Outdoor airMAX ac base-station radio
Ubiquiti Rocket 5AC Prism R5AC-PRISM in Dubai, UAE
A model-specific buying guide for organisations evaluating the original Rocket5ac Prism radio for interference-aware 5 GHz point-to-point backhaul or point-to-multipoint sector deployments.
Confirm the exact model first
R5AC-PRISM is the original Rocket5ac Prism. It should not be confused with RP-5AC-Gen2, which uses a different enclosure and platform design.
Direct answer for buyers
The Ubiquiti Rocket 5AC Prism R5AC-PRISM is an outdoor 5 GHz airMAX ac base-station radio that connects to a separate sector or dish antenna. It is mainly used for long-range point-to-point wireless backhaul or point-to-multipoint access in environments where adjacent-channel interference needs careful control. Wireless internet service providers, campuses, industrial estates, hospitality groups and multi-building businesses may consider it when they already use compatible airMAX ac infrastructure or need this exact model for replacement. Before proceeding, confirm the model identity, antenna type, regulatory region, link path, channel plan, passive PoE supply, firmware compatibility and whether a newer platform would be more appropriate for a fresh deployment.
What the R5AC-PRISM does
The radio provides the active wireless electronics for a 5 GHz outdoor link. It connects to an appropriate external Ubiquiti airMAX antenna through two waterproof RP-SMA connectors. With a directional dish, it can form a point-to-point path between two locations. With a suitable sector antenna, it can operate as a point-to-multipoint access point serving compatible subscriber radios.
Its defining feature is airPrism active RF filtering, which is designed to reject adjacent-channel energy that can affect receiver performance. This is valuable where several radios operate from the same tower, rooftop or site and spectrum reuse must be planned carefully.
Who should consider it
The model is most relevant to experienced network operators, system integrators and organisations maintaining an established airMAX ac network. It may also suit a controlled expansion where matching an existing radio, antenna system or operational standard is more important than adopting the newest generation.
It is not a typical indoor Wi-Fi access point and is not intended to provide ordinary phone or laptop connectivity. A buyer expecting a complete wireless bridge in one enclosure should instead evaluate an integrated bridge product or a complete paired solution.
Business challenges this radio can help address
Inter-building connectivity
A properly engineered wireless backhaul can connect buildings where fibre installation is delayed, disruptive or uneconomical. Link feasibility still depends on clear line of sight, Fresnel-zone clearance, distance and local spectrum conditions.
Crowded tower spectrum
airPrism filtering helps the receiver focus on the selected channel while reducing the effect of adjacent-channel activity. It is not a substitute for disciplined frequency planning, antenna isolation and realistic channel-width selection.
Sector-based access
With a compatible airMAX ac sector antenna, the radio can form the access-point side of a point-to-multipoint network. Capacity, customer count and expected throughput must be designed rather than assumed from headline rates.
Legacy network continuity
Some operators require the original R5AC-PRISM for a like-for-like replacement, common firmware workflow or compatibility with an existing tower configuration. Exact revision and regional variant should be checked before purchase.
Core capability band
airMAX ac protocol
A proprietary TDMA-based wireless platform designed for managed outdoor links with compatible airMAX ac equipment.
Active RF filtering
airPrism receiver filtering is intended to improve signal-to-noise conditions in dense or interference-prone 5 GHz deployments.
Flexible channel widths
Multiple channel-width options support a trade-off between throughput, spectrum efficiency, link robustness and local rules.
