Long-range point-to-point antenna planning
Ubiquiti airFiber X 5 GHz 34 dBi AF-5G34-S45 in Dubai, UAE
The AF-5G34-S45 is a directional 5 GHz dish antenna built for airFiber X point-to-point links where focused signal energy, careful alignment and robust outdoor mounting are required. It is intended to become one endpoint component of a complete wireless bridge, not to operate as a standalone radio.
Plan the complete link
Confirm radio compatibility, path profile, mounting load, frequency rules and installation scope before requesting supply.
Direct answer for buyers
The Ubiquiti AF-5G34-S45 is a 1050 mm, dual-linear, slant-45 dish antenna for directional wireless links in the 5 GHz range. Its main role is to focus radio energy between two fixed sites so a compatible airFiber X radio can establish a point-to-point bridge or backhaul connection. It is most relevant where fibre is unavailable, delayed or commercially impractical, and where clear line of sight can be achieved. Before proceeding, a buyer should confirm the radio model, legal frequency and EIRP limits, Fresnel-zone clearance, link distance, expected throughput, mast strength, wind exposure, grounding, cable route and whether installation and alignment services are required.
What the AF-5G34-S45 does
This antenna creates a highly directional RF path for a compatible airFiber X radio. Compared with a broad-coverage antenna, a large dish concentrates transmitted and received energy into a narrow beam. That directional behaviour is useful when two fixed locations need to exchange traffic over distance and when reducing reception from off-axis interference is an important design objective.
The antenna itself does not generate network throughput, provide Ethernet ports or supply power. Those functions belong to the attached radio and the wider link design. Actual capacity therefore depends on the selected radio, channel width, spectrum conditions, signal level, modulation, local regulations, cabling, link symmetry and network architecture.
Who should consider it
The model may suit wireless internet service providers, enterprise campuses, construction sites, energy facilities, logistics operations, resorts, educational groups, municipal projects and multi-building organisations that need a fixed outdoor bridge. It is particularly relevant when a higher-gain 5 GHz antenna is justified by distance, link budget or interference conditions.
It may be unsuitable where there is no clear path, where mounting structures cannot safely carry the dish and wind load, where local regulations restrict the proposed setup, or where a smaller antenna offers adequate performance with easier installation. A proper path and structural review should guide the choice.
Business challenges this antenna can help address
Connecting separated buildings
A point-to-point bridge can carry network traffic between sites that cannot be joined easily by trenching or leased fibre. The antenna supports the RF side of that bridge when used with the correct radio pair.
Extending backhaul capacity
WISPs and distributed organisations may use a directional link to move traffic from a core location to a remote tower or service area. Throughput must be calculated from the chosen radio and real spectrum conditions.
Avoiding slow civil works
Wireless can offer a project alternative when cable routes are blocked, temporary or expensive. It still requires site access, safe mounting, alignment, power, grounding and network integration.
Improving directional focus
The narrow beam and 42 dB front-to-back ratio help the antenna favour the intended direction. That does not eliminate interference, so spectrum review and coordinated frequency planning remain necessary.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Long-range fixed wireless link | Both endpoints are stable and have verified line of sight. | Path profile, Fresnel clearance, radio choice and link budget. |
| High directional gain | 34 dBi is justified by distance and permitted by regulation. | Maximum EIRP, operating frequency and required transmit power. |
| Exposed rooftop or tower deployment | Structure and mounting point can support the equipment safely. | Wind loading, bracket condition, access method and grounding. |
| airFiber X integration | The selected radio is confirmed compatible with this antenna. | Radio model, firmware, frequency region and included mounting parts. |
| Business-critical backhaul | Monitoring, surge protection and recovery planning are included. | Redundancy design, spares, support process and failover path. |
Verified technical information
The following values refer to the exact AF-5G34-S45 model. Ubiquiti documentation may show a broader lower frequency boundary in older antenna data sheets, while the current store specification lists 5.1–5.8 GHz. Frequency use and antenna gain remain subject to local regulations and the selected radio region.
