Outdoor 5 GHz wireless bridge
Ubiquiti airMAX LiteBeam M5 LBE-M5-23 in Dubai, UAE
A compact 23 dBi directional radio for planned outdoor links where a focused 5 GHz connection is required between sites, buildings or subscriber locations.
Planning a wireless link?
Share the distance, endpoint height, expected traffic, quantity and installation scope for a more accurate recommendation.
Direct answer for buyers
The Ubiquiti airMAX LiteBeam M5 LBE-M5-23 is an outdoor 5 GHz radio with an integrated 23 dBi directional antenna. It is mainly used to create a wireless bridge between two points or to connect a remote customer location to a compatible airMAX M access point. It can suit small businesses, warehouses, construction sites, hospitality properties, farms, campuses and service-provider networks where a cable route is unavailable or uneconomical. Before proceeding, confirm clear line of sight, link distance, interference levels, local channel rules, the radio used at the opposite end, Ethernet speed expectations, mounting position, grounding and surge protection. Buyers needing Gigabit Ethernet, airMAX AC compatibility or higher-capacity links should compare newer alternatives rather than selecting the M5 model only on price.
What the LBE-M5-23 does
The LiteBeam M5 combines a 5 GHz radio and a directional antenna in one outdoor assembly. The narrow, focused antenna pattern is intended to direct radio energy toward a planned remote endpoint rather than spread coverage broadly in every direction. In a point-to-point design, one radio is normally installed at each end and aligned so both devices can communicate across the path. In a point-to-multipoint design, it may be used as a station connecting to a compatible airMAX M sector or access point.
This role is different from an indoor Wi-Fi router. The LiteBeam is not primarily designed to provide general indoor client access for phones and laptops. It is a fixed outdoor wireless link device that becomes part of a wider network design involving switches, routers, power, Ethernet cabling, mast or wall mounting, grounding and network configuration.
Who should consider it
The model may suit buyers extending connectivity to a secondary building, guardhouse, workshop, gate, warehouse, remote office or camera location where trenching cable is difficult. It may also suit integrators maintaining an existing airMAX M deployment and service providers that need a lightweight 5 GHz subscriber radio compatible with their installed platform.
It is less suitable when the project requires a Gigabit wired port, modern airMAX AC capacity, very high throughput, heavy urban interference resistance, multi-radio redundancy or a product family standardised around newer Ubiquiti platforms. The correct choice depends on the complete link budget and network requirement, not antenna gain alone.
Business challenges and practical responses
No practical cable route
A planned outdoor bridge can connect locations without opening roads, floors or finished landscaping. The path must still be surveyed for clear line of sight and safe mounting.
Remote equipment location
A wireless link can carry network traffic toward a remote switch, camera network or local access point, provided bandwidth and latency expectations are realistic.
Existing airMAX M estate
Organisations maintaining an established M-series network may choose the LBE-M5-23 for platform continuity, subject to firmware, channel and access-point compatibility.
Lightweight mounting need
The compact form helps simplify pole installation, but the pole, bracket, wind exposure and alignment stability still need engineering attention.
Core capabilities at a glance
Supports focused outdoor link design and careful endpoint alignment.
Designed for fixed wireless applications within compatible M-series deployments.
Carries power and data toward the outdoor radio through Ethernet cabling.