Outdoor radio design
A shielded metal enclosure, external RF connectors and passive PoE architecture support tower, mast and rooftop installation.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Point-to-point backhaul | You need a dedicated 5 GHz path between two sites and will use compatible directional antennas at both ends. | Distance, line of sight, antenna gain, mounting height, expected capacity and matching remote radio. |
| Point-to-multipoint access | You are building a sector that serves compatible airMAX ac subscriber devices. | Sector antenna, coverage angle, customer distribution, airtime demand, frequency plan and firmware policy. |
| High-interference site | Several nearby radios make adjacent-channel rejection an important selection factor. | Spectrum survey, channel reuse plan, physical antenna separation and realistic channel width. |
| Like-for-like replacement | An installed network specifically uses R5AC-PRISM and operational consistency matters. | Exact model label, region, firmware, included PoE adapter, antenna connectors and lifecycle implications. |
| New greenfield deployment | It may fit where airMAX ac remains the chosen platform and the exact requirements support it. | Compare current Ubiquiti options, capacity needs, management approach, product availability and long-term support strategy. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | Rocket5ac Prism |
| Exact model | R5AC-PRISM |
| Product type | Outdoor 5 GHz airMAX ac base-station radio requiring an external antenna |
| Wireless technology | airMAX ac with airPrism active RF filtering |
| Operating frequency | Worldwide full-band 5 GHz coverage; permitted frequencies and power are region dependent |
| Throughput guidance | Manufacturer platform guidance states up to 500+ Mbps real TCP/IP throughput at the widest supported PtP channel; actual throughput is deployment dependent. PtMP guidance is lower and channel-width dependent. |
| Channel widths | PtP: 10/20/30/40/50/60/80 MHz; PtMP: 10/20/30/40 MHz, subject to firmware and local regulation |
| Networking interface | One 10/100/1000 Ethernet port |
| RF connectors | Two waterproof RP-SMA antenna connectors and one GPS antenna connector |
| Power method | 24 V passive PoE |
| Power supply | 24 V, 0.5 A Gigabit PoE adapter listed in the original package contents; verify included items for current supply |
| Maximum power consumption | 9.5 W |
| Processor and memory | Atheros MIPS 74Kc, 720 MHz; 128 MB DDR2 SDRAM; 16 MB NOR flash |
| Dimensions | 88 × 40 × 230 mm |
| Weight | 400 g |
| Enclosure | Die-cast aluminium with white powder coating and EMI shielding |
| Operating temperature | -40 to 80 °C |
| Operating humidity | 5 to 95% non-condensing |
| Management | airOS v7 family tools, including device statistics, RF diagnostics and airView spectrum analysis; firmware support should be confirmed for the installed network |
| Included components guidance | Original package documentation lists the radio, GPS antenna, 24 V 0.5 A Gigabit PoE adapter with mounting bracket and power cord. Current supplied contents must be reconfirmed. |
| Availability | Legacy exact model; contact FourTeck for current UAE sourcing options, regional version and lead time. |
Compatibility and dependency notice
The R5AC-PRISM is a radio module, not a complete integrated antenna. A compatible external antenna, appropriate RF jumpers or direct antenna mounting arrangement, shielded outdoor Ethernet cabling, grounding and a compatible 24 V passive PoE source are part of the deployment. Do not connect it to an arbitrary PoE switch without verifying voltage and pinout.
Point-to-multipoint use requires compatible airMAX ac subscriber equipment and a sector design that accounts for beamwidth, client distribution and airtime. Point-to-point use requires a matching remote endpoint and antennas selected for distance and link budget. Frequency availability, transmit power and channel width are controlled by country regulations and the selected device region.
Because this is the original model, buyers should also confirm firmware alignment and whether replacement with the later RP-5AC-Gen2 or another current platform is technically and operationally acceptable. Similar product names are not proof of identical hardware or drop-in compatibility.
A practical purchase and deployment journey
Verify model identity
Photograph the existing label or state whether the requirement is for a new design. Distinguish R5AC-PRISM from RP-5AC-Gen2 and R5AC-Lite.
Define the link
Document endpoints, coordinates, mounting heights, distance, required throughput, availability target and whether the design is PtP or PtMP.
Review spectrum and path
Check line of sight, Fresnel clearance, likely interference, legal frequencies and the balance between channel width and resilience.
Build the bill of materials
Confirm radios, antennas, mounts, shielded cable, surge protection, grounding, PoE equipment and any installation hardware.
Configure and align
Apply the approved country setting, channel plan, security, management addressing and link parameters, then align antennas using measured signal quality.
Validate and document
Test throughput, latency, packet loss, stability and failover expectations. Record firmware, frequencies, credentials ownership and physical installation details.
airPrism filtering and spectrum discipline
The main reason to choose the Rocket5ac Prism over a basic 5 GHz radio is not simply a headline throughput number. Its airPrism design targets receiver selectivity. At a busy tower, multiple radios may operate on nearby channels. Even when each radio is assigned a different centre frequency, wide channels and strong nearby transmitters can raise the noise seen by adjacent receivers. The result can be unstable modulation, retries, variable latency and reduced usable capacity.
The R5AC-PRISM uses active filtering to reject energy outside the intended receive channel. This can improve the practical signal-to-noise environment, especially when combined with sensible antenna orientation, polarisation, vertical separation and frequency reuse. It does not make poor RF planning harmless. If channels overlap excessively, antennas are poorly aligned or a strong transmitter is installed immediately beside a sensitive receiver, performance can still suffer.
