10 GHz point-to-point wireless bridge
Ubiquiti PowerBridge M10 PBM10 in Dubai, UAE
A specialist outdoor airMAX bridge for organisations assessing a dedicated 10 GHz wireless path between two sites. Selection depends on spectrum permission, clear line of sight, accurate alignment, matching endpoints and current product availability.
Designed for fixed PtP bridging.
Narrow beam requires careful installation.
24 V, 1 A adapter listed as included.
Older specialist model; confirm before design lock.
Direct answer for buyers
The PowerBridge M10 PBM10 is a fixed outdoor 10 GHz wireless bridge supplied as an integrated radio and high-gain dish assembly. It was developed for long-distance point-to-point backhaul where conventional unlicensed bands may be crowded. Businesses considering it should first validate whether the intended 10 GHz channels and transmit settings are permitted at the deployment location, whether an identical or compatible endpoint is available, and whether the path has unobstructed line of sight. Current lifecycle, firmware support, spare availability, grounding, mast loading and installation access should also be confirmed before procurement.
What the PBM10 does
The PBM10 creates a transparent Ethernet bridge over a directional 10 GHz radio path. In practical terms, it can connect two buildings, towers or operational sites when trenching fibre is impractical and when the project has the necessary spectrum and line-of-sight conditions. The high-gain dish concentrates radio energy into a narrow beam, helping reduce interference from directions outside the intended path and supporting longer links when the complete link budget is suitable.
The platform uses Ubiquiti airMAX technology and a 2×2 MIMO radio architecture. The manufacturer’s legacy datasheet describes real TCP/IP throughput above 150 Mbps and links beyond 20 km under suitable conditions. These figures should be treated as design references rather than guaranteed project outcomes because actual performance depends on channel width, regulatory limits, alignment, Fresnel-zone clearance, interference, cable quality, firmware and weather.
Who should consider it
This model may suit wireless internet service providers, utilities, industrial estates, logistics campuses, construction compounds, education sites and businesses connecting facilities across a road, yard or open area. It is most relevant where an existing PBM10 link must be maintained, expanded or replaced like-for-like, or where a specialist 10 GHz design has already been approved.
It is less suitable for buyers who need a current mainstream product with active cloud management, gigabit Ethernet, broad regional availability or simple self-installation. A modern airMAX ac, licensed microwave or fibre solution may be a better fit for a new project. FourTeck can help compare the PBM10 requirement with current alternatives rather than assuming the legacy model is automatically the right choice.
Business challenge and response map
No practical cable route
A correctly engineered wireless bridge can carry network traffic between separated facilities without a new underground or aerial fibre path.
Crowded lower bands
A 10 GHz design may provide a different interference environment, but legal channel availability and licensing requirements must be checked locally.
Long outdoor path
The directional 33–34.4 dBi antenna supports focused links, provided the full path profile, Fresnel clearance and link budget are acceptable.
Legacy link continuity
Existing installations may require a matching spare or migration plan. Confirm hardware revision, firmware and endpoint compatibility before purchase.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| 10 GHz point-to-point path | A fixed, directional link is planned between two known sites. | Permitted channels, power limits and approval requirements. |
| Long-range connectivity | Clear line of sight and adequate mast height are available. | Path survey, Fresnel clearance, rain fade and link margin. |
| Existing PBM10 estate | A compatible replacement or spare is required. | Firmware, radio settings, region code and physical condition. |
| New infrastructure project | Only after comparing lifecycle and current alternatives. | Supportability, Ethernet capacity, spare strategy and migration path. |
Compatibility, compliance and lifecycle notice
The PBM10 operates in a specialist frequency range, so it must not be treated like a standard 2.4 GHz or 5 GHz outdoor bridge. The installer is responsible for compliance with local frequency rules, output-power restrictions and professional installation requirements. Before procurement, confirm the UAE regulatory position for the exact deployment, the device region code, available firmware, endpoint compatibility and whether the proposed channels can legally be used.
The product documentation dates from an earlier airMAX generation. Buyers planning a new link should therefore compare the cost and operational risk of sourcing PBM10 hardware against current licensed microwave, fibre or modern wireless bridge options. An older unit may still be appropriate for maintaining an installed estate, but the bill of materials should include surge protection, shielded outdoor cable, grounding, mounting hardware and a spare strategy where business continuity matters.
