Ubiquiti airMAX PrismStation 5AC PS-5AC in Dubai, UAE
Build a focused outdoor wireless link around the exact antenna pattern your site requires. The PS-5AC combines a shielded radio platform, airPrism filtering and interchangeable antenna support for carefully planned point-to-point and point-to-multipoint deployments.
Direct answer for buyers
The Ubiquiti PrismStation 5AC PS-5AC is an outdoor 5 GHz radio base for directional airMAX wireless links. It is mainly used where a business, service provider or project team needs a focused RF pattern, improved resistance to surrounding interference and the flexibility to choose a compatible horn or dish antenna for the actual path. It should be considered by buyers who understand that the radio is only one part of a complete link. Before proceeding, confirm the required distance, antenna beamwidth, line of sight, target throughput, channel availability, local frequency rules, mounting position, power arrangement, surge protection and the equipment required at the far end.
What the PS-5AC does
The PrismStation 5AC acts as the radio and processing platform in a directional 5 GHz wireless system. It connects to a compatible antenna that shapes the coverage pattern. This modular arrangement lets a designer choose a narrow beam for a focused point-to-point path or an appropriate sector pattern for a controlled point-to-multipoint design. The radio includes airPrism filtering, which is intended to improve performance in locations where nearby radios and competing signals create a difficult RF environment.
It is not an indoor Wi-Fi access point for phones and laptops, and it should not be purchased as a complete wireless link without considering the antenna, remote-side radio, mounting, cabling, grounding and configuration requirements.
Who should consider it
The model is relevant to WISPs, system integrators, campuses, logistics operators, construction compounds, hospitality groups, industrial sites, education facilities and organisations that need to bridge networks between buildings or deliver managed outdoor connectivity. It is particularly useful when antenna pattern control is more important than an all-in-one radio with a fixed integrated antenna.
A buyer should have access to competent RF planning and installation support. Accurate alignment, channel planning and a clear understanding of the site are essential. FourTeck can help review the requirement and identify whether the PS-5AC, another airMAX model or a different technology is the more sensible choice.
Business challenges this radio can help address
Congested wireless sites
In dense rooftop or tower environments, unwanted energy from nearby radios can affect link quality. Shielding, filtering and careful antenna selection can help create a cleaner design, although no radio can remove the need for spectrum planning.
Links without new trenching
A properly engineered wireless bridge can connect buildings or operational zones where fibre installation is impractical, delayed or disproportionately expensive. Path visibility and capacity expectations must still be validated.
Need for controlled coverage
Interchangeable antenna options allow the designer to choose a beamwidth that better matches the service area. This can reduce wasted RF energy and limit overlap compared with choosing an unsuitable broad pattern.
Scalable outdoor networks
The PS-5AC can form part of a wider airMAX network where radios, sectors and subscriber links are designed as a system. Scalability depends on airtime, channel reuse, client distribution and practical site engineering.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Point-to-point bridge | Two locations have viable line of sight and a directional antenna can be used at each end. | Distance, antenna gain, Fresnel clearance, required throughput and remote-side model. |
| Point-to-multipoint access | A controlled sector is required and subscriber locations fall within the chosen pattern. | Beamwidth, client count, airtime, channel plan and compatible stations. |
| High-interference location | RF filtering and a focused antenna can support a cleaner topology. | Spectrum survey, co-location design, GPS synchronisation plan and local noise floor. |
| Outdoor infrastructure | Pole mounting, outdoor cabling and passive PoE can be deployed correctly. | Mount strength, grounding, surge protection, cable length and weather exposure. |
| General office Wi-Fi | Usually not the right fit; this is a directional airMAX radio, not a conventional indoor WLAN access point. | Consider UniFi or another suitable enterprise Wi-Fi platform instead. |
Verified technical information
The following values relate to the PS-5AC radio base. Antenna characteristics depend on the separately selected compatible antenna.