A buyer should therefore treat airPrism as one part of an RF design. A spectrum survey should identify persistent interferers and time-varying activity. The chosen channel width should match the real capacity requirement. An 80 MHz channel may offer a higher maximum rate in favourable point-to-point conditions, but it consumes more spectrum and can be harder to keep clean. Narrower channels may provide better reuse and stability, particularly for point-to-multipoint networks.
FourTeck can help structure the questions that need answering before equipment is ordered: how many radios share the site, what antenna beamwidths are used, which channels are already occupied, how much throughput is genuinely needed and whether the original R5AC-PRISM remains the right platform for the expansion.
Throughput, latency and capacity expectations
Ubiquiti’s original platform literature presents airMAX ac performance of up to 500+ Mbps real TCP/IP throughput when operating with the widest point-to-point channel under suitable conditions. This should be understood as a platform maximum, not a guaranteed business result. Actual capacity depends on channel width, modulation rate, signal strength, noise floor, link distance, antenna alignment, Ethernet conditions, packet mix and regulatory power limits.
Point-to-multipoint networks divide airtime among subscriber stations. A sector may show a strong aggregate rate while an individual customer receives less, particularly when many active clients transmit simultaneously. Poorly aligned or low-signal stations can consume disproportionate airtime. Capacity planning should therefore consider concurrent traffic, service profiles, busy-hour usage and the distribution of customers across sectors rather than only the theoretical number of associations.
Latency is also influenced by RF quality and scheduler load. A clean, well-aligned link can behave consistently, while interference and retransmissions create delay variation. Applications such as voice, video surveillance transport, remote desktop and industrial monitoring may care more about predictable latency and packet loss than a single speed-test result.
For a quotation, share the target aggregate throughput, minimum acceptable per-site capacity, expected traffic pattern and any latency-sensitive workloads. FourTeck can then help determine whether the R5AC-PRISM design is proportionate or whether a different radio platform, additional sectors or a fibre alternative deserves evaluation.
External antenna choice and physical deployment
The radio’s external-antenna architecture gives the designer flexibility but creates a responsibility to select the right antenna. A narrow-beam dish is generally considered for point-to-point links because it focuses energy between two fixed endpoints and rejects off-axis interference. A sector antenna is used for point-to-multipoint coverage over a defined angle. Wider coverage is not automatically better: a broad sector can see more noise and spread capacity over a larger area.
Antenna gain must be matched to path distance and local equivalent isotropically radiated power limits. More gain cannot compensate for blocked line of sight, severe Fresnel obstruction or poor mounting stability. In Dubai and wider UAE environments, rooftop heat, wind exposure, dust, salt-laden coastal air and cable routing should be considered during installation. Outdoor connectors need correct weatherproofing, while the mast and Ethernet path require grounding and surge protection appropriate to the site.
The GPS antenna listed with the original package should have a clear view of the sky where GPS synchronisation functions are used. Installation teams should avoid placing it under metalwork or in a position that prevents reception. The radio’s main enclosure should be secured according to the selected antenna mounting arrangement and positioned so cable strain, water paths and maintenance access are controlled.
FourTeck can review the proposed antenna model, coverage angle, mounting height, cable type, PoE location and environmental constraints before the bill of materials is finalised. Installation scope can be quoted separately when site information is available.
Ideal environments and use cases
Wireless service-provider sectors
Operators can pair the radio with a suitable sector antenna to serve compatible airMAX ac subscriber stations. Network design should account for client geography, contention, spectrum reuse and future growth.
Campus building links
Schools, logistics parks, factories and business campuses may use a point-to-point pair to extend LAN connectivity between buildings when cable construction is impractical.
CCTV backhaul
A designed wireless path can transport video traffic from a remote camera cluster. Capacity must be calculated from codec, resolution, frame rate, camera count and recording architecture.
Hospitality and leisure sites
Resorts, clubs and event properties may need links to detached facilities. The radio can form part of the backhaul, while separate Wi-Fi access points provide client connectivity.
Temporary project connectivity
Construction or remote project sites may use outdoor wireless where civil works are temporary. Mounting safety, power, path changes and redeployment planning remain important.
Legacy replacement stock
An established operator may need the exact original model to restore service quickly while preserving configuration standards. Availability and condition must be verified before relying on this route.