From requirement to operational link
Define the traffic need
Document required throughput, latency sensitivity, VLAN use, growth expectations and availability target.
Survey the path
Confirm coordinates, distance, line of sight, Fresnel clearance, mast height, wind exposure and access.
Validate spectrum
Review local 10 GHz rules, channel availability, output limits and any approval process.
Confirm supply
Check exact model, matched endpoints, accessories, firmware, support status and realistic lead time.
Install and test
Complete grounding, alignment, weatherproofing, configuration, throughput testing and handover documentation.
Focused 10 GHz radio path
A narrow 3.0° to 3.7° beam can help concentrate the link and reduce exposure to off-axis interference. The same narrow beam also makes mechanical stability and alignment accuracy essential. A small movement at the mast can have a significant effect over a long path. Pole condition, bracket torque, wind load and future access must therefore be part of the design rather than treated as installation details.
airMAX scheduling and traffic
The legacy airMAX implementation uses time-based scheduling to coordinate wireless transmissions. This can provide more predictable outdoor operation than an unmanaged Wi-Fi link, particularly where a controlled point-to-point design is used. However, the single 10/100 Ethernet port creates a practical ceiling for the wired interface. Organisations requiring several hundred megabits or gigabit-class backhaul should compare newer platforms.
Outdoor power and protection
The radio is powered by 24 V passive PoE and draws up to 8 W according to the manufacturer datasheet. Passive PoE is not interchangeable with every standards-based PoE switch, so the correct injector and polarity must be used. Shielded outdoor Ethernet cable, earth grounding, surge protection and weatherproof cable entry are important for reliable operation and for reducing exposure to electrostatic discharge.
Ideal business environments and realistic use cases
The PBM10 is best evaluated as a piece of specialist infrastructure rather than a general wireless access product. A service provider might use a pair for a tower-to-tower backhaul link. A logistics operator could connect a remote warehouse to the main network where trenching is disruptive. A utility or industrial business may need to transport telemetry, camera or operational data from a distant site. An education or hospitality campus might bridge buildings across open land.
Each scenario requires its own capacity calculation. Video surveillance traffic can be bursty and may need quality-of-service planning. Voice traffic is sensitive to latency and packet loss. Business applications may require VLAN transport, monitoring and redundancy. The PBM10 does not by itself create a resilient design; resilience may require a second path, spare equipment, alternate media or rapid replacement arrangements. FourTeck can help frame these questions before a quotation is finalised.
Questions to resolve before ordering
A replacement may need exact firmware and configuration matching. A new link should be compared with current alternatives.
Coordinates, elevations, obstructions and Fresnel clearance are needed for a meaningful link assessment.
Consider present traffic, peak demand, growth and the 10/100 Ethernet interface limitation.
Confirm channel use, transmit limits and any licensing or coordination requirement in the destination country.
Clarify mounting, cabling, grounding, alignment, configuration, testing and documentation.
Define spare strategy, monitoring, remote access and migration options for a legacy platform.
Procurement checklist
□ Exact PBM10 model and hardware revision
□ Quantity and requirement for matched endpoints
□ Deployment coordinates and path distance
□ UAE or destination-country spectrum confirmation
□ Required throughput and traffic profile
□ Mast diameter, height and structural condition
□ Wind exposure and mounting arrangement
□ 24 V passive PoE injector confirmation
□ Shielded outdoor cable and grounding materials
□ Surge protection and weatherproofing scope
□ Firmware and existing-link compatibility
□ Installation, alignment and testing responsibilities
□ Warranty and lifecycle guidance from current supplier
□ Delivery location and realistic project timeline
How FourTeck can assist
FourTeck can review whether the requested PBM10 is intended for an existing network or a new deployment, then help organise the information needed for a useful quotation. This includes exact model confirmation, quantity, endpoint requirements, path details, mounting conditions, power method, cable and surge protection, compatibility, configuration scope and regional delivery considerations. Where the PBM10 is difficult to source or unsuitable for the required capacity, the discussion can include modern wireless or fibre alternatives without assuming they are direct drop-in replacements.
