High-capacity 24 GHz point-to-point bridge
Ubiquiti airFiber 24 Hi-Density AF-24HD in Dubai, UAE
Build a dedicated wireless link between two sites where fibre construction is difficult, slow or commercially unsuitable. The AF-24HD is designed for carefully engineered line-of-sight backhaul, with up to 2 Gbps aggregate throughput claimed by Ubiquiti and a highly directional integrated antenna.
Plan the complete link
Share both endpoint coordinates, expected capacity, mounting heights, distance and installation scope for a practical quotation.
Outdoor point-to-point radio
24.05–24.25 GHz
Up to 2 Gbps aggregate
Path feasibility before purchase
Direct answer for buyers
The Ubiquiti airFiber 24 Hi-Density AF-24HD is a fixed outdoor radio used in pairs to create a dedicated Ethernet bridge between two locations. It is mainly considered for business backhaul, campus links, tower interconnection, industrial networks and service-provider infrastructure. Buyers should consider it only where a clear line of sight and an engineered 24 GHz path are available. Before proceeding, confirm distance, mounting height, Fresnel-zone clearance, rain-fade margin, required throughput, regional frequency rules, power and grounding arrangements, and whether installation or alignment support is needed. A purchase decision should therefore be based on a path study and complete bill of materials rather than on throughput figures alone.
What the AF-24HD does
The AF-24HD transports network traffic over a narrow, directional 24 GHz wireless path. In practical terms, one radio is installed at each endpoint and aligned toward the other. The link can extend a LAN, connect a remote building, provide tower backhaul, carry surveillance traffic or create a resilient alternative route where laying cable is not attractive.
It does not provide internet service by itself. It behaves as the transport layer between two Ethernet networks. Routing, switching, firewalling, internet access, VLAN design, monitoring and redundancy remain part of the wider network architecture.
Who should consider it
The model may suit enterprises, internet service providers, education campuses, warehouses, hotels, construction compounds, utilities and industrial operators that need substantial site-to-site capacity. It is most relevant where both endpoints can support strong mounting, precise alignment and outdoor power protection.
It is less suitable where buildings block the path, where poles move in wind, where the link budget is marginal, or where severe rain attenuation cannot be tolerated without a backup path. A lower-frequency radio or licensed microwave design may be more appropriate in those conditions.
Business challenges this link can address
Fibre construction delay
Where civil works, permits, duct access or landlord approvals make fibre deployment slow, a correctly engineered wireless bridge can offer a practical alternative. The comparison should include mounting, access, lightning protection and ongoing maintenance, not only radio cost.
High inter-building traffic
Organisations moving large files, video streams, backups or application traffic between nearby sites often need more capacity than entry-level wireless bridges provide. The AF-24HD is positioned for high-density point-to-point transport, subject to environmental and path conditions.
Temporary or relocatable sites
Construction areas, event operations and project offices may need fast network extension without permanent trenching. Suitability depends on stable structures, safe access, clear line of sight and a realistic plan for decommissioning or relocation.
Network path diversity
A wireless link can provide route diversity from a buried cable path. True resilience still requires separate switching, routing, power and failover design. A single radio pair should not be described as a complete high-availability solution.
Core capabilities buyers should understand
High aggregate capacity
Ubiquiti lists up to 2 Gbps aggregate throughput. Actual usable traffic depends on link mode, modulation, channel conditions, path loss and Ethernet design.
Integrated directional antenna
The radio and antenna are combined in one outdoor assembly, reducing external RF cabling while making mount stability and alignment especially important.
GPS clock synchronisation
GPS synchronisation supports timing coordination in suitable deployments. Frequency planning and interference management still require competent design.