| Brand | Ubiquiti |
|---|---|
| Product name | airMAX PrismStation 5AC |
| Model | PS-5AC |
| Product type | Shielded outdoor 5 GHz airMAX AC radio base |
| Networking interface | One Gigabit Ethernet RJ45 port |
| Power method | Passive PoE, two-pair arrangement |
| Included power supply | 24 V, 1 A Gigabit PoE adapter |
| Supported input range | 20 to 27 V DC |
| Maximum power consumption | 10 W |
| Dimensions | Device: 155 × 155 × 104 mm; mounting hardware: 83 × 117 × 69 mm |
| Weight | Device: 0.8 kg; mounting hardware: 0.8 kg |
| Mounting | Pole mount kit included |
| Wind survivability | Up to 200 km/h for the stated radio configuration; final structure must account for the selected antenna and mount |
| Operating temperature | -40 to 70 °C |
| Operating humidity | 5 to 95% non-condensing |
| Worldwide radio range | 5150 to 5875 MHz, subject to country-specific regulation and firmware settings |
| Management radio range | 2412 to 2472 MHz worldwide range stated by manufacturer; regional rules apply |
| Polarisation | Dual-linear |
| Software capabilities | airMAX AC mode, bridging, routing, DHCP, SNMP, SSH, QoS, traffic shaping and link statistics |
| Important note | Compatible horn or dish antenna is not part of the radio base specification and must be chosen for the intended deployment. |
Antenna choice defines the deployment
The PS-5AC is deliberately designed as a radio base rather than a complete fixed-pattern unit. That gives the project designer flexibility, but it also means the antenna decision cannot be postponed until after purchase. A narrow horn may be suitable where a tight sector and strong spatial isolation are needed. A wider horn may serve a broader client area. A compatible dish can be considered for a focused point-to-point path. Each choice changes gain, beamwidth, wind loading, alignment tolerance and the practical coverage area.
FourTeck should be given the planned role of the radio, the approximate distance, coordinates or site drawings, mounting height, expected number of remote stations and the capacity objective. The antenna must be matched to the radio and the path. Selecting only by advertised gain can create poor coverage, overlap or difficult alignment. The most useful purchase request therefore specifies the complete outcome rather than asking for the radio alone.
From requirement to an operational link
Define the traffic need
Document the applications, peak demand, number of users or endpoints, latency sensitivity and whether the link is primary, secondary or temporary.
Validate the path
Confirm line of sight, Fresnel clearance, distance, elevation, likely obstructions and the structural suitability of each mounting location.
Select the RF design
Choose antenna patterns, channels, channel widths and co-location methods based on the survey and the surrounding noise environment.
Build the bill of materials
Include both radios where required, antennas, mounts, outdoor cable, surge protection, power, grounding and any installation services.
Install and align
Mount securely, weatherproof cable entries, apply grounding practices and align using measured link information rather than visual estimation alone.
Test and document
Record signal levels, noise, modulation, throughput, configuration, device locations, cable paths and handover details for future support.
AirPrism filtering and RF discipline
The principal value of a PrismStation deployment is not simply the presence of a 5 GHz radio. It is the ability to build a more disciplined RF design in environments where many transmitters may operate on the same tower, rooftop or nearby buildings. airPrism technology is intended to improve isolation from adjacent-channel activity, while the metal shielding and compatible directional antennas support better control of where energy is transmitted and received. These characteristics can be valuable in dense urban locations, service-provider towers or multi-sector sites.
Filtering does not replace correct channel planning. The installer still needs to survey the spectrum, choose legally available frequencies, select an appropriate channel width and avoid creating excessive self-interference. Wider channels may increase peak capacity under favourable conditions but also consume more spectrum and can be less practical where the band is crowded. Narrower channels may improve reuse or resilience but change throughput expectations. A buyer should therefore avoid treating a single headline speed as a guaranteed result. Link distance, signal-to-noise ratio, modulation, antenna alignment, airtime utilisation, interference, packet sizes and environmental changes all influence real performance.
