60 GHz wireless backhaul selection guide
Ubiquiti airFiber 60 GHz Series in Dubai, UAE
The airFiber 60 GHz family gives network planners several ways to build high-capacity wireless links between sites. The right choice depends less on a single headline number and more on distance, path conditions, interface capacity, mounting constraints, backup-link strategy and the exact operational role of the connection.
Direct answer for buyers
Ubiquiti airFiber 60 GHz is a product family for high-speed outdoor wireless links, mainly used to connect two buildings, towers or network locations without trenching fibre between them. It is relevant to service providers, campus operators, logistics sites, hospitality properties and enterprises that can maintain a clear path between endpoints. Buyers should not select a unit from distance alone. They should confirm the required aggregate and symmetrical capacity, Ethernet or SFP+ handoff, mounting strength, power delivery, alignment practicality, weather conditions, regulatory channel availability and whether a secondary 5 GHz path is required. The exact model and bill of materials should be validated before a quotation is accepted.
What the series does
The series creates a directional wireless data path between network points using the 60 GHz band. In practical terms, it can carry business traffic across a road, between buildings, from a core site to a remote facility, or from an aggregation point to another tower when a wired path is unavailable or slower to implement.
Different airFiber 60 models address different link profiles. Some prioritise a compact long-range radio with a Gigabit Ethernet handoff, some target higher multi-gigabit capacity, some provide SFP+ connectivity, and some are intended for mid-range high-throughput links. The family must therefore be evaluated as a set of distinct tools rather than one interchangeable product.
Who should consider it
The range is suitable for buyers with two or more fixed sites that need dependable high-capacity connectivity and have a viable line-of-sight path. Common buyers include wireless internet service providers, managed network operators, industrial estates, schools, universities, warehouses, construction compounds, hotels, hospitals, government sites and multi-building commercial properties.
It is less suitable where the path is blocked, mounting structures are unstable, severe path loss cannot be accommodated, rooftop access is restricted, or the organisation requires a carrier service with contractual service levels rather than customer-owned wireless infrastructure.
Business challenges the family can help address
Fibre is delayed or disruptive
A properly engineered wireless bridge may provide an alternative path where trenching, permits, landlord approvals or civil work make fibre deployment difficult. Suitability depends on path analysis and local rules.
Existing wireless capacity is constrained
A 60 GHz link can move high-volume traffic away from congested lower-frequency infrastructure, provided the distance and environmental margin are appropriate for the chosen model.
Sites need faster interconnection
Organisations can use the link to extend VLANs, support internet breakout, connect surveillance systems, replicate data or aggregate branch traffic, subject to network design and security policy.
Temporary projects need scalable connectivity
Construction, events and phased developments may use wireless backhaul when the mounting, power and path conditions can be controlled. The project should still include proper surge, grounding and resilience planning.
Core capability band
High-capacity bridging
Selected models support multi-gigabit class links, but actual throughput depends on model, channel configuration, distance, signal quality and network interfaces.
Directional operation
Narrow directional antennas concentrate the link between endpoints, making accurate mounting and alignment central to project success.
UISP management
The family is designed for integration into Ubiquiti’s UISP environment for device setup and operational visibility. Platform and account requirements should be confirmed.
Outdoor deployment
Models are built for outdoor installation, yet pole strength, wind loading, cable protection, grounding and site access remain project responsibilities.
