OUTDOOR WIRELESS BACKHAUL PLANNING
Ubiquiti Rocket 5AC Point-to-Point R5AC-PTP in Dubai, UAE
The R5AC-PTP is a legacy 5 GHz airMAX ac outdoor radio intended for building directional point-to-point links with compatible external antennas. It can be useful where two business sites require a wireless Ethernet bridge, but successful deployment depends far more on path engineering, spectrum conditions and antenna selection than on the radio alone.
External antenna required
Wireless Ethernet bridge
Confirm power accessories
Check replacement options
Direct answer for buyers
The Ubiquiti Rocket 5AC Point-to-Point R5AC-PTP is a weather-resistant 5 GHz radio used with separate directional antennas to connect two network locations over a clear outdoor path. Organisations may consider it for inter-building connectivity, CCTV backhaul, temporary project networks or service-provider transport where trenching fibre is difficult. Before proceeding, confirm that the exact legacy model is still supportable, that matching radios and antennas are available, and that the proposed path has adequate line of sight and Fresnel-zone clearance. Buyers should also validate local channel permissions, expected interference, surge protection, mounting, power and whether a newer Ubiquiti model offers a more practical lifecycle choice.
What the R5AC-PTP does
It converts Ethernet traffic into a focused 5 GHz airMAX ac wireless link when connected to an appropriate dual-polarised antenna. One radio normally operates at each end, with each unit mounted, aligned, powered and configured for the same link. The device does not include a dish antenna, so the selected RocketDish or another confirmed compatible antenna becomes a core part of the design rather than an optional afterthought.
Who should consider it
The model may fit experienced network teams, wireless integrators and organisations maintaining an existing Rocket ac deployment. It is less suitable for a buyer seeking a simple all-in-one bridge because the radio, antenna, cabling, PoE, grounding and mounting must be coordinated. For new projects, lifecycle, firmware and replacement availability should be compared with current integrated and modular Ubiquiti options before purchase.
Business challenges this radio can help address
Sites separated by roads or open land
A correctly engineered wireless bridge can carry network traffic without opening a trench, subject to clear path conditions and permitted spectrum use.
Remote cameras and operations
The link can transport IP traffic from CCTV, access-control, telemetry or remote office networks when bandwidth and latency requirements are properly sized.
Temporary or changing projects
Construction and event environments may use outdoor wireless where fixed cabling is impractical, but mounting stability, power and future relocation should be planned.
Legacy network continuity
An existing R5AC-PTP estate may require like-for-like spares. In that case, firmware matching and hardware condition deserve the same attention as purchase price.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Inter-building bridge | Both endpoints have stable mounts and a clear outdoor path. | Distance, Fresnel clearance, throughput target and antenna gain. |
| Existing airMAX ac network | The buyer needs a compatible legacy radio or spare. | Firmware train, configuration backup and exact model identity. |
| High-interference area | A spectrum review identifies workable 5 GHz channels. | Noise floor, channel width, legal EIRP and antenna isolation. |
| New greenfield deployment | Legacy compatibility has a specific value. | Whether a current Rocket Prism, PowerBeam or other platform offers better lifecycle support. |
Verified technical information and ordering notes
| Brand | Ubiquiti |
|---|---|
| Product name | Rocket 5AC Point-to-Point |
| Model | R5AC-PTP |
| Product type | Outdoor 5 GHz airMAX ac radio for point-to-point links |
| Networking interface | One 10/100/1000 Ethernet port |
| RF connections | Two waterproof RP-SMA connectors for an external dual-polarised antenna |
| Output power | Up to 27 dBm; permitted setting depends on region, antenna gain and regulatory limits |
| Power method | 24V passive PoE; confirm injector and switch compatibility |
| Maximum power consumption | 8.5W |
| Dimensions | 198.5 × 86.4 × 44.1 mm |
| Management | airOS; exact supported firmware should be confirmed for the unit supplied |
| Antenna | Not integrated; compatible external antenna and RF jumpers are required |
| Lifecycle guidance | Legacy model. Contact FourTeck for current availability, supported alternatives and replacement planning. |
| Important note | A complete link normally requires two radios, two antennas, mounting hardware, shielded outdoor cable, grounding and suitable power equipment. |
Compatibility and lifecycle notice
R5AC-PTP should not be treated as interchangeable with every Rocket model. Configuration files, firmware branches, radio features and hardware revisions can differ. The antenna connection may look familiar across the family, yet that does not prove operational equivalence. For an existing link, record the model label, firmware version, country setting, channel plan, antenna model, mounting details and current signal statistics before replacing either endpoint. For a new link, compare this legacy radio with presently supported Ubiquiti options and consider the cost of future spares, software support and technician familiarity.
