Outdoor point-to-multipoint antenna planning
Ubiquiti airMAX 2.4 GHz 15 dBi Sector AM-2G15-120 in Dubai, UAE
A wide-sector, dual-polarisation antenna for building a 2.4 GHz airMAX base-station sector when the network design calls for directional coverage across a defined service area.
Plan the complete link, not only the antenna
Share the intended radio, mast location, client count, distances, mounting conditions and target deployment date so the requirement can be reviewed correctly.
Direct answer for buyers
The AM-2G15-120 is a passive outdoor sector antenna used with a compatible Ubiquiti Rocket radio to create a 2.4 GHz point-to-multipoint base-station sector. It is mainly considered by service providers, campuses, industrial operators, farms, hospitality sites and multi-building organisations that need to direct wireless coverage across a broad horizontal area. Before ordering, confirm that 2.4 GHz is appropriate for the local interference environment, that the active radio and subscriber devices are compatible, that the mast can support the antenna and wind load, and that line of sight, mounting height, cabling, grounding and regulatory requirements have been assessed.
What the AM-2G15-120 does
The antenna shapes radio energy into a sector rather than radiating equally in every direction. This lets a network designer focus coverage toward a planned group of subscriber locations, buildings or service zones. In a typical point-to-multipoint design, a compatible Rocket radio mounts to the rear bracket and connects through the included weatherproof RF jumpers. The radio provides the active wireless functions, while the antenna provides the directional pattern, gain and dual-polarisation characteristics.
This separation matters during procurement. The AM-2G15-120 is not a complete wireless access point, router or internet service. It does not create coverage without a radio, power source, Ethernet backhaul and correctly configured client devices. Its value is realised only when those parts are selected and engineered as one system.
Who should consider it
This model may suit network operators that already have, or deliberately plan, a 2.4 GHz airMAX sector. Typical buyers include wireless internet service providers extending service to several customer premises, organisations linking distributed facilities, estates covering separate buildings, and project teams supporting outdoor operational areas where directional sector coverage is more appropriate than an indoor access point or omnidirectional antenna.
It may be less suitable where the 2.4 GHz band is heavily congested, where only a narrow group of clients must be served, where a point-to-point backhaul is required, or where the project needs a managed indoor Wi-Fi system. A site survey and frequency assessment should guide that decision rather than gain alone.
Business challenges this sector antenna can help address
Serving multiple remote endpoints
A sector base station can communicate with several compatible subscriber stations located within the planned coverage area, reducing the need for a separate base antenna for every endpoint. Actual capacity depends on radio generation, channel width, signal quality, airtime use and interference.
Focusing coverage by direction
The directional sector pattern helps concentrate energy toward the intended service zone rather than distributing it through a full circle. Correct orientation is essential, and overshoot, sidelobes and reflections must still be considered during design.
Building a modular tower design
Multiple sectors can be planned around a mast when broader area coverage is needed. Channel planning, physical separation, synchronisation options and radio compatibility become increasingly important in multi-sector installations.
