Ubiquiti airMAX 5 GHz Sector AM-5G2 in Dubai, UAE
The AM-5G2 family gives network planners a choice between broad 120-degree coverage and a more focused 90-degree sector. It is intended to form the antenna side of an outdoor base station when paired with a suitable Ubiquiti Rocket radio, allowing service providers and organisations to serve multiple remote client locations from one planned sector.
Outdoor dual-polarity sector antenna
5 GHz PtMP base-station coverage
90° or 120° sector
Compatible Rocket radio sold separately
Confirm UAE supply and lead time
Direct answer for buyers
The Ubiquiti AM-5G2 is a 5 GHz sector antenna family used to create planned outdoor point-to-multipoint coverage. It should be considered by wireless internet providers, campuses, resorts, warehouses, industrial sites and multi-building organisations that need to connect several client locations to one base-station sector. The family contains two different models, so the order must identify either AM-5G19-120 or AM-5G20-90. Before proceeding, buyers should confirm the required coverage angle, intended Rocket radio, permitted operating frequencies, mast and wind-loading conditions, number and placement of client devices, interference environment, cable and grounding plan, and whether installation or alignment services are required.
What the AM-5G2 does
A sector antenna shapes radio energy into a defined horizontal coverage area rather than radiating equally in every direction. In a point-to-multipoint design, a base-station radio and sector antenna communicate with multiple compatible client radios located within the planned sector. This arrangement can reduce the number of base-station locations required while still allowing the network designer to divide a site into manageable coverage cells.
The AM-5G2 is passive antenna hardware. It does not provide Ethernet switching, routing, power, subscriber management or radio processing by itself. Those functions depend on the attached Rocket radio, network design, software platform and upstream infrastructure.
Who should consider it
The product is relevant where a planned 5 GHz outdoor sector is preferred over an omnidirectional pattern. Typical buyers include WISPs, systems integrators, facility operators, education campuses, accommodation properties, logistics yards, construction compounds, energy sites and organisations linking dispersed buildings or service points.
It is not automatically the correct antenna for every outdoor wireless requirement. A narrow point-to-point bridge normally calls for directional dish or panel antennas, while dense urban deployments may need more advanced interference-isolation designs. FourTeck can help review the topology before quotation.
Business challenges and practical responses
Clients spread across a wide arc
The 120-degree AM-5G19-120 can cover a broader planned sector, which may suit sites where client locations are distributed across a wide frontage. Wider coverage must still be assessed against interference, cell overlap and edge performance.
Need for tighter sector control
The 90-degree AM-5G20-90 concentrates coverage into a narrower sector. This can support more deliberate cell planning, but it may require additional sectors to cover the same total area.
Outdoor mechanical exposure
The antenna is designed for outdoor deployment and the manufacturer publishes wind-survivability and wind-loading figures. The mounting structure, brackets, mast and installation method must still be engineered for the actual site.
Uncertain radio compatibility
The built-in mounting arrangement is intended for Rocket radios, but the exact radio generation, regulatory region, connectors, firmware and network role should be checked before purchase. A radio is not included with the antenna.
Core capabilities at a glance
Supports a 2×2 MIMO antenna arrangement when used with an appropriate radio.
Published antenna frequency range; permitted operating channels depend on the radio and local regulation.
Choose approximately 120-degree or 90-degree horizontal coverage according to the network plan.
The included bracket and RF jumpers support a compact antenna-and-radio assembly.
AM-5G2 fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Wide PtMP sector | Clients occupy a broad planned arc | AM-5G19-120, overlap and interference plan |
| Focused PtMP sector | A tighter cell boundary is preferred | AM-5G20-90 and number of sectors required |
| Rocket-based base station | A compatible Rocket radio is part of the design | Exact radio model, region and power method |
| Outdoor mast installation | A suitable pole, grounding and access plan exist | Wind load, bracket, cable route and surge protection |
| High-interference location | A survey shows the antenna pattern is appropriate | Spectrum conditions and whether an isolation-focused alternative is preferable |
Verified technical information
AM-5G2 is a commercial family name covering two orderable sector variants. The table keeps those variants separate so that values are not blended into one misleading specification.