Where several compatible airMAX sectors are co-located, GPS-based synchronisation may be part of the design strategy, but it must be planned across the complete site and configured correctly. The presence of a GPS connection on the radio should not be interpreted as an automatic performance improvement without a synchronised network design. FourTeck can discuss whether the site calls for a straightforward bridge, a coordinated multi-sector layout or a different architecture.
Operational visibility and management
The PS-5AC supports common operational functions expected in an airMAX deployment, including bridging, routing, DHCP, SNMP, SSH, web management, traffic shaping, QoS classification and statistical reporting. These tools help an administrator review signal conditions, Ethernet link state, packet errors, uptime and wireless distance. The information is useful during alignment, acceptance testing and troubleshooting, provided the network team defines a consistent monitoring method.
For a single link, local web management may be sufficient. For a larger estate, a buyer should consider how devices will be inventoried, backed up, monitored, updated and secured. Management access should be restricted, credentials should be controlled, firmware should be reviewed before deployment and configuration standards should be documented. Remote access pathways must be designed so that support teams can reach the device without exposing management interfaces unnecessarily.
QoS and traffic shaping can help prioritise business traffic or manage subscriber services, but they need to be aligned with upstream routers, switches and service policies. The radio should not be expected to replace a complete firewall, policy enforcement platform or enterprise network monitoring system. It performs a specialised wireless transport role. FourTeck can help define where configuration responsibility sits and whether the quotation should include initial setup, link tuning, monitoring integration or documentation.
Outdoor installation, power and resilience planning
Outdoor wireless reliability depends heavily on installation quality. The PS-5AC includes a pole-mount arrangement and is designed for demanding temperature and humidity ranges, but the complete installation includes far more than attaching the radio to a mast. The pole, bracket and structure must handle the combined wind loading of the radio and selected antenna. The mount should allow accurate adjustment while remaining secure after alignment. Rooftop access, fall protection and safe working procedures should form part of the project plan.
The radio is powered using passive PoE and includes a 24 V, 1 A Gigabit PoE adapter. This power method must not be confused with every standards-based PoE output. The installer must verify the injector, cable pairs, voltage and connected equipment before energising the link. Outdoor-rated shielded Ethernet cable, suitable connectors, drip loops, weather sealing, grounding and surge protection should be considered. Cable routing must avoid sharp bends, water paths, excessive exposure and unsafe proximity to electrical systems.
For business-critical use, the buyer should decide what happens during power loss or link degradation. A UPS can support the indoor injector and network switch. A secondary path may be required if the wireless bridge carries essential services. Monitoring alerts, spare equipment and documented replacement procedures can reduce recovery time. These are project-level decisions rather than features automatically delivered by the radio. FourTeck can include installation and resilience requirements in the quotation discussion when the buyer provides the site and service expectations.
Suitable business environments and use cases
Building-to-building connectivity
Connect offices, stores, accommodation blocks, warehouses or utility buildings where a viable line of sight exists and a wired route is not currently practical.
Service-provider sectors
Use an appropriate horn antenna to define a subscriber coverage area while planning airtime, channel reuse and client density across the wider site.
Industrial and logistics sites
Extend network transport across yards, depots, plants or remote operational zones where cable construction may disrupt ongoing activity.
Temporary project compounds
Support planned temporary connectivity for construction or event operations, subject to safe mounting, licensed spectrum rules and realistic capacity needs.
CCTV backhaul
Carry aggregated camera traffic between remote points when bandwidth, latency, redundancy and security requirements are properly calculated.
Campus network extensions
Link education, hospitality or enterprise buildings while preserving a documented network design and clear ownership of switching, routing and security policies.
Integration and operational considerations
A wireless bridge is part of the network path, not an isolated appliance. The PS-5AC must integrate with the switches, routers, VLAN design, IP addressing, monitoring systems and security controls on both sides. Buyers should decide whether the radio will operate in bridge mode or whether routing functions are needed. A transparent bridge may simplify connectivity, while routed boundaries can reduce broadcast scope and make fault domains clearer. The right choice depends on the network architecture and the support model.
