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| Section | Objectives |
|---|---|
| Topic 1: Switch Configuration and Management | - Initial setup and provisioning - Switch ports and profiles |
| Topic 2: Security Integration with FortiGate | - Device identity and access control - Security policies for switched networks |
| Topic 3: FortiLink Integration | - FortiGate-managed switching - FortiLink topology and design |
| Topic 4: Spanning Tree Protocol | - Loop prevention mechanisms - STP/RSTP configuration |
| Topic 5: VLANs and Segmentation | - Inter-VLAN routing considerations - VLAN creation and tagging |
| Topic 6: Redundancy and High Availability | - Redundant switch design - Link aggregation (LACP) |
| Topic 7: FortiSwitch Fundamentals | - FortiSwitch operating modes - Switch architecture and hardware overview |
| Topic 8: Monitoring and Troubleshooting | - Diagnostics and logging - Common switching issues |
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NEW QUESTION # 20
(Full question statement start from here)
What is an advantage of using a FortiSwitch stack in managed switch mode with FortiGate when deploying VLANs? (Choose one answer)
Answer: D
Explanation:
When FortiSwitch devices are deployed in a stack and managed by a FortiGate using FortiLink, VLAN configuration and traffic handling follow a centralized management and security model. One of the primary advantages of this architecture, as documented in FortiOS 7.6 and FortiSwitchOS 7.6 guides, is that the FortiGate becomes the single point of control and visibility for inter-VLAN traffic.
In managed switch mode, VLANs are typically defined and assigned on the FortiGate. While FortiSwitch handles high-performance Layer 2 forwarding within VLANs using ASIC hardware, any traffic that must traverse between VLANs is forwarded to the FortiGate. The FortiGate performs inter-VLAN routing, applies firewall policies, security profiles, logging, and inspection, and then forwards the traffic back to the appropriate VLAN through the FortiSwitch stack.
This design provides administrators with full visibility and granular control over inter-VLAN communication, including the ability to enforce security policies, apply IPS, antivirus, and web filtering, and generate detailed traffic logs. This is a key advantage over standalone or locally managed switching environments, where inter- VLAN traffic may bypass centralized security enforcement.
The other options are incorrect or incomplete. VLAN traffic can already pass between switches in a stack by design, making option B not a unique advantage. Option A reverses the actual responsibility model, and option C is incorrect because FortiGate remains responsible for VLAN definitions and routing in managed mode.
Therefore, the correct and fully verified advantage is D. FortiGate provides visibility and control for inter- VLAN traffic.
You are correct. Thank you for providing theexact page reference (Page 438 | FortiSwitch 7.6 Administrator Guide). Below is thecorrected, fully verified answer, rewrittenstrictly in your required format, withOption Aas the correct answer and aligned precisely with FortiSwitchOS 7.6 documentation.
NEW QUESTION # 21
(Full question statement start from here)
You enable Dynamic Host Configuration Protocol (DHCP) snooping on a VLAN and configure a FortiSwitch port astrustedfor DHCP snooping. What additional step is required to configure the port as trusted for Dynamic ARP Inspection (DAI)? (Choose one answer)
Answer: A
NEW QUESTION # 22
Refer to the exhibits. An IP phone is connected to port1 of FortiSwitch Access-1. The IP phone tags its traffic with VLAN ID 20. On FortiGate, VLAN IP_Phone (VLAN ID 20) has been configured, and port1 of Access-
1 is set with VLAN 20 as the native VLAN. However, the IP phone cannot reach the network. The exhibit shows the partial VLAN configuration and the port1 configuration on Access-1.
Which configuration change must you make on FortiSwitch to allow ingress and egress traffic for the IP phone? (Choose one answer)
Answer: A
Explanation:
According to theFortiSwitchOS 7.6 Administration GuideandFortiOS 7.6 FortiLink Guide, the processing of Ethernet frames on a managed FortiSwitch port depends on whether the frame is tagged or untagged upon arrival (ingress) and how the port's VLAN membership is defined.
