Outdoor 5 GHz directional wireless CPE
Ubiquiti airMAX LiteBeam 5AC Long-Range LBE-5AC-LR in Dubai, UAE
Build a focused point-to-point or point-to-multipoint wireless connection for a remote building, branch, camera network, temporary site or service-provider subscriber location. The LBE-5AC-LR combines a 26 dBi directional antenna, airMAX AC operation, Gigabit Ethernet and outdoor pole mounting in a lightweight long-range platform.
Ask FourTeck to review link distance, mounting, compatibility and configuration before quotation.
LBE-5AC-LR
26 dBi
1 × Gigabit RJ45
24V passive PoE
Long-distance outdoor links
Direct answer for buyers
The Ubiquiti LBE-5AC-LR is an outdoor directional 5 GHz airMAX AC customer-premises radio with an integrated 26 dBi antenna. It is mainly used to connect distant network points where a wired route is unavailable or undesirable, including building-to-building bridges and subscriber links. It should be considered by businesses, integrators and wireless service providers that can establish suitable line of sight and complete a proper radio survey. Before proceeding, confirm the remote-end radio, path distance, Fresnel-zone clearance, interference level, permitted frequencies, required throughput, mounting structure, cable route, grounding, surge protection and whether installation or configuration services must be included.
What it does
The LiteBeam 5AC Long-Range concentrates wireless energy in a narrow direction rather than spreading coverage around a building like a general indoor access point. This directional behaviour supports links between two known locations or from an access point to a remote station. The integrated radio and antenna reduce the number of separate RF components that need to be selected and aligned.
It can operate as an access point or station within the supported airMAX environment. Actual link capacity is influenced by channel width, modulation, signal quality, noise floor, distance, regulatory power restrictions, Ethernet conditions and the capability of the device at the far end.
Who it suits
This model may fit organisations extending a LAN to a second building, connecting a remote office, supporting an outdoor IP surveillance segment, providing temporary project-site connectivity or deploying an airMAX subscriber station. It is also relevant where a focused link is preferred over broad wireless coverage.
It is not automatically the right choice for every long path. Environments with blocked line of sight, severe interference, very high capacity requirements, strict low-latency targets or a need for licensed spectrum may require a different design. FourTeck can help compare the LBE-5AC-LR with other UISP wireless models and wired alternatives.
Business challenges this model can help address
Difficult cable routes
A road, yard, leased space, landscaped area or temporary site may make trenching disruptive. A properly engineered wireless bridge can provide an alternative path, subject to line of sight and local radio rules.
Remote operational sites
Warehouses, farms, gatehouses, utility locations and construction compounds may need network access away from the main communications room. The directional design supports focused connectivity to a known remote point.
Subscriber extension
Wireless internet operators and integrators can use compatible airMAX architecture to serve customer premises. Model selection should account for sector design, client density, distance, interference and expected traffic.
Temporary connectivity
Events, projects and interim facilities sometimes require network service before permanent circuits arrive. A reusable outdoor radio link may help, provided mounting, power, weather exposure and spectrum planning are addressed.
Core capability band
Focuses the RF pattern toward the intended link path and helps reduce reception of off-axis noise compared with an omnidirectional design.
Supports Ubiquiti’s outdoor wireless ecosystem for compatible point-to-point and point-to-multipoint deployments.
Provides a wired interface suited to the radio platform without the 100 Mbps ceiling of older Fast Ethernet equipment.
Carries power and data over the Ethernet route using the included 24V, 0.3A Gigabit PoE adapter, subject to correct cabling and protection.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building bridge | Both locations have suitable mounting points and clear path conditions. | Distance, antenna height, Fresnel clearance, opposite-end model and desired throughput. |
| Remote CCTV network | Camera traffic can be aggregated within the planned link capacity. | Camera count, bit rates, recording location, multicast needs and resilience expectations. |
| ISP subscriber connection | The service provider uses compatible airMAX architecture and a planned sector. | AP compatibility, subscriber distance, sector loading, channel plan and regional settings. |
| Temporary project site | Stable poles, power and Ethernet cabling can be installed safely. | Mount security, weather exposure, relocation plan and responsible technical support. |
| Very high-capacity backbone | Only after validating that expected application demand fits the practical wireless design. | Consider fibre, higher-capacity radio families or licensed wireless if requirements exceed the platform’s role. |
Verified technical information
The following fields are based on the exact LBE-5AC-LR model. Regional frequency availability and transmit power remain subject to local regulations and configured country settings. The table should be used for preliminary evaluation rather than as a substitute for a path survey and final bill of materials.