VLAN carriage should be tested with the intended switches and services. Camera networks, voice systems, guest access, corporate traffic and management traffic may require separation. The radio management interface should be placed on a controlled network, and firewall rules should restrict access to approved administrators. Time synchronisation, naming conventions, configuration backups and change records make future troubleshooting easier.
Capacity calculations should include protocol overhead and the fact that wireless is a shared medium. A link carrying video surveillance requires a different planning method from a link used mainly for office applications. A point-to-multipoint sector must account for all active client traffic and airtime fairness, not just the sum of internet package rates. FourTeck can review the intended applications and help translate them into a practical bill of materials and configuration scope.
Buyer questions to resolve before ordering
Procurement checklist
☐ Exact PS-5AC quantity confirmed
☐ Compatible antenna model and quantity selected
☐ Remote-side radio or subscriber models identified
☐ Link coordinates, distance and mounting height shared
☐ Required capacity and application profile documented
☐ Channel and regulatory requirements reviewed
☐ Passive PoE power arrangement confirmed
☐ Outdoor cable, connectors and surge protection included
☐ Pole, bracket and wind-load requirements checked
☐ Installation and alignment scope defined
☐ Configuration, testing and handover requirements stated
☐ Warranty guidance and current lead time requested
How FourTeck supports the buying process
FourTeck can help move the request from a model name to a usable project specification. The process may begin with a review of the required link, destination sites, business applications and expected capacity. From there, the team can help identify the exact radio quantity, compatible antenna choices, mounting and power components, surge protection and the services required for installation or configuration. This reduces the risk of receiving a radio without the antenna or supporting components needed to deploy it.
For more complex environments, FourTeck can discuss survey inputs, topology, point-to-multipoint planning, channel reuse, remote station selection and monitoring expectations. The quotation can distinguish hardware supply from installation, alignment, configuration, testing and documentation. Buyers can also review broader network and security products, request assistance through the FourTeck services team, or send project details using the UAE contact page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti airMAX PrismStation 5AC PS-5AC and the exact compatible antenna required. Availability may depend on model, quantity, antenna choice, regional supply and vendor lead time. Delivery and project coordination can be discussed after the complete requirement is confirmed. Where installation is required, the quotation should state the site locations, mounting access, cable routes, power source, alignment scope and acceptance-testing expectations.
FourTeck can coordinate requirements for businesses in Dubai, Abu Dhabi, Sharjah and Ajman through one combined project discussion. This approach is useful when a customer has several branches or remote facilities and wants consistent hardware, configuration and documentation. Site visits, delivery dates and implementation schedules remain subject to confirmed scope and resource planning. For wider technology requirements, buyers may also visit the FourTeck UAE technology site or review the company overview.
GCC Availability
FourTeck can assist organisations planning Ubiquiti airMAX links across GCC markets with requirement review, model confirmation, antenna selection, quotation coordination and deployment-scope planning. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may have different frequency rules, import arrangements, delivery paths and site conditions, so the destination country should be stated at the beginning of the request. Buyers should also share the PS-5AC quantity, compatible antenna requirement, link distances, deployment locations and expected schedule. Product availability, delivery timing, service visits and vendor lead times can vary by country, quantity and project scope. Configuration and installation should be quoted separately where needed. For enquiries involving Kuwait or regional coordination, the FourTeck Kuwait resource may provide a useful starting point, while final details should be confirmed directly with the sales team.
Africa Availability
Organisations planning outdoor wireless connectivity in Africa can contact FourTeck for product evaluation, compatible antenna guidance, accessory planning, quotation support and deployment discussions. Requirements may differ significantly between urban rooftops, industrial compounds, education campuses and service-provider networks, so the destination country, exact site conditions, required quantities and performance objectives should be shared. Availability and fulfilment may depend on the PS-5AC model, antenna choice, local power and regulatory requirements, shipping arrangements, vendor lead time and whether installation or remote configuration support is requested. FourTeck can help customers in East Africa and other regions prepare a complete bill of materials rather than purchasing the radio alone. Buyers may review regional information through FourTeck Africa, FourTeck Kenya or FourTeck Uganda, then confirm the destination, preferred deployment window and support expectations for an appropriate response.
