Ubiquiti Rocket 2AC R2AC-PRISM in Dubai, UAE
Build a purpose-designed outdoor wireless link with a compact radio that supports point-to-point backhaul and point-to-multipoint access in the 2.4 GHz band. The R2AC-PRISM is intended for use with a compatible external airMAX antenna, making antenna choice, spectrum planning and installation quality central to the purchasing decision.
Prepare these details for an accurate quote
Link type: PtP or PtMP
Distance and line-of-sight conditions
Required antenna coverage and gain
Expected throughput and client count
Mounting, power and configuration scope
Direct answer for buyers
The Ubiquiti Rocket 2AC R2AC-PRISM is an outdoor 2.4 GHz airMAX radio used to create fixed wireless links between locations or to serve multiple airMAX client devices from a sector. It is relevant to WISPs, campuses, logistics sites, construction compounds, farms and businesses that need engineered connectivity beyond a single building. The radio is not a complete link by itself: a compatible antenna, mounting hardware, outdoor cabling, earthing and surge protection may be required. Before proceeding, confirm the path profile, usable spectrum, required capacity, antenna pattern, local channel rules, remote-end equipment and whether FourTeck should include configuration or installation support.
What the R2AC-PRISM does
The device acts as the radio and network interface in an outdoor airMAX wireless system. When paired with a suitable RocketDish, sector or compatible omni antenna, it can form a dedicated building-to-building bridge or an access point serving several remote stations. Its design separates the radio from the antenna, giving the network designer flexibility to select antenna gain and coverage according to the physical topology rather than accepting a fixed integrated pattern.
This flexibility is valuable, but it also means purchasing decisions must be based on a link design. A high-gain dish may be appropriate for a narrow point-to-point path, while a sector antenna may suit a point-to-multipoint deployment. An antenna should never be selected only because it has the highest gain; coverage angle, mounting height, nearby interference and the remote devices all affect the result.
Who should consider it
The Rocket 2AC Prism can suit organisations operating private fixed-wireless networks and service providers maintaining airMAX infrastructure. Typical buyers include IT departments connecting warehouses, compounds or branch buildings; system integrators delivering outdoor connectivity; wireless ISPs expanding 2.4 GHz coverage; and project teams requiring a radio platform with selectable external antennas.
It is less suitable when the requirement is ordinary indoor Wi-Fi, a plug-and-play consumer extender, or a link where clean 2.4 GHz spectrum cannot be established. It should also not be chosen without checking whether the remote stations and desired operating mode are compatible with the airMAX ac platform.
Business challenges and practical responses
No practical cable route
A designed PtP link can connect separated buildings where trenching fibre or copper would be disruptive, slow or commercially unsuitable. Clear line of sight and the required Fresnel-zone clearance still need validation.
Several remote endpoints
A PtMP design can use a sector-based base station to serve compatible remote stations. Capacity planning should consider aggregate demand, airtime use, channel width and the number of associated clients.
Crowded radio environment
airPrism filtering is designed to improve rejection of adjacent-channel interference. It does not remove the need for spectrum analysis, careful channel choice, antenna isolation and sensible site placement.
Outdoor installation exposure
The metal enclosure and wide environmental specification support outdoor deployment, while correct cable glands, drip loops, grounding, surge protection and secure mounting remain essential parts of a reliable installation.
Core capabilities that influence the design
Full-band 2.4 GHz radio
Supports the applicable 2.4 GHz operating range according to country settings and regulatory restrictions. Available channels and transmit limits must be configured for the deployment country.
airMAX ac TDMA
Uses Ubiquiti’s scheduled airMAX protocol for fixed-wireless operation. Client compatibility and mode selection should be checked before mixing generations or reusing existing subscriber devices.
airPrism filtering
Active filtering is intended to improve signal-to-noise performance where nearby channels create interference. Actual link quality remains dependent on spectrum conditions and installation design.
