Option C is factually incorrect because hardware-based routing specifically avoids the kernel ' s software path to increase speed. Therefore, for a deployment focused on maximizing routing performance, especially in a backbone or high-density branch environment, utilizing the ASIC-driven hardware forwarding path is the recommended approach in FortiSwitchOS 7.6.
NEW QUESTION # 22
You need to mirror traffic from a source port on Switch A to a monitoring device on Switch C. For that purpose, you're configuring Remote Switched Port Analyzer (RSPAN).1Due to the nature of RSPAN, what is the best practice when setting it up? (Choose one answer)
Answer: A
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6 Study Guide, Remote Switched Port Analyzer (RSPAN) is a method used to monitor traffic across a network of switches by carrying mirrored traffic over a specific RSPAN VLAN. Because RSPAN floods mirrored traffic to all ports that are members of that specific VLAN across the intermediate switches (Switch B, etc.) until it reaches the destination port, it is critical to manage how that traffic is isolated.
The documentation explicitly states that the best practice is touse a dedicated VLAN assigned only to monitoring devices (Option B). When a VLAN is designated for RSPAN, the switch disables MAC address learning on that VLAN to ensure that the mirrored traffic-which contains the source and destination MAC addresses of the original conversation-does not interfere with the switch's normal MAC address table entries for those devices.2 Using a VLAN that already carries regular data traffic (Option A) would result in a massive amount of duplicate traffic being flooded to normal production hosts, leading to network congestion and potential security risks. Similarly, using a dynamic VLAN that includes all ports (Option C) would cause the mirrored traffic to be broadcast to every port in the switch fabric, significantly degrading performance. Finally, using the RSPAN VLAN as a native VLAN (Option D) is not recommended because native VLANs typically handle untagged traffic, whereas RSPAN requires consistent tagging to ensure the mirrored packets stay within the isolated monitoring domain across trunk links. Therefore, creating a unique, dedicated VLAN that is used exclusively for the transport of mirrored traffic is the architectural standard for FortiSwitch RSPAN deployments.
NEW QUESTION # 23
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?
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 # 24
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