Model-fit matrix
| Buyer requirement | Model direction to investigate | Confirm before ordering |
|---|---|---|
| Long-range Gigabit-class link with Wave compatibility | AF60-LR | Path distance, Wave deployment mode, Ethernet capacity and regional frequency support |
| Extended-distance multi-gigabit bridge | AF60-XR | Link budget, mounting load, alignment access, available channels and power design |
| Multi-gigabit link with 1/10G SFP+ handoff | AF60-XG | Optics or DAC selection, switch compatibility, backup radio behaviour and throughput target |
| High-throughput mid-range point-to-point link | AF60-HD | Channel bonding plan, range margin, Ethernet design, power and mounting location |
Family information and verified selection notes
| Brand | Ubiquiti |
|---|---|
| Product family | airFiber 60 GHz Series |
| Current family examples | AF60-LR, AF60-XR, AF60-XG and AF60-HD; current regional listings may vary |
| Primary deployment type | Outdoor point-to-point wireless bridge; selected models may support additional Wave modes |
| Operating band | 60 GHz family; exact operating frequencies and channels are region dependent |
| Maximum range | Model dependent. Official specifications differ substantially across AF60-LR, AF60-HD, AF60-XG and AF60-XR |
| Throughput | Model and configuration dependent. AF60-HD, for example, has official figures that change when channel bonding is enabled |
| Interfaces | Model dependent. AF60-XG includes Gigabit Ethernet and 1/10G SFP+ interfaces; other models may use different handoffs |
| Management | UISP ecosystem; setup workflow and supported management functions vary by model and software version |
| Backup radio | Available on selected models; confirm whether it is present and how it should be configured |
| Mounting | Outdoor pole or structure mounting. Brackets, precision alignment components and pole-size support are model dependent |
| Power | PoE method, voltage and maximum consumption differ by model |
| Licensing | No blanket license statement should be assumed for every deployment; management, platform and regional requirements must be reviewed |
| Availability | Contact FourTeck for current UAE model, quantity and lead-time guidance |
| Important note | Do not combine the longest range, highest throughput and richest interface set from separate models into one assumed specification |
Dependencies that can change the outcome
A successful 60 GHz link is dependent on more than the radio pair. Path clearance, rain conditions, mounting rigidity, alignment accuracy, cable quality, power stability, surge protection, grounding, switch capacity, VLAN design and regulatory permissions can all affect whether the finished link meets the business requirement. A model that looks appropriate on distance alone may still be unsuitable if the handoff is limited to Gigabit Ethernet while the organisation expects multi-gigabit application performance.
The proposed design should therefore separate radio capability from end-to-end usable capacity. The slowest component in the chain may be the access switch, firewall, router, optical module, copper cable, PoE injector or application endpoint. FourTeck can help build a requirement checklist, but final radio planning should use accurate coordinates, heights, path profiles and local installation observations.
A practical purchase and deployment journey
Define the business outcome
State what the connection must carry, the required availability, target throughput, expected growth and whether it is a primary, secondary or temporary path.
Validate the physical path
Confirm coordinates, mounting heights, obstructions, roof access, pole strength, cable route, available power and the practical ability to align both endpoints.
Choose the radio profile
Compare the models against distance, throughput, port type, Wave compatibility, backup-radio needs, mounting load and regional channel support.
Build the complete bill of materials
Include the required pair or endpoints, PoE components, protected cabling, mounting hardware, optics or DACs, grounding, surge protection and network-side equipment.
Preconfigure and stage
Configure both radios before rooftop work where practical. Record addressing, credentials, firmware, channel plan, management settings and intended endpoint roles.
Install, align and test
Complete safe mounting, careful alignment, link validation, throughput testing, failover testing where relevant and handover documentation.
Capacity planning beyond headline throughput
Published radio throughput is an important starting point, but buyers should translate it into the traffic pattern of the business. A warehouse video network may send sustained upstream traffic from remote cameras. A hotel property may need a more balanced profile for guest internet, operations and cloud applications. A service provider backhaul may carry many small flows, while a data-replication link may produce large sustained transfers. These workloads place different demands on the radio, Ethernet interfaces, switching platform and upstream routing.
The expected usable capacity should also include protocol overhead and realistic signal conditions. Channel bonding, where supported, can increase throughput but may change channel use and planning requirements. The network team should confirm whether the link must deliver full capacity in both directions at the same time, whether traffic shaping is required, and whether the chosen firewall or router can process the same volume without becoming the bottleneck.