External antenna choice
Two waterproof RP-SMA connections allow the radio to work with a compatible dual-polarity antenna. The antenna determines coverage, gain and much of the finished system’s physical behaviour.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building bridge | A clear path exists and a matching radio and directional antenna can be installed at each end. | Distance, path clearance, antenna gain, mounting height and expected throughput. |
| Sector-based subscriber access | Several compatible airMAX stations need service within a defined azimuth and elevation pattern. | Client count, traffic mix, coverage angle, channel plan and CPE compatibility. |
| Noisy tower or rooftop | The design benefits from airPrism filtering and appropriate antenna isolation. | Spectrum survey, channel reuse plan, physical separation and shielding strategy. |
| General office Wi-Fi | Usually not the correct product; indoor Wi-Fi access points serve a different purpose. | Whether the need is fixed wireless backhaul or end-user Wi-Fi coverage. |
Verified technical information
Values below follow current Ubiquiti technical information for model R2AC-PRISM. Regional operation and field results remain deployment dependent.
| Brand | Ubiquiti |
|---|---|
| Product | airMAX Rocket Prism 2AC |
| Model | R2AC-PRISM |
| Product type | Outdoor 2.4 GHz PtP/PtMP base-station radio |
| Total throughput | 150+ Mbps stated in current technical specifications; actual throughput depends on channel width, interference, signal quality and topology. |
| Operating frequency | Worldwide 2412-2472 MHz; country settings and local regulations apply. |
| Network interface | One Gigabit Ethernet RJ45 port |
| RF connections | Two waterproof RP-SMA plus one waterproof GPS connection |
| Power method | 24V passive PoE, pairs 4/5 positive and 7/8 return |
| Included power supply | 24V, 0.5A Gigabit PoE adapter |
| Supported voltage | 20-27V DC |
| Maximum power consumption | 9.5W |
| Dimensions | 88 x 40 x 230 mm |
| Weight | 400 g |
| Enclosure | Die-cast aluminium |
| Operating temperature | -40 to 80 degrees C |
| Operating humidity | 5 to 95% non-condensing |
| ESD protection | Air/contact plus or minus 24 kV, as stated by the manufacturer |
| Certifications | CE, FCC and IC; deployment approval remains region dependent |
| Availability | Contact FourTeck to confirm current UAE availability, quantity and lead time. |
Compatibility and dependency notice
The radio requires an external antenna and should be treated as one component in a complete wireless system. Confirm the antenna model, polarization, frequency range, connector arrangement and mounting method. In a PtP design, both ends should be engineered as a matched system. In PtMP deployments, the subscriber stations must support the intended airMAX mode and frequency plan.
The available channels, output power and management-radio behaviour can differ by country setting. UAE deployment should follow the applicable telecommunications regulations and approved frequency use. Channel planning should be based on a local spectrum survey rather than assumptions drawn from another site.
The included passive PoE adapter is not interchangeable with every PoE standard. Verify power polarity, voltage, cable length and any surge-protection equipment before connection. Where a managed PoE switch is preferred, confirm that its output is compatible with the radio’s passive PoE requirement.
From requirement to operational link
Define the service goal
State whether the link will carry office data, surveillance video, voice, internet access, operational systems or several traffic classes. Include peak and future capacity.
Validate the radio path
Review coordinates, distance, elevations, obstacles, Fresnel clearance and mounting options. A visual line of sight alone may not provide sufficient path clearance.
Select antenna and accessories
Choose dish, sector or omni coverage according to topology. Add brackets, outdoor cable, surge protection, grounding materials and weatherproofing items where required.
Configure and align
Apply country settings, channel width, security, addressing and management parameters. Accurate physical alignment is required, especially with narrow-beam antennas.
Test and document
Record signal, noise, modulation, throughput and error indicators under realistic load. Save configuration backups, mounting details and the final channel plan.
AirPrism filtering in high-density radio sites
The 2.4 GHz band can be busy because many Wi-Fi, Bluetooth and industrial devices operate around it. In a fixed-wireless network, interference may come from the same site, neighbouring networks or distant transmitters visible from an elevated tower. The R2AC-PRISM uses airPrism active RF filtering to improve rejection of energy outside the selected operating channel. This capability is especially relevant when multiple radios must be mounted on a shared rooftop or tower and channel separation is limited.