A practical purchase and deployment journey
Define the traffic
Document expected average and peak throughput, application sensitivity, VLANs, camera streams and resilience expectations.
Survey the path
Use site coordinates, elevation data and an onsite inspection to check line of sight, Fresnel clearance, mounting height and possible obstructions.
Select the antenna
Choose gain and beamwidth from the link budget and interference conditions, not merely from maximum distance claims.
Build the bill of materials
Include radios, antennas, RF jumpers, brackets, outdoor cable, PoE, earthing, surge protection and any enclosure work.
Install and align
Mount securely, weatherproof connections, align both ends carefully and verify the Ethernet path before final tuning.
Focused radio performance depends on the full link
The radio can support high-capacity airMAX ac operation, but a product specification is not a guaranteed application result. Real throughput depends on modulation, channel width, signal-to-noise ratio, retransmissions, Ethernet negotiation and the traffic pattern. A wide channel may increase theoretical capacity while making the link more exposed to interference. A narrow channel can improve robustness and spectral efficiency but reduce peak throughput. The useful decision is therefore not “What is the largest headline speed?” but “What channel plan delivers stable application performance at this site?”
For a short, clean path, very high antenna gain may be unnecessary and may complicate alignment. For a long link, antenna gain, tower movement, cable quality and Fresnel-zone clearance become more significant. The R5AC-PTP must be paired with a suitable antenna at each end, and both polarisation paths should be connected correctly. The link budget should account for transmit power, antenna gain, free-space loss, cable and connector loss, receiver sensitivity and a fade margin appropriate to local conditions.
Businesses carrying cameras, voice, operational control or transactional systems should test sustained traffic rather than relying only on a management-page capacity estimate. Packet loss, jitter and latency under load can matter more than an idle-link headline. It is also sensible to verify how the bridge behaves after power interruption and whether network monitoring will alert the operations team to degradation before users report a problem.
Interference management and channel planning
Dubai and other dense business areas can contain many 5 GHz transmitters. Before installation, a spectrum review should identify noise, neighbouring networks and channels that may be restricted or unsuitable. The R5AC-PTP includes airMAX ac capabilities intended for controlled outdoor wireless links, yet no radio can overcome a badly selected channel or an obstructed path. Directional antennas reduce exposure outside their beam, but reflections and nearby transmitters can still affect the receiver.
Channel width should be selected after measuring the environment. An 80 MHz channel uses a large portion of spectrum and may not be the most dependable option in a crowded area. A 20 or 40 MHz plan can sometimes provide a better balance of capacity, noise tolerance and coexistence. Transmit power should be set only as high as required for a healthy link and within applicable EIRP rules. Excessive power can distort the design, increase interference to others and fail to improve the receive path.
When two or more links share a rooftop, antenna separation, mounting orientation, channel reuse and cable routing should be coordinated. It is useful to document the final centre frequency, channel width, output setting, link name and endpoint role. That record makes later troubleshooting safer and prevents an engineer from changing one endpoint without understanding the complete channel plan.
Outdoor reliability starts with installation discipline
A reliable wireless link is built as much through mechanical and electrical work as through radio configuration. Both endpoints need rigid mounts that resist movement in wind. Small changes in antenna angle can materially affect a narrow-beam long-distance link. Mounting should also allow technicians to access the radio without creating unsafe working conditions or disturbing other rooftop systems.
Shielded outdoor-rated Ethernet cable, proper drain-wire grounding and surge protection should be included in the design. The PoE equipment must match the radio’s passive 24V requirement; this should not be assumed from connector shape alone. Cable length and quality affect both power delivery and Gigabit Ethernet negotiation. After installation, confirm that the wired port operates at the intended speed and does not fall back to 100 Mbps because of termination or cable faults.
Weatherproof RP-SMA connections should be attached without over-torquing and protected according to the antenna and radio installation guidance. Drip loops, cable ties suitable for outdoor exposure and a clean path away from sharp metal edges all contribute to long-term serviceability. A commissioning record should capture alignment values, signal levels, noise floor, modulation, Ethernet speed, firmware, photographs and the final configuration backup.