| Field | AM-5G19-120 | AM-5G20-90 |
|---|---|---|
| Product type | 5 GHz 2×2 dual-polarity MIMO sector antenna | 5 GHz 2×2 dual-polarity MIMO sector antenna |
| Dimensions | 700 × 135 × 73 mm | 700 × 135 × 70 mm |
| Weight | 5.9 kg | 5.9 kg |
| Frequency range | 5.15–5.85 GHz | 5.15–5.85 GHz |
| Gain | 18.6–19.1 dBi | 19.4–20.3 dBi |
| HPOL beamwidth | 123° at 6 dB | 91° at 6 dB |
| VPOL beamwidth | 123° at 6 dB | 85° at 6 dB |
| Elevation beamwidth | 4° | 4° |
| Electrical downtilt | 2° | 2° |
| Maximum VSWR | 1.5:1 | 1.5:1 |
| Wind survivability | 200 km/h | 200 km/h |
| Wind loading | 89 N at 160 km/h on current store listing | 115 N at 160 km/h on current store listing |
| Polarization | Dual-linear | Dual-linear |
| Cross-polar isolation | 28 dB minimum | 28 dB minimum |
| ETSI specification | EN 302 326 DN2 | EN 302 326 DN2 |
| Included mounting items | Universal pole mount, Rocket bracket and weatherproof RF jumpers | Universal pole mount, Rocket bracket and weatherproof RF jumpers |
Published specifications can be revised by the manufacturer. Confirm the exact order code, regional requirements and current documentation before final procurement. Dimensions and weight are normally stated without the pole mount and Rocket radio.
Compatibility and dependency notice
The AM-5G2 antenna does not operate as a complete wireless base station on its own. A suitable Rocket radio, power arrangement, Ethernet infrastructure, surge protection, grounding, mast hardware, client radios and network configuration may all form part of the deployment. The radio is sold separately. Compatibility should be checked at exact model level because Rocket generations, regulatory regions, supported channel plans, connector arrangements and management features can differ.
Use of 5 GHz spectrum must follow the regulations applicable to the installation country. The antenna frequency range does not by itself authorise operation on every channel within that range. FourTeck can help review the proposed bill of materials, while the installer and network owner remain responsible for legal operation, structural safety and final radio planning.
A practical purchase and deployment journey
Map the coverage area
Plot base-station height, client bearings, distances, terrain, obstructions and required service zones. Decide whether one sector or several coordinated sectors are needed.
Select 90° or 120°
Choose the AM-5G20-90 for a tighter sector or AM-5G19-120 for broader coverage. Evaluate overlap, edge users and expected interference rather than using gain as the only criterion.
Confirm the radio platform
Identify the exact Rocket radio, firmware, regulatory region, power method and management approach. Verify client-device compatibility and planned channel width.
Engineer the installation
Review pole diameter, mast capacity, wind exposure, access, grounding, lightning protection, cable route and safe working procedures.
Request a complete quotation
Provide exact variant, quantity, radio requirements, accessories, destination, installation needs and target schedule so the quotation reflects the actual project.
Install, align and validate
After safe mounting, configure the radio, check spectrum conditions, align the sector, validate client links and document final settings and coverage.
Capability focus: controlled sector coverage
The central value of a sector antenna is pattern control. By aiming coverage toward a planned subscriber or building area, the network designer can avoid spending radio energy equally in directions that do not need service. The AM-5G19-120 supports a broader sector footprint, while the AM-5G20-90 can create a more concentrated cell. Neither option is universally superior. A wider sector may reduce antenna count but can expose the base station to more competing signals and produce larger edge areas. A narrower sector can support cleaner cell boundaries but may increase infrastructure count and require more careful inter-sector coordination.
Coverage angle is only one part of design. Vertical pattern, electrical downtilt, mounting elevation and terrain determine where the useful signal intersects client locations. A 2-degree electrical downtilt is published for both variants. The physical mounting angle should not be improvised without considering the intended service area, because excessive tilt can reduce reach while insufficient tilt may overshoot nearby clients.