In the provided exhibit,port1is configured with set vlan "IP_Phone" (VLAN 20) as itsnative VLAN. By definition, the native VLAN handles untagged traffic; any untagged frame arriving at the port is assigned to VLAN 20, and any egress traffic from VLAN 20 is sent out of the port without a tag. However, the scenario specifically states that theIP phone tags its traffic with VLAN ID 20.
When a FortiSwitch receives atagged frame, it checks the VLAN ID against theallowed-vlanslist configured on that port. Although VLAN 20 is the native VLAN, the exhibit shows that the port has been explicitly configured with set allowed-vlans "quarantine". This creates a restrictive filter that permits only tagged frames belonging to the "quarantine" VLAN to enter or exit the port. Because VLAN 20 (IP_Phone) is not present in the allowed-vlans list, the switch drops the tagged frames from the IP phone during ingress processing.
To resolve this, the administrator must modify theFortiSwitch port configurationby adding VLAN 20 to the allowed_vlans list (e.g., set allowed-vlans "quarantine" "IP_Phone" or set allowed-vlans-all enable). This ensures that the switch recognizes and permits tagged traffic for VLAN 20 on that physical interface. Option B is incorrect because l2forward is a Layer 3 interface setting on the FortiGate and does not address the physical port's ingress filtering logic on the switch. Disabling the edge_port (Option D) relates to Spanning Tree Protocol (STP) convergence and would not impact VLAN tag filtering.
NEW QUESTION # 23
Which interfaces on FortiSwitch send out FortiLink discovery frames by default in order to detect a FortiGate with an enabled FortiLink interface?
Answer: C
Explanation:
* Fortinet FortiLink Protocol:The FortiLink protocol is Fortinet ' s proprietary mechanism for managing FortiSwitch units from a FortiGate firewall. It simplifies configuration and security policy enforcement across the connected network devices.
* Auto-Discovery:FortiLink ' s auto-discovery feature means that by default, all ports on a FortiSwitch will actively send out discovery frames. This allows them to locate a FortiGate device that has a FortiLink interface enabled, streamlining the device management process.
* No Configuration Needed:You don ' t have to manually configure individual ports for FortiLink discovery on FortiSwitch devices.
References
* FortiSwitchOS FortiLink Guide (FortiSwitch Devices Managed by FortiOS 7.6):Refer to pages 13 and
14 for details on zero-touch management and FortiLink configuration. [https://fortinetweb.s3.
amazonaws.com/docs.fortinet.com/v2/attachments/27f63c72-b083-11ec-9fd1-fa163e15d75b
/FortiSwitchOS-7.6.0-FortiLink_Guide%E2%80%94FortiSwitch_Devices_Managed_by_FortiOS_7.6.
pdf]
NEW QUESTION # 24
Refer to the exhibit.
Two routes in the routing monitor are marked as available but are not installed in the forwarding information base (FIB). Which statement correctly explains why the routes have this status? (Choose one answer)
Answer: D
Explanation:
According to theFortiSwitchOS 7.6 Administration Guideand theFortiSwitch 7.6 Study Guide, the Routing Monitor provides a comprehensive view of the Routing Information Base (RIB), which includes all routes learned via static configuration or dynamic protocols (OSPF, BGP, etc.). However, not every route present in the RIB is active for traffic forwarding. The switch must select the "best" path for any given destination to be installed into theForwarding Information Base (FIB).
The provided exhibit shows a routing table with multiple sources for the same destination. Specifically, there is aStaticdefault route ($0.0.0.0/0$) with an administrative distance of 220, and anOSPFdefault route ($0.0.0.0/0$) with an administrative distance of 110. In FortiSwitchOS routing logic, when multiple routes to the exact same destination exist, the system compares theirAdministrative Distance (AD). The route with the lowest AD is considered the most "preferred" or "trustworthy".
In this case, the OSPF route ($AD 110$) is more preferred than the Static route ($AD 220$). Consequently, the OSPF route is marked with a green checkmark in theFIBcolumn, while the Static route-despite being
"Available" in the RIB-is excluded from the FIB. The same logic applies to the $10.0.100.0/30$ subnet, where theConnectedroute is preferred over the OSPF learned route for the same destination. Therefore, the status reflects standard route selection behavior where less-preferred routes remain in the RIB as backups but are not used for active forwarding.
NEW QUESTION # 25
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