Ubiquiti airPRISM 3×30 Degree HD Sector AP-5AC-90-HD in Dubai, UAE
Build a carefully planned 90-degree outdoor service sector using three independently connected 30-degree beams. The AP-5AC-90-HD is designed for operators that need stronger RF discipline, clearer sector separation and a practical way to serve dense point-to-multipoint deployments with compatible Ubiquiti radios.
Plan the complete sector
Confirm the antenna, three radio units, mounting position, grounding, cabling, power arrangements and regulatory requirements as one coordinated bill of materials.
Three 30-degree beams across a 90-degree sector
5.15 to 5.85 GHz, subject to local regulation
22 dBi with dual-linear polarization
Designed for three compatible Rocket radios
Direct answer for buyers
The Ubiquiti AP-5AC-90-HD is a passive 5 GHz high-density sector antenna for point-to-multipoint wireless infrastructure. It divides a nominal 90-degree coverage area into three independent 30-degree beams, with each beam connected to its own compatible radio. This can help operators organise subscriber coverage and frequency planning more precisely than a single wide sector. It is most relevant to wireless service providers, industrial networks and large outdoor sites with known line-of-sight paths. Before proceeding, confirm radio compatibility, regional frequency rules, expected client density, mounting height, wind exposure, grounding, cable layout and whether installation support is required.
What the AP-5AC-90-HD does
The antenna shapes radio-frequency energy into three narrow sectors rather than spreading it broadly across one wide beam. Each 30-degree segment is associated with a separate pair of weatherproof RP-SMA connectors and a separate radio. This arrangement allows a network designer to treat the three beams as distinct service cells while using one integrated antenna structure.
In practice, the design can help with channel reuse, subscriber grouping and capacity planning when a site must cover a defined 90-degree area. Results still depend on radio settings, spectrum conditions, client equipment, terrain, link distance, alignment and regulatory power limits.
Who should consider it
This model may suit operators that already understand point-to-multipoint network design and need a more structured sector arrangement. Typical buyers include internet service providers, managed network operators, infrastructure contractors, industrial facilities, logistics sites and organisations connecting remote buildings or monitored assets.
It is not a standalone access point. Buyers seeking a simple all-in-one outdoor wireless device should consider an integrated radio-and-antenna product instead. The AP-5AC-90-HD is best treated as one component in a complete engineered deployment.
Business challenges this antenna can help address
Wide sectors becoming congested
A single broad sector can concentrate too many client links on one radio. Dividing coverage across three radios gives the designer more flexibility to distribute clients and channels.
Need for tighter RF control
Narrower beamwidths can support more deliberate coverage planning and may reduce unnecessary energy outside the intended service direction when correctly installed and aligned.
Growth in subscriber density
Three independently operated sectors can create a clearer scaling path when an existing service area needs additional capacity and the site design supports co-located radios.
Limited tower space
An integrated multi-beam structure can simplify the physical arrangement compared with installing three separate sector antennas, although total weight and wind load still require engineering review.
Core capabilities in a high-density sector design
Three independent beams
Each radio serves one colour-coded 30-degree beam, supporting separate channel and client planning.
22 dBi gain
High directional gain supports planned outdoor links, subject to link budget and legal transmit limits.
Dual-linear polarization
The antenna supports dual-polarity radio operation through its six weatherproof RP-SMA connectors.