For applications that need more than Gigabit Ethernet, an interface such as 1/10G SFP+ becomes a major selection factor. Choosing a higher-capacity radio without matching network interfaces may leave performance unused. FourTeck can assist with a bill-of-material review covering the radio, switching port, optical or direct-attach connection, power, cable route and management design.
Alignment, mounting and environmental margin
60 GHz links require disciplined physical installation. A narrow beam is useful because it focuses energy between endpoints, but it also makes alignment more sensitive than broad-coverage wireless systems. The mounting structure must resist movement, and the installation team needs enough safe access to make small alignment changes while observing signal and link metrics. A flexible pole, loose bracket or poor rooftop foundation can reduce stability even when the initial link comes up successfully.
The path should be evaluated for permanent and seasonal obstructions. New construction, cranes, rooftop equipment, signage, tree growth and maintenance activity can change a path that initially appeared clear. Rain attenuation is also relevant in the 60 GHz band, so the design should include an appropriate fade margin rather than relying on the maximum advertised range. A longer link is not automatically impossible, but it deserves more conservative engineering and model selection.
For larger models such as the Xtreme-Range and XG units, the installer should review wind loading, pole diameter, structure capacity and access for the precision alignment assembly. These considerations can affect labour, lifting method, safety requirements and the final project cost. A complete quotation should distinguish supply-only pricing from mounting, cable, alignment, testing and documentation services.
Management, monitoring and operational control
The value of a backhaul link continues after installation. Network teams need to know whether signal quality is changing, whether capacity is being approached, whether errors are increasing and whether the device remains reachable through the management platform. Ubiquiti’s UISP ecosystem is intended to support deployment and operational visibility across ISP-oriented devices, although exact functions can vary by model and software release.
Before rollout, the buyer should decide where management traffic will reside, who will own credentials, how firmware changes will be approved, how configuration backups will be handled and whether alerts need to feed an existing network operations process. A link used for a single branch may be managed by the internal IT team, while a larger estate may require naming standards, templates, monitoring thresholds and a documented escalation path.
Operational planning should also cover backup behaviour. Selected models include a secondary radio path, but the presence of a backup mechanism does not remove the need for testing. The network team should confirm how failover works, what capacity remains during fallback, whether routing or switching changes are required, and how the degraded state will be detected. FourTeck can help define configuration and handover scope as part of the quotation.
Ideal environments and use cases
Business campus links
Connect offices, classrooms, clinics, accommodation blocks or operational buildings where fibre between structures is unavailable. Confirm VLAN design, security boundaries and future traffic growth.
Service-provider backhaul
Carry traffic between network sites or aggregation points. Model selection should account for oversubscription, peak-hour load, monitoring, redundancy and the available handoff interface.
Surveillance transport
Move video streams from remote buildings, yards or perimeter sites to a central recording platform. Calculate sustained bitrate, retention architecture and power resilience.
Warehouse and logistics estates
Extend corporate, scanner, voice, automation and CCTV networks across separated facilities. Rooftop access and operational safety should be incorporated into the design.
Hospitality properties
Interconnect accommodation, leisure, service and administration buildings. Traffic segregation and guest-network security remain separate design tasks.
Temporary or phased sites
Support construction, events or phased developments where fixed infrastructure is pending. Mounting, relocation, power and weather exposure must still be professionally planned.
Integration and operational considerations
A wireless bridge becomes part of the wider network, so it should be integrated with the same care as a fibre circuit. Confirm VLAN tagging, spanning-tree behaviour, MTU requirements, loop prevention, quality of service, IP addressing, access controls and monitoring. Where the bridge carries business-critical traffic, the design should consider what happens during a radio restart, software update, power failure or path degradation.
Power design deserves particular attention. Passive PoE requirements vary across models, and the supplied injector or an approved compatible power source should be matched to the device. Outdoor cable runs should use appropriate cable, surge protection and grounding practices. The indoor network cabinet must also provide the correct uplink capacity and reliable power, ideally with UPS coverage where the link supports important operations.
