24 GHz point-to-point wireless backhaul
Ubiquiti airFiber 24 AF-24 in Dubai, UAE
The AF-24 is built for organisations that need a focused, high-capacity wireless bridge between two fixed locations. It combines an integrated 24 GHz radio and directional antenna in a weather-resistant outdoor platform, making it relevant for campus links, service-provider backhaul, remote surveillance networks and business continuity paths where installing new fibre may be impractical.
Plan the complete link
Share the two endpoint locations, required throughput, mounting height and installation scope so FourTeck can help review the requirement.
Outdoor point-to-point bridge
24.05–24.25 GHz
1.5+ Gbps, 13+ km
Path study and precise alignment
Direct answer for buyers
Ubiquiti airFiber 24 AF-24 is a fixed outdoor wireless system used in pairs to create a dedicated Ethernet bridge between two sites. It is mainly considered for building-to-building connectivity, wireless backhaul, CCTV aggregation and remote network extension where line of sight is available. Businesses, campuses, integrators and service providers should consider it when they require high throughput over a focused link rather than broad Wi-Fi coverage. Before proceeding, confirm the path distance, Fresnel-zone clearance, mounting rigidity, regional 24 GHz requirements, rain-fade margin, power and grounding arrangements, target throughput and whether the link will operate in half-duplex or full-duplex mode.
What the AF-24 does
The AF-24 transports Ethernet traffic over a narrow directional radio path. Each endpoint is aimed at the other, creating a point-to-point connection that can carry data between switches, routers, surveillance recorders, servers or other network infrastructure. It is not an internet service by itself; it is the transport layer between two network locations.
Its integrated antenna design simplifies product selection compared with modular radios that require separate dishes, but the complete project still depends on correct mounting, cable routing, grounding, weather protection, alignment and network configuration.
Who it may suit
The model may suit business campuses, warehouses, hospitality sites, schools, industrial compounds, construction projects, government facilities, surveillance networks and wireless internet operators that need a dedicated high-capacity connection across open space.
It is generally less suitable where obstacles block the path, where mounting structures move in wind, where the path margin is too small for local weather, or where regional frequency rules do not permit the intended configuration. A shorter-range design with strong alignment can be more practical than pursuing the published maximum distance.
Business challenges the AF-24 can help address
Connecting separated buildings
A campus may need to join offices, warehouses or accommodation blocks without opening roads or laying new underground fibre. A planned AF-24 link can provide an Ethernet path between the buildings when the rooftops or towers have clear visibility.
Backhauling camera traffic
Remote CCTV clusters often produce continuous traffic that must reach a central recorder or security control room. The AF-24 can be evaluated as a dedicated transport link, provided bandwidth, latency, resilience and weather margin are confirmed.
Avoiding civil works
Where trenching is disruptive, delayed or costly, a wireless bridge may shorten the physical deployment path. The comparison should still include mast work, access, safety, earthing, surge protection and ongoing inspection.
Creating a secondary path
Some organisations assess wireless backhaul as an alternative route alongside fibre. Whether it provides genuine resilience depends on diverse power, mounting, routing and network design rather than the radio alone.
Core capabilities buyers should understand
The manufacturer publishes maximum throughput of 1.5+ Gbps. Real throughput depends on modulation, duplex mode, signal conditions, path quality and configuration.
The narrow beam and high-gain integrated antenna support directional point-to-point operation, but demand careful alignment and rigid mounting.
GPS clock synchronisation supports timing accuracy and may assist coordinated deployments. Suitability depends on the wider RF plan.
The unit is designed for outdoor use with an included pole-mount kit. Structural suitability and safe access remain project responsibilities.