Supports typical mast or pole installations; optional wall mounting may require a separate kit.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Outdoor site-to-site connection | Both endpoints have a clear path and modest bandwidth needs | Distance, Fresnel clearance, mounting height and remote radio |
| Subscriber connection | The access network uses a compatible 5 GHz airMAX M platform | AP model, channel width, firmware and security settings |
| Low-power outdoor endpoint | A 24 V passive PoE design is acceptable | Power source, cable length, grounding and surge protection |
| High-capacity modern link | Generally not the preferred choice | Compare airMAX AC, Gigabit-port and higher-throughput options |
| Indoor client Wi-Fi | Not its primary purpose | Use an appropriate indoor access point instead |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product | airMAX LiteBeam M5 |
| Model | LBE-M5-23 |
| Product type | Outdoor 5 GHz wireless bridge / station |
| Antenna gain | 23 dBi |
| Networking interface | One 10/100 MbE RJ45 port |
| Power method | Passive PoE, 2-pair |
| Included power supply | 24 V, 0.2 A PoE adapter |
| Supported voltage range | 22–27 V DC |
| Maximum power consumption | 7 W |
| Dimensions | 362 × 267 × 184 mm |
| Weight | 750 g |
| Mounting | Pole mount included; optional wall mount may be available separately |
| Operating temperature | -40 to 70 °C |
| Availability | Contact FourTeck for current UAE options and vendor lead time |
Specifications should be checked against the current Ubiquiti documentation and the exact regional unit supplied. Radio settings and legal channel availability are region dependent.
Compatibility and dependency notice
A successful wireless deployment depends on more than the radio model. The LBE-M5-23 should be matched with a compatible airMAX M endpoint or access point, appropriate channel width and frequency plan, suitable firmware, correct network mode and secure configuration. Link performance varies with distance, interference, alignment, antenna height, obstructions, cable quality, weather conditions and local spectrum rules. A 23 dBi antenna does not guarantee a particular distance or throughput. Buyers should also recognise that the Ethernet interface is limited to 10/100 MbE, which places a practical ceiling on wired-side capacity and makes the product unsuitable for projects that specifically require Gigabit Ethernet.
Power is provided through passive PoE rather than universal standards-based PoE on every switch. Connecting the radio to an incompatible power source may damage equipment. Confirm the injector, polarity, cable route and surge protection design before installation. Outdoor Ethernet should use suitable UV-resistant cable, weather-protected terminations, grounding and a properly planned entry point into the building.
A practical purchase and deployment journey
Define the network outcome
Clarify whether the link will carry office traffic, internet access, cameras, voice, guest services or another application. Record expected average and peak throughput.
Survey the radio path
Measure endpoint distance, mounting height and line of sight. Check the Fresnel zone, nearby buildings, trees, cranes and potential sources of 5 GHz interference.
Confirm the platform
Verify the opposite endpoint, airMAX generation, channel plan, firmware, security method and management approach. Avoid mixing platforms without confirmed interoperability.
Build the complete materials list
Include radios, mounts, outdoor cable, injectors or compatible power equipment, surge protection, grounding materials, enclosures and network-side switching.
Install and align
Mount securely, apply weatherproofing, align both ends, confirm signal quality and ensure cables are supported without stressing connectors.
Test and document
Validate throughput, latency, stability and failover expectations. Record IP addresses, credentials, firmware, channel settings, mounting details and support contacts.
Focused antenna design and link planning
The integrated 23 dBi antenna is one of the central reasons buyers consider this model. A directional antenna concentrates energy toward a selected endpoint, which can improve link budget compared with an antenna that spreads energy broadly. This focused design is useful for a building-to-building bridge or a subscriber station aimed at a sector access point. However, antenna gain should never be treated as a substitute for a path survey. A radio can have strong gain and still perform poorly when the path is blocked, the Fresnel zone is obstructed, the alignment is inaccurate or the channel is congested.
For a business project, the survey should establish the exact coordinates and heights of both endpoints. Trees that are below the visual line may still intrude into the radio path. New construction, cranes, moving vehicles, seasonal foliage and rooftop equipment can also affect the route. The mounting structure should be stable enough to hold alignment under wind. A lightweight radio is easier to handle, but movement of even a few degrees can materially change a narrow directional link.
