Outdoor 5 GHz airMAX ac radio
Ubiquiti airMAX Rocket Prism 5AC RP-5AC-Gen2 in Dubai, UAE
Build a planned point-to-point backbone or point-to-multipoint wireless sector with a compact radio engineered for outdoor deployments, antenna flexibility and improved channel isolation in busy RF locations.
Plan the complete link
Share the distance, topology, antenna requirement and expected traffic so the radio, accessories and service scope can be reviewed together.
Direct answer for buyers
The Ubiquiti Rocket Prism 5AC RP-5AC-Gen2 is an outdoor 5 GHz radio used as the active wireless component in point-to-point backhaul links or point-to-multipoint access sectors. It does not contain a high-gain service antenna of its own, so it must be matched with a compatible external antenna and a site-specific RF plan. It is worth considering where an organisation needs building-to-building connectivity, a wireless distribution link, or an outdoor base station serving compatible airMAX ac client devices. Before proceeding, confirm line of sight, path distance, required capacity, antenna type, channel availability, local EIRP rules, power and grounding, mounting conditions, client compatibility and whether installation or configuration assistance is required.
What the RP-5AC-Gen2 does
The radio converts Ethernet traffic into a managed outdoor wireless link operating in the 5 GHz band. When connected to a suitable RocketDish, it can form a directional point-to-point path between two locations. When combined with an appropriate sector antenna, it can act as an access point for a point-to-multipoint network serving compatible subscriber radios. The external-antenna design gives network planners flexibility to choose beamwidth and gain for the intended coverage pattern rather than accepting a fixed integrated antenna.
Its airPrism filtering is intended to improve radio selectivity in high-density deployments. That capability is especially relevant when several access points share a tower, rooftop or mast and careful channel reuse is required. It does not remove the need for spectrum analysis, frequency coordination or physical separation, but it provides a stronger foundation for disciplined RF planning.
Who should consider it
The product may suit wireless internet service providers, business parks, education campuses, industrial compounds, logistics yards, hospitality sites, temporary project offices, farms and organisations that need to connect separate buildings without trenching fibre immediately. It is also relevant for integrators designing outdoor wireless distribution where compatible airMAX equipment is already in use.
It is not a general indoor Wi-Fi access point and should not be purchased as a replacement for a UniFi office access point. Buyers expecting standard smartphones and laptops to connect directly should review the architecture carefully. In typical deployments, the Rocket Prism forms part of a purpose-built outdoor link using compatible radios at the far end or subscriber locations.
Business challenges this radio can help address
Connecting separated buildings
A properly designed point-to-point link can carry business data between sites where a wired route is unavailable, slow to approve or expensive to construct. The radio still requires clear path analysis and suitable antennas at both ends.
Serving multiple outdoor locations
With a compatible sector antenna, the device can operate as an airMAX ac base station for multiple client radios. Capacity planning must consider client count, traffic profile, airtime, distance and interference rather than coverage alone.
Managing crowded 5 GHz sites
airPrism filtering can help where adjacent channels and co-located radios create a difficult RF environment. It is most useful as part of a complete channel, antenna and tower-layout strategy.
Simplifying field setup
A dedicated management radio supports convenient setup access during installation. The production traffic path remains on the main 5 GHz radio and Gigabit Ethernet interface.
Core capabilities in practical terms
500+ Mbps class platform
The manufacturer positions the unit for up to 500+ Mbps data throughput. Actual usable throughput depends on channel width, modulation, signal quality, interference, protocol overhead and network design.
airPrism filtering
Filtering is designed to reduce the effect of adjacent-channel interference, helping planners achieve cleaner operation at dense tower or rooftop sites when frequencies are coordinated correctly.
External antenna flexibility
Two waterproof RP-SMA RF connectors allow the radio to be paired with compatible dual-polarity Ubiquiti antennas chosen for sector coverage or focused point-to-point links.