AF-24 product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building network | Both rooftops have clear line of sight and stable mounting points. | Distance, height, Fresnel clearance, cable route and access permissions. |
| High-throughput backhaul | The link budget supports the desired modulation and availability target. | Traffic profile, duplex mode, expected usable throughput and rain margin. |
| CCTV aggregation | Camera traffic, recording design and redundancy are calculated. | Sustained bitrate, failover requirement and switch capacity. |
| Regional deployment | The intended frequency and power configuration is allowed locally. | UAE regulatory requirements, import variant and permitted EIRP. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name / model | airFiber 24 / AF-24 |
| Product type | Outdoor point-to-point wireless bridge |
| Maximum published throughput | 1.5+ Gbps |
| Maximum published range | 13+ km; practical range is design dependent |
| Operating frequency | 24.05–24.25 GHz |
| Channel bandwidth | 100 MHz |
| Networking interfaces | One GbE RJ45 data port and one 10/100 MbE RJ45 configuration port |
| Auxiliary interface | RJ-12 alignment tone port |
| Power | Passive PoE, 42–58V DC supported; 50V 1.2A Gigabit PoE adapter included |
| Maximum power consumption | 50W |
| Dimensions | 649 × 426 × 303 mm |
| Weight | 10.5 kg |
| Mounting | Pole-mount kit included |
| Wind survivability | 200 km/h, subject to correct mounting and structure |
| Operating temperature | -40°C to 55°C |
| Encryption | 128-bit AES |
| Availability | Contact FourTeck for current UAE options, regional variant and lead time |
Configuration, regulatory and environmental dependencies
The AF-24 should not be selected from throughput and distance figures alone. At 24 GHz, link performance can be affected by rain attenuation, path length, antenna alignment, mounting movement and obstructions. UAE buyers should also confirm whether the intended frequency, operating mode and transmit-power configuration are permitted for the specific deployment. Regulatory limits may vary by region, and the device publishes different EIRP values for FCC/IC, CE and other regional conditions.
A complete design should include two compatible AF-24 units, suitable poles or structures, outdoor-rated shielded cabling, grounded PoE, surge protection, network switching, safe rooftop access and commissioning. Full-duplex operation requires different transmit and receive frequencies at each endpoint, while half-duplex operation allows programmable uplink/downlink ratios. The selected mode should match the traffic pattern and RF plan.
A practical purchase and deployment journey
Define the traffic need
Document current and expected bandwidth, application sensitivity, redundancy goals and acceptable downtime.
Survey both endpoints
Check coordinates, height, line of sight, Fresnel clearance, access, mounting strength, power and cable routes.
Validate regional use
Confirm frequency rules, approved configuration, regional product variant and any project permissions.
Build the bill of materials
Include both radios, mounts, cable, grounding, surge protection, network interfaces and service scope.
Install and align
Use safe mounting methods, accurate alignment and suitable test procedures at both ends.
Throughput planning beyond the headline figure
The published 1.5+ Gbps maximum provides a useful product reference, but it should not be treated as a guaranteed application rate. Link modulation changes according to received signal quality, and protocol overhead, duplex settings and network design affect usable throughput. A buyer should therefore start with the actual business traffic: average and peak data rates, upload-to-download balance, packet sizes, latency sensitivity, surveillance bitrate, replication windows and expected growth.
For a campus link, the engineering target may be to support normal office traffic plus backups and voice without congestion. For a CCTV application, the design may focus on predictable sustained upload traffic from the remote site. For service-provider backhaul, packet rate, latency and link availability can be as important as headline capacity. FourTeck can help turn these requirements into a quotation brief, but final RF design and performance validation should be based on a site-specific link assessment.
Alignment, mounting and link stability
The AF-24 uses a narrow beamwidth of less than 3.5 degrees. That concentration helps isolate the intended path, but it makes mechanical accuracy important. A mast that flexes, a bracket fixed to weak cladding or a rooftop structure exposed to movement can reduce signal stability even when the initial alignment appears correct. The included pole-mount kit addresses device attachment, not the suitability of the pole, tower, wall or rooftop structure.
Installers should plan safe access, mounting height, cable strain relief, drip loops, earthing, lightning protection and future maintenance access. Alignment should be performed with appropriate signal indicators and verified after all fasteners are secured. For longer paths or links carrying critical traffic, buyers may also require periodic inspection, monitoring thresholds and documented recovery procedures. These operational details often determine whether a wireless bridge remains dependable over its service life.