Suitable business environments and use cases
Campus buildings
Connect a branch office, warehouse or security building to a main network where a clear rooftop path exists.
CCTV backhaul
Carry remote video traffic after calculating aggregate bitrate, retention architecture and resilience requirements.
Construction projects
Provide temporary connectivity between project zones when mounts, power and relocation plans are controlled.
Legacy WISP infrastructure
Maintain an established airMAX ac topology where exact compatibility and spare strategy have been verified.
Integration and operational considerations
At Layer 2, a point-to-point bridge can make remote equipment appear directly connected to the main network. That simplicity is useful, but it also means broadcast traffic, VLAN design and fault domains need attention. Decide which VLANs should cross the link, whether management access requires a separate network and how loops will be prevented. The bridge should not become an undocumented path that bypasses firewall policy or network segmentation.
Management credentials, device naming, backup files and firmware policy should be controlled. Remote access should be limited to authorised administrators. Where practical, monitor endpoint reachability, signal quality, Ethernet errors and throughput trends through the organisation’s network management platform. A declining signal may indicate antenna movement, obstruction growth, new interference or water ingress before the link fails completely.
Power resilience also deserves planning. The included or selected PoE injector may be placed indoors, but the upstream switch and power circuit may need UPS protection. For a critical bridge, organisations should consider whether a second path, leased circuit or rapid-replacement kit is required. A single wireless link should not be assumed to provide high availability unless redundancy has been designed at the network level.
Buyer questions to resolve before requesting a quote
Coordinates and mounting heights allow a more meaningful path review than distance alone.
List users, cameras, applications, VLANs and realistic peak throughput.
A legacy replacement has different compatibility priorities from a greenfield design.
Confirm connector type, gain, frequency range, beamwidth, mount and RF jumpers.
Critical applications may require redundancy, monitoring and spare hardware.
Clarify survey, mounting, cabling, alignment, configuration, testing and handover scope.
Procurement checklist for R5AC-PTP projects
☐ Verify the exact R5AC-PTP model label and required quantity.
☐ Confirm whether two radios are needed for a complete link.
☐ Record endpoint coordinates, distance and mounting heights.
☐ Define required usable throughput and application mix.
☐ Select compatible directional antennas and RF jumpers.
☐ Confirm 24V passive PoE equipment and plug type.
☐ Include shielded outdoor Ethernet cable and grounding.
☐ Review surge protection and UPS requirements.
☐ Check current firmware support and configuration compatibility.
☐ Confirm permitted frequencies and EIRP for the destination.
☐ Decide whether installation, alignment and testing are included.
☐ Compare a current Ubiquiti alternative for lifecycle value.
How FourTeck can assist
FourTeck can help translate a link requirement into a practical bill of materials. That process can include reviewing the intended distance, traffic, line-of-sight information, antenna selection, PoE method, mounting, cabling, grounding and installation scope. For an existing R5AC-PTP deployment, buyers can share photographs of the model label, current firmware, antenna details and configuration information so compatibility questions can be assessed before quotation.
For a new project, FourTeck can discuss whether maintaining this legacy model is justified or whether a current Ubiquiti platform is a better fit. Product availability, lead time, included accessories and warranty terms should be confirmed in the specific quotation. Visit the FourTeck technology product catalogue, review available installation and configuration services, or send the project information through the FourTeck contact team.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti R5AC-PTP. Because this is a legacy model, fulfilment may depend on remaining channel supply, hardware condition, quantity and vendor lead time. A quotation should identify the exact model, included PoE accessory, warranty guidance and any substitute proposed. Buyers should not assume that a similarly named Rocket unit is a direct replacement.
Delivery and project coordination can be discussed after the complete requirement is confirmed. Installation and configuration scope should be included in the quotation when required. FourTeck can coordinate requirements for organisations operating across Dubai, Abu Dhabi, Sharjah and Ajman through one combined project discussion, while site access, rooftop permissions, working-at-height arrangements, cabling routes and appointment timing remain subject to the individual location.