Outdoor mechanical design
The included mounting structure is intended for exposed outdoor deployment with proper structural assessment.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Dense PtMP coverage | A 90-degree area can be divided into three narrower service cells | Client count, throughput target and channel plan |
| Three-radio architecture | The site is designed for three compatible Rocket radios | Exact radio model, firmware and mounting compatibility |
| Tower or mast installation | The structure can support the antenna, radios, cabling and wind load | Structural approval, pole diameter, access and safety method |
| Longer outdoor links | Clear line of sight and a valid RF link budget are available | Distance, Fresnel clearance, terrain and legal EIRP |
| Simple all-in-one deployment | Usually not the best fit because this is a passive antenna | Consider an integrated outdoor radio product instead |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | airPRISM 3×30 Degree HD Sector Antenna |
| Model | AP-5AC-90-HD |
| Product type | Passive 5 GHz high-density sector antenna |
| Primary application | Point-to-multipoint outdoor wireless networks |
| Frequency range | 5.15 to 5.85 GHz; permitted channels and power are region dependent |
| Gain | 22 dBi |
| Horizontal beamwidth | 3 x 30 degrees at 6 dB |
| Vertical beamwidth | 3 x 30 degrees at 6 dB |
| Elevation beamwidth | 8 degrees |
| Electrical downtilt | 2 degrees |
| Polarization | Dual-linear |
| Interfaces | Six weatherproof RP-SMA connectors |
| Maximum VSWR | 1.75:1 |
| Dimensions with mount | 322.6 x 201.5 x 1300 mm |
| Weight with mount | 13.1 kg |
| Wind survivability | Up to 200 km/h under manufacturer test conditions |
| Wind loading | 534 N at 200 km/h |
| Compatible radio guidance | Designed for three compatible Rocket radios; exact model compatibility should be confirmed |
| Availability | Contact FourTeck for current UAE options, quantity and vendor lead time |
Important compatibility and scope notice
The AP-5AC-90-HD is an antenna, not a powered access point. It requires compatible radios, data cabling, power injectors or network power arrangements, grounding conductors, surge protection and suitable mounting infrastructure. Radio support can vary by platform generation, connector arrangement and current vendor guidance. Frequency use and maximum permitted output also depend on UAE regulations and the selected channel plan. A quotation should therefore identify the exact radio model, quantity, mounting accessories, cable lengths, power requirements, installation location and whether configuration or alignment services are included.
A practical purchase and deployment journey
Map the service area
Identify the exact 90-degree coverage zone, subscriber clusters, elevation differences, obstacles and potential interference sources.
Validate the RF plan
Prepare link budgets, channel assignments, expected modulation levels, client equipment assumptions and legal power limits.
Confirm the bill of materials
Specify the antenna, three radios, PoE equipment, network switches, surge protection, grounding, cables and mounting hardware.
Install and align
Mount the antenna vertically, connect each radio to the correct beam, weatherproof all connections and align the sector accurately.
Commission and monitor
Test client links, review noise levels, balance subscriber load, document settings and establish an ongoing monitoring process.
Capacity planning through three independent sectors
The main design value of the AP-5AC-90-HD is not simply its overall 90-degree coverage. Its value lies in the separation of that coverage into three distinct 30-degree beams. Each beam can be connected to its own radio and managed as an independent point-to-multipoint cell. This gives the network architect more options when distributing subscribers, selecting frequencies and responding to localised growth.
For example, one section of a service area may contain a dense residential cluster, another may serve a small industrial zone, and the third may cover a more distant group of sites. Treating all three areas as one wide radio sector can make capacity management difficult. Separate radio resources allow each beam to have its own operating channel, client list and performance profile, although the actual benefit depends on available clean spectrum, synchronisation strategy, radio platform and correct installation.
Buyers should avoid assuming that three radios automatically produce three times the throughput. Aggregate performance is shaped by channel availability, interference, backhaul capacity, radio duty cycle, client signal quality and application traffic. The antenna supports a more structured architecture, but the complete network must be engineered around realistic service objectives.
RF discipline in crowded outdoor environments
Outdoor 5 GHz deployments often operate near other wireless networks, especially in urban districts, industrial estates and service-provider tower locations. A high-gain, narrow-beam antenna can help focus coverage where it is needed and reduce exposure to unwanted directions, but it cannot eliminate interference on its own. Clean channel selection, suitable radio filtering, appropriate power levels and accurate alignment remain essential.
The three-beam format also encourages designers to think in smaller cells. Instead of broadcasting over a broad azimuth with one radio, the operator can allocate different resources to each 30-degree segment. This can be useful where subscriber density or interference conditions vary across the service area. However, co-location planning must consider self-interference between radios, frequency separation, GPS synchronisation where supported, cable routing and the physical relationship between nearby antennas.
A site survey is recommended before finalising the design. Spectrum analysis should be performed at the intended mounting height whenever possible because ground-level readings may not represent tower-level conditions. FourTeck can help buyers identify the information required for a suitable product quotation and coordinate configuration or installation discussions where those services are needed.
Mechanical planning for tower and mast installations
The AP-5AC-90-HD is a substantial outdoor antenna. With its mount, it measures approximately 1.3 metres in height and weighs 13.1 kilograms. The manufacturer also specifies significant wind loading at high wind speed. These values mean that mounting should not be treated as a routine accessory decision. A competent installer or structural specialist should confirm that the mast, tower, brackets and supporting hardware are suitable for the local wind environment and the combined load of the antenna, radios and cabling.
Installation access is another practical consideration. The three radios must be attached and connected to the correct antenna ports, cables must be secured without sharp bends, connectors must be properly weatherproofed, and grounding must comply with applicable electrical and site-safety requirements. Serviceability should also be considered: technicians may need future access to replace a radio, inspect a cable or adjust alignment.