Extending connectivity beyond cabling
Wireless sectors can support locations where fibre or copper installation is impractical, delayed or disproportionately expensive. The business case should still compare spectrum conditions, reliability objectives and lifecycle support against wired alternatives.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Broad directional service area | Subscriber sites fall inside a planned wide sector | Azimuth, elevation, terrain and actual beam coverage |
| 2.4 GHz deployment | The band is permitted and usable at the site | Noise floor, channel plan, local rules and radio model |
| Point-to-multipoint network | One base sector will serve several compatible stations | Client count, traffic profile, airtime and link budget |
| Outdoor mast installation | A secure pole, grounding system and clear mounting position exist | Wind load, access, lightning protection and maintenance safety |
| Rocket-based base station | A compatible Rocket radio is part of the design | Exact radio generation, connectors, power method and software support |
| Long-term network expansion | The sector plan includes growth and channel reuse | Future subscriber density, interference and migration path |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Model | AM-2G15-120 |
| Product type | Outdoor 2×2 MIMO base-station sector antenna |
| Frequency range | 2.3–2.7 GHz |
| Gain | 15.0–16.0 dBi |
| Horizontal-polarisation beamwidth | 123° at 6 dB |
| Vertical-polarisation beamwidth | 118° at 6 dB |
| Electrical beamwidth | 9° |
| Electrical downtilt | 4° |
| Polarisation | Dual-linear |
| Cross-polarisation isolation | 28 dB minimum |
| Maximum VSWR | 1.5:1 |
| Dimensions | 700 × 145 × 93 mm, excluding pole mount and radio |
| Weight | 4.0 kg, excluding pole mount and radio |
| Wind survivability | 200 km/h according to the manufacturer specification |
| Mounting items | Universal pole mount, RocketM bracket and weatherproof RF jumpers included |
| Active radio | Sold separately; exact compatible model must be confirmed |
| Availability | Contact FourTeck for current UAE options, quantity and lead time |
Specifications should be reconfirmed against the exact supplied hardware revision and current vendor documentation before final procurement.
Compatibility and dependency notice
The antenna requires an active radio and is commonly designed around a compatible Ubiquiti Rocket platform. Compatibility should not be assumed from the physical mount alone. Confirm the frequency band, RF connector arrangement, radio generation, firmware support, power requirements and intended subscriber devices. Older and newer airMAX generations may differ in protocol support, performance expectations and recommended deployment practices.
The usable channel set depends on the radio, country settings and local regulatory rules. The antenna’s broad published frequency range does not mean every frequency in that range is permitted for every deployment. In the UAE, the project team should ensure that the selected frequencies, transmit power, antenna gain and installation method comply with applicable requirements.
Throughput, distance and client capacity are not antenna specifications. They depend on the complete link budget, radio model, modulation, channel width, noise, obstructions, Fresnel-zone clearance, subscriber antenna gain, traffic mix and network configuration. FourTeck can help gather these inputs before quotation.
A practical purchase and deployment journey
Define the service area
Map base-station coordinates, subscriber directions, distances, elevation changes, obstacles and expected growth. A wide sector is useful only when its coverage geometry matches the business requirement.
Assess the radio environment
Measure noise, identify competing networks and determine whether 2.4 GHz can deliver acceptable service. A familiar band is not automatically the best band for every site.
Select the radio and clients
Choose the compatible Rocket radio, subscriber units, PoE equipment, switching, surge protection and management approach as one bill of materials.
Engineer the mounting
Confirm pole diameter, loading, height, access, grounding, cable routing and safe maintenance. The antenna’s weight is only one part of the structural assessment.
Install, align and validate
Orient the sector, verify downtilt, align subscriber stations, check signal and noise, test throughput, document channels and establish monitoring thresholds.
Wide-sector coverage without confusing width with reach
The AM-2G15-120 is described as a 120-degree-class sector, while the detailed 6 dB beamwidth figures differ slightly by polarisation. For a buyer, the key point is that this is a broad directional antenna intended to cover a substantial horizontal service zone. That makes it useful where subscriber sites are spread across an area rather than clustered in a narrow corridor.
A broad sector does not create a fixed radius. The reachable distance changes with base radio output, subscriber antenna gain, channel width, receive sensitivity, noise, terrain, obstructions and required service level. A link that connects is not necessarily a link that delivers stable capacity during busy periods. Network planning should therefore start with minimum acceptable modulation, throughput and availability targets, then calculate the link margin needed to maintain them.
The sector should also be oriented to avoid wasting energy toward areas with no customers or toward strong interferers. In multi-sector sites, overlapping edges require careful channel and power planning. FourTeck can review a site map and intended client distribution to determine whether this broad sector, a narrower alternative or a different band is the more defensible choice.