GCC Availability
FourTeck can assist GCC organisations that are evaluating the R5AC-PTP for a legacy replacement or outdoor wireless project. Support can begin with requirement review, model verification, antenna and accessory selection, quotation coordination, configuration scope and installation planning. Projects may involve the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, but product availability and service arrangements can vary materially by destination. The exact radio model, quantity, license or firmware requirement, site conditions, delivery schedule and vendor lead time should be confirmed before purchase. Buyers should share the destination country, endpoint coordinates, link distance, required throughput, preferred antenna, power arrangement and target deployment date. FourTeck can then discuss suitable procurement routes and whether a current alternative offers better lifecycle value. No assumption should be made about local stock, customs processing, country certification or fixed installation timing until the project and quotation have been reviewed.
For Kuwait-based enquiries, the FourTeck Kuwait technology portal can provide an additional regional contact path.
Africa Availability
Businesses planning outdoor wireless links in Africa can contact FourTeck for product evaluation, accessory planning, replacement guidance and regional procurement coordination. The R5AC-PTP may be relevant where an installed airMAX ac network requires a matching spare, although buyers should compare the risks of sourcing a legacy model with the operational value of moving to a current platform. Availability and fulfilment can depend on destination, quantity, radio revision, regional frequency settings, power accessories, shipping arrangements, vendor lead time and local project conditions. Share the destination country, exact model requirement, link distance, antenna details, preferred deployment schedule and any installation or support expectations. FourTeck can help structure the requirement and discuss suitable next steps without promising local inventory, immediate shipment or customs outcomes. Organisations in East Africa can also use the FourTeck Kenya resource or FourTeck Uganda resource, while broader enquiries can be directed through the FourTeck Africa technology site.
Related products and services to evaluate
Rocket Prism 5AC Gen2
A newer modular 5 GHz Rocket platform that may be considered for PtP or PtMP work. Compatibility and antenna choice must still be checked.
PowerBeam 5AC
An integrated radio-and-dish approach that can simplify the bill of materials for suitable point-to-point applications.
RocketDish antennas
Directional antennas designed for Rocket radios. Select gain and size from the link budget and mechanical conditions.
Wireless site survey
A path and spectrum review can reduce the risk of purchasing hardware that cannot meet the intended requirement.
Installation and alignment
Professional mounting, grounding, cabling, antenna alignment and commissioning can be included as a defined project scope.
Why businesses contact FourTeck
Buyers often need more than a radio price. They need confirmation that the exact model fits the existing network, that a complete pair has been specified, that the antennas and power equipment are correct, and that installation responsibilities are understood. FourTeck can assist with requirement clarification, model and alternative selection, bill-of-material guidance, compatibility review, quotation coordination, installation planning, configuration scope and replacement strategy. Learn more about FourTeck business technology assistance or discuss the link through the contact team.
Frequently asked questions
Is the R5AC-PTP a complete point-to-point kit?
No. It is a radio without an integrated dish antenna. A complete link normally requires two radios, two compatible directional antennas, RF jumpers, mounting, outdoor cable, grounding and suitable passive PoE equipment.
Does the unit include an antenna?
The R5AC-PTP uses two external waterproof RP-SMA connections. Confirm the exact antenna, mounting hardware and RF jumpers in the quotation.
What range can the link achieve?
There is no responsible fixed range answer without the antenna, path profile, interference level, mounting height and required throughput. A link budget and line-of-sight review are required.
Can it deliver 500 Mbps to applications?
Vendor platform figures describe capability under suitable conditions. Actual usable throughput varies with channel width, modulation, signal quality, interference and protocol overhead, so it should not be treated as guaranteed application performance.
What power source does it require?
The radio uses 24V passive PoE. Confirm that the injector or switch supplies the correct passive voltage and pin arrangement before connection.
Is R5AC-PTP still a current Ubiquiti model?
It should be treated as a legacy product. Current availability, firmware support and suitable replacement options need confirmation for each requirement.
Can one endpoint be replaced with another Rocket model?
Do not assume direct compatibility. Check the exact hardware, firmware, wireless mode, channel configuration and antenna system before replacing either endpoint.
What information is needed for a quotation?
Provide quantity, endpoint coordinates, distance, mounting heights, required throughput, antenna preference, current equipment details, destination, power arrangement and installation scope.
Can FourTeck assist with installation and configuration?
Installation, alignment, cabling and configuration can be discussed as a defined quotation scope. Site access and project conditions must be reviewed first.
Confirm the right radio, antenna and project scope
Send FourTeck the link distance, endpoint coordinates, required capacity and current equipment details. The team can help review R5AC-PTP availability and compare current alternatives before quotation.
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