[shortdesc] Wi-Fi 7 802.11be, dual 5 GHz radios, ultra-narrow fixed left beam, outdoor IP67 enclosure, 1024 client capacity, 3 Gbps max throughput. [/shortdesc]
[properties]
| Model |
FAP-HD-224KL-A |
| Brand |
Fortinet |
| Product Type |
Outdoor High Density Wireless Access Point |
| Wi-Fi Standard |
Wi-Fi 7 (IEEE 802.11be) |
| Deployment Type |
Outdoor / High Density |
| Antenna Type |
Internal Ultra Narrow Fixed Left Beam |
| Radio Configuration |
2 Radios (Dual 5 GHz) |
| MIMO Configuration |
2x2:2 |
| Total Spatial Streams |
4 |
| Max Channel Bandwidth |
80 MHz |
| Maximum PHY Rate |
3 Gbps |
| Client Capacity |
Up to 1024 Associated Clients |
| Coverage Range |
Up to 250 ft |
| Ethernet Interfaces |
1x 10 Gbps, 1x 5 Gbps |
| PoE Support |
802.3bt (PoE++) |
| Ingress Protection |
IP67 |
| Operating Temperature |
-40 °C to 55 °C |
| Dimensions (L x W x H) |
444 x 344 x 82 mm |
| Weight |
4.0 kg |
[/properties]
[specifications]
| Supported Wi-Fi Standards |
IEEE 802.11a/n/ac/ax/be (5 GHz) |
| Operating Frequency |
Dual 5 GHz |
| Peak Data Rate |
3 Gbps |
| Antenna Gain (5 GHz) |
17 dBi |
| Antenna Beamwidth |
15° (Elevation) x 17° (Azimuth) |
| Polarization |
Vertical and Horizontal |
| Max Power Consumption |
33 W |
| Power Input |
PoE++ (802.3bt) |
| Security Protocols |
WPA, WPA2, WPA3, IEEE 802.11i, IEEE 802.1X |
| Encryption |
AES, CBC, CCM, CCMP128/256 |
| Environmental Rating |
IP67 (Water, Dust, Corrosion Resistant) |
| Operating Altitude |
Up to 3000 m |
| Surge Immunity |
1 kVa |
| Lightning Protection |
-4 kV (requires optional external protection) |
[/specifications]
[accesories]
| Included in the Box |
FortiAP FAP-HD-224KL Unit |
| Optional Accessories |
External Lightning Protection (sold separately) |
[/accesories]
Precision Wi-Fi 7 Coverage for Ultra-High-Density Venues
The Fortinet FAP-HD-224KL is a specialized Wi-Fi 7 outdoor access point designed to solve the capacity challenges of stadiums, arenas, and large public venues. Featuring an internal ultra-narrow fixed left beam antenna, this unit is engineered to provide surgical RF coverage. By focusing signal energy into a tight 15° x 17° pattern, it drastically reduces co-channel interference and extends effective range up to 250 feet, making it the ideal solution for targeted seating or aisle coverage.
Powered by Fortinet’s advanced high-density architecture, the FAP-HD-224KL utilizes dual 5 GHz radios to deliver a maximum PHY rate of 3 Gbps. This configuration ensures consistent, low-latency connectivity for up to 1,024 clients even in the most RF-congested environments. The rugged IP67-rated enclosure ensures reliability in harsh outdoor weather conditions, ranging from extreme cold to high heat.
Key Benefits & Features
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Surgical Left-Beam Coverage: The 17 dBi fixed left-beam antenna focuses RF energy precisely where needed, enabling high-density sectorization without signal overlap.
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Wi-Fi 7 Technology: Supports IEEE 802.11be standards on dual 5 GHz bands, offering improved spectral efficiency and throughput for modern devices.
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Massive Client Capacity: Engineered to handle up to 1,024 associated clients per unit, perfect for high-traffic zones like stadium bowls and concourses.
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Rugged Outdoor Design: Fully sealed IP67 enclosure withstands dust, water, and temperature fluctuations (-40°C to 55°C).
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High-Speed Uplinks: Equipped with one 10 Gbps and one 5 Gbps Ethernet port to prevent bottlenecks and support full Wi-Fi 7 throughput.
Ideal Use Cases
- Stadiums with sloped seating requiring precise directional coverage.
- Outdoor amphitheaters and concert venues.
- Rail terminals and transportation hubs.
- Smart city deployments requiring long-range, narrow-sector links.
Technical Specifications
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Wireless Standard: IEEE 802.11be (Wi-Fi 7)
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Radio Configuration: 2 x 5 GHz Radios
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Antenna Pattern: Ultra-Narrow Fixed Left Beam (15° El x 17° Az)
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Throughput: Up to 3 Gbps
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Interfaces: 1x 10 GE, 1x 5 GE RJ45
-
Power Requirement: 802.3bt PoE++ (33W Max)
Deploy the FortiAP FAP-HD-224KL to ensure flawless, high-capacity wireless performance in your most challenging outdoor environments.