Dual-linear polarisation and 2×2 MIMO design value
The dual-linear design provides two polarisation paths for a compatible 2×2 MIMO radio. In practical terms, the antenna and radio can use spatially related signal paths to support the wireless link. The result depends on the radio, client equipment, propagation environment and configuration; the antenna alone does not determine throughput.
Cross-polarisation isolation is specified at a minimum of 28 dB. This helps preserve separation between the two antenna polarisations, which is useful in maintaining MIMO performance and reducing unwanted coupling. Installation quality remains important. Damaged jumpers, moisture ingress, loose connectors, incorrect cable routing or mismatched client orientation can undermine the intended behaviour.
Buyers should include inspection and commissioning tasks in the project scope. These may cover connector weatherproofing, cable strain relief, radio seating, grounding, receive-signal checks on both chains, chain balance, error rates and performance tests under realistic load. A well-specified antenna can still underperform when the surrounding installation is treated as an afterthought.
Mechanical design for outdoor infrastructure
At 700 mm high and 4 kg before the pole mount and radio are added, the AM-2G15-120 is a substantial outdoor antenna. The mounting structure should be evaluated for total equipment weight, projected area, wind loading, pole condition, bracket spacing and local environmental exposure. A manufacturer wind-survivability figure is not a substitute for a site-specific structural assessment.
Dubai installations may face high temperatures, dust, salt exposure near coastal areas and limited maintenance windows. The project should account for safe access, corrosion-aware mounting practices, shielded outdoor cabling, grounding and surge protection. Cable routes should minimise water entry risk and avoid sharp bends, unsupported spans and proximity to interference sources.
The included universal pole mount, RocketM bracket and weatherproof RF jumpers simplify the base assembly, but a complete deployment may still need a suitable pole or tower, radio, PoE injector, Ethernet cabling, surge protection, enclosure, switch port, grounding conductors and subscriber equipment. Confirm which items are included in the supply quotation and which fall under installation scope.
Ideal business environments and use cases
Wireless service-provider sectors
A central base station serving multiple customer locations where the client distribution aligns with the sector and the operator has a workable 2.4 GHz channel plan.
Industrial and logistics estates
Connectivity to gates, yards, warehouses or remote operational points when fibre is unavailable and line-of-sight wireless is practical.
Agricultural and remote properties
Links to distributed offices, pumps, monitoring points or staff facilities, subject to power, tower access, terrain and client-equipment planning.
Education and campus networks
Inter-building connectivity across a campus where several remote buildings sit within a common directional zone and bandwidth requirements are understood.
Hospitality compounds
Backhaul or site distribution to separate structures, provided the design distinguishes airMAX infrastructure links from end-user indoor Wi-Fi coverage.
Temporary or phased expansion
A planned wireless stage while permanent infrastructure is assessed, with clear expectations for capacity, monitoring and eventual migration.
Integration and operational considerations
The base sector connects into a broader network that may include routing, VLANs, authentication, traffic shaping, monitoring and upstream internet or private WAN services. Decide whether the wireless system will operate as a transparent bridge, a routed access layer or another architecture supported by the chosen radios. The antenna itself does not manage these functions.
Monitoring should cover more than simple device reachability. Useful operational indicators include signal strength on both chains, noise floor, signal-to-noise ratio, modulation level, retransmissions, airtime utilisation, client count, throughput distribution and radio temperature. Thresholds should reflect the service target, not merely whether a link is online.
Capacity planning is especially important in point-to-multipoint networks because clients share sector airtime. A small number of heavy users can affect many lighter users. Traffic policies, channel width, scheduling behaviour and subscriber signal quality influence the result. Poorly aligned or weak clients may consume disproportionate airtime.
Document the installed azimuth, downtilt, channel, bandwidth, output power, firmware, radio model, serial numbers and client assignments. This information supports troubleshooting, change control and future expansion. FourTeck can discuss configuration and documentation scope when preparing the quotation.
Questions to resolve before requesting a quotation
Where will the sector be mounted?
Provide the site, mast height, pole dimensions, access method and whether structural or rooftop approval is required.