Security should not be reduced to the wireless encryption setting. The management interface needs controlled access, credentials should be documented securely, firmware should be maintained through an approved process, and the bridge should be placed within the organisation’s network-security architecture. FourTeck’s technology services can be discussed where planning, configuration or deployment assistance is required.
Questions to resolve before requesting a quote
Procurement checklist
☐ Exact airFiber model and quantity
☐ Endpoint coordinates and link distance
☐ Required aggregate and directional capacity
☐ RJ45 or SFP+ network handoff
☐ Optical module or DAC requirements
☐ Pole diameter and mounting structure
☐ PoE source, UPS and cable route
☐ Grounding and surge-protection scope
☐ Regional frequency and channel confirmation
☐ UISP management ownership
☐ Installation and safe-access requirements
☐ Alignment, testing and handover scope
☐ Delivery destination and project schedule
☐ Warranty and support terms to be confirmed in quotation
How FourTeck can assist
FourTeck can support the buying process by translating the network requirement into a model shortlist and a practical bill of materials. This may include reviewing the distance, target capacity, endpoint interfaces, mounting requirements, power design, accessories and installation scope. The aim is to prevent a common procurement mistake: buying a radio pair that appears powerful on paper but does not match the path, network handoff or operational requirement.
For projects that require more than product supply, the quotation can identify configuration, installation coordination, alignment, testing, documentation or handover requirements. Scope remains dependent on site access, safety conditions, available infrastructure and the information supplied by the customer. Buyers can also browse FourTeck technology products or use the project contact page to share their requirement.
A useful request includes both site coordinates, expected link distance, mounting photos if available, required throughput, preferred interface, number of links, installation location and desired project timing. These details allow a more relevant discussion than a request based only on the family name.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the required airFiber 60 GHz model. Availability can differ by exact SKU, quantity, region, vendor production status and lead time. A family-level enquiry should therefore be converted into a model-specific quotation before the buyer commits to mounting hardware, switch ports or project dates.
Delivery and project coordination can be discussed after the requirement is confirmed. Installation and configuration should be included as separate quotation items where needed, because access, cable routes, roof conditions and alignment work vary from site to site. Warranty terms should also be checked against the supplied region and quotation rather than assumed from another market’s online listing.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck for requirement review, model selection, quotation coordination and discussion of installation scope. The process should begin with the destination, endpoint locations, required link capacity and preferred deployment schedule. Site conditions and access arrangements influence whether remote planning is sufficient or whether an on-site assessment should be considered. Product supply, configuration and deployment are not automatically bundled, so each service component should be stated clearly in the quotation.
GCC Availability
FourTeck can assist organisations planning airFiber 60 GHz links across GCC markets by reviewing the intended use, selecting a model direction, coordinating a quotation and identifying the information needed for deployment. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may have different regulatory, logistical, service and lead-time conditions. Buyers should provide the destination country, endpoint locations, exact model if already selected, quantity, network handoff, required capacity and expected project window. Product availability, permitted frequencies, delivery schedules, installation visits and support scope can vary by country, model and requirement. For regional coordination, the buyer should also identify whether the project needs supply only, configuration, remote guidance, installation planning or renewal support. FourTeck does not assume local stock or a fixed delivery date without a model-specific confirmation. Kuwait-based enquiries may also review FourTeck Kuwait information while keeping the final quotation aligned to the actual destination and project scope.