Filtering should be understood as one tool within a wider interference-management plan. It cannot create clean spectrum where none exists, and it does not correct poor antenna placement. A practical design still considers channel width, physical separation, antenna front-to-back ratio, polarization, down-tilt, shielding and transmit power. Wider channels can increase peak data rate but occupy more spectrum and may be harder to operate in a crowded environment. Narrower channels may improve reuse and robustness where capacity requirements permit.
Before selecting the radio, buyers should establish whether 2.4 GHz is the right band for the path. It can offer useful propagation characteristics and may be chosen where vegetation, legacy subscriber equipment or the existing network plan favours this frequency. However, another band or a different wireless architecture may be more appropriate when congestion is severe. FourTeck can review the intended site information and help identify the questions that a spectrum survey or link assessment should answer.
External antenna flexibility and link geometry
Unlike an integrated outdoor radio, the Rocket 2AC Prism lets the designer choose the antenna separately. This supports several deployment patterns but places greater responsibility on the bill of materials. For a point-to-point link, a narrow-beam dish can concentrate energy between two sites and reduce reception from unwanted directions. For point-to-multipoint service, a sector antenna can cover a planned azimuth such as 60, 90 or 120 degrees, depending on the selected model. An omni antenna can provide broad horizontal coverage, although it receives interference from more directions and may not be appropriate for dense or high-capacity networks.
Antenna gain should not be considered independently of beamwidth and regulatory limits. Higher gain normally narrows the beam, which can improve link budget but makes alignment more demanding. The chosen antenna must support the 2.4 GHz range and the dual-polarity RF arrangement. Mechanical compatibility, wind loading and mounting hardware also matter. Rooftop installations may require non-penetrating mounts or approved structural attachment, while towers may need brackets that maintain polarization and separation from other radios.
For quotation purposes, provide the antenna model when it is already specified. When it is not, share the link distance, coverage angle, number and position of remote sites, available mounting height and expected data demand. This allows FourTeck to discuss a more complete bill of materials instead of pricing the radio alone and leaving critical accessories unresolved.
Management, monitoring and operational control
The R2AC-PRISM uses airOS for radio configuration and diagnostics. Operational teams can review link statistics, signal and noise measurements, modulation behaviour, Ethernet status and spectrum information. These values are useful during commissioning and troubleshooting, but they need interpretation in the context of the selected channel width, target capacity and environmental conditions.
A dedicated management radio can assist with local setup from a compatible mobile workflow. The main production network should still be designed with secure management access, controlled administrator credentials, configuration backups and a documented addressing plan. Firmware should be assessed and maintained according to the organisation’s change-control process. Remote management exposure should be limited, and access should be protected through the network architecture rather than relying only on the device login page.
For larger deployments, management responsibilities should be assigned before rollout. Decide who will monitor link health, investigate performance changes, maintain configuration records and coordinate physical access to remote sites. A radio can continue operating for long periods, yet outdoor links remain affected by new interference sources, construction, foliage growth, antenna movement, cable damage and power events. A practical support plan therefore includes both software monitoring and periodic physical inspection.
Ideal environments and use cases
Warehouse and logistics campuses
Connect separated warehouses, yards, gatehouses or operational buildings where a fibre route is unavailable. Capacity should account for applications such as CCTV, access control, handheld operations and office traffic.
Construction and temporary sites
Provide fixed connectivity between a main office, site cabins or remote compounds. Mounting stability, changing obstructions, dust, power quality and relocation plans need attention.
WISP sector expansion
Serve compatible subscribers from a sector when the operator’s existing frequency plan and client base support 2.4 GHz airMAX ac. Airtime and aggregate capacity must be engineered.
Agriculture and remote facilities
Extend network access to farm buildings, irrigation-control locations or perimeter assets. Terrain, vegetation and seasonal changes can materially affect the path.
Education and institutional sites
Link buildings across a campus or serve distributed facilities. Network segmentation, security policy and the effect of local Wi-Fi congestion should be included in planning.
Video-surveillance backhaul
Carry camera traffic from a remote location when the calculated sustained bitrate, overhead and growth remain within the engineered wireless capacity.
Integration and operational considerations
A wireless bridge is part of the wider LAN and should be integrated with the same care as a cable path. Confirm whether the link will carry tagged VLANs, management traffic, cameras, phones or business applications. Define the required Ethernet switching, routing and security controls at both ends. The radio does not replace a firewall, managed switch or application-quality policy. Those functions may be necessary elsewhere in the design.