How many subscriber locations are planned?
Separate the immediate count from expected growth and include typical and peak traffic requirements.
What radio generation is required?
Confirm existing equipment, interoperability expectations and whether this is a new sector or a replacement.
Is 2.4 GHz viable at the site?
Share survey data where available, including noise floor, visible networks and current interference complaints.
What must the quotation include?
Clarify whether supply only, delivery, installation, configuration, testing, documentation or ongoing support is needed.
What service level is expected?
Define target throughput, availability expectations, maintenance windows and escalation responsibilities.
Procurement checklist for AM-2G15-120 projects
✓ Confirm exact model AM-2G15-120 and required quantity
✓ Identify compatible Rocket radio and hardware revision
✓ Record base location, mast height and sector azimuth
✓ List subscriber distances, bearings and elevation differences
✓ Review 2.4 GHz interference and legal channel options
✓ Calculate link budgets and required fade margin
✓ Confirm pole, brackets, wind loading and safe access
✓ Include outdoor Ethernet, PoE and surge protection
✓ Confirm subscriber station models and quantities
✓ Define configuration, alignment and acceptance testing
✓ Clarify documentation, training and handover needs
✓ Confirm UAE availability, lead time and warranty terms
How FourTeck can assist with the requirement
FourTeck can help turn a product request into a more complete and reviewable bill of materials. For the AM-2G15-120, this may involve confirming the intended sector geometry, identifying the proposed Rocket radio, checking whether subscriber devices belong to a compatible platform, and listing the power, cabling, protection and mounting items that should accompany the antenna.
For projects that need more than supply, the quotation can be discussed around installation planning, alignment, configuration, testing and documentation. Scope depends on site access, safety requirements, tower conditions, the number of links and the level of network integration. No fixed deployment time should be assumed until these inputs are known.
Browse other business technology products, review available installation and configuration services, or contact FourTeck with the site requirement. Providing a network diagram, coordinates and client list will normally produce a more accurate discussion than requesting the antenna alone.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the AM-2G15-120. Supply may depend on quantity, hardware revision, regional channel, vendor lead time and whether the project also requires compatible radios, subscriber units or accessories. Availability shown in another country’s online store should not be treated as confirmation of Dubai stock or delivery timing.
For deployments across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can discuss delivery coordination and the required installation or configuration scope after the exact site conditions are understood. Rooftop, tower and industrial installations may require different access arrangements, permits, safety controls and scheduling.
Share the destination, quantity, desired deployment date, radio preference and whether supply-only or project assistance is required. Warranty coverage and return conditions should be confirmed in the final quotation because they can vary with the source, product status and regional policy.
GCC availability
FourTeck can assist organisations planning Ubiquiti wireless projects across the GCC by reviewing the exact antenna, compatible radio, subscriber equipment and implementation scope before quotation. Requirements may originate from the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, but the practical procurement process differs by destination. Product availability, permitted frequencies, vendor lead times, service access, shipping arrangements and installation conditions can vary by country and project.
Buyers should provide the destination country, AM-2G15-120 quantity, proposed radio model, deployment location, expected schedule and whether configuration or installation planning is required. FourTeck can then coordinate a suitable commercial response and identify information still needed for the bill of materials. For Kuwait-related enquiries, visit FourTeck Kuwait technology support. No local inventory, customs outcome, fixed delivery date or country-specific certification should be assumed until confirmed for the particular order.
Africa availability
For African projects, FourTeck can help evaluate whether the AM-2G15-120 is appropriate for the intended wireless topology, frequency environment and subscriber distribution. Assistance may include model review, radio and accessory selection, quotation coordination, configuration planning and discussion of support needs. Regional fulfilment depends on destination, quantity, product source, shipping arrangements, local power and regulatory considerations, vendor lead time and the level of onsite work expected.