| Brand | Ubiquiti |
|---|---|
| Product name | airMAX LiteBeam 5AC Long-Range |
| Model | LBE-5AC-LR |
| Product type | Outdoor 5 GHz directional airMAX AC CPE |
| Antenna gain | 26 dBi |
| Supported frequency range | Worldwide specification: 5150–5875 MHz; permitted channels and power are region dependent. |
| Channel bandwidth | PtP: 10/20/30/40/50/60/80 MHz; PtMP: 10/20/30/40 MHz |
| Operating modes | Access Point, Station |
| Network interface | 1 × Gigabit Ethernet RJ45 |
| Power method | Passive PoE, 2-pair |
| Power supply | 24V, 0.3A Gigabit PoE adapter included |
| Supported voltage range | 20–27V DC |
| Maximum power consumption | 7W |
| Dimensions | 512 × 385.8 × 258.3 mm |
| Weight | 1.4 kg without mount; 1.7 kg with mount |
| Enclosure materials | Aluminum and polycarbonate |
| Mounting | Pole mount included |
| Wind survivability | 200 km/h, subject to correct structural installation |
| Operating temperature | -40 to 70 °C |
| Operating humidity | 5% to 95% noncondensing |
| Availability | Contact FourTeck for current UAE options, quantity confirmation and vendor lead time. |
Compatibility, regulation and scope dependencies
A successful long-range wireless link is a system outcome, not a specification-sheet outcome. The LBE-5AC-LR must be matched with a compatible remote radio or access point, a suitable channel plan and a path with adequate clearance. Country settings determine which frequencies and transmit powers are available. Buyers should not assume that every worldwide frequency listed by the manufacturer can be used at every UAE site.
The included passive PoE adapter is intended for the product’s stated power method. Do not connect passive PoE equipment to an incompatible power source without checking voltage, polarity and wiring. Outdoor Ethernet should be selected for the environment, routed with drip loops where required and protected through appropriate grounding and surge measures. Mounting hardware must be attached to a structure that can safely handle wind loading and local site conditions.
Management, monitoring, VLAN design, addressing, routing, quality-of-service policy and security settings depend on the wider network. Configuration, installation, elevated access, civil work, poles, masts, lightning protection, switches, UPS units and cabling should be separately defined in the quotation when required.
A practical purchase and deployment journey
Define the business outcome
State what must cross the link: office applications, internet access, VoIP, cameras, access control, telemetry or mixed traffic. Estimate normal and peak demand rather than choosing equipment solely by distance.
Assess the radio path
Record coordinates, mounting heights, obstacles, terrain, rooftop access and possible future construction. Visual line of sight is useful, but Fresnel clearance and interference analysis provide a more complete design basis.
Select both ends
Confirm whether the link is point-to-point or part of a point-to-multipoint sector. Identify the exact radio at each end, required quantities, mounting accessories, switches, PoE, UPS and surge-protection components.
Plan installation
Set responsibilities for roof access, mast work, cable routes, weather sealing, grounding, power, safety approvals and access windows. Decide whether alignment and configuration are included in the service scope.
Configure and align
Apply country settings, management addressing, wireless parameters and security controls. Align the antennas carefully while observing signal quality, noise and modulation rather than relying on a rough visual direction.
Test and document
Validate throughput, packet loss, latency, failover expectations and application behaviour. Document device locations, credentials handover, IP addresses, firmware, channel settings, cable routes and support ownership.
Focused RF performance for a defined path
The 26 dBi integrated antenna is the defining feature of the LBE-5AC-LR. Higher directional gain helps concentrate transmission and reception toward the intended remote site. This can support stronger link budgets over distance and can reduce sensitivity to signals arriving from other directions. Directionality does not remove the need for frequency planning. Interference that falls within the main beam, reflections from nearby structures and congestion on selected channels can still reduce performance.