GPS synchronization support
A waterproof GPS connection supports synchronization features used in coordinated point-to-multipoint deployments. Benefit depends on topology, compatible configuration and careful frequency planning.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building bridge | There is viable line of sight and a planned directional link. | Distance, Fresnel clearance, antenna gain, mounting height and far-end radio. |
| Outdoor subscriber coverage | A sector-based airMAX ac network is required. | Coverage angle, client models, client count, capacity and spectrum plan. |
| Co-located radios | Several radios share a tower or rooftop. | Channel reuse, GPS synchronization strategy, shielding and separation. |
| Existing airMAX ac network | The network already uses compatible airMAX ac client devices. | Firmware compatibility, configuration mode and migration plan. |
| General office Wi-Fi | Usually not the appropriate role. | Review indoor Wi-Fi access points and controller requirements instead. |
Verified technical information
The following fields summarise manufacturer-published information for the RP-5AC-Gen2. Regulatory settings, usable channels and permitted transmit power vary by country. Final performance is configuration and environment dependent.
| Brand | Ubiquiti |
|---|---|
| Product name | airMAX Rocket Prism 5AC |
| Model | RP-5AC-Gen2 |
| Product type | Outdoor 5 GHz PtP/PtMP base-station radio |
| Throughput class | Up to 500+ Mbps data throughput, with actual performance dependent on deployment conditions |
| Dimensions | 88 × 40 × 230 mm |
| Weight | 400 g |
| Enclosure | Die-cast aluminium with white powder coating |
| Network interface | One 10/100/1000 Ethernet port |
| RF connectors | Two waterproof RP-SMA connectors and one waterproof GPS connector |
| Processor | MIPS 74Kc |
| Memory | 128 MB DDR2 SDRAM |
| Maximum power consumption | 9.5 W |
| Power supply | 24 V, 1 A Gigabit PoE adapter, manufacturer-listed as included |
| Power method | Passive PoE, pairs 4/5 positive and 7/8 return |
| Mounting | Pole mounting; confirm kit contents and antenna mounting arrangement in the quotation |
| Management | airOS-based configuration with dedicated management radio; management workflow is firmware dependent |
| Antenna | External compatible dual-polarity antenna required |
| Availability | Contact FourTeck for current UAE options, quantity and vendor lead time |
| Warranty guidance | Confirm applicable supplier and regional warranty terms before purchase |
Compatibility and dependency notice
The Rocket Prism 5AC is one component of a complete wireless system. It normally requires a compatible antenna, Ethernet cabling suitable for outdoor use, grounding, surge protection, a stable passive-PoE arrangement and a compatible radio or client device at the opposite end. Antenna selection must match the topology: a narrow-beam dish is commonly considered for focused point-to-point links, while a sector antenna may be considered for point-to-multipoint coverage. Do not assume that every Ubiquiti antenna, client radio or firmware generation is interchangeable. Confirm connector type, frequency range, airMAX generation, channel plan, mounting hardware and supported operational mode.
Regional regulations govern available channels, output power and EIRP. The configured country code, antenna gain and cable loss must reflect the actual installation. UAE regulatory requirements and site permissions should be reviewed by the responsible project team. GPS synchronization can support coordinated deployments but does not automatically solve interference created by poor channel planning, unsuitable antennas or inadequate site separation.
A practical purchase and deployment journey
Define the traffic requirement
Estimate normal and peak throughput, application sensitivity, number of client sites and expected future growth. A link should be sized for real business traffic rather than the highest headline radio rate.
Survey the path and spectrum
Check mounting points, line of sight, Fresnel-zone clearance, obstructions, nearby transmitters, available channels and environmental exposure. A desk estimate should be validated against the real site.
Select antennas and accessories
Choose beamwidth, gain and mechanical format for each endpoint. Include mounting hardware, shielded cable, grounding and surge protection in the bill of materials where required.
Configure and align
Set the permitted country profile, operating mode, security, channel width, frequency, power and management access. Physically align antennas using measured signal and link-quality indicators.
Test under expected load
Validate throughput, latency, packet loss, stability and failover implications. Record configuration and baseline RF readings for future troubleshooting.
Monitor and maintain
Review firmware, channel utilisation, signal levels, errors, cabling, weather sealing and mounting condition. Changes in nearby spectrum or construction can alter link quality over time.
airPrism filtering for dense RF environments
The most distinctive reason to evaluate the RP-5AC-Gen2 instead of a simpler outdoor radio is its use of airPrism filtering. At a rooftop or tower containing several radios, energy from neighbouring channels can reduce receiver performance even when each device is configured to a different frequency. Better filtering can help the radio reject unwanted adjacent-channel energy and preserve a cleaner receive environment. This is particularly useful for operators designing several sectors around one mast or placing multiple point-to-point links close together.