Organisations in East Africa and other regions should share the destination country, exact project sites, client count, required quantity, preferred deployment schedule and any installation or support expectations. This allows the team to identify practical dependencies before a quotation is issued. Buyers can explore FourTeck Africa technology services, Kenya project assistance and Uganda technology support. Local stock, immediate shipment, customs clearance and country-wide onsite coverage are not implied and must be confirmed case by case.
Related products and services to evaluate
Compatible Rocket radio
The active radio is sold separately. Confirm the exact 2.4 GHz model, protocol generation, connectors, power and current support status.
AM-2G16-90 alternative
A narrower 2.4 GHz sector model may be worth comparing when the subscriber area is more concentrated. Do not assume it is a drop-in equivalent without reviewing coverage.
Subscriber stations
Client radios and antennas must match the band, network generation, distance and service target. Quantity and mounting requirements should be listed separately.
Outdoor protection
Shielded cabling, surge protection, grounding and weather-aware installation are part of a reliable outdoor design, even though they are not antenna features.
Site survey and link planning
A survey can validate line of sight, interference, heights, channel options and expected margins before equipment is committed.
Installation and alignment
Professional mounting, radio installation, sector orientation, client alignment and acceptance testing can be scoped with the project.
Why businesses contact FourTeck
Many antenna enquiries begin with a model number but need broader technical clarification before purchasing. FourTeck helps buyers identify the missing pieces: the active radio, subscriber devices, mounting items, protection equipment, power, switching, configuration and testing. This reduces the chance of receiving a passive antenna without the components needed to create a working sector.
Procurement teams can also use FourTeck to coordinate a clearer quotation around quantity, regional availability, delivery destination and support scope. Technical teams can discuss whether the selected model aligns with the site geometry and whether a narrower sector, another frequency or a different architecture should be reviewed.
The aim is not to make an unsupported coverage promise. It is to build a requirement that can be checked, costed and implemented with realistic assumptions. Learn more about FourTeck or send the project details through the business technology contact team.
Frequently asked questions
Is the AM-2G15-120 a complete wireless access point?
No. It is a passive sector antenna. A compatible active radio, power arrangement, Ethernet backhaul and subscriber devices are required to create a working point-to-multipoint network.
Does the antenna include a Rocket radio?
No. Manufacturer information states that the Rocket radio is sold separately. The included mounting items should not be confused with an included radio.
What coverage distance will it provide?
There is no universal distance. Reach depends on the full link budget, radio, client antenna, line of sight, Fresnel clearance, interference, channel width and required performance margin.
Can it be used for ordinary indoor Wi-Fi clients?
It is designed as an outdoor airMAX base-station sector. A dedicated indoor or outdoor Wi-Fi access point is normally a different product choice. Confirm the intended client devices and network architecture.
Why choose a 120-degree sector instead of a 90-degree model?
A broader sector may cover clients spread across a wider angle, while a narrower sector can concentrate coverage and may support different reuse plans. Site geometry and interference should decide the choice.
Is a licence or subscription required for the antenna?
The antenna itself is passive and does not carry a software licence. The selected radio, management platform or support arrangement may have separate requirements that should be confirmed.
What mounting hardware is included?
The manufacturer lists a universal pole mount, RocketM bracket and weatherproof RF jumpers. The pole, tower, radio, PoE equipment and other project materials are separate unless included in the quotation.
Can FourTeck install and configure the sector?
Installation, alignment, configuration and testing can be discussed. Scope and timing depend on site access, tower conditions, safety requirements, client count and the rest of the network design.
How do I confirm Dubai availability?
Send the exact model, quantity, destination and required date to FourTeck. Current availability and lead time must be checked for the specific request.
What information is needed for an accurate quotation?
Provide quantity, radio preference, subscriber count, link distances, base location, mounting details, project destination, installation scope and expected schedule.
Build the AM-2G15-120 requirement around your site
Send FourTeck the coverage area, subscriber locations, proposed radio, required quantity and deployment scope. The team can help review compatibility, quotation items and UAE availability before the project proceeds.