The antenna should be positioned to maintain the planned azimuth and electrical downtilt while avoiding obstruction from tower members, nearby antennas or rooftop structures. Mechanical alignment errors can cause uneven coverage or place clients near beam edges. A documented installation plan reduces the chance of confusion among the three radio-to-beam connections and helps maintain consistency during future maintenance.
Ideal business environments and use cases
Wireless internet service providers
Operators can use the antenna as part of a planned base-station site serving multiple customer premises across three independent sectors.
Industrial and logistics campuses
Large sites may use PtMP wireless links to connect remote buildings, yards, sensors, surveillance points or operational facilities where fibre is impractical.
Remote infrastructure networks
Energy, utilities, agriculture and construction projects may require controlled sector coverage for distributed field locations with clear line of sight.
Community and institutional networks
Education, municipal and multi-building environments may consider the design when several remote sites must connect to a central base station.
Integration and operational considerations
The antenna must be integrated with a complete radio network, not evaluated in isolation. The first dependency is the radio platform. Confirm the exact compatible Rocket model, connector type, mounting method and software ecosystem. The second dependency is network transport. Three radios may require three Ethernet runs, three power paths or a carefully designed tower switch arrangement, depending on the architecture. Surge protection and grounding should be included in the design rather than added after installation.
Backhaul capacity should match the expected combined traffic from all three sectors. A high-capacity access layer can still perform poorly if the uplink is undersized. Similarly, subscriber equipment must support the chosen radio platform, channel width, frequency and security settings. Client alignment quality, installation height and Fresnel-zone clearance directly influence the usable performance of each link.
Operational teams should maintain a clear mapping between each physical radio, antenna beam, management address, channel and client group. Labelling, photographs and as-built documentation can reduce troubleshooting time. Monitoring should cover noise floor, airtime use, retransmissions, modulation distribution, radio temperature, Ethernet errors and link availability. Management practices vary by radio model and software version, so the configuration plan should be based on the exact selected platform.
Buyer questions to resolve before ordering
Provide the azimuth, distance range, subscriber locations and elevation profile for the intended 90-degree service zone.
Confirm the exact Ubiquiti radio model, quantity, firmware family and whether each radio has the required connectors.
Estimate active clients, traffic mix, peak demand, service-level objectives and available upstream bandwidth.
Review pole dimensions, wind loading, antenna separation, safe access and grounding with the responsible engineer.
Check local frequency rules, DFS requirements, legal EIRP and any site-specific licensing or coordination needs.
State whether the quotation should include design review, installation, alignment, configuration, testing, documentation or support.
Procurement checklist
☐ Exact model AP-5AC-90-HD
☐ Required quantity and destination
☐ Three compatible radio models per antenna
☐ PoE injectors or switching design
☐ Outdoor-rated Ethernet cable lengths
☐ Surge protection and grounding materials
☐ Mast or tower mounting confirmation
☐ Wind-load and structural approval
☐ Channel and frequency plan
☐ Client device compatibility
☐ Installation and alignment scope
☐ Configuration and commissioning scope
☐ Documentation and handover requirements
☐ Warranty and lead-time confirmation
How FourTeck can assist with product selection
FourTeck can help organise the information needed to quote the Ubiquiti AP-5AC-90-HD as part of a complete deployment rather than as an isolated antenna. This may include confirming the requested quantity, reviewing the intended radio platform, identifying power and surge-protection requirements, discussing mounting considerations and separating product supply from optional installation or configuration work.
For projects that are still at the planning stage, buyers can share a simple coverage map, approximate client locations, expected distances, capacity objectives and photographs of the proposed mounting site. These details help identify questions that must be answered before a suitable bill of materials can be prepared. Final RF design, structural approval and regulatory compliance remain dependent on the project scope and the responsible specialists.
You can review broader business technology products, discuss installation and configuration services, or send the project details through the FourTeck contact page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the AP-5AC-90-HD, the required compatible radios and any related installation materials. Availability may depend on quantity, vendor lead time, regional supply, hardware revision and the completeness of the requested bill of materials. Delivery coordination can be discussed after the exact destination and project timeline are confirmed.
Buyers in Dubai, Abu Dhabi, Sharjah and Ajman can request assistance with requirement review, quotation coordination and scope planning. Installation, alignment, configuration and commissioning should be identified as separate line items when required. FourTeck can also help clarify whether the enquiry is for product supply only or for a broader project that includes site work, cabling, grounding, network integration and handover documentation.