Capability focus: dual-polarity MIMO operation
The antenna uses dual-linear polarization and is designed for 2×2 MIMO operation with an appropriate Rocket radio. MIMO systems use multiple radio paths and antenna polarizations to improve link efficiency compared with a single-polarization design, but actual throughput depends on the full link. Radio generation, client capability, channel width, modulation, signal quality, noise floor, airtime use, distance and local regulations all affect performance.
Buyers should therefore avoid treating antenna gain as a guaranteed capacity figure. Gain describes how the antenna concentrates energy relative to a reference, not the amount of application traffic the network will always carry. A well-designed system combines the correct antenna with a compatible radio, suitable client devices, clean spectrum, realistic service ratios and ongoing monitoring. FourTeck can assist with component identification and quotation, while final capacity engineering should be based on site-specific measurements and service objectives.
Capability focus: integrated outdoor assembly
Ubiquiti designed the airMAX sector range to accept a Rocket radio using a built-in mounting arrangement. The current product information lists a universal pole mount, Rocket bracket and weatherproof RF jumpers as included. This can simplify the physical antenna-radio assembly and keep RF jumper lengths controlled. It does not remove the need for careful outdoor installation.
The installer must evaluate mast strength, bracket tightening, equipment weight, wind exposure, grounding, surge protection, water ingress risk and Ethernet cable support. Published wind-survivability values apply to the antenna under specified conditions and should not be interpreted as confirmation that an existing pole or rooftop structure is adequate. Structural review may be necessary for exposed sites. Maintenance access also matters: technicians should be able to inspect hardware, replace a radio and verify alignment without unsafe working practices or unnecessary service disruption.
Ideal business environments and use cases
Wireless internet access networks
A WISP can use one or more sectors at a tower or rooftop to serve compatible client premises. Subscriber density, contention model, link distance and spectrum reuse should guide sector count and variant choice.
Campus and multi-building connectivity
Education, healthcare, commercial and residential campuses may use PtMP wireless links to reach outlying buildings where trenching fibre is difficult. The network should distinguish between primary production links and secondary or temporary connectivity.
Hospitality and resort properties
Large properties can use a sector base station to connect remote structures, service areas or managed network points. Guest Wi-Fi design remains a separate layer requiring access points, switching, security and capacity planning.
Industrial and logistics sites
Warehouses, yards and utility compounds may need connectivity between control rooms, gates, cameras or operational buildings. Line of sight, moving obstructions, metal structures and electromagnetic conditions must be assessed.
Temporary project locations
Construction and event environments may use outdoor wireless links when permanent cabling is unavailable. Mounting safety, relocation needs, power continuity and changing obstructions should be incorporated into the design.
Surveillance backhaul aggregation
A sector network can aggregate several remote camera locations, but video traffic must be sized carefully. Required bitrate, recording continuity, latency tolerance and outage impact should be reviewed before relying on a shared wireless sector.
Integration and operational considerations
The antenna is one component in a larger wireless system. Upstream switching must provide the required network segmentation and power arrangement for the selected radio. Edge routing, firewall policy, bandwidth control, monitoring and authentication are outside the antenna itself. Buyers planning business-critical traffic should document how the wireless segment fits into the overall network architecture, including redundancy, failover and maintenance windows.
Spectrum planning is especially important in 5 GHz deployments. Nearby networks, radar-related restrictions, building reflections and self-interference between colocated sectors can influence channel availability. A spectrum survey performed at the intended mounting height is more useful than a ground-level scan. Channel width should be selected according to capacity requirements and available clean spectrum; wider channels can offer more peak capacity but consume more spectrum and may be more vulnerable to interference.
Client radios should have clear line of sight where possible and suitable antenna patterns for the link distance. Fresnel-zone clearance, not just visual line of sight, affects link quality. Network planners should also account for seasonal vegetation, cranes, vehicles, new buildings and other changes that can obstruct paths after installation. Documentation should record bearings, elevation, radio settings, cable routes, IP addresses and maintenance responsibilities.