| Brand | Ubiquiti |
|---|---|
| Product name | airFiber X 5 GHz, 34 dBi, Slant 45 Antenna |
| Model / part number | AF-5G34-S45 |
| Product type | Directional dish antenna for point-to-point links |
| Current listed frequency range | 5.1–5.8 GHz |
| Gain | 34 dBi |
| Polarisation | Dual linear, slant 45 |
| Beamwidth | Approximately 3° at both +45° and −45° in the antenna data sheet |
| Front-to-back ratio | 42 dB |
| Maximum VSWR | 1.4:1 |
| Dimensions | 1050 × 1050 × 421 mm |
| Weight | 13.5 kg with mount |
| Wind survivability | 200 km/h |
| Wind loading | 1,779 N at 200 km/h |
| ETSI specification | EN 302 326 DN2 |
| Included mounting items | Universal pole mount, airFiber radio bracket and weatherproof RF jumpers/connectors, subject to package revision |
| Radio | Sold separately |
| Optional weather accessory | RAD-RD3 radome is referenced in Ubiquiti antenna documentation; confirm current compatibility and supply |
| UAE availability | Contact FourTeck for current options, quantity and lead time |
Compatibility and dependency notice
The AF-5G34-S45 is an antenna, not a complete point-to-point kit. A compatible airFiber radio is required at each endpoint, together with suitable power delivery, outdoor-rated Ethernet cabling, grounding, surge protection and network interfaces. Ubiquiti documentation identifies compatibility with airFiber X radios including the AF-5XHD, while radio generation, region code and operating band should always be checked against the proposed deployment.
Performance is configuration dependent. Link distance alone is not enough to select the antenna. Terrain, building height, curvature, Fresnel-zone clearance, rain conditions, noise floor, channel availability and permitted EIRP all influence whether the design is practical. FourTeck can review the proposed bill of materials, but final radio planning and regulatory compliance must be based on site-specific data.
A practical purchase and deployment journey
Define the service goal
State the required applications, expected throughput, latency sensitivity, availability target and whether the link is primary, backup or temporary.
Validate the path
Confirm coordinates, endpoint heights, obstacles, Fresnel clearance, mast condition, wind exposure and installation access before selecting hardware.
Build the bill of materials
Select radios, two antennas where required, mounts, cabling, surge protection, grounding parts, switches, power and optional radomes.
Install and align
Use qualified personnel, safe access procedures and accurate alignment. Record signal, noise, modulation, throughput and mechanical checks.
Monitor and maintain
Track link health, firmware, error rate, signal drift, cable condition, grounding and physical alignment as part of routine operations.
34 dBi gain and narrow-beam operation
The principal design reason to choose the AF-5G34-S45 is its high directional gain. A 34 dBi antenna concentrates energy more tightly than lower-gain alternatives, which can support a stronger link budget over distance when alignment and regulation are handled correctly. The approximately 3° beamwidth makes aiming more demanding. Small angular errors at each endpoint can translate into substantial lateral displacement over a long path, so installers need stable mounts and a deliberate fine-alignment process.
High gain should not be interpreted as permission to transmit at maximum radio power. Local EIRP limits may require lower configured output. An unnecessarily strong signal can also cause receiver overload or contribute to interference. A competent design balances antenna gain, transmit power, receive level, modulation target and fade margin. This is why the same antenna may be appropriate for one path and excessive for another.
The front-to-back ratio of 42 dB indicates strong rejection from the rear direction under specified conditions. That characteristic can help when several links share a rooftop or tower, yet it is only one part of co-location planning. Side lobes, nearby channels, physical separation, antenna orientation, shielding, cable quality and radio filtering remain relevant. Buyers planning dense sites should provide a diagram of existing antennas and frequencies for review.