Antenna alignment becomes increasingly important as distance grows. Small changes in azimuth or elevation may materially affect signal levels. Installers should use stable mounting, tighten hardware appropriately and confirm alignment after final fastening. A link should be evaluated using more than received signal strength. Noise floor, signal-to-noise ratio, modulation rates, retransmissions, packet loss and real application tests provide a better operational picture.
Channel width is another design choice. Wider channels can offer higher potential data rates but consume more spectrum and may be more exposed to interference. Narrower channels can improve spectral efficiency and may be suitable where capacity needs are moderate. The correct setting depends on the local RF environment, regulatory options and traffic objectives. FourTeck can help buyers define a realistic capacity target and include survey or configuration assistance where needed.
Outdoor installation and power planning
The radio is pole mounted and powered through passive PoE, allowing a single Ethernet cable to carry data and power to the outdoor location. This simplifies the rooftop device connection but does not eliminate the need for careful infrastructure design. Cable category, conductor quality, maximum route length, outdoor rating, UV exposure, bends, water entry, connectors and termination quality all influence reliability.
The included 24V, 0.3A Gigabit PoE adapter should normally be installed in a protected indoor or suitable enclosure location. The network side must connect to the correct switch or router interface, while the PoE side connects to the radio. Clear labeling reduces the chance of accidental connection to incompatible equipment. Where an outdoor switch or alternative power architecture is proposed, compatibility must be checked explicitly.
Dubai and UAE sites can present high temperature, dust, sun exposure, rooftop access restrictions and strong wind conditions. The manufacturer’s environmental specifications do not replace site engineering. Mount structures, brackets and fasteners must be selected and installed for the actual building and wind exposure. Surge and grounding design should follow the site’s electrical and communications standards. A UPS may be appropriate where link continuity matters, but its size should account for all connected equipment, not just the radio’s stated 7W maximum consumption.
Management, monitoring and operational control
A wireless bridge should be managed as part of the business network rather than treated as an invisible cable. The LBE-5AC-LR supports web management and operational services including bridging, routing, DHCP, SNMP, SSH, traffic shaping and watchdog functions. Which functions should be enabled depends on the design. Many organisations use the radios as a transparent Layer 2 bridge, while others require routing or segmented management.
Management IP addresses should be documented and protected. Administrative credentials, firmware practices, remote-access permissions and monitoring ownership should be agreed before handover. Where multiple airMAX devices are deployed, central visibility through the appropriate Ubiquiti management environment may simplify inventory and health monitoring. Platform availability, hosting approach and feature support should be confirmed for the proposed deployment.
Operational alerts are only useful when someone is responsible for reviewing them. Define who investigates link degradation, packet loss, power interruptions, cable faults or misalignment. Keep a baseline of signal quality and throughput after commissioning so future changes can be identified. For critical services, consider whether a secondary connection is required. A single wireless link, regardless of quality, remains a single path unless redundancy is intentionally designed.
Ideal business environments and use cases
Warehouses and logistics yards
Connect a gate office, secondary warehouse, weighbridge or remote camera aggregation point to the main network. Confirm vehicle movement, metal structures and future racking or buildings that may affect the path.
Construction and project sites
Extend service to site offices, access-control points or temporary compounds. Plan for relocation, changing obstructions, generator power quality, cable protection and clear ownership when the project layout changes.
Schools and campuses
Bridge separate buildings where trenching would disrupt operations. Capacity planning should include staff, student, voice, video and security traffic, together with safeguarding and network-segmentation requirements.
Hospitality and leisure properties
Link an annex, beach facility, gatehouse or operations building. The radio is a backhaul component, not a guest Wi-Fi access point, so downstream indoor or outdoor access points may still be required.
Farms and remote facilities
Support office connectivity, sensors, camera systems or controlled internet access across a property. Terrain, vegetation growth, tower height and power availability should be reviewed during design.
Wireless service providers
Use the model as part of a compatible airMAX subscriber architecture. Sector capacity, airtime fairness, frequency reuse, customer installation standards and monitoring processes are central to service quality.