Questions to resolve before requesting a quote
State AM-5G19-120 or AM-5G20-90. The general AM-5G2 family name is not enough for a precise order.
Provide a map, client bearings, approximate distances and mounting position so beamwidth can be reviewed.
Confirm the exact radio model and regulatory region, or ask FourTeck to help identify a suitable current option.
Share expected client count, peak throughput, application mix and growth so sector sizing is not based on distance alone.
Identify rooftop, tower, pole or wall location, access constraints, wind exposure and grounding arrangements.
Clarify whether the request is supply-only or includes survey, mounting, alignment, configuration, testing or handover.
Procurement checklist
How FourTeck can assist
FourTeck can help transform a general request for an AM-5G2 into a more complete procurement requirement. Assistance can include clarifying whether the 90-degree or 120-degree version is intended, reviewing the proposed Rocket radio, identifying related mounting or network components, preparing a bill-of-material discussion and coordinating a quotation. Where the project needs more than product supply, the requirement can also identify survey, installation, alignment, configuration, testing and handover expectations.
For a useful quotation, share the deployment country, site type, number of sectors, approximate client count, distances, desired service capacity, preferred radio platform and expected timeline. Photographs, a site drawing or map bearings can improve the initial review. FourTeck will not treat an early recommendation as a substitute for structural engineering, legal spectrum compliance or final site validation. Those responsibilities should be allocated clearly within the project.
Businesses comparing related networking equipment can browse the FourTeck technology product range, discuss installation and configuration services, or send project details through the FourTeck contact page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact AM-5G2 variant. Supply may depend on whether AM-5G19-120 or AM-5G20-90 is requested, the quantity, regional sourcing, vendor lead time and associated radio requirements. A product family reference alone may delay quotation because the two versions have different sector patterns and gain values.
Delivery and project coordination can be discussed after the requirement is confirmed. Buyers should state whether they need antenna supply only or a wider scope that includes Rocket radios, power accessories, surge protection, mounting, cabling, alignment and configuration. Warranty terms should be confirmed against the proposed supply source and quotation rather than assumed from overseas retail listings. For broader company information, visit about FourTeck.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate requirement review and quotation discussions for organisations planning Ubiquiti outdoor wireless deployments across Dubai, Abu Dhabi, Sharjah and Ajman. The practical scope can vary by site: a straightforward replacement antenna may require only exact model confirmation, while a new PtMP base station may need a survey, coverage planning, radio selection, installation access assessment and commissioning approach. Buyers should share the site address, mounting type, required number of sectors, client distribution and any access restrictions. Product availability, delivery coordination and service scheduling are confirmed only after the exact requirement and destination are reviewed.
GCC availability
FourTeck can assist businesses evaluating the AM-5G2 for projects in the United Arab Emirates and other GCC markets, including Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Support can begin with confirming the required 90-degree or 120-degree antenna, compatible radio platform, quantity, mounting environment and expected deployment schedule. Quotation coordination may also cover related radios, accessories, configuration scope and installation planning where required. Product availability, radio-region suitability, delivery schedules, service visits and vendor lead times can vary by country, model, quantity and project conditions. Buyers should provide the destination country, exact AM-5G2 variant, number of sectors, intended Rocket model, deployment location and target date. FourTeck can then discuss suitable procurement and coordination options without assuming local stock, fixed transit times or guaranteed installation dates. Regional enquiries may also be directed through the FourTeck Kuwait technology site where relevant.
Africa availability
Organisations planning outdoor wireless links in Africa can contact FourTeck for product evaluation, quotation coordination and deployment requirement review. For the AM-5G2, the discussion should cover the destination country, exact antenna variant, quantity, radio platform, power and grounding arrangements, installation height, environmental exposure and support expectations. Availability and fulfilment can depend on shipping route, vendor lead time, regional radio rules, project location and local site conditions. The correct beamwidth should be chosen from a coverage plan rather than copied from another deployment. FourTeck can also help identify accessories, related radios and installation considerations, but local structural, spectrum and regulatory requirements must be validated for the destination. Buyers in East Africa may review the Kenya technology portal or Uganda technology portal, while wider regional enquiries can use the FourTeck Africa site.