Latency and throughput expectations should be realistic. The manufacturer’s stated throughput is not a guaranteed application result. Actual performance changes with modulation, channel width, interference, distance, retransmissions and the traffic pattern. A link designed for surveillance should be assessed using sustained camera bitrate and recording behaviour, while a branch connection should consider peak user activity and cloud application sensitivity.
Power resilience is another design decision. The included injector provides the required passive PoE, but critical sites may need a suitable UPS, protected AC supply and coordinated grounding. Outdoor Ethernet should be routed away from power conductors and installed using appropriate cable. Surge protection should be considered at building entry points and close to the radio according to the site design and applicable standards.
Finally, decide how faults will be isolated. Maintaining a spare configured radio, PoE injector, surge protector and patch lead can reduce diagnosis time in remote networks. Record antenna alignment, cable test results and baseline radio metrics at handover so later changes can be compared with the original commissioned condition.
Buyer questions to resolve before ordering
Is the link PtP or PtMP?
The topology determines the antenna type, quantity of radios, client compatibility and capacity model.
What distance and path conditions apply?
Coordinates, elevations and obstruction information support path assessment and antenna selection.
How much usable capacity is required?
State sustained and peak demand, not only the internet package size. Include CCTV and future expansion.
Which remote radios are already installed?
Existing CPE models and firmware affect compatibility and the choice of airMAX operating mode.
What spectrum is usable?
A local survey helps identify interference, channel width options and whether 2.4 GHz remains suitable.
Who will install and support it?
Clarify mounting, cabling, alignment, configuration, testing, documentation and ongoing monitoring responsibilities.
Procurement checklist
✓ Exact model: R2AC-PRISM
✓ Required radio quantity
✓ PtP or PtMP topology
✓ Compatible antenna model
✓ Remote-end radio or CPE model
✓ Link distance and coordinates
✓ Mounting height and bracket needs
✓ Outdoor cable length and type
✓ Surge protection and grounding
✓ Country and regulatory setting
✓ Configuration and alignment scope
✓ Warranty and lead-time confirmation
FourTeck consultation and quotation support
FourTeck can assist buyers in turning a radio request into a practical bill of materials. This may begin with a review of the intended topology, site locations, capacity target and existing Ubiquiti equipment. Where the antenna has not yet been selected, the discussion can cover the required coverage angle, link distance and mounting constraints. Compatibility should be confirmed before committing to quantities, particularly when the project will reuse older airMAX subscriber equipment.
Quotation scope can include the R2AC-PRISM radio, suitable antennas, PoE equipment, surge protection, outdoor cabling, mounting accessories and other network components where required. Installation, configuration, alignment, testing and documentation are variable services and should be requested explicitly. The final scope depends on site access, working height, civil requirements, power availability and the customer’s network design.
For broader infrastructure planning, explore FourTeck’s business technology products, review available 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 Ubiquiti R2AC-PRISM. Supply can depend on the required quantity, regional version and vendor lead time. The current availability position should be checked at the time of quotation rather than inferred from a listing page. Antennas and installation accessories may have different lead times from the radio, so a complete bill of materials is preferable when the project schedule is important.
FourTeck can coordinate requirement review, quotation and delivery planning for projects in Dubai, Abu Dhabi, Sharjah and Ajman. Installation and configuration should be included in the quotation when needed. Buyers should provide site details, antenna requirements, quantity and preferred timeline so that product supply and project activities can be discussed together.
GCC availability
FourTeck can assist organisations planning R2AC-PRISM deployments across GCC markets by reviewing the exact radio requirement, antenna choice, quantity, destination and intended operating mode. A regional project may use a common design concept, but each site still needs its own frequency, mounting and path assessment. Availability, permissible channels, delivery schedules, service visits and vendor lead times can vary across the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman.
For a regional quotation, provide the destination country for each shipment, the number of base-station and remote radios, required antenna models, planned deployment locations, expected capacity and target schedule. FourTeck can then help coordinate quotation details, configuration scope and installation planning where applicable. No assumption should be made about local inventory, customs clearance or fixed delivery time until the destination and bill of materials are confirmed. For Kuwait-related enquiries, buyers may also review FourTeck Kuwait technology support.