Buyers can explore additional business technology products, review available installation and configuration services, or contact the team through the FourTeck Dubai enquiry page. For broader infrastructure planning, visit the FourTeck UAE technology portal.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti PowerBridge M10 PBM10. Supply may depend on remaining regional inventory, refurbished or legacy channels, quantity, hardware revision and vendor lead time. A quotation should identify whether equipment is new, replacement stock or another supply condition, along with included accessories and warranty guidance. Delivery and project coordination can be discussed after the exact requirement is confirmed. Installation and configuration scope should be included in the quotation when required.
For projects spanning Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, delivery planning and the definition of installation responsibilities through one commercial discussion. Site access, mast work, permits, spectrum compliance and local scheduling remain project dependent and should be documented before an implementation date is agreed.
GCC Availability
Organisations across the GCC can contact FourTeck for requirement review and quotation coordination for the PBM10 or a suitable alternative. The process can cover exact model confirmation, matching radio requirements, accessories, passive PoE, mounting, cable protection, configuration scope and installation planning. Buyers in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman should not assume that a 10 GHz configuration approved in one market is automatically permitted in another. Product availability, licensing, delivery schedules, service visits, project scope and vendor lead times can vary by country, model, quantity and technical requirement. Share the destination country, required quantity, link distance, deployment coordinates, desired capacity and expected timeline so FourTeck can structure the discussion. For Kuwait-specific coordination, the FourTeck Kuwait resource may also be relevant.
Africa Availability
FourTeck can support organisations evaluating legacy Ubiquiti links and current wireless backhaul options for projects in Africa. The review may include product identity, endpoint matching, regional frequency rules, required accessories, power and grounding, path engineering, configuration scope, support expectations and migration planning. Availability and fulfilment depend on the destination, exact model, quantity, radio region, shipping arrangements, vendor lead time, installation scope and local project conditions. Buyers should share the destination country, required link capacity, coordinates, preferred deployment schedule and whether remote or on-site support is expected. For East African requirements, the Kenya technology portal and Uganda technology portal provide regional contact routes, while the FourTeck Africa site supports broader enquiries.
Related products, services and alternatives
Current airMAX bridges
Consider newer Ubiquiti point-to-point platforms when a fresh deployment needs current hardware and management features.
Licensed microwave links
Suitable for projects requiring engineered spectrum, higher capacity or formal carrier-grade design.
Outdoor cabling and surge protection
Shielded cable, grounding and surge protection should be selected as part of the complete outdoor bill of materials.
Path survey and installation
Professional survey, mounting, alignment and acceptance testing help reduce avoidable deployment risk.
Frequently asked questions
What is the Ubiquiti PowerBridge M10 PBM10 used for?
It is designed for fixed outdoor point-to-point Ethernet bridging over a directional 10 GHz radio link between two sites.
Does one PBM10 create a complete link?
A point-to-point link normally requires compatible equipment at both ends. Confirm whether the quotation is for one unit, a matched pair or a replacement endpoint.
Can PBM10 operate legally in Dubai?
Legal operation depends on current UAE spectrum rules, channel selection, output power and any approval requirements. This must be checked for the exact project.
What throughput should a buyer expect?
The legacy datasheet references more than 150 Mbps real TCP/IP performance, but actual results depend on configuration, path quality, interference and regulatory limits. The 10/100 Ethernet interface must also be considered.
Is passive PoE included?
The manufacturer datasheet lists a 24 V, 1 A PoE supply as included. Confirm the actual contents and condition with the current supplier before ordering.
Can it be installed without a path survey?
A survey is strongly advisable. Distance, line of sight, Fresnel clearance, mast height, wind loading and alignment affect whether the link is practical.
Is the PBM10 a current Ubiquiti model?
It is an older airMAX product. Current lifecycle, firmware support and supply status should be confirmed before it is specified for a new project.
What information is needed for a quotation?
Provide quantity, whether one or both endpoints are required, destination, path distance, coordinates, required throughput, installation scope and desired timeline.
Can FourTeck suggest a modern replacement?
FourTeck can review the existing design and compare current wireless, microwave or fibre options. Replacement compatibility is not assumed and must be validated.
Confirm the exact PBM10 requirement before purchase
Share your link distance, quantity, destination, existing equipment and installation scope. FourTeck will help organise model confirmation, availability review and quotation details.
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