Related products, services and alternatives
Compatible Rocket radio review
The antenna requires a suitable radio. Confirm the exact Rocket generation, regulatory region, power supply and client ecosystem before ordering.
airMAX AC sector alternatives
Where tighter beamwidth or improved interference isolation is needed, current airMAX AC sector models may be considered. Do not assume direct equivalence; compare radio support, pattern and deployment goals.
Directional dish antennas
For point-to-point backhaul rather than sector coverage, a directional dish may be more appropriate. Link distance, wind loading and radio compatibility must be reviewed.
Survey and spectrum assessment
A site and spectrum review can help validate mounting position, channel options, line of sight and likely interference before equipment is finalised.
Installation and alignment
Professional mounting, grounding, cable management, antenna alignment and validation can be included in the project discussion where site access permits.
Network security and routing
The wireless link should connect into a properly segmented and protected network. Firewalls, switching, monitoring and access control are separate design decisions.
Why businesses contact FourTeck
Technology procurement often fails when a broad family name is treated as a complete specification. FourTeck helps buyers clarify the exact model, intended role and related components before a quotation is prepared. For the AM-5G2, this means distinguishing AM-5G19-120 from AM-5G20-90, confirming the radio and client platform, reviewing quantities and discussing whether installation or configuration belongs in the same scope.
This practical approach can reduce avoidable mismatches, such as ordering the wrong beamwidth, assuming a radio is included, overlooking pole loading or omitting surge protection. FourTeck can coordinate commercial and technical questions, but does not replace the responsibilities of the network designer, structural engineer, licensed installer or local regulator. The goal is a clear bill of materials and a realistic project conversation based on the buyer’s actual environment.
Frequently asked questions
Is AM-5G2 one exact antenna model?
AM-5G2 is a family reference covering two variants: AM-5G19-120 and AM-5G20-90. The purchase request should identify the exact variant because beamwidth, gain and dimensions differ.
What is the difference between the 90-degree and 120-degree versions?
The AM-5G19-120 provides a broader sector pattern with gain in the 18.6–19.1 dBi range. The AM-5G20-90 provides a narrower pattern with gain in the 19.4–20.3 dBi range. Selection should follow the coverage and interference plan.
Does the antenna include a Rocket radio?
No. The Rocket radio is sold separately. The manufacturer lists the universal pole mount, Rocket bracket and weatherproof RF jumpers as included with the antenna.
Can AM-5G2 be used for point-to-point links?
It is primarily designed for sector coverage in point-to-multipoint networks. A directional dish or panel antenna is usually more appropriate for a focused point-to-point backhaul, subject to link design.
Which Rocket models are compatible?
Compatibility depends on the exact Rocket generation, mounting arrangement, connectors, regulatory region and network design. Share the proposed radio model with FourTeck for review before ordering.
Is 5.15–5.85 GHz available for use everywhere?
No. That is the published antenna range, not a universal operating authorisation. The permitted channels, transmit power and dynamic frequency selection rules depend on the country and radio configuration.
What mounting checks are required?
Confirm pole dimensions, structural capacity, wind exposure, bracket condition, grounding, surge protection, cable support, safe access and final antenna orientation. Published antenna wind figures do not certify the supporting structure.
Can FourTeck provide installation and configuration?
Installation, alignment, configuration and testing can be discussed as part of the requirement. Scope, site access, location, safety conditions and deliverables must be confirmed before quotation.
How can I check Dubai or UAE availability?
Send the exact variant, quantity, destination and required accessories to FourTeck. Availability and lead time are confirmed against the current requirement and should not be assumed from international store listings.
What information is needed for an accurate quote?
Provide AM-5G19-120 or AM-5G20-90, quantity, destination, Rocket model, client count, coverage map, mounting type, accessories, installation scope and desired schedule.
Confirm the correct AM-5G2 variant for your project
Share your required sector angle, quantity, Rocket radio, site location and installation scope. FourTeck can review the requirement and coordinate a quotation based on current UAE availability.
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