Integration and operational considerations
The radio connects to the wider network through Gigabit Ethernet. The switch port configuration must match the intended topology, including access or trunk mode, VLAN tagging, spanning-tree behaviour and any quality-of-service policy. If the link carries multiple business services, segmentation can help separate corporate data, surveillance, guest access, building systems and management traffic. The design should avoid accidental Layer 2 loops and should define how broadcast and multicast traffic are handled.
IP cameras may produce continuous traffic, while user applications often create bursts. Voice and real-time applications are sensitive to latency and loss. Backup replication can consume available bandwidth for long periods. A realistic design therefore considers traffic patterns, not only total device counts. Testing should be performed under representative load where possible.
Security responsibilities remain important even when the radio link uses proprietary outdoor wireless technology. Use strong administrative credentials, restrict management access, maintain firmware according to an agreed process and document the device as part of the network asset register. The radio should not be assumed to replace firewalling, endpoint protection or application-level encryption. Where sensitive traffic crosses the link, apply the organisation’s normal network-security architecture.
Buyer questions to resolve before ordering
Provide coordinates or a site plan rather than an approximate driving distance.
Account for buildings, trees, cranes, signage and expected future obstructions.
List cameras, users, voice, internet, control systems and expected peak demand.
Confirm exact model, mode, antenna and firmware compatibility.
Identify pole diameter, structural condition, access method and wind exposure.
Decide whether only hardware or a complete installation service is required.
Procurement checklist
☐ Exact LBE-5AC-LR model and required quantity
☐ Point-to-point or point-to-multipoint topology
☐ Remote-end radio or access-point model
☐ Site coordinates, distance and mounting heights
☐ Required application throughput and latency
☐ Outdoor cable type and route length
☐ Pole, bracket and structural mounting requirements
☐ Passive PoE and UPS arrangement
☐ Grounding and surge-protection scope
☐ VLAN, addressing and management requirements
☐ Installation, alignment and testing responsibilities
☐ Documentation and support expectations
☐ UAE availability and vendor lead-time confirmation
☐ Warranty terms applicable to the quoted supply
How FourTeck can assist
FourTeck can support the buying process by clarifying the intended application, checking the exact model, identifying the required quantity and reviewing the proposed remote-end device. For a simple replacement, the main task may be confirming model identity and power compatibility. For a new link, the discussion should include distance, line of sight, traffic demand, mounting, cable route, power, surge protection, network integration and responsibility for configuration.
Quotation support can include the LBE-5AC-LR, compatible radios, mounting items, outdoor Ethernet, switches, UPS equipment and installation or configuration scope where requested. Inclusion depends on the approved requirement and should be read from the final quotation rather than assumed. FourTeck can also help buyers compare alternative Ubiquiti wireless models if the path, capacity or environmental needs suggest a different antenna size or product family.
For broader network requirements, visit the FourTeck technology products section or discuss installation and configuration through the business technology services page. A clear requirement allows the quotation to distinguish hardware supply from survey, mounting, cabling, alignment, testing and ongoing support.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti LBE-5AC-LR. Availability can vary with quantity, vendor lead time, regional version and current supply conditions. Delivery and project coordination can be discussed after the exact requirement is confirmed. Buyers should state whether the request is for hardware supply only, replacement of an existing unit, a paired bridge or a complete deployment including survey, cabling, mounting, configuration and testing.
For projects across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review and quotation based on the site details provided. Installation feasibility, elevated-access requirements and visit scheduling depend on the location and scope. Use the FourTeck contact page to share the model, quantity, destination, expected timeline and technical objective.
GCC availability
FourTeck can assist organisations planning LBE-5AC-LR purchases and outdoor wireless projects across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The useful starting point is a precise requirement: destination country, exact model, quantity, whether radios are needed at both ends, intended link distance, preferred deployment schedule and any installation or configuration expectations. This information helps distinguish a straightforward equipment quotation from a broader wireless-link project.
Product availability, permitted radio settings, delivery schedules, service visits, project scope and vendor lead times can vary by country, model and quantity. A channel plan that is acceptable in one location should not be assumed to apply elsewhere without checking local requirements. FourTeck can support model review, quotation coordination, accessories, configuration scope, installation planning and regional project discussions. For requirements connected with Kuwait, buyers may also review FourTeck Kuwait technology support. No local stock, customs outcome or fixed delivery date should be assumed until confirmed in the quotation.