PoE-powered deployment
Official documentation specifies a 50V, 1.2A gigabit PoE adapter. Cable quality, surge protection, grounding and power continuity must be planned.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building backhaul | Both rooftops have unobstructed visibility and stable mounting points. | Coordinates, distance, heights, Fresnel clearance and access permissions. |
| High traffic capacity | The engineered path supports the required modulation and rain margin. | Committed versus peak traffic, duplex mode and real application profile. |
| Fast deployment alternative | Mounts, cabling and safe rooftop access can be arranged quickly. | Structural, safety, power, grounding and regulatory requirements. |
| Resilient network path | The radio link is physically diverse from the primary circuit. | Automatic failover, independent power and monitoring architecture. |
Verified technical information
The following values are based on Ubiquiti technical specifications for the exact AF-24HD model. Regional settings, permitted EIRP and operating conditions may differ, so the deployment should be checked against current UAE requirements and the exact hardware supplied.
| Brand | Ubiquiti |
|---|---|
| Product name | airFiber 24 Hi-Density |
| Model | AF-24HD |
| Product type | Outdoor point-to-point wireless bridge |
| Maximum throughput | Up to 2 Gbps aggregate, subject to conditions |
| Maximum range | Ubiquiti states 20+ km; practical range is path and weather dependent |
| Operating frequency | 24.05–24.25 GHz |
| Channel bandwidth | 100 MHz |
| GPS | GPS clock synchronisation |
| Network interfaces | One gigabit Ethernet RJ45 data port and one 10/100 MbE configuration port |
| Auxiliary interface | RJ-12 alignment tone port |
| Power method | Passive PoE, four pairs |
| Power supply | 50V, 1.2A gigabit PoE adapter included according to Ubiquiti |
| Supported voltage | 42–58V DC |
| Maximum power consumption | 50W |
| Dimensions | 593 × 768 × 370 mm, excluding mount |
| Weight | 17.3 kg with mount |
| Mounting | Pole mount kit included |
| Wind survivability | Up to 200 km/h as specified by Ubiquiti; structure must be engineered separately |
| Availability | Contact FourTeck for current UAE options and lead time |
Compatibility, regulatory and environmental dependencies
A 24 GHz link cannot be selected only from a distance figure. Atmospheric absorption, rainfall, antenna alignment, building movement, local interference and permitted transmit power all affect performance. Dubai projects should account for rooftop heat, dust, safe maintenance access and possible movement of poles or parapets. The proposed operating settings must comply with current UAE radio regulations. Regional firmware or country-code restrictions may also apply.
The AF-24HD should be connected to suitable Ethernet switching and protected with correct outdoor-rated cabling, surge protection and grounding. Where uptime is critical, add an independent backup path rather than assuming one wireless link will satisfy every continuity requirement. Compatibility with VLANs, routing designs, monitoring systems and power backup should be confirmed within the wider network plan.
Purchase and deployment journey
Define the business requirement
Document the two sites, target capacity, traffic direction, availability expectation and whether the link is primary, backup or temporary.
Complete a path assessment
Review coordinates, terrain, rooftop obstructions, Fresnel clearance, anticipated rain fade, mounting height and the structural condition of each location.
Confirm the bill of materials
Include two radios, mounts, outdoor cable, surge protection, grounding, power backup, switches, access equipment and any installation hardware required by the site.
Install and align
Use safe access procedures, rigid mounting and precision alignment. Verify signal levels, modulation, error rates, link stability and grounding before handover.
Test operational traffic
Validate real application throughput, latency, failover behaviour, monitoring alarms and performance during changing weather rather than relying only on a successful initial connection.
Capacity without fibre trenching
The main commercial attraction of the AF-24HD is the ability to move substantial traffic between two locations without constructing a physical cable path. This can be valuable when the sites are separated by a road, industrial yard, leased property or difficult terrain. The benefit is not simply speed; it is the possibility of creating a dedicated network route with predictable ownership and without recurring dependence on a third-party access circuit.
However, wireless capacity is not identical to fibre capacity. A fibre link is generally less affected by weather and alignment, while 24 GHz performance depends strongly on path engineering. Buyers should compare lifecycle cost, expected uptime, available mounting structures and expansion needs. Where future traffic may exceed the radio’s practical capacity, ducts or fibre may still be the better long-term investment. The AF-24HD is strongest when it fits a clearly defined capacity and distance requirement rather than being treated as a universal replacement for cable.
