FCP_FWF_AD-7.4v2

A company requires a secure wireless network to span several adjacent buildings. Employees need seamless roaming access across buildings, floors, and, potentially, outdoor areas. FortiAP devices will be used. Which deployment is the most scalable, manageable, and cost-effective in this scenario?. Install FortiWiFi with a cellular modem in the buildings and areas where no wireless signal reaches from the main building. Deploy a WAN connection on each building to allow FortiAP devices to communicate with FortiGate in the main building. Implement a wireless mesh design to allow FortiAP devices to use neighboring FortiAP devices to connect with FortiGate in the main building. Configure FortiGuard-capable FortiAP devices to broadcast the corporate SSID without being managed by FortiGate in the main building.

When preauthorizing an AP in the GUI, which minimum configuration parameter is required to add an AP?. The AP serial number and FortiAP Profile. The FortiAP Profile and AP name. The AP serial number. The AP serial number, FortiAP Profile, and AP login password.

Which two statements about a VAP configured for 802.1x Local Authentication are true? (Choose two.). FortiGate operates as authentication server only. Supports the use of PEAP EAP type only. Authenticates users created locally or on a remote LDAP server. Can support the use of a self-sighed or publicly signed certificate for server authentication.

A wireless station successfully connects to a wireless network and fails to communicate with other devices on the network or access the internet. As an administrator, what two pieces of information must you collect to troubleshoot the issue? (Choose two.). Confirm that the wireless client is compatible with FortiAP technology. Monitor whether the wireless network is experiencing high-level noise or distortion. Check the wireless station signal status with FortiAP. Verify whether the DHCP scope has an available IP address to assign.

Which modulation scheme offers extremely high throughput (EHT) in 802.11be technology?. Direct sequence spread spectrum. Binary phase-shift keying. Orthogonal frequency division multiplexing. Quadrature amplitude modulation.