Africa availability
Businesses, integrators and service providers planning outdoor wireless links in Africa can contact FourTeck for requirement review, product selection, accessories, quotation coordination and deployment guidance. The LBE-5AC-LR may be considered for branch links, campus buildings, farms, remote facilities, surveillance networks and subscriber connectivity, but suitability depends on the path, interference, local radio rules, power conditions and the compatible equipment used at the opposite end.
Availability and fulfilment may depend on destination country, quantity, regional model, shipping arrangements, vendor lead time, power and regulatory requirements, installation scope and local site conditions. Buyers should share the destination, exact requirement, quantity, mounting environment, preferred schedule and support expectations. FourTeck maintains regional information through its Africa technology portal, with additional resources for Kenya and Uganda. Local inventory, immediate shipment, customs outcomes and country-wide onsite coverage are not implied and must be confirmed for each request.
Related products, services and alternatives
Compatible airMAX access point
A point-to-multipoint design requires a compatible access point and antenna selected for sector width, client count, distance and capacity. Compatibility must be confirmed by exact model.
Alternative long-range radio
Longer paths, tighter beam requirements or higher link-budget needs may justify comparison with other LiteBeam, PowerBeam or higher-capacity UISP options.
Outdoor switching and power
Projects may require compatible switches, PoE arrangements, UPS capacity, surge protection and protected enclosures. These are design-dependent and not automatically included.
Survey and installation service
A new path may benefit from site assessment, mounting review, cabling, alignment, configuration and performance testing. Scope depends on access and project conditions.
Why businesses contact FourTeck
Buyers often need more than a model number. They may need help deciding whether the LBE-5AC-LR fits the path, whether another radio is required at the far end, which accessories belong in the bill of materials and whether installation tasks are included. FourTeck can structure these questions into a clearer quotation request.
Practical assistance can cover requirement clarification, model selection, compatibility review, mounting and power considerations, configuration scope, installation planning, delivery coordination and support handover. No two wireless paths are identical, so advice should be tied to the actual location and traffic objective. Learn more about FourTeck’s business technology approach or submit project details through the contact channel.
Frequently asked questions
Is the LBE-5AC-LR suitable for a building-to-building link?
It can be suitable when both sites have compatible radios, adequate line of sight, proper Fresnel-zone clearance, acceptable interference and realistic capacity expectations. A path assessment should be completed before final selection.
What is the difference between LBE-5AC-LR and LBE-5AC-Gen2?
The long-range model has a larger 26 dBi antenna and different mechanical dimensions from the standard Gen2 model. Do not treat the two model numbers as interchangeable when ordering or replacing equipment.
Does the product include a PoE adapter?
The manufacturer specifies a 24V, 0.3A Gigabit passive PoE adapter as included. Confirm package contents, regional version and quotation details at the time of purchase.
Can it connect directly to normal Wi-Fi clients?
Its primary role is outdoor airMAX wireless connectivity, not general indoor client Wi-Fi. A separate compatible access point may be required for phones, laptops and other standard user devices.
How far can the LBE-5AC-LR reach?
Antenna gain alone does not establish a guaranteed distance. Reach depends on both-end equipment, antenna heights, line of sight, Fresnel clearance, interference, regulatory power, channel width and required throughput.
Can FourTeck configure and install the radio?
Configuration and installation can be discussed as part of the quotation. Scope may include survey, cabling, mounting, alignment, network settings and testing, depending on site access and requirements.
Is the LBE-5AC-LR available in Dubai?
Contact FourTeck to confirm current UAE availability, quantity and vendor lead time. Availability should not be assumed until the exact requirement and quotation are confirmed.
What details are needed for an accurate quote?
Share the model, quantity, destination, path distance, topology, opposite-end device, mounting height, required throughput, installation scope and preferred timeline.
What warranty applies?
Warranty terms can vary by supply channel, region and quotation. Ask FourTeck to state the applicable warranty guidance in the commercial offer rather than relying on a general assumption.
Plan the link before purchasing the radio
Send FourTeck the path distance, site locations, required throughput, quantity and installation expectations. The team can help confirm model fit, accessories, configuration scope and current UAE quotation options.
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