The planned transmit settings must comply with the regulatory requirements of the destination country. Available channels, permitted power and outdoor use rules can vary. The installed country code should reflect the lawful region, and technicians should avoid configurations that exceed local limits. FourTeck can assist with requirement review and equipment selection, but final radio planning should include the customer’s site information and applicable regulatory guidance.
airMAX M platform compatibility and capacity
The LBE-M5-23 belongs to Ubiquiti’s airMAX M platform rather than the newer airMAX AC generation. This distinction matters when the radio must connect to an existing access point or when the buyer expects modern throughput. A product may operate in the same 5 GHz band yet use a different airMAX generation, channel architecture or feature set. The remote endpoint should therefore be identified by exact model, not by frequency alone.
The device includes a 10/100 MbE Ethernet port. For buyers, this is a clear selection boundary. It can be appropriate for modest links, legacy estates and applications where the intended traffic stays within Fast Ethernet limits. It is not the correct choice for a design that depends on a Gigabit wired interface, very high aggregate capacity or future expansion beyond the platform’s practical performance. In those cases, a current airMAX AC bridge or another higher-capacity wireless technology should be evaluated.
Capacity planning should consider real application traffic rather than only theoretical radio rates. Surveillance deployments may generate continuous upstream traffic; office extensions may need bidirectional internet, cloud access and voice; guest connectivity may create unpredictable peaks. The link should also leave operating margin for interference changes and protocol overhead. When several subscribers connect to one access point, the available capacity is shared and the access-point design becomes as important as the station radio.
Power, cabling and outdoor reliability
The LiteBeam M5 uses passive PoE and includes a 24 V, 0.2 A adapter. This approach lets installers place the injector indoors and run one Ethernet cable toward the outdoor radio. The simplicity is useful, but it requires attention because passive PoE is not automatically interchangeable with every standards-based PoE switch. The installer must confirm voltage, polarity and port behaviour before connection.
Outdoor Ethernet cabling should be selected for UV exposure, temperature and the physical route. Cable should not be left unsupported across long spans or bent beyond its rated radius. Drip loops, sealed entry points and weather-protected connectors reduce the chance of water reaching equipment. Surge protection and grounding should be considered part of the bill of materials, especially for rooftop, pole and exposed installations. A correct earthing design can reduce risk but does not make equipment immune to lightning or severe electrical events.
The official operating temperature range is broad, but environmental suitability still depends on installation quality. Dubai heat, direct sun, dust and rooftop exposure can increase stress on radios, cabling and power supplies. Keep injectors in a ventilated indoor location, avoid poorly sealed boxes that trap heat, and inspect exposed cables periodically. Preventive checks should include mount tightness, cable condition, water ingress, grounding connections, signal changes and firmware status.
Ideal business environments and use cases
Warehouse and yard connectivity
A bridge may connect an office network to a warehouse, security post or remote loading area. Confirm moving obstructions, mast position and the traffic generated by cameras or operational systems.
Hospitality and property extensions
Hotels, compounds and managed properties may need to reach an annex, staff facility or gatehouse. The LiteBeam can carry the backhaul, while separate indoor or outdoor access points provide client Wi-Fi.
Construction and temporary sites
Projects may use wireless bridges where civil works are temporary or cable routes change. Mounting, power stability and future obstruction by cranes or structures require regular review.
Farm and remote facility links
A directional link can extend networking toward a remote building, pump control point or local monitoring system when distance and terrain permit a clear path.
Legacy service-provider networks
Operators maintaining airMAX M sectors may use the model as a subscriber station. Confirm sector loading, firmware policy, channel width and expected service profile.
Remote surveillance backhaul
The link may transport camera traffic from a remote location, but camera count, resolution, frame rate, recording direction and peak bitrate must be calculated before selection.
Operational and integration considerations
The wireless bridge sits between network segments and should be planned with the same discipline as a cable link. Decide whether the radios will operate as a transparent bridge or whether routing, VLANs and security controls will be handled elsewhere. Management addressing should be documented, and administrative access should be restricted. Default credentials must be changed, firmware should be reviewed, and configuration backups should be retained.