Africa availability
Organisations evaluating the Rocket 2AC Prism for African projects can contact FourTeck for product, antenna and deployment guidance. Fixed-wireless requirements differ widely between urban rooftops, industrial areas, campuses and rural links, so the radio should be selected with its operating environment in mind. Product availability and fulfilment may depend on the destination, quantity, regional frequency rules, power requirements, shipping arrangements, vendor lead time and the need for installation or remote configuration support.
Share the destination country, exact model quantity, link distances, antenna preference, planned schedule and support expectations. FourTeck can help review the bill of materials and identify information required before a quotation is finalised. Buyers in East Africa may consult FourTeck Kenya or FourTeck Uganda, while broader enquiries can be directed through FourTeck Africa. Local inventory, immediate shipment, customs outcomes and country-wide onsite coverage should be confirmed rather than assumed.
Related products and services to consider
2.4 GHz RocketDish antenna
A directional dish may be considered for point-to-point links. Confirm exact frequency, gain, mounting and path suitability.
airMAX sector antenna
A sector can support PtMP coverage over a defined angle. Select beamwidth and gain according to subscriber distribution and reuse plan.
Compatible airMAX CPE
Remote stations must support the planned band and operating mode. Compatibility should be checked model by model.
Outdoor surge protection
Ethernet surge protection, grounding and protected power can reduce exposure to electrical events when correctly designed and installed.
Wireless link assessment
Path and spectrum review can clarify whether 2.4 GHz is appropriate and what antenna arrangement should be quoted.
Installation and alignment
Professional mounting, cable work, configuration and alignment may be included as a defined project service.
Why businesses contact FourTeck
A request for an outdoor radio often reveals a wider design decision. FourTeck helps buyers clarify the topology, confirm the exact model, consider compatible antennas and identify accessories that might otherwise be missed. This approach can reduce the risk of receiving a radio without the components needed to build the intended link.
Assistance may also cover quotation coordination, configuration scope, installation planning and handover requirements. The aim is to define what is included and what remains customer supplied before purchase. For information about FourTeck’s broader approach, visit the FourTeck company overview.
Frequently asked questions
Is the Ubiquiti R2AC-PRISM a complete wireless link?
No. It is the radio component. A compatible external antenna is required, and a point-to-point link normally needs equipment at both locations. Mounting, cable, surge protection and network equipment may also be required.
Can it be used for both PtP and PtMP networks?
Yes, the model is positioned for point-to-point and point-to-multipoint operation. The antenna, remote devices, channel plan and configuration must match the chosen topology.
Which antenna should I use?
A dish is commonly considered for a narrow PtP link, while a sector may suit PtMP coverage. The correct model depends on distance, angle, gain, interference, mounting and regulatory limits.
Does it provide standard indoor Wi-Fi?
It is designed for fixed outdoor airMAX networking, not as a normal indoor Wi-Fi access point for phones and laptops. Use a suitable business Wi-Fi platform for end-user coverage.
What throughput should I expect?
Current Ubiquiti technical information states 150+ Mbps total throughput. Real application throughput depends on signal quality, interference, channel width, distance, traffic and system design.
Is the PoE adapter included?
The manufacturer’s technical specification lists a 24V, 0.5A Gigabit PoE adapter as included. Confirm package contents and regional supply details in the final quotation.
Can it be installed outdoors in the UAE?
The radio is designed for outdoor operation, but installation quality is critical. Use suitable cable, mounting, grounding, surge protection and weatherproofing, and follow local frequency and site regulations.
Can FourTeck configure and align the radio?
Configuration and installation assistance can be discussed as part of the quotation. Scope depends on site access, mounting requirements, path design, quantity and the customer’s network environment.
How do I confirm UAE availability and price?
Send FourTeck the exact model, quantity, antenna requirement, destination and preferred timeline. Current availability and pricing will be confirmed based on the complete requirement.
Confirm the radio, antenna and project scope together
Share the link distance, topology, expected capacity, antenna preference and quantity. FourTeck will review the request and coordinate a UAE quotation based on the confirmed bill of materials.
Reviews
There are no reviews yet.