The benefit should be understood as part of an RF-engineering process rather than a guarantee. Channel separation, antenna front-to-back ratio, physical orientation, transmit power, shielding, mounting distance, GPS synchronization strategy and the wider noise floor all influence the result. A network with poor frequency reuse can still perform badly. FourTeck can help buyers identify the information needed for a sensible bill of materials, but a survey or engineering assessment may be required before finalising a high-density site.
External antenna choice shapes the network
Unlike an integrated bridge, the Rocket Prism lets the designer choose the antenna separately. That flexibility is useful because the correct radiation pattern differs substantially between a long directional link and a sector serving many sites. A RocketDish-style antenna concentrates energy into a narrow beam and can be appropriate where two endpoints must communicate across distance. A sector antenna spreads coverage across a defined horizontal angle and is considered for a base station serving multiple compatible client devices.
Higher gain is not automatically better. A very narrow beam demands precise alignment and may be unsuitable for a broad coverage requirement. Sector width affects capacity planning because every connected client shares airtime on that radio. Mechanical load, wind exposure, mast strength, cable routing and safe access are also part of antenna selection. Buyers should confirm whether radomes, shields, brackets or other accessories are required and whether those items are included or quoted separately. Exact compatibility should be verified against the selected antenna model and current manufacturer documentation.
Management, monitoring and operational control
The RP-5AC-Gen2 uses Ubiquiti’s airOS environment for radio configuration. Typical setup work includes choosing access-point or station operation, defining wireless security, setting channel width and frequency, applying regional limits, entering antenna gain, controlling transmit power, assigning management addressing and securing administrative access. A dedicated management radio can make initial setup more convenient near the installed unit, reducing dependence on the production link during commissioning.
Ongoing operation requires more than checking whether the link is online. Administrators should watch signal strength, noise floor, modulation quality, capacity, packet errors, Ethernet negotiation and channel utilisation. Configuration backups and documented change control are important where the radio carries production traffic. Firmware updates should be reviewed for compatibility and operational risk before rollout. For larger estates, buyers should confirm the current management and monitoring options supported by their selected firmware and network architecture rather than assuming all UISP capabilities or legacy workflows apply identically.
Suitable business environments and use cases
Campus connectivity
Link administration, classroom, warehouse or accommodation buildings where fibre is unavailable and a clear outdoor path can be established.
Industrial and logistics sites
Extend network services across yards, depots and compounds while accounting for metal structures, moving equipment and changing obstruction patterns.
Hospitality compounds
Connect separate facilities or provide backhaul between outdoor network points, with capacity sized for guest and operational traffic.
Service-provider sectors
Operate a compatible airMAX ac point-to-multipoint base station where subscriber count, airtime and sector geometry are professionally planned.
Construction and temporary locations
Create a relocatable wireless path when physical installation, safe mounting and future site changes are considered in the design.
Remote monitoring backhaul
Carry data from remote cameras, sensors or control points when bandwidth, latency and reliability needs fit the link design.
Integration and operational considerations
The wireless link should be treated as part of the wider network. Confirm VLAN requirements, IP addressing, routing or bridging design, spanning-tree behaviour, quality-of-service expectations and how management traffic will be protected. A transparent bridge can extend Layer 2 domains farther than intended, so broadcast scope and failure impact need consideration. For critical applications, decide whether a secondary path is needed and how failover will be detected.
Power and cabling deserve equal attention. The radio uses passive PoE rather than standard 802.3af or 802.3at negotiation, so it must be connected to the correct injector or compatible passive-PoE source. Incorrect power equipment can damage hardware. Outdoor shielded cable, proper drip loops, weatherproof entry, grounding and surge protection help reduce risk from exposure and electrical events. The Ethernet path should also be tested for Gigabit negotiation because a 100 Mbps bottleneck can limit the benefit of the radio.