Africa Availability
Organisations planning wireless backhaul in Africa can contact FourTeck for product evaluation, model comparison, accessory planning, configuration scope and procurement guidance. The most suitable airFiber 60 GHz model depends on the path, climate margin, destination, quantity, local frequency rules, power method, mounting structure and required interface capacity. Shipping arrangements, vendor lead time, power accessories, service availability and installation conditions can differ across East Africa, West Africa, Southern Africa and Central Africa. Buyers should share the destination country, exact endpoint requirement, quantity, expected deployment schedule and any need for configuration or support. FourTeck can then help determine whether the requirement should focus on AF60-LR, AF60-XR, AF60-XG, AF60-HD or another suitable Ubiquiti wireless option. For regional information, visit FourTeck Africa, FourTeck Kenya or FourTeck Uganda. Availability and on-site support must be confirmed for the exact country and project rather than assumed.
Related products, services and alternatives
AF60-LR planning
Consider where long-range Gigabit-class operation and Wave compatibility are relevant. Confirm the exact deployment mode and interface limit.
AF60-XR planning
Evaluate for extended-distance multi-gigabit links where the larger antenna, mounting load and precise alignment can be accommodated.
AF60-XG planning
Review when 1/10G SFP+ connectivity and higher-capacity handoff are important to the network design.
AF60-HD planning
Consider for high-throughput mid-range point-to-point links, with channel configuration and range margin carefully checked.
Wave platform options
A Wave-based point-to-multipoint design may be more suitable where one central site must serve several remote stations.
Installation and configuration
Discuss staging, mounting, alignment, cable protection, UISP onboarding, testing and handover as a defined project scope.
Why businesses contact FourTeck
Buyers often need help turning a broad request such as “airFiber 60 GHz” into a purchase that matches the real network. FourTeck can assist with requirement clarification, model comparison, interface selection, bill-of-material guidance, quotation coordination and discussion of installation or configuration scope. This is especially useful for a family where the models differ in range profile, throughput, mounting format and network interfaces.
The engagement remains practical and evidence based. Availability, warranty, delivery timing and support are confirmed through the quotation process. Compatibility is reviewed against the information supplied by the customer, and project services are scoped according to the actual site rather than promised as a generic inclusion. Learn more about FourTeck or discuss the project through the contact page.
Frequently asked questions
Is the airFiber 60 GHz Series one product?
No. It is a family containing distinct models. AF60-LR, AF60-XR, AF60-XG and AF60-HD have different range, capacity, interface and mounting characteristics. The exact model should appear on the quotation.
Which model is suitable for the longest link?
Range must be evaluated using the current official specification, link path and regional channel rules. AF60-XR and AF60-LR address longer-range use cases, but they are not identical in capacity, interface or deployment role.
Can every model deliver multi-gigabit performance?
No blanket assumption should be made. Throughput is model and configuration dependent, and the physical network interface may also limit usable end-to-end speed.
Does the family include 10G connectivity?
AF60-XG includes a 1/10G SFP+ interface in addition to Gigabit Ethernet. Other models use different interfaces, so the selected model must match the switch or router handoff.
Is a clear line of sight required?
Yes. The path should be professionally evaluated for obstructions, clearance, mounting height and environmental margin. A visual check from ground level is not enough for an important link.
Is a 5 GHz backup radio included on every model?
No. Backup-radio availability and behaviour vary by model. Confirm the exact unit and test the fallback design before relying on it for resilience.
Can FourTeck provide installation and alignment?
Installation, alignment, configuration and testing can be discussed as project scope. Availability depends on location, access, safety requirements and the details of the site.
What information is needed for a quotation?
Provide endpoint coordinates, distance, mounting heights, required throughput, quantity, network interface, installation location, preferred schedule and whether configuration or deployment services are needed.
Is the series available in Dubai?
Contact FourTeck to confirm current UAE availability for the exact model and quantity. Lead time and regional supply can vary and should be recorded in the quotation.
What should be checked for warranty and support?
Confirm the supplied region, warranty terms, return process, included support and any installation responsibilities in the final quotation. Do not rely on terms displayed for another country.
Confirm the correct airFiber 60 GHz model
Send FourTeck the endpoint details, distance, capacity target, preferred interface, quantity and deployment location. The team can help shape a model-specific quotation and identify the installation items that should be included.