GCC Availability
FourTeck can support GCC enquiries for the Ubiquiti AP-5AC-90-HD by helping buyers define the exact equipment list and quotation scope before procurement. Organisations in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may have different frequency rules, import processes, power standards, project-access requirements and service expectations. Product availability, radio compatibility, delivery schedules, installation visits and vendor lead times can therefore vary by destination, quantity and project detail. Buyers should provide the destination country, antenna quantity, intended Rocket radio model, required accessories, preferred deployment date and whether installation or configuration assistance is expected. For regional projects, FourTeck can coordinate requirement review and planning discussions, but local regulatory approval, structural assessment, customs matters and site permits remain dependent on the customer and relevant authorities. Kuwait-based enquiries can also review the FourTeck Kuwait technology resource.
Africa Availability
Organisations planning outdoor wireless infrastructure in Africa can contact FourTeck for product-selection and procurement guidance for the AP-5AC-90-HD and related radio components. Suitability depends on the destination, available 5 GHz channels, power rules, environmental conditions, tower design, shipping arrangements and local installation resources. Buyers in East Africa and other regions should share the country, required quantity, intended coverage area, selected radio platform, power arrangement and expected support scope. FourTeck can help evaluate accessories, configuration needs and quotation structure, while fulfilment timing and onsite support depend on the precise project conditions. Projects in Kenya and Uganda can refer to FourTeck Kenya and FourTeck Uganda, while broader enquiries can use the FourTeck Africa technology portal. No local inventory or fixed delivery date should be assumed until the requirement is reviewed.
Related products and services to consider
Compatible Rocket radios
Confirm the exact supported radio model, quantity and software platform before finalising the antenna order.
Outdoor surge protection
Plan Ethernet surge protection, bonding and grounding according to site and electrical requirements.
Network switching and backhaul
Size the upstream network for aggregate traffic from all three sectors and any future subscriber growth.
Installation and alignment
Include safe mounting, weatherproofing, cable routing, beam orientation and commissioning in the project scope where needed.
Integrated sector alternatives
For smaller or simpler sites, an all-in-one outdoor access point may reduce hardware and installation complexity.
Why businesses contact FourTeck
Business buyers often need more than a model number. They need help checking whether the proposed product fits the intended architecture, whether accessories have been overlooked, and which services should be included in the quotation. FourTeck can assist with requirement clarification, bill-of-material discussion, compatible radio review, quotation coordination and planning for installation or configuration work.
This approach is especially useful for a multi-radio sector antenna because the product cannot operate alone. By sharing the site objective, expected client count, deployment location and existing network environment, buyers can receive more relevant commercial and technical guidance. Learn more about FourTeck’s business technology focus or contact the wider FourTeck team for project discussions.
Frequently asked questions
Is the AP-5AC-90-HD a complete wireless access point?
No. It is a passive sector antenna. Compatible radios, power equipment, cabling, surge protection and network connectivity must be supplied separately.
How many radios does this antenna support?
The design is intended for three compatible Rocket radios, with one radio serving each 30-degree beam. Exact radio compatibility should be confirmed before purchase.
Does it cover a full 90-degree sector?
It provides three adjacent 30-degree beams forming a 90-degree coverage design. Actual usable coverage depends on installation, alignment, terrain, client positions and RF conditions.
What is the antenna gain?
The manufacturer specifies 22 dBi gain. Link performance still depends on the complete radio system, legal transmit limits and the client-side antenna.
Can it be installed on a rooftop mast?
Potentially, but the mast and mounting structure must be assessed for the antenna’s size, weight and wind loading. Safe access and grounding must also be planned.
Are radios and PoE injectors included?
Included components should be confirmed in the quotation. Buyers should not assume that radios, injectors, Ethernet cables or surge protection are included with the antenna.
Is 5 GHz use the same in every country?
No. Permitted channels, power limits and DFS requirements vary by country and region. The design must follow the rules that apply at the deployment location.
Can FourTeck assist with installation and configuration?
Installation and configuration support can be discussed as part of the project scope. The quotation should clearly identify product supply, installation, alignment, radio setup and testing.
What details are needed for a quotation?
Provide the quantity, destination, radio model, deployment type, required accessories, installation scope and preferred timeline. Coverage maps or site photographs are also useful.
Request a project-ready quotation
Share your intended coverage area, quantity, compatible radio model and installation requirements. FourTeck can help structure the product and service scope for your Dubai or regional deployment.
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