Security planning includes strong administrative credentials, restricted management access, secure wireless settings, configuration backups and firmware governance. The radio is not a firewall and does not replace network segmentation, access control or security monitoring. Organisations carrying sensitive traffic should apply appropriate security controls at the connected network devices.
Questions to resolve before requesting a quotation
The topology determines antenna choice, endpoint equipment, capacity planning and configuration mode.
Coordinates, mounting heights and obstruction information support basic path assessment and antenna selection.
Share normal, peak and future traffic expectations rather than relying on the radio’s maximum platform figure.
Specify sector width or dish requirement, gain, connector compatibility and mounting preference.
Nearby links, channels and noise conditions affect channel planning and the value of airPrism filtering.
Clarify whether the request covers supply only, configuration, survey, installation, alignment, testing or documentation.
Procurement checklist
☐ Exact model: RP-5AC-Gen2
☐ Required quantity and spare-unit policy
☐ Point-to-point or point-to-multipoint topology
☐ Link coordinates, distance and mounting heights
☐ Antenna model, gain and coverage angle
☐ Compatible far-end or subscriber radios
☐ Required throughput and client count
☐ UAE frequency and EIRP compliance review
☐ Passive-PoE source and electrical arrangement
☐ Outdoor shielded cable, grounding and surge protection
☐ Pole, tower or rooftop mounting accessories
☐ Configuration, alignment and testing scope
☐ Firmware and management requirements
☐ Delivery location, target schedule and warranty confirmation
How FourTeck can assist
FourTeck can help translate a broad outdoor connectivity requirement into a clearer product request. Assistance may include confirming the exact RP-5AC-Gen2 model, reviewing whether the intended topology suits an external-antenna airMAX radio, identifying information needed for antenna selection, coordinating a bill of materials, discussing passive-PoE and protection items, and defining whether configuration or installation support should be quoted. For an established airMAX network, the review can also consider existing client models, firmware expectations and migration constraints.
An accurate quotation normally depends on the quantity, destination, antenna choice, accessories, service scope and desired timeline. Buyers can use the FourTeck product catalogue to explore related business technology options, review available installation and configuration services, or send project details through the FourTeck contact team.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti Rocket Prism 5AC RP-5AC-Gen2. Availability may depend on quantity, regional supply, vendor lead time and whether the required antenna and accessories are ordered at the same time. A useful request should state the exact model, number of links or sectors, destination, antenna preference and required project date. FourTeck can then coordinate quotation details and identify items that need confirmation.
Delivery and project coordination can be discussed after the complete requirement is understood. Installation and configuration are not automatically included with hardware supply and should be described in the quotation when required. Warranty terms can vary by supply channel and region, so buyers should request written confirmation of the applicable coverage. For broader infrastructure planning, visit FourTeck UAE business technology services.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate product enquiries and project discussions for organisations in Dubai, Abu Dhabi, Sharjah and Ajman. The appropriate support path depends on the requirement: a straightforward replacement unit needs different information from a new point-to-point path or a multi-sector base station. Share the deployment location, endpoint details, mounting conditions, quantity, expected capacity and any survey, installation or alignment needs. Site access, working-at-height requirements, permits, safety arrangements and cabling routes can affect service scope and should be discussed before a project quotation is finalised.
GCC availability
Businesses planning airMAX wireless links elsewhere in the GCC can contact FourTeck for requirement review and quotation coordination. Projects in Saudi Arabia, Kuwait, Qatar, Bahrain, Oman and the United Arab Emirates may differ in permitted frequencies, power limits, procurement procedures, delivery routing and installation conditions. Provide the destination country, exact RP-5AC-Gen2 quantity, chosen antennas, client-radio models, deployment topology and expected timeline. FourTeck can help structure the request, identify configuration or installation items that should appear in the scope, and coordinate regional planning where practical. Product availability, service visits, delivery schedules, warranty terms and vendor lead times vary by country and requirement. No assumption should be made about local stock or a fixed installation date until the destination, bill of materials and project responsibilities have been confirmed. Kuwait-based buyers may also review FourTeck Kuwait technology support.