Precision alignment and stable mounting
The integrated high-gain antenna produces a narrow beam. That improves spatial reuse and helps concentrate energy toward the remote endpoint, but it also means the mounting system must remain stable. Small movement can reduce signal quality, especially on longer links. Rooftop poles, wall brackets and tower mounts should therefore be selected for the radio’s size, weight and wind loading rather than adapted casually from lighter wireless equipment.
Installation teams should plan access to both ends at the same time, use suitable alignment methods and verify the mount after final tightening. Cable strain, water ingress, earthing and drip loops require attention. Alignment should be checked again after significant structural work or severe weather. For business-critical links, periodic inspection belongs in the maintenance plan. These practical details often determine whether an otherwise sound radio design performs reliably over time.
Operational visibility and network integration
A point-to-point bridge should be monitored as part of the network, not left as an isolated rooftop device. Operations teams need visibility into signal quality, capacity, errors, Ethernet status, temperature, uptime and power events. Alert thresholds should reflect the normal link baseline so that gradual degradation can be detected before users report a service problem.
The Ethernet design at both endpoints matters equally. Switch ports should have the correct VLAN configuration, speed and spanning-tree behaviour. Routing and failover must be engineered if the AF-24HD is part of a redundant topology. Quality-of-service policies may be needed where video, voice, backup and general data share the same link. Management access should be restricted, credentials changed and firmware maintained according to organisational policy. These controls turn the radio pair into a manageable business service rather than merely a successful RF connection.
Ideal business environments and use cases
Enterprise campus
Connect offices, warehouses, accommodation blocks or production buildings where the network team controls both endpoints and can arrange rooftop access.
Service-provider backhaul
Carry aggregated traffic between distribution points where frequency planning, monitoring and rapid maintenance are part of an established WISP operation.
Industrial and logistics sites
Extend connectivity across yards, ports, depots or plants while avoiding excavation through active operational areas.
Video-surveillance transport
Backhaul multiple camera streams from a remote site, provided total sustained bandwidth and redundancy requirements are calculated carefully.
Questions to resolve before ordering
A precise quotation depends on more than the model name. Share the following information so the proposed solution can be checked against your operational needs:
- Exact coordinates of both endpoints
- Distance and available mounting heights
- Required committed and peak throughput
- Primary or backup link role
- Existing switches, routers and VLAN design
- Rooftop access and safety restrictions
- Power and UPS availability
- Need for installation, alignment and testing
- Monitoring and alerting requirements
- Target deployment schedule
Procurement checklist
How FourTeck can assist
FourTeck can help translate a site-to-site connectivity requirement into a clearer product and service scope. Assistance may include requirement review, model confirmation, quantity planning, accessory identification, quotation coordination and discussion of installation or configuration work. For an AF-24HD project, the most useful starting information is the endpoint location, approximate distance, mounting height, expected traffic and whether the link is primary or secondary.
Where required, discuss path assessment, rooftop survey, alignment, switch configuration, VLAN integration, failover design and documentation as separate scope items. This helps avoid assuming that hardware supply automatically includes all engineering work. Explore other network and security products, review available technology services, or contact FourTeck for project guidance.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti airFiber AF-24HD. Availability may depend on quantity, regional hardware, vendor lead time and the exact accessories required. Delivery and project coordination can be discussed after the link requirement is confirmed. Installation, configuration, alignment and testing should be listed clearly in the quotation when required rather than assumed to be included with product supply.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can review the requested model, destination, site constraints and expected deployment schedule. A practical quotation may include radio units, mounting accessories, outdoor cabling, surge protection, grounding materials and service scope. Final suitability remains dependent on the path and local operating conditions.