For VLAN-based networks, confirm how tags pass through the bridge and how management traffic is separated. For CCTV, check whether multicast, broadcast and discovery traffic behave as expected. For voice, monitor latency, jitter and packet loss. For internet extension, ensure the remote network has appropriate firewalling, DHCP design and user controls. The LiteBeam itself is one component; it does not replace a firewall, managed switch or indoor wireless system.
Monitoring should include signal level, noise floor, channel utilisation, retransmissions, Ethernet status, uptime and power stability. Sudden signal changes may indicate alignment movement, new obstruction, water ingress or interference. A documented baseline taken at commissioning makes later troubleshooting faster. Where the business depends on the link, consider whether a backup path is needed. The product does not by itself provide redundancy.
Buyer questions to resolve before ordering
Procurement checklist
☐ Exact model: LBE-M5-23
☐ Required quantity and spare requirement
☐ Point-to-point or point-to-multipoint role
☐ Remote radio or access-point model
☐ Link distance and mounting height
☐ Expected throughput and application type
☐ Pole mount or optional wall mount requirement
☐ Outdoor Ethernet cable length and type
☐ Passive PoE source confirmation
☐ Surge protection and grounding materials
☐ Installation and alignment scope
☐ Configuration and testing scope
☐ Delivery destination and preferred schedule
☐ Warranty and current availability confirmation
How FourTeck can assist
FourTeck can help a buyer translate a site requirement into a clearer product request. This may include reviewing whether the LBE-M5-23 suits the intended distance and traffic, identifying the remote endpoint, discussing mounting and power, listing required accessories and comparing newer alternatives where the project needs greater capacity. The assistance is most useful when the customer provides site coordinates or approximate distance, photographs from both endpoints, required quantity, network application and expected deployment date.
For projects requiring installation, the quotation can be structured to distinguish equipment supply from survey, mounting, cabling, alignment, configuration, testing and documentation. This avoids the common procurement problem of purchasing radios without the supporting materials or labour needed for a complete deployment. Visit the FourTeck technology services page to review available planning and implementation support, or use the FourTeck contact page to share the link requirement.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact Ubiquiti LBE-M5-23 model. Availability may depend on quantity, regional stock position, vendor lead time and whether the project requires matching radios, injectors, mounting accessories or installation materials. Delivery and project coordination can be discussed once the complete requirement is known. Buyers should not assume that a visually similar LiteBeam model is an interchangeable substitute because airMAX generation, Ethernet interface, antenna gain and management features can differ.
FourTeck can coordinate requirements across Dubai, Abu Dhabi, Sharjah and Ajman through one combined enquiry. Share the delivery location, number of links, endpoint details and whether configuration or installation is required. For wider networking requirements, explore the FourTeck product portfolio and the FourTeck UAE technology website.
GCC Availability
FourTeck can assist organisations planning Ubiquiti wireless links across GCC markets by reviewing the exact model, intended topology, quantity, destination and technical scope. A buyer in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman should confirm whether the requirement is for equipment supply only or includes link planning, mounting, cabling, configuration and testing. Product availability, permitted radio settings, delivery schedules, service visits and vendor lead times can vary by country, model and project conditions. Share the destination country, LBE-M5-23 quantity, remote endpoint model, expected link distance, required accessories and preferred schedule so the quotation can reflect the actual deployment. For Kuwait-related coordination, the FourTeck Kuwait resource may also help route a regional enquiry. No stock, customs, certification or installation date should be assumed until confirmed for the specific order.
Africa Availability
Businesses and integrators evaluating the LiteBeam M5 for African projects can ask FourTeck for product-selection and procurement guidance. The review may cover exact model identity, compatible endpoint radios, quantities, passive PoE requirements, outdoor cable, mounting, surge protection, configuration and support expectations. Fulfilment can depend on the destination, vendor lead time, regional power and regulatory requirements, shipping arrangements and local installation conditions. Buyers should provide the destination country, project location, link distance, number of endpoints, expected traffic and required deployment schedule. For selected East African requirements, FourTeck resources for Kenya technology projects and Uganda technology projects may support enquiry coordination. Wider regional requests can be submitted through the FourTeck Africa website. Local inventory, customs outcomes, delivery dates and onsite coverage must be confirmed case by case.