Mechanical planning for exposed sites
At 1050 mm across and 13.5 kg with its mount, this is not a lightweight subscriber antenna. The mounting location must be assessed for pole diameter, bracket condition, torsional stability, access, corrosion, cable routing and safe working clearance. The published wind loading of 1,779 N at 200 km/h is especially important because dynamic forces can exceed what an apparently strong rooftop pole can tolerate.
Antenna movement changes alignment. Even if the hardware remains attached, mast flex or bracket rotation can reduce signal and modulation. Structural suitability should therefore be treated as part of network performance, not only as a safety matter. On rooftops, the installation team may also need to account for parapets, nearby HVAC equipment, heat exposure and restricted maintenance access.
Grounding and surge protection are necessary considerations for outdoor radio systems. The exact approach depends on the building, tower and electrical design. Buyers should not assume that a PoE injector alone provides adequate protection. Include suitable grounding conductors, surge devices, shielded outdoor cable and bonding requirements in the project scope.
Site information FourTeck will need
- GPS coordinates or clear endpoint addresses
- Available mounting height at both ends
- Photos of rooftops, towers and existing poles
- Required throughput and traffic type
- Known spectrum or interference observations
- Power and network equipment at each endpoint
- Installation access and safety constraints
- Preferred project and delivery timeline
Radio compatibility, capacity and management
The antenna forms the passive RF interface of the link, while the radio determines modulation, channel widths, processing, Ethernet connectivity, software features and management. Ubiquiti documentation lists the AF-5G34-S45 as a supported antenna for the AF-5XHD. Buyers considering another airFiber X model should confirm exact compatibility, frequency support, radio bracket arrangement and current lifecycle status before procurement.
A 34 dBi dish does not guarantee a particular throughput figure. Real capacity is influenced by radio model, channel width, duplex mode, signal-to-noise ratio, interference, Ethernet path, firmware, frame settings and regulatory power limits. The requirement should be stated as usable business throughput with expected traffic direction, not simply as a maximum headline rate. This allows the link to be designed with realistic margin rather than a laboratory value.
Management planning should cover device addressing, monitoring, credentials, configuration backup, firmware policy, alerting and integration into the organisation’s operational process. For WISPs, this may include UISP monitoring and escalation procedures. For enterprise sites, it may involve VLAN design, routing, firewall rules and connection to a network management platform. These tasks belong in the implementation scope even though they are not features of the antenna itself.
Ideal environments and business use cases
WISP tower backhaul
The antenna can be paired with compatible radios to move traffic between a core point and an access tower. Link redundancy, spectrum reuse, tower loading and maintenance access should be planned alongside capacity.
Campus building interconnect
Schools, factories, warehouses and business campuses may use a fixed bridge where two buildings need a routed or switched connection and civil works are constrained.
Remote operations
Industrial or utility locations can use wireless backhaul for data, voice or video transport. Environmental exposure, power resilience and remote support become key selection factors.
Temporary project connectivity
Construction and event environments may avoid permanent cabling, but the dish still needs a safe stable structure. A smaller model may be easier where relocation is expected.
Video and security transport
A PtP link can carry surveillance traffic from a remote site. Capacity must account for camera count, bitrate, recording architecture, uplink direction and growth.
Backup to fibre services
A wireless path can support continuity when it follows a genuinely diverse route. Shared power, tower or network dependencies must be identified so the backup is not only nominal.
Integration and operational considerations
A point-to-point link becomes part of the wider network and should be integrated deliberately. Decide whether it will operate as a transparent Layer 2 bridge, carry routed traffic, extend selected VLANs or provide a dedicated service path. Avoid extending unnecessary broadcast domains across long links. Network loops, spanning-tree behaviour, MTU settings, quality of service and failure detection should be reviewed before commissioning.
Power design should account for the radio’s PoE requirements, injector or switch location, cable distance, surge protection and backup power. When the link carries critical services, both endpoints need resilient power and monitoring. A UPS at one side only does not keep the path operating if the remote radio loses power.