GCC Availability
FourTeck can assist organisations planning AF-24HD links across GCC markets with requirement review, model confirmation, quotation coordination, delivery planning and discussion of installation scope. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman may face different radio regulations, import arrangements, power standards, service coverage and vendor lead times. Buyers should therefore provide the destination country, exact quantity, endpoint locations, anticipated capacity and preferred schedule before requesting a commercial proposal. Product availability, permitted operating settings, delivery schedules and site-service arrangements can vary by country and project. FourTeck can also help identify whether a different Ubiquiti airFiber model or another backhaul approach is more appropriate when distance, rainfall, spectrum policy or mounting conditions make 24 GHz unsuitable. For Kuwait-related coordination, visit FourTeck Kuwait.
Africa Availability
Organisations evaluating the AF-24HD for African projects can contact FourTeck for product selection, accessory planning, quotation coordination and deployment guidance. The suitability of a 24 GHz link varies significantly with rainfall, distance, terrain, mounting structures, local spectrum rules and access to trained installers. Buyers should share the destination country, exact endpoint requirement, quantity, target capacity, installation expectations and preferred schedule. Availability and fulfilment may depend on vendor lead time, shipping arrangements, regional power requirements and local project conditions. FourTeck can support early-stage comparison of the AF-24HD with lower-frequency wireless backhaul or fibre alternatives when weather margin is a concern. Regional information is available through FourTeck Africa, FourTeck Kenya and FourTeck Uganda.
Related products and services to consider
Ubiquiti airFiber 24 AF-24
A nearby 24 GHz option with different capacity and physical characteristics. Selection should be based on the path and required traffic rather than price alone.
Ubiquiti airFiber 5XHD
A lower-frequency modular radio that may suit longer paths or environments where 24 GHz rain fade is a concern. Antenna and regulatory choices must be confirmed.
Path survey and alignment
Site assessment, mounting review and professional alignment can reduce deployment risk and should be scoped separately where required.
Network integration support
Switching, VLAN, routing, monitoring and failover configuration may be needed to make the wireless path operate as part of the wider business network.
Why businesses contact FourTeck
Business buyers often need help separating the radio purchase from the complete link requirement. FourTeck can assist with model clarification, bill-of-material planning, accessory checks, compatibility discussions, quotation coordination, installation planning and configuration scope. This is especially useful for rooftop wireless projects where missing mounts, cabling, surge protection or path information can delay deployment.
The objective is to make the commercial request more accurate before ordering. FourTeck does not assume that a stated maximum range or throughput will apply to every site. Instead, buyers are encouraged to provide the information needed for a realistic review. Learn more about FourTeck or request business technology assistance.
Frequently asked questions
Is the AF-24HD sold as one complete link?
A point-to-point link normally requires one radio at each endpoint. Confirm the quotation quantity and included accessories before ordering.
Can it provide 2 Gbps to one Ethernet device?
Ubiquiti states up to 2 Gbps aggregate throughput. The practical directional throughput and Ethernet limits depend on operating mode and link conditions.
Will it work through buildings or trees?
No reliable design should assume operation through obstructions. A clear line of sight and appropriate Fresnel-zone clearance are fundamental.
How far can the AF-24HD operate?
Ubiquiti lists 20+ km, but a real link must be calculated for rain, permitted power, mounting height, modulation target and required availability.
Does the unit include a PoE adapter?
Ubiquiti documentation lists a 50V, 1.2A gigabit PoE adapter as included. Confirm the contents of the regional package at quotation stage.
Is a licence or subscription required?
No separate software subscription is identified in the core Ubiquiti specification, but radio operation must comply with regional frequency rules and country settings.
Can FourTeck arrange installation?
Installation, alignment, cabling and configuration can be discussed as project scope. Site access, safety requirements and endpoint details are needed for planning.
What information is needed for a quote?
Provide quantity, endpoint coordinates, distance, mounting heights, target throughput, deployment location and any installation or configuration requirements.
Is the AF-24HD currently available in Dubai?
Contact FourTeck to confirm current UAE availability, regional version, package contents and vendor lead time.
Confirm the path before purchasing
Send FourTeck the two endpoint locations, approximate distance, required capacity and installation scope. The team can help prepare a clearer AF-24HD quotation and deployment discussion.
Reviews
There are no reviews yet.