Operational and integration considerations
Network architecture
Decide whether the wireless link will operate as a transparent bridge, how management traffic will be separated, which VLANs cross the path and where routing, security and quality-of-service controls will reside. The radio is one component of the network and does not replace a firewall, managed switch or policy platform.
Management and access control
Assign controlled management addresses, restrict administrative access, use strong credentials and document ownership. Firmware changes should follow a maintenance procedure, especially in a live point-to-multipoint environment where an incompatible update can affect many remote stations.
Power and switching
The model uses 24 V passive PoE. This differs from standards-based 802.3af or 802.3at negotiation. Verify injector voltage, polarity, pin pairs and surge-protection placement. A PoE switch that supports only standards-based output may not power the radio, while an incorrect passive source can damage equipment.
Monitoring and service assurance
Monitor signal, noise, modulation, capacity, retransmissions, Ethernet negotiation and uptime. Establish thresholds that prompt inspection before users report a failure. Periodic review is particularly useful after new transmitters appear near the site or physical changes affect the path.
Buyer questions to resolve before ordering
A replacement may justify the exact legacy model. A new build should compare current alternatives and long-term support.
Provide coordinates, distance, height and any obstacles so path feasibility can be assessed.
PtP and PtMP use different antenna patterns. Gain and beamwidth must match the design.
State busy-hour traffic, growth expectations and latency-sensitive applications rather than only an internet package speed.
Frequency and transmit-power options depend on country settings and regulation.
Confirm PoE adapter, power cord, GPS antenna, mounting items and warranty terms on the actual quotation.
Procurement checklist
☐ Exact model label: R5AC-PRISM
☐ Required quantity and spare-unit policy
☐ PtP or PtMP operating role
☐ Destination country and regulatory region
☐ Antenna model, gain and beamwidth
☐ Link distance and mounting coordinates
☐ Throughput and latency requirement
☐ 24 V passive PoE compatibility
☐ Shielded cable, grounding and surge protection
☐ Firmware and existing-device compatibility
☐ Included GPS antenna and PoE adapter
☐ Installation, alignment and configuration scope
☐ Warranty and return-condition confirmation
☐ Delivery destination and target schedule
How FourTeck can assist
FourTeck can help buyers convert a product request into a technically complete requirement. For a replacement, this starts with checking the device label, firmware context, antenna connection and power arrangement. For a new link, it includes reviewing endpoints, intended traffic, antenna type, mounting assumptions and the wider network design.
Quotation coordination can include the radio, compatible antenna options, passive PoE accessories, shielded Ethernet cable, surge protection, mounts and configuration or installation scope where required. Availability, supplied components and warranty guidance are confirmed against the actual sourcing option rather than assumed from historic package documentation.
Businesses can also discuss broader infrastructure through the FourTeck technology products catalogue, request implementation assistance through network and security services, or send project details using the FourTeck contact page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability of the exact R5AC-PRISM model. Supply may depend on remaining channel inventory, regional version, requested quantity, product condition and vendor lead time. Because the model is from an earlier Rocket generation, a quotation should state the exact part reference and included accessories rather than relying on a general Rocket Prism description.
FourTeck can coordinate product review, antenna selection, compatible power accessories, delivery planning and optional configuration or installation scope after the requirement is confirmed. Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can discuss project location, access conditions, rooftop or tower requirements and expected commissioning support in one coordinated request. No delivery or installation date should be assumed until equipment sourcing and site scope are agreed.
GCC availability
FourTeck can assist organisations evaluating the Ubiquiti Rocket 5AC Prism R5AC-PRISM for projects across the Gulf region, including requirements connected with the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Assistance can cover exact-model verification, comparison with later Rocket Prism platforms, antenna and accessory selection, quotation coordination, configuration scope and deployment planning. Regional supply should be treated as requirement dependent because this is an earlier model and availability may vary by country, quantity, regulatory version and vendor lead time.
To receive useful guidance, provide the destination country, quantity, intended PtP or PtMP role, required antenna arrangement, expected deployment date and whether installation or remote configuration support is needed. Frequency options, power limits, import arrangements, service visits and warranty handling may differ by destination. FourTeck can help structure the procurement request, but local inventory, fixed delivery schedules, customs outcomes and country-specific certification should not be assumed without written confirmation. For Kuwait-related coordination, buyers may also review FourTeck Kuwait technology support.