Duplex mode, traffic direction and network design
The AF-24 supports half-duplex and full-duplex operating approaches. In half-duplex mode, the uplink/downlink ratio is programmable, which can be useful when the traffic is naturally asymmetric. A surveillance site, for example, may send significantly more traffic toward the monitoring centre than it receives. In full-duplex mode, transmit and receive frequencies must be different and coordinated between the master and slave ends.
The choice should be made as part of the RF and network design rather than after installation. Buyers should confirm which end will be configured as master, which as slave, how VLANs will be transported, whether management traffic needs segregation, and how spanning tree, routing or failover will operate. The radio bridge should also connect to switches or routers capable of handling the expected traffic without introducing bottlenecks.
Ideal business environments and use cases
Commercial campuses
Connect administration, warehouse, workshop or accommodation buildings across a managed site.
Industrial facilities
Extend network access to remote operational zones where trenching may interrupt production or require major civil work.
Surveillance networks
Backhaul video and control traffic from a distant camera cluster, subject to calculated sustained bandwidth.
Temporary projects
Provide connectivity between project offices or controlled work areas where permanent fibre is not yet practical.
Service-provider backhaul
Build a focused link between network points when 24 GHz planning, licensing and path conditions are suitable.
Business continuity
Support an alternate network route when the entire failover design includes diverse power, switching and routing.
Integration and operational considerations
The AF-24 presents Ethernet connectivity, so it can sit between network switches or routers. That apparent simplicity should not replace planning. Confirm port speed, VLAN requirements, IP addressing, management access, monitoring, time synchronisation, loop prevention and failover behaviour. Where the link carries multiple business services, traffic classification and capacity management may be necessary.
Power and grounding deserve equal attention. The included passive PoE adapter must be installed in a suitable protected location with proper earth grounding. Outdoor cable should be shielded and routed to reduce water ingress and mechanical stress. Surge protection should be considered at building entry points and according to the site electrical design. The installation should comply with local safety requirements and be performed by personnel experienced with rooftop or tower work.
Buyer questions to resolve before requesting a quote
Procurement checklist for the AF-24
☐ Confirm exact model AF-24 and required quantity
☐ Confirm that two endpoints are included for one complete link
☐ Record destination and deployment coordinates
☐ Confirm line-of-sight survey and mounting heights
☐ Define target throughput and traffic direction
☐ Confirm regional frequency and power requirements
☐ Select half-duplex or full-duplex planning approach
☐ Check poles, brackets and structural suitability
☐ Include shielded outdoor cable and grounding
☐ Include surge protection and protected PoE placement
☐ Confirm switch, VLAN and management requirements
☐ Define installation, alignment and testing scope
☐ Ask for current UAE availability and vendor lead time
☐ Confirm warranty terms on the issued quotation
How FourTeck can assist
FourTeck can help business buyers organise the information needed for a meaningful AF-24 quotation. This may include clarifying the link objective, reviewing the proposed distance, identifying whether two radios and supporting accessories are included, discussing mounting and power conditions, and defining whether configuration or installation support is required. The objective is to avoid treating the radio as a standalone purchase when the actual requirement is a complete point-to-point link.
For broader network projects, buyers can also review FourTeck technology products, discuss installation and configuration services, or send project details through the FourTeck contact page. Final availability, price, regional compatibility, delivery timing and warranty should be confirmed in the formal quotation.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti airFiber 24 AF-24. Availability may depend on regional product variant, quantity, vendor lead time and the complete project requirement. Delivery coordination can be discussed after the model, quantity, endpoint locations and installation scope are known. Buyers should also request confirmation of warranty terms, included components and any separate accessories on the quotation.
For deployments across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, product quotation and project-scope discussion from one point of contact. Installation and configuration should be quoted separately where required, especially when rooftop access, mounting structures, cabling, grounding, alignment or network integration are part of the project.