Africa availability
FourTeck can assist organisations evaluating the RP-5AC-Gen2 for projects in selected African markets, including East African deployments and wider regional procurement requirements. Outdoor wireless design must account for destination-specific spectrum rules, power arrangements, mounting environments, shipping plans, local installation capability and available support resources. Buyers should provide the destination country, quantity, antenna models, link distances, required capacity, preferred deployment schedule and whether configuration, remote guidance or onsite coordination is expected. Availability and fulfilment may depend on the exact model, vendor lead time, shipping route, regulatory requirements and local project conditions. FourTeck does not assume immediate local inventory or guaranteed customs outcomes. For regional enquiries, explore FourTeck Africa technology solutions, Kenya project coordination or Uganda technology assistance.
Related products and services to consider
Compatible sector antennas
Consider an appropriately sized dual-polarity sector antenna for point-to-multipoint coverage. Beamwidth, gain and mounting compatibility must match the design.
RocketDish directional antennas
A compatible directional dish may be considered for a point-to-point link where narrow beamwidth and precise alignment suit the path.
airMAX ac client radios
Subscriber or far-end devices must be selected for the required distance, antenna pattern, capacity and compatibility. Do not assume every airMAX generation can be mixed freely.
Surge protection and outdoor cabling
Shielded cable, grounding and suitable Ethernet surge protection should be evaluated for exposed outdoor routes and tower installations.
Wireless link survey and design
A survey can evaluate path clearance, spectrum, mounting, power, cable routing and practical installation constraints before equipment is finalised.
Configuration and alignment support
Professional setup can cover regional settings, security, frequencies, power, alignment, throughput testing and documentation according to the agreed scope.
Why businesses contact FourTeck
Outdoor wireless purchasing often fails when the radio is ordered without the correct antenna, far-end device, power method or installation materials. FourTeck helps buyers clarify the requirement before the quotation is finalised. The discussion can cover whether the project is a point-to-point bridge or point-to-multipoint sector, what capacity is expected, which accessories belong in the bill of materials, what compatibility checks are necessary and which implementation tasks should be included.
This practical approach is useful for procurement teams that have a model number but still need technical confirmation, and for technical teams that understand the topology but require commercial coordination. FourTeck can also help separate hardware supply from optional services such as survey, configuration, mounting, alignment, testing and handover documentation. The goal is to produce a clearer purchase request rather than make unsupported promises about performance, delivery or project outcomes.
Frequently asked questions
Is the RP-5AC-Gen2 an antenna?
No. It is the outdoor 5 GHz radio. A compatible external dual-polarity antenna is required, selected according to point-to-point or point-to-multipoint design.
Can it be used for a building-to-building link?
Yes, it can be used as part of a point-to-point link when paired with suitable directional antennas and a compatible radio at the opposite end. Path clearance and RF conditions must be checked.
Can phones and laptops connect directly?
It is designed primarily for airMAX outdoor wireless links, not as a conventional indoor Wi-Fi access point for everyday client devices. Review the complete architecture before purchase.
What does airPrism provide?
airPrism filtering is designed to improve rejection of adjacent-channel interference, which can be valuable at sites with several co-located radios. It complements rather than replaces careful RF planning.
Does it include a PoE adapter?
Manufacturer documentation lists a 24 V, 1 A Gigabit PoE adapter as included. Buyers should confirm the exact package contents and regional plug arrangement in the quotation.
Is standard 802.3af PoE supported?
The radio uses 24 V passive PoE. Do not connect an unverified power source. Confirm injector or switch compatibility before installation.
What throughput should I expect?
Ubiquiti positions the platform for up to 500+ Mbps data throughput. Real throughput varies with channel width, signal, interference, distance, modulation, Ethernet path and traffic conditions.
Which antenna should I order?
The answer depends on topology, distance, coverage angle, gain, mounting and regulatory limits. Share the link details with FourTeck for model and bill-of-material guidance.
Is installation included?
Hardware supply does not automatically include survey, mounting, cabling, configuration, alignment or testing. Request those tasks explicitly so they can be scoped and quoted.
How can I check Dubai availability and price?
Send FourTeck the exact model, quantity, antenna requirement, accessories, delivery location and service scope. Current availability and quotation details can then be confirmed.
Confirm the radio, antenna and project scope together
Provide the topology, distance, capacity, quantity and deployment location for a focused RP-5AC-Gen2 quotation and UAE availability review.
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