Africa availability
Businesses and service providers planning outdoor wireless links in Africa can contact FourTeck for model review, antenna planning, accessory selection and procurement coordination. The R5AC-PRISM may be requested for an existing airMAX ac network, a replacement requirement or a defined project where its original airPrism platform remains appropriate. FourTeck can help evaluate whether the exact legacy radio is necessary or whether a newer option offers a more practical sourcing and lifecycle path.
Availability and fulfilment depend on the destination, quantity, model region, local frequency rules, power requirements, shipping arrangements, vendor lead time and installation scope. Buyers should share the destination country, site coordinates, required quantity, preferred schedule and expectations for configuration or field support. No local inventory, immediate shipment, customs outcome or country-wide onsite coverage is implied. For regional enquiries, organisations can consult FourTeck Africa technology solutions, Kenya project assistance or Uganda technology support as relevant.
Related products and services to evaluate
RP-5AC-Gen2 comparison
The later Rocket Prism generation may be relevant for a new build. It should be compared on management, hardware, availability and compatibility rather than assumed identical.
airMAX sector antennas
Sector beamwidth and gain determine PtMP coverage geometry. Compatibility with the selected radio and mounting method must be confirmed.
RocketDish antennas
Directional dish antennas may be considered for point-to-point backhaul, with size and gain selected from the link budget.
Outdoor cabling and surge protection
Shielded cable, grounding and surge protection support a safer and more maintainable outdoor deployment.
Link planning service
A planning review can cover path profile, Fresnel clearance, antenna selection, spectrum assumptions and expected capacity.
Installation and alignment
Professional mounting, weatherproofing, grounding, antenna alignment and acceptance testing can be included when site scope is known.
Why businesses contact FourTeck
Outdoor wireless purchases often fail because the radio is ordered without the antenna, power, mounting or regulatory details needed for a working link. FourTeck focuses on clarifying those dependencies before quotation. The team can review the exact model, intended topology, existing devices, required capacity and installation expectations so the bill of materials reflects the real project.
Support may include model and accessory guidance, compatibility review, quotation coordination, configuration planning, installation scope, migration discussion and documentation requirements. This practical approach is particularly useful for a legacy model such as R5AC-PRISM, where product naming can be confused with later generations. Learn more about FourTeck’s business technology approach or submit a wider infrastructure enquiry.
Frequently asked questions
Is R5AC-PRISM the same as RP-5AC-Gen2?
No. R5AC-PRISM is the original Rocket5ac Prism model. RP-5AC-Gen2 is a later generation with a different physical and platform design. Confirm the exact label before ordering a replacement or accessory.
Does the radio include an antenna?
The radio requires an external antenna. Original package documentation lists the radio, GPS antenna and PoE accessories, but the sector or dish antenna is selected separately. Current package contents must be confirmed on the quotation.
Can it be used for point-to-point links?
Yes. It can form part of a point-to-point link when paired with a compatible radio and suitable directional antennas. Distance, line of sight, spectrum, antenna gain and target capacity must be engineered.
Can it serve multiple subscriber sites?
Yes, in a point-to-multipoint design using a compatible sector antenna and airMAX ac subscriber stations. Sector capacity depends on channel width, interference, client signal quality and concurrent airtime demand.
What power source does it need?
The model uses 24 V passive PoE. Verify voltage, polarity and pinout before connecting it to a switch or injector. Standards-based PoE and passive PoE are not automatically interchangeable.
Is 500+ Mbps guaranteed?
No. The figure is an upper platform guidance under suitable point-to-point conditions and wide channel operation. Real throughput depends on RF quality, channel width, modulation, distance, interference, antenna alignment and local limits.
Does it provide ordinary office Wi-Fi?
It is designed for airMAX outdoor links, not general indoor client Wi-Fi. Phones and laptops should connect through appropriate Wi-Fi access points behind the backhaul network.
Is the R5AC-PRISM currently available in Dubai?
Availability must be checked for the exact model, quantity and regional version. As an earlier-generation product, it may have different sourcing conditions from current Rocket Prism models.
What information is needed for a quotation?
Provide quantity, exact model, destination, PtP or PtMP role, antenna requirement, link distance, target throughput, existing equipment, required accessories and installation or configuration scope.
Can FourTeck help with installation and configuration?
FourTeck can discuss link planning, bill-of-material review, configuration, mounting, alignment and testing. The exact scope, site access, schedule and deliverables should be defined in the quotation.
Discuss your R5AC-PRISM requirement
Share the exact model, quantity, link type, antenna requirement and deployment location. FourTeck can review compatibility, current UAE sourcing options and the supporting bill of materials.
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