Related options and supporting services
airMAX AC bridge options
Consider newer Ubiquiti airMAX AC models when the project needs a Gigabit interface, higher capacity or a current AC-platform design. Exact performance depends on the chosen model and path.
Compatible access-point review
For point-to-multipoint use, identify the exact sector or access-point model and confirm airMAX generation, frequency, firmware and planned subscriber loading.
Outdoor cabling and protection
Include suitable Ethernet cable, weatherproofing, surge protection and grounding materials. Compatibility and installation method should be reviewed as part of the site design.
Wireless link survey
A survey can assess line of sight, Fresnel clearance, mounting positions and interference conditions before radios are installed.
Installation and alignment
Professional mounting and alignment can improve stability and provide a documented starting point for later monitoring and troubleshooting.
Network configuration support
Configuration may include bridge mode, IP addressing, VLAN handling, secure administration, channel planning, testing and documentation.
Why businesses contact FourTeck
Technology buyers often need more than a model number. They need to know whether the product matches the installed platform, whether all supporting items are included, and whether the proposed design can carry the intended application. FourTeck can assist with requirement clarification, model comparison, bill-of-material guidance, compatibility questions, quotation coordination and planning for installation or configuration. This practical process helps reduce incomplete orders and avoids treating the radio as an isolated item.
For the LBE-M5-23, useful enquiry details include the number of links, exact distance, site photos, existing Ubiquiti equipment, traffic purpose, mounting preference, delivery destination and requested support scope. FourTeck can then discuss whether this model remains appropriate or whether an airMAX AC or other wireless bridge should be considered. Read more about the company through the FourTeck company overview.
Frequently asked questions
What is the Ubiquiti LBE-M5-23 mainly used for?
It is mainly used as an outdoor 5 GHz directional wireless bridge or station for fixed links between locations or for connecting a subscriber site to a compatible airMAX M access point.
Does one LiteBeam create a complete point-to-point link?
No. A point-to-point bridge normally requires a compatible radio at each endpoint, together with mounting, power, cabling, configuration and a clear radio path.
Is the LBE-M5-23 an airMAX AC product?
No. It is an airMAX M model. Buyers should confirm the generation and exact model of the remote endpoint before ordering.
Does it have a Gigabit Ethernet port?
No. The official specification lists one 10/100 MbE RJ45 port. Projects requiring Gigabit Ethernet should compare newer alternatives.
Is the PoE adapter included?
Ubiquiti lists a 24 V, 0.2 A PoE adapter as included. The exact package contents should still be confirmed for the supplied regional unit.
Can it be mounted on a wall?
Pole mounting hardware is included. Ubiquiti documentation references an optional wall-mount kit, which may need to be ordered separately and confirmed for compatibility.
How far can the LiteBeam M5 reach?
There is no single guaranteed distance. Reach and performance depend on line of sight, Fresnel clearance, interference, channel settings, endpoint hardware, alignment and regulatory power limits.
Can it provide normal indoor Wi-Fi?
That is not its primary role. It is an outdoor fixed wireless device. Use a separate indoor access point for phones, laptops and general client Wi-Fi.
What information is needed for a quotation?
Provide the model, quantity, link distance, endpoint details, delivery location, mounting preference, required accessories and whether survey, installation or configuration is needed.
How can I confirm UAE availability?
Contact FourTeck with the exact LBE-M5-23 quantity and project requirement. Availability, lead time, warranty guidance and delivery coordination will be confirmed for the specific request.
Discuss your LiteBeam M5 requirement
Share the endpoint distance, current Ubiquiti platform, quantity, application and support scope. FourTeck can help confirm whether the LBE-M5-23 fits the project and prepare a UAE quotation.
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