Outdoor 5 GHz sector coverage for planned PtMP deployments
Ubiquiti airMAX 5 GHz Sector AM-5G1 in Dubai, UAE
The AM-5G1 designation covers two compact dual-linear sector antenna choices for building a defined 5 GHz point-to-multipoint coverage cell with a compatible Ubiquiti Rocket radio. The purchasing decision is not simply about choosing an antenna with the highest number. It is about matching the required sector width, gain, radio platform, mounting position and subscriber geometry to the intended service area.
Prepare an accurate request
Share the preferred 90° or 120° coverage, installation point, expected client directions, radio model, quantity and project location.
Direct answer for buyers
Ubiquiti AM-5G1 is a product grouping for two 5 GHz dual-linear sector antennas: the wider AM-5G16-120 and the narrower AM-5G17-90. Both are designed to form a sector when used with an appropriate Ubiquiti Rocket radio, rather than acting as complete wireless access points on their own. They suit operators and organisations that need directional point-to-multipoint coverage from a tower, rooftop or elevated mounting point. Before proceeding, confirm the required coverage angle, frequency plan, local radio rules, compatible Rocket model, subscriber distances, mast strength, wind exposure, cable and surge-protection requirements, as well as whether installation and alignment support should be included.
What the AM-5G1 sector does
A sector antenna shapes radio energy toward a defined area instead of spreading it equally in every direction. In a point-to-multipoint design, this allows one base-station radio and antenna assembly to serve multiple compatible client radios located inside the planned sector. The AM-5G1 family provides two practical choices: broad 120-degree coverage or a tighter 90-degree pattern with slightly higher gain.
The antenna does not determine network capacity by itself. Real performance depends on the connected radio, channel width, modulation, interference, subscriber signal levels, airtime use, line of sight, Fresnel-zone clearance and the number and behaviour of clients. Buyers should therefore evaluate the antenna as one component in a complete wireless design.
Who should consider it
The product may suit wireless internet service providers, managed estates, construction compounds, farms, ports, warehouses, schools, hospitality properties and industrial sites that already use or plan to use the airMAX ecosystem. It is most relevant where multiple endpoints are distributed across a controlled angle from a central mounting point.
It may be unsuitable where clients surround the base station in all directions, where dense urban interference demands a different RF strategy, where the selected Rocket hardware is incompatible, or where the project requires a fully integrated access point rather than a separate radio-and-antenna combination. A site survey and path assessment are strongly advisable for business-critical links.
Business challenges this sector design can address
Controlled coverage direction
A sector focuses the base-station footprint toward intended client locations, helping planners avoid wasting coverage behind the antenna. Final RF behaviour still depends on the full installation and surrounding environment.
Multiple remote endpoints
When correctly paired with a suitable Rocket radio, the assembly can form the base-station side of a point-to-multipoint topology serving compatible client devices within the planned sector.
Compact mast deployment
The slim 367 mm enclosure can be practical where tower space and wind loading need consideration. Structural suitability must still be confirmed by the installer or site engineer.
Clear variant choice
The family allows a buyer to choose between a broad 120-degree sector and a narrower 90-degree sector rather than forcing one radiation pattern into every project.
AM-5G1 product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Wide subscriber spread | Endpoints occupy a broad arc from the base station. | Whether the AM-5G16-120 pattern matches the actual azimuth and edge-client link budget. |
| Narrower coverage with more gain | Clients are concentrated within a tighter sector. | Whether the AM-5G17-90 beam and 4.90–5.85 GHz range align with local settings and radio support. |
| Separate radio and antenna architecture | The project uses a compatible Ubiquiti Rocket form factor and values modular replacement. | Exact radio model, firmware family, connector arrangement and mounting compatibility. |
| Outdoor pole or mast installation | The site has an elevated, structurally suitable and accessible mounting point. | Pole diameter, loading, grounding, weatherproofing, cable route and safe access plan. |
| Business-critical wireless distribution | The design includes proper survey, capacity planning and operational monitoring. | Redundancy, spare policy, interference risk, support scope and recovery procedure. |
Verified technical information
AM-5G1 is used as the parent product reference, while the exact ordering choice is AM-5G16-120 or AM-5G17-90. Their specifications are shown separately so buyers do not assume both models have identical gain, coverage or frequency range.
| Specification | AM-5G16-120 | AM-5G17-90 |
|---|---|---|
| Product type | 5 GHz dual-linear sector antenna | 5 GHz dual-linear sector antenna |
| Nominal sector | 120° class | 90° class |
| Dimensions | 367 × 63 × 41 mm | 367 × 63 × 41 mm |
| Weight | 1.1 kg | 1.1 kg |
| Frequency range | 5.10–5.85 GHz | 4.90–5.85 GHz |
| Gain | 15.0–16.0 dBi | 16.1–17.1 dBi |
| HPOL beamwidth at 6 dB | 137° | 72° |
| VPOL beamwidth at 6 dB | 118° | 93° |
| Elevation beamwidth | 8° | 8° |
| Electrical downtilt | 4° | 4° |
| Maximum VSWR | 1.5:1 | 1.5:1 |
| Polarisation | Dual-linear | Dual-linear |
| Cross-polarisation isolation | 22 dB minimum | 22 dB minimum |
| Wind survivability | 200 km/h | 200 km/h |
| Wind loading | 26 N at 160 km/h | 26 N at 160 km/h |
| Mounting and supplied antenna accessories | Universal pole mount, RocketM bracket and weatherproof RF jumpers listed as included | Universal pole mount, RocketM bracket and weatherproof RF jumpers listed as included |
| Important note | Radio, PoE equipment, surge protection and installation materials should be confirmed separately. | Radio, PoE equipment, surge protection and installation materials should be confirmed separately. |
Compatibility and dependency notice
The AM-5G1 antenna is passive and needs a compatible radio to create a functioning base station. Do not assume that every Rocket generation, firmware family or regulatory domain can be used in every country or with every desired frequency. Confirm the radio model, antenna connectors, mounting bracket, approved operating bands, output power limits and configuration rules for the destination before deployment.
Also confirm whether the quotation must include PoE power equipment, shielded outdoor Ethernet cable, grounding, Ethernet surge protection, mast hardware, weatherproofing consumables, lightning-protection coordination, a cabinet, UPS support, installation labour, alignment, configuration, testing or documentation. Included antenna accessories do not replace the rest of the outdoor installation bill of materials.
A practical purchase and deployment journey
Plot the base-station point, client bearings, distances, height differences and obstructions. This determines whether 90° or 120° coverage is more sