Outdoor airMAX AC base-station radio
Ubiquiti airMAX Rocket AC Lite R5AC-LITE in Dubai, UAE
The R5AC-LITE is built for organisations planning dedicated 5 GHz outdoor wireless links, not general indoor Wi-Fi. It combines an airMAX AC radio, a Gigabit Ethernet connection and external antenna interfaces in a compact enclosure that mounts directly to compatible Ubiquiti antenna systems. FourTeck can help buyers review the link objective, antenna choice, deployment conditions and complete bill of materials before a quotation is prepared.
Plan the complete wireless link
Share the link distance, topology, expected capacity, antenna preference, site conditions and required quantity for more accurate guidance.
Direct answer for buyers
The Ubiquiti airMAX Rocket AC Lite R5AC-LITE is a 5 GHz outdoor radio used to build point-to-point backhaul links or point-to-multipoint base-station deployments when paired with a suitable antenna. It should be considered by network teams, integrators, hospitality groups, warehouses, campuses, industrial sites and service providers that need a purpose-built wireless bridge rather than consumer Wi-Fi coverage. The radio includes the active electronics, Ethernet interface and passive PoE power arrangement, but the antenna, mounting, surge protection, cable route and remote endpoint must be selected as part of the overall design. Before proceeding, confirm line of sight, distance, interference conditions, legal channel availability, required throughput, client count, antenna pattern, firmware compatibility and installation scope.
What the R5AC-LITE does
The R5AC-LITE provides the radio and network-processing element of an outdoor wireless link. It accepts an Ethernet connection from the local network, receives power over the same cable through passive PoE, and connects to a compatible external antenna through two waterproof RP-SMA interfaces. In access-point mode it can form the base side of a link or sector deployment. In station mode it can operate at the remote side when the design and peer device support that arrangement.
Its practical value is the ability to bridge network traffic between locations where trenching fibre is difficult, slow or costly. The radio itself does not determine final coverage. Antenna gain, beam width, cable quality, mounting height, path clearance, local noise and configuration choices all influence the result.
Who should consider it
This model suits buyers who already understand that an outdoor wireless system is assembled from several coordinated parts. It can fit a branch-to-warehouse bridge, a campus building link, a hospitality property connection, an industrial yard, an IP surveillance backhaul path or a moderate-density point-to-multipoint design. It is also relevant to system integrators and service providers maintaining established airMAX AC environments.
It is not the right choice for a buyer seeking a normal indoor access point for smartphones, laptops or guest Wi-Fi. It should also not be selected only from a headline throughput figure. A link budget, spectrum review and compatible antenna decision are needed before the product can be judged suitable.
Business challenges the product can help address
Connecting separated buildings
A correctly engineered point-to-point link can extend network connectivity between facilities without a new underground cable route. The outcome depends on clear path conditions, antenna alignment and an appropriate capacity target.
Serving multiple remote locations
With a compatible sector antenna and supported airMAX clients, the radio can form part of a point-to-multipoint design. Client count, airtime demand and interference must be evaluated rather than assumed.
Avoiding generic Wi-Fi limitations
Purpose-built outdoor radios give network planners control over antenna pattern, alignment, channel width and link roles. This makes the design more predictable than attempting long-distance connectivity with ordinary indoor access points.
Extending an existing airMAX network
Organisations with compatible airMAX AC infrastructure may use the model for expansion, replacement or standardisation, subject to firmware, regional frequency and endpoint compatibility checks.
Core capability band
airMAX AC operation
Designed around Ubiquiti’s proprietary outdoor wireless platform for scheduled point-to-point and point-to-multipoint traffic.
External antenna flexibility
The radio can be paired with an appropriate directional dish or sector antenna, allowing the RF pattern to match the intended topology.
Compact direct mounting
The enclosure is designed to integrate mechanically with compatible Ubiquiti antenna systems, reducing the need for a separate radio shelf.
Passive PoE power
Power and data share the Ethernet cable, but the correct passive PoE arrangement and surge-protection design must be followed.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Point-to-point bridge | Two sites need a dedicated 5 GHz link with suitable line of sight. | Distance, dish model, endpoint compatibility, expected capacity and path clearance. |
| Point-to-multipoint sector | A base location must serve multiple compatible airMAX stations. | Sector angle, client count, airtime demand, firmware and spectrum conditions. |
| Outdoor CCTV backhaul | Camera traffic must cross an open area or connect a remote guardhouse. | Sustained video bitrate, redundancy needs, weatherproofing and power resilience. |
| Indoor user Wi-Fi | Generally not suitable as the primary user-facing Wi-Fi access point. | Choose a dedicated indoor or outdoor client-access platform instead. |
| High-interference site | May be usable after RF planning, but model selection needs care. | Noise floor, co-location, channel plan and whether a more interference-focused radio is preferable. |
Verified technical information
The following information is based on the manufacturer’s current technical listing for the exact R5AC-LITE model. Final operating frequencies, channel choices and permitted power levels remain region dependent and must follow local regulation.
| Brand | Ubiquiti |
|---|---|
| Product name | airMAX Rocket AC Lite |
| Model | R5AC-LITE |
| Product type | 5 GHz outdoor airMAX AC radio / base-station radio |
| Operating modes | Access Point and Station |
| Networking interface | One Gigabit Ethernet RJ45 port |
| RF connections | Two waterproof RP-SMA connections |
| Power method | Passive PoE, two-pair arrangement |
| Included power supply | 24 V, 0.5 A Gigabit PoE adapter, subject to regional pack confirmation |
| Supported voltage range | 20–27 V DC |
| Maximum power consumption | 8.5 W |
| Dimensions | 162 × 84 × 37 mm |
| Weight | 250 g |
| Enclosure material | UV-stabilised polycarbonate |
| Operating temperature | -40 to 80 °C |
| Operating humidity | 5 to 95% non-condensing |
| Channel support noted by manufacturer | 30 / 50 / 60 MHz channels; permitted use is region and configuration dependent |
| Antenna | External compatible antenna required; not treated as integrated into the radio |
| Availability | Contact FourTeck for current UAE model, quantity and lead-time options |
Compatibility and dependency notice
The R5AC-LITE is one component in a complete wireless system. Its two RF connections must be linked to a compatible dual-polarity antenna appropriate to the topology. A RocketDish is commonly considered for directional point-to-point links, while a suitable airMAX sector antenna may be considered for point-to-multipoint coverage. Compatibility should be confirmed by exact antenna model, frequency range, mounting arrangement, connector type and intended beam pattern.
The remote endpoint must also support the intended airMAX AC design. Do not assume that ordinary Wi-Fi devices can connect as normal users. Firmware versions, wireless modes and regional settings should be reviewed across both ends. Passive PoE must not be confused with every form of standards-based PoE. The injector, switch port, polarity and voltage need verification before connection.
Outdoor installation also requires suitable shielded cabling, grounding, surge protection, weather-resistant cable entry, secure mounting and a path that maintains adequate Fresnel-zone clearance. These items are project dependent and should be included in the bill of materials where required.
A practical purchase and deployment journey
Define the traffic objective
Document the applications crossing the link, expected busy-hour traffic, acceptable latency, growth allowance and whether the path is primary or supplementary.
Survey the radio path
Check coordinates, distance, mounting heights, obstructions, Fresnel clearance, local noise, roof access, power availability and cable routes.
Select the antenna system
Choose dish gain and beam width for a point-to-point path or sector angle and gain for a multi-client design. Confirm mounting and wind considerations.
Build the bill of materials
Include radios, antennas, PoE equipment, shielded cable, surge protection, grounding, brackets, poles, enclosure items and any installation services.
Configure and align
Apply a compliant channel plan, secure management access, align antennas carefully, verify signal balance and test real application traffic.
Document and monitor
Record IP addressing, firmware, credentials, channel settings, mounting details and baseline signal values so future support has reliable reference data.
Capacity depends on the whole path
The manufacturer positions the R5AC-LITE as an airMAX AC device capable of high wireless throughput, but a buyer should interpret that as a platform capability rather than a guaranteed application result. Real throughput is affected by channel width, modulation rate, signal quality, interference, packet mix, protocol overhead, client count and the capability of the remote radio.
For business planning, start with the traffic that must be carried and add growth margin. A two-building bridge carrying ERP, voice, cloud access and cameras should be assessed differently from a link used only for occasional administration. FourTeck can help translate application requirements into a practical capacity target and advise whether the R5AC-LITE remains appropriate.
Antenna choice shapes the network
Because the radio uses external antennas, the RF pattern is selected separately. A narrow directional dish concentrates energy along a specific path and is normally considered for point-to-point links. A sector antenna distributes coverage across a defined horizontal angle and may support several remote stations in a point-to-multipoint design.
Higher antenna gain is not automatically better. Narrower beams demand more accurate alignment and may be unsuitable for a wide client area. Sector width affects coverage, reuse and interference exposure. The correct decision requires coordinates, topology, desired coverage, mounting height and local RF conditions.
Manageability starts with disciplined setup
A stable wireless link depends as much on configuration control as on hardware. Device names, management addresses, passwords, firmware versions, backup files and channel settings should be documented. Administrative access should be restricted to authorised networks, and configuration changes should be recorded.
For larger deployments, monitoring should focus on signal strength, modulation, noise, error rates, Ethernet status and traffic trends. A baseline captured after commissioning makes it easier to distinguish gradual obstruction, new interference, alignment movement or a cabling issue from normal variation.
Ideal business environments and use cases
Warehouses and logistics yards
Connect an office, gatehouse, remote warehouse or surveillance point where a cable route is impractical. Confirm vehicle obstructions, mast height and lightning exposure.
Hospitality properties
Bridge network services to a separate villa block, beach facility, service building or staff area. Capacity must reflect guest traffic, voice and operational systems.
Education and campus links
Link classrooms, administration buildings, sports facilities or temporary structures while maintaining a controlled, documented network path.
IP surveillance transport
Carry camera streams from remote areas to a recording network. The design should calculate aggregate bitrate and include resilience where surveillance continuity is important.
Construction and temporary sites
Provide a relocatable link between site offices or operational zones, subject to changing obstructions, secure mounting and an appropriate maintenance plan.
Managed outdoor networks
Support an existing airMAX AC estate where technicians understand link planning, compatible stations, firmware coordination and channel reuse.
Integration and operational considerations
The Ethernet handoff from the R5AC-LITE normally connects to a switch, router, firewall or dedicated network segment. Network designers should decide whether the wireless link will extend a Layer 2 domain, carry routed traffic, transport tagged VLANs or serve a restricted application. That decision affects spanning-tree exposure, broadcast behaviour, IP addressing, security policy and troubleshooting responsibility.
Power deserves equal attention. The included passive PoE adapter noted by the manufacturer may suit a simple installation, but a project may instead require protected rack power, UPS support, remote power cycling or a compatible PoE distribution method. Any alternative power arrangement must match the device’s voltage and pin requirements. Incorrect PoE can damage equipment.
Outdoor copper runs should use appropriate shielded cable and grounding practices. Surge protection should be positioned according to the site design, and the cable route should avoid sharp bends, standing water, heat exposure and interference from electrical services. Roof access, mast safety, working-at-height requirements and permission from the property owner should be settled before installation.
For operational continuity, decide who owns monitoring, firmware review, password custody, configuration backups and fault response. A wireless bridge can be reliable, but it should be managed as infrastructure rather than treated as a fit-and-forget accessory.
Buyer questions to resolve before requesting a quote
What is the exact topology?
State whether the requirement is one point-to-point link, a base station serving several clients, a replacement unit or an expansion of an existing network.
How far apart are the sites?
Provide coordinates or measured distance, proposed mounting heights and photographs of the path. Distance alone is not enough without obstruction information.
What traffic must cross the link?
List internet access, cameras, voice, cloud applications, backups and expected growth. This helps establish a realistic capacity target.
Which antenna is required?
Confirm whether a dish, sector or existing antenna is intended. Exact model compatibility, gain, beam width and mounting should be checked.
Is the site electrically protected?
Identify UPS requirements, grounding points, surge-protection expectations and whether the cable enters a protected network cabinet.
Who will install and commission it?
Clarify whether the quotation should include survey, mounting, cabling, alignment, configuration, testing, documentation and handover.
Procurement checklist
✓ Exact model and regional version: R5AC-LITE
✓ Required radio quantity and spare policy
✓ Point-to-point or point-to-multipoint topology
✓ Link coordinates, distance and mounting height
✓ Compatible dish or sector antenna model
✓ Remote endpoint and firmware compatibility
✓ Passive PoE and UPS arrangement
✓ Shielded cable and surge protection
✓ Brackets, mast, clamps and weatherproofing
✓ Channel and regulatory requirements
✓ Installation, alignment and configuration scope
✓ Testing, documentation and support expectations
How FourTeck can assist
FourTeck can help turn a product request into a complete, reviewable wireless requirement. Assistance can begin with clarifying whether the R5AC-LITE is intended for a new link, a replacement, a sector base station or an extension of an established airMAX network. From there, the team can review distance, traffic expectations, antenna type, remote radio compatibility, mounting conditions and the required quantity.
For procurement, FourTeck can coordinate a quotation that identifies the core radio and, where requested, separates antennas, power items, surge protection, cables, brackets and service scope. This helps buyers avoid comparing a radio-only price with a complete installed solution. Warranty terms, regional version, availability and vendor lead time should be confirmed in the quotation rather than assumed from general web listings.
Installation and configuration support can also be discussed. Scope may include site review, physical mounting, cable coordination, radio configuration, antenna alignment, link testing and handover documentation. Visit requirements and deliverables depend on location and project conditions. For broader network planning, explore FourTeck’s technology services, browse business networking products or send the requirement through the FourTeck contact page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti R5AC-LITE. Availability may vary by regional version, quantity, channel, vendor lead time and the completeness of the required bill of materials. A radio-only request can often be quoted differently from a complete link that includes antennas, surge protection, shielded cable, mounting hardware, installation and configuration.
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can discuss requirement review, quotation coordination, delivery planning and project scope through one combined engagement. Installation dates and site visits should only be scheduled after the location, access conditions, materials and responsibilities are confirmed. Buyers should provide the deployment address, topology, quantity, antenna requirement and expected timeline so the quotation reflects the real project rather than a generic product listing.
GCC availability
FourTeck can assist organisations planning R5AC-LITE deployments across GCC markets by reviewing the intended topology, radio quantity, compatible antenna choice, remote endpoint, power arrangement and service scope before quotation. Requirements may originate in the United Arab Emirates or involve projects in Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, but availability and fulfilment conditions can differ for each destination. Regional frequency settings, model versions, vendor lead times, delivery planning, installation access and local project conditions should be confirmed rather than assumed. Buyers should share the destination country, exact model, number of links, antenna preference, expected traffic, installation location and required timeline. FourTeck can then coordinate product and service guidance appropriate to the request. For enquiries connected with Kuwait, buyers may also review FourTeck Kuwait information. No statement on local stock, customs outcome or fixed delivery date should be treated as confirmed until included in an approved quotation.
Africa availability
Organisations planning outdoor wireless links in Africa can contact FourTeck for product evaluation, compatible antenna guidance, bill-of-material review and regional procurement coordination. The R5AC-LITE may be considered for selected building links, campus networks, hospitality sites, surveillance backhaul and service-provider environments, but the design must account for local spectrum rules, terrain, mounting conditions, power quality, lightning exposure and support capability. Availability and fulfilment may depend on the destination country, quantity, model region, shipping arrangement, vendor lead time and installation scope. Buyers should provide coordinates, link distance, expected traffic, antenna requirement, preferred schedule and any need for configuration or on-site assistance. FourTeck resources for Africa technology projects, Kenya enquiries and Uganda enquiries can support initial coordination. Local inventory, customs clearance, country-wide site coverage and delivery dates must be confirmed for each project.
Related options and services to discuss
RocketDish antenna options
Directional dish antennas may be considered for point-to-point paths. Exact frequency range, gain, size, wind load and bracket compatibility must match the project.
airMAX sector antennas
Sector antennas can support a base-station design serving multiple compatible stations. Coverage angle and client distribution should drive selection.
Alternative interference-focused radios
Sites with heavy co-location or high noise may need another Ubiquiti platform or radio variant. A spectrum and capacity review should precede substitution.
Outdoor cabling and protection
Shielded Ethernet cable, surge protectors, grounding materials, weatherproof entry and UPS planning should be treated as infrastructure, not optional decoration.
Installation and alignment
Professional mounting, alignment, configuration and testing can be included when the site, access method and acceptance criteria are defined.
Network security integration
The wireless bridge may need VLAN, routing and firewall policy design. Review the wider FourTeck network security portfolio for complementary planning.
Why businesses contact FourTeck
The most useful support at the buying stage is often clarification rather than promotion. FourTeck can help determine whether the request is for a radio only or a complete working link, whether the selected antenna matches the topology, whether the remote device is compatible and whether the power and mounting plan is complete. This reduces the risk of receiving a quotation that omits essential items.
Procurement teams can also use FourTeck to separate hardware, accessories and service scope. That structure makes it easier to compare quotations and understand which responsibilities remain with the customer. Technical teams can discuss configuration ownership, site survey inputs, testing expectations and documentation. For company information, visit about FourTeck.
No wireless product should be selected only by model popularity. The right decision is the one that fits the path, applications, operating environment and support plan. FourTeck’s role is to help buyers assemble those details into a practical request for quotation.
Frequently asked questions
Is the R5AC-LITE a normal Wi-Fi access point for phones and laptops?
No. It is intended for airMAX outdoor wireless links using compatible radios and antennas. Buyers needing user-facing Wi-Fi should select a suitable UniFi or other enterprise access-point platform.
Does the product include an antenna?
The R5AC-LITE is an external-antenna radio. A compatible RocketDish, airMAX sector or other supported antenna must be selected separately unless a quotation explicitly includes it.
Can it be used for point-to-point links?
Yes, it can form part of a point-to-point design when paired with suitable antennas and a compatible remote endpoint. Distance, line of sight and capacity should be assessed first.
Can it support point-to-multipoint deployment?
The model supports access-point operation and can be used in an appropriate airMAX AC point-to-multipoint design. Firmware, client compatibility, sector choice and airtime demand must be confirmed.
What throughput should a business expect?
The manufacturer markets the platform for up to 500+ Mbps, but real application throughput is configuration and environment dependent. Channel width, signal, interference, endpoints and traffic mix all matter.
Is a software licence or subscription required?
No separate recurring licence is normally presented as a basic requirement for operating airOS on this radio, but management platform features and current vendor policies should be confirmed for the planned environment.
What power equipment is required?
The manufacturer lists a 24 V, 0.5 A Gigabit passive PoE adapter as included, subject to regional pack confirmation. Any switch-based or alternative power method must match the device requirements.
What information is needed for a quotation?
Provide quantity, topology, link distance, site coordinates, traffic target, antenna requirement, mounting conditions, destination, installation scope and expected schedule.
Can FourTeck assist with installation and configuration?
Installation, alignment, configuration, testing and handover can be discussed. Scope depends on the site, access, materials, network design and customer responsibilities.
Is the R5AC-LITE currently available in Dubai?
Contact FourTeck for current UAE availability, regional version, quantity and lead time. Availability should not be inferred from third-party listings or past stock status.
Confirm the complete R5AC-LITE requirement
Send FourTeck the link distance, topology, required quantity, antenna choice, capacity target and installation scope. The team can review the request and coordinate a UAE quotation based on the actual deployment.
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