GCC Availability
Businesses planning AF-24 links in the GCC can contact FourTeck for requirement review, model confirmation, quotation coordination and deployment-scope discussion. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may have different frequency rules, approved power limits, import requirements, service conditions and vendor lead times. Buyers should provide the destination country, required quantity, path distance, endpoint coordinates, target throughput, preferred deployment date and whether installation or configuration support is expected. Product availability, service visits, licensing conditions where applicable, delivery schedules and warranty handling can vary by country and project. FourTeck can help organise the bill of materials and commercial request, but local regulatory suitability and final delivery commitments must be confirmed for the exact destination and issued quotation. Regional enquiries may also be directed through FourTeck Kuwait technology support where relevant.
Africa Availability
FourTeck can assist organisations evaluating the Ubiquiti AF-24 for projects in Africa, including selected East African and wider regional deployments. The review should begin with the destination country, exact quantity, path distance, traffic requirement, power and mounting conditions, expected schedule and any need for configuration or installation support. Availability and fulfilment may depend on the regional product variant, 24 GHz rules, shipping arrangements, vendor lead time, local site access and project conditions. Buyers should not assume that a configuration approved in one country is automatically suitable in another. FourTeck can help coordinate product and service enquiries through its regional channels, including Kenya technology enquiries, Uganda project enquiries and the FourTeck Africa portal. Final pricing, delivery, customs handling, warranty and onsite scope should be confirmed for the specific country and quotation.
Related products and services to consider
airFiber 24 HD
A nearby 24 GHz option with different published capacity and range. It should be evaluated as a separate model rather than assumed equivalent.
airFiber 11 GHz systems
Licensed-band alternatives may suit projects needing different regulatory, interference or distance characteristics.
Outdoor switching and routing
The radio link may require suitable switches, routers, VLAN design and protected power at each endpoint.
Installation and alignment
Professional mounting, cable routing, grounding, alignment and testing can be included as a separate project scope.
Why businesses contact FourTeck
Buyers often need more than a unit price. They need to confirm whether the proposed radio is appropriate for the distance, whether the quotation includes both endpoints, what accessories and services are missing, and how the link will connect to the existing network. FourTeck can help structure those questions, coordinate the commercial request and identify installation or configuration items that should be considered.
This assistance does not replace a formal RF survey or local regulatory approval, but it can improve procurement clarity. Businesses can also learn more about FourTeck business technology services and submit a detailed requirement through FourTeck UAE contact.
Frequently asked questions
Is the Ubiquiti AF-24 a Wi-Fi access point?
No. It is a point-to-point wireless bridge designed to transport Ethernet traffic between two fixed locations. It does not provide normal indoor or outdoor client Wi-Fi coverage.
Do I need two AF-24 units?
Yes, a complete point-to-point link normally requires one compatible radio at each endpoint. Confirm that the quotation quantity and all supporting items cover both sides.
Can the AF-24 always deliver 1.5+ Gbps?
No. That is a published maximum. Actual throughput depends on path quality, modulation, duplex mode, weather, alignment and network overhead.
Can it be used for a 13 km link in Dubai?
The manufacturer publishes a maximum range of 13+ km, but suitability must be checked through link planning, rain-fade analysis, mounting assessment and regulatory confirmation.
Does the AF-24 include a PoE adapter?
Ubiquiti lists a 50V, 1.2A Gigabit PoE adapter and pole-mount kit as included. Confirm included components on the regional quotation.
Is a separate licence or subscription required?
The radio itself is not presented as requiring a recurring software subscription for core operation. Regulatory permission for the frequency and configuration may still be required depending on country and project.
What installation items should be included?
Consider mounting structure, outdoor shielded cable, grounding, surge protection, protected PoE placement, safe access, alignment, testing and network configuration.
How do I request a Dubai quotation?
Provide the endpoint locations, distance, quantity, throughput target, installation scope and required timeline. FourTeck can then coordinate current UAE availability and quotation details.
What warranty applies?
Warranty terms can vary by supply channel and region. Ask FourTeck to state the applicable warranty and return conditions on the formal quotation.
Discuss your AF-24 link requirement
Send the path distance, endpoint locations, required capacity, quantity and installation expectations so FourTeck can help prepare a suitable UAE quotation request.
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