Fortinet Fortiap 224E 1267 Mbit/S White Power Over Ethernet (Poe)

Description :

Outdoor wireless AP, Dual radio, Internal antennas, 2 x GE RJ45 ports, 1x SFP port, Americas-FCC

Fortinet FortiAP 224E. Maximum data transfer rate: 1267 Mbit/s, Maximum data transfer rate (2.4 GHz): 400 Mbit/s, Maximum data transfer rate (5 GHz): 867 Mbit/s. Security algorithms: EAP-AKA,EAP-FAST,EAP-PEAP,EAP-SIM,EAP-TLS,EAP-TTLS,MSCHAPv2,WEP,WPA,WPA2. Power consumption (max): 12.95 W. Placement: Pole, Wall, Product colour: White, International Protection (IP) code: IP67. Antenna type: Internal, Antenna features: Dipole antenna, Antenna gain level (max): 8 dBi

Fortinet’s FortiAP-U Series offers a wide range of Access Points capable of being managed by any of Fortinet’s controller and management options: Cloud, FortiOS, or WLAN Controller. Perfect from everything from a large campus to hundreds of branch locations. Access Points are available across the performance spectrum up to the fastest Wi-Fi 6 4x4:4 devices.

Universal Access Management
Ability to intelligently support stand-alone controllers (FortiWLC), integrated security controllers (FortiGate) and cloud management options, establish a new benchmark in flexibility, performance and security.

Latest Wi-Fi technologies
Wi-Fi 6 technology with data rates of up to 4.8 Gbps and OFDMA improves client throughput and overall network efficiency.

Unmatched Security Protection
Integrates with Fortinet’s Security Fabric providing unparalleled cybersecurity protection at the network edge.

FortiAP 224E
The FAP-224E is a new member of our 802.11ac Wave 2 family with MU-MIMO capability and transmit beamforming capable of handling an astounding 512 clients per radio. This high-performance dual-band AP is ruggedized with an Ingress Protection IP67-rated enclosure capable of withstanding extended temperature ranges. The FAP-224E is suitable for deployment in harsh conditions. It has 4 internal antennas for Wi-Fi and one Bluetooth and also provides SFP cage to allow for long-distance fiber connectivity and is suitable for mission-critical bridging or mesh deployments.