Related products and services to consider
Compatible airMAX horn antennas
Select beamwidth and gain according to the required sector shape, client distribution and interference plan. Compatibility must be confirmed for the exact antenna model.
Compatible dish antenna options
A dish may be considered for a focused point-to-point path where distance, alignment and link budget support that approach.
Remote airMAX stations
Point-to-multipoint projects require compatible client radios selected for distance, antenna pattern and site conditions.
Ethernet surge protection
Outdoor Ethernet protection and grounding should be reviewed as part of the complete installation rather than treated as an optional afterthought.
Installation and alignment
Professional mounting, cable work, grounding, RF alignment and acceptance testing can be included where project scope and access are confirmed.
Alternative wireless platforms
For indoor Wi-Fi, licensed microwave, 60 GHz links or different capacity requirements, another product family may be more appropriate.
Why businesses contact FourTeck
The practical value of supplier assistance is clarity. A buyer may begin with the PS-5AC model number but still need to identify antenna beamwidth, remote-side hardware, mounting parts, power, cabling and service scope. FourTeck helps gather those decisions into a quotation request that can be checked before purchase. This is particularly important for outdoor radio projects, where an incomplete bill of materials can delay deployment even when the main radio has arrived.
Businesses also contact FourTeck for compatibility review, topology discussion, installation planning, configuration scope, migration from older wireless links and support coordination. The team can help separate confirmed hardware facts from site-dependent results, avoiding unrealistic assumptions about range or throughput. The final choice should be based on the path, capacity, interference, regulatory environment and operational support model, not on a single specification line.
Frequently asked questions
Is the antenna included with the PS-5AC?
The PS-5AC is sold as a radio base and is designed to work with compatible interchangeable antenna options. Confirm the exact horn or dish antenna and included components in the quotation before ordering.
Can the PrismStation 5AC be used for point-to-point links?
Yes, it can form part of a point-to-point design when paired with suitable compatible antennas and remote equipment. Distance, line of sight, Fresnel clearance and link budget must be validated.
Is it suitable for point-to-multipoint service?
It can be used as an access-point radio with an appropriate sector-style horn antenna. Client count, beamwidth, airtime, channel plan and compatible subscriber stations should be confirmed.
Does it provide ordinary indoor Wi-Fi?
No. It is a directional outdoor airMAX radio intended for engineered wireless links, not a general indoor access point for phones, tablets and laptops.
What power source does the PS-5AC use?
The manufacturer specifies passive PoE with a 24 V, 1 A Gigabit PoE adapter included. The installer must verify the cabling and avoid connecting equipment that expects a different PoE method.
What performance should a buyer expect?
Actual throughput depends on distance, antenna choice, signal quality, interference, channel width, alignment, airtime utilisation and configuration. A site-specific design is more reliable than relying on a headline rate.
Does the radio require a subscription?
The base airMAX radio does not normally rely on a recurring feature subscription for its standard operation, but management, support or related service requirements should be confirmed for the planned environment.
Can FourTeck install and configure the link?
Installation, alignment, configuration and testing can be discussed as separate scope items. Site access, height, mounting, cable route, safety requirements and locations must be reviewed first.
How do I check current Dubai availability?
Send FourTeck the exact model, quantity, antenna choice and required timeline. Availability may vary with vendor lead time, quantity and the complete package requested.
What information is needed for an accurate quote?
Provide quantity, project type, link distance, site coordinates, mounting height, capacity target, antenna preference if known, remote-side equipment, installation scope and destination.
Plan the complete PS-5AC link before purchase
Share the site distance, antenna requirement, quantity, deployment role and installation expectations. FourTeck can help confirm the model, compatible components and quotation scope for Dubai, the UAE or a regional project.
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