Operational documentation should record radio serial numbers, IP addresses, mounting photos, alignment readings, configured frequencies, channel width, transmit power, firmware versions, cable routes and support contacts. This information reduces recovery time when a fault occurs or when a future team must change the link.
Questions to resolve before ordering
Confirm the exact model, regional frequency capability and whether a radio is needed at both endpoints.
Compare link budget, distance, regulation and mounting load with smaller 23 dBi or 30 dBi options.
Visual line of sight does not automatically confirm adequate Fresnel-zone clearance.
Review mast stiffness, wind loading, bracket condition and safe access for a 1050 mm dish.
Define normal, peak and future traffic rather than selecting from a maximum radio rate alone.
Separate supply, installation, alignment, configuration, testing, documentation and ongoing support.
Procurement checklist
☑ Exact AF-5G34-S45 quantity
☑ Compatible radio model and quantity
☑ Endpoint coordinates and link distance
☑ Required usable throughput
☑ Frequency and EIRP compliance review
☑ Mast, pole and bracket suitability
☑ Outdoor cable and connector requirement
☑ Surge protection and grounding scope
☑ PoE and backup-power arrangement
☑ Optional radome or weather protection
☑ Installation and alignment responsibility
☑ Configuration and acceptance testing
☑ Delivery destination and access constraints
☑ Warranty and lead-time confirmation
How FourTeck can assist
FourTeck can help buyers turn a product request into a complete, reviewable requirement. Assistance may include confirming the exact antenna and radio model, checking whether two endpoint sets are required, reviewing accessory needs, coordinating a quotation and identifying the information needed for installation planning. Where requested, the scope can also cover configuration, alignment, testing and documentation coordination.
For projects that involve an existing network, FourTeck can discuss VLANs, routing, switch connectivity, power, monitoring and firewall requirements so the wireless link fits the wider design. This avoids treating the antenna as an isolated purchase. Visit the FourTeck technology products area for related infrastructure, review available installation and configuration services, or use the business technology contact page to share project details.
The quotation should state what is included and excluded. Hardware supply, transport, access equipment, civil work, tower climbing, configuration, commissioning, training and support are separate cost and responsibility areas unless explicitly included. This clarity helps procurement teams compare proposals fairly.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the AF-5G34-S45, compatible radios and required accessories. Availability can depend on quantity, supplier lead time, package revision and the exact bill of materials. Delivery and project coordination can be discussed after both endpoint requirements are confirmed. Installation and configuration should be included in the quotation when required, because the antenna needs safe mounting, precise alignment and integration with the existing network.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate product consultation and project discussions for organisations in Dubai, Abu Dhabi, Sharjah and Ajman. The practical service scope depends on site access, safety requirements, mounting height, travel, endpoint readiness and the type of testing requested. Share the deployment addresses and desired schedule early so delivery, installation and technical resources can be considered together rather than as separate last-minute tasks.
GCC Availability
FourTeck can support GCC buyers evaluating the Ubiquiti AF-5G34-S45 for cross-building links, provider backhaul, remote facilities and other fixed wireless applications. Assistance can cover requirement review, compatible radio selection, bill-of-material guidance, quotation coordination, delivery planning and discussion of configuration or installation scope. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may have different regulatory, logistics and service conditions. Product availability, permitted frequencies, delivery schedules, site visits and vendor lead times can vary by country, model and quantity. Buyers should share the destination country, endpoint locations, required antenna and radio quantities, expected throughput, mounting environment and preferred deployment timing. FourTeck can then advise on the information required for a workable proposal. No local stock, customs outcome, certification or fixed installation date should be assumed until the exact destination and project scope have been reviewed.
Africa Availability
Organisations planning wireless links in Africa can contact FourTeck for product evaluation, accessory planning and regional procurement coordination. The AF-5G34-S45 may be considered for suitable long-range 5 GHz paths in East Africa, West Africa, Southern Africa or Central Africa, but each deployment must account for local spectrum rules, mounting conditions, power quality and support access. Availability and fulfilment can depend on the destination, radio region, product quantity, shipping arrangements, vendor lead time and local project conditions. Buyers in markets such as Kenya and Uganda should provide the destination country, both endpoint locations, desired capacity, installation height, quantity and preferred schedule. FourTeck can help review the proposed bill of materials and discuss configuration or support expectations. Regional planning resources are also available through FourTeck Africa, FourTeck Kenya and FourTeck Uganda. Immediate shipment, customs clearance and country-wide onsite coverage are not implied and must be confirmed for each requirement.
Related products, services and alternatives
airFiber 5XHD radio
A compatible radio option documented for this antenna. Confirm region, current lifecycle, quantity and power accessories.
AF-5G30-S45
A smaller 30 dBi airFiber X antenna that may suit paths where lower gain and reduced physical size are preferable.
AF-5G23-S45
A compact 23 dBi option for shorter or less demanding links, subject to link-budget and interference analysis.
RAD-RD3 radome
An optional weather accessory referenced for the 34 dBi dish. Confirm current fit, packaging and supply before ordering.
Link planning and installation
Site review, path inputs, structural checks, mounting, alignment, configuration and acceptance testing can be scoped separately.
Routing and firewall integration
Network design may include VLANs, routing, redundancy and security policies around the wireless bridge. Explore FourTeck firewall and infrastructure guidance.
Why businesses contact FourTeck
The value of a supplier conversation is not simply confirming that a model exists. Buyers need to know whether the antenna fits the path, whether the radio and accessories are complete, what responsibilities belong to the installer and what information is still missing. FourTeck can help clarify the requirement, organise the bill of materials, coordinate a quotation and identify installation or configuration dependencies. Procurement teams can also discuss delivery destination, warranty guidance, acceptance criteria and support expectations before issuing an order.
For wider technology projects, review FourTeck’s business technology approach and use the main FourTeck contact channel for multi-country or multi-solution requirements.
Frequently asked questions
Is the AF-5G34-S45 a complete wireless bridge?
No. It is a directional antenna. A compatible airFiber radio, power equipment, cabling and installation components are required at each applicable endpoint.
Which radio is compatible with this antenna?
Ubiquiti documentation identifies the AF-5XHD as compatible. Other airFiber X radios should be checked by exact model, frequency range, region and current vendor guidance.
Does 34 dBi mean a guaranteed link distance?
No. Distance and capacity depend on the radio, path clearance, interference, channel width, regulatory limits, signal level, fade margin and installation quality.
What is included with the antenna?
Current specifications list a universal pole mount, airFiber radio bracket and weatherproof RF jumpers or connectors. Package contents should be reconfirmed on the quotation.
Is a radome included?
A radome is not listed as a standard included item. Ubiquiti antenna documentation references RAD-RD3 as an optional accessory for this model.
Can it be mounted on any rooftop pole?
Not automatically. The pole and structure must be assessed for dish size, weight, wind loading, stiffness, corrosion, access and safe attachment.
What information is needed for a quotation?
Provide quantity, radio preference, endpoint coordinates, required throughput, mounting details, delivery location and whether installation, configuration or testing is required.
Is the AF-5G34-S45 available in Dubai?
Contact FourTeck to confirm current UAE availability, lead time and quantity. Availability should not be assumed until the requirement is checked.
Can FourTeck help with installation and alignment?
Installation, alignment, configuration and acceptance testing can be discussed as a separate project scope based on site access and endpoint readiness.
How should warranty be confirmed?
Warranty terms can depend on supply channel, region and vendor policy. Request written warranty guidance in the final quotation.
Confirm the antenna, radio and full deployment scope
Share your endpoint locations, capacity requirement, mounting details and expected schedule. FourTeck can coordinate product confirmation, UAE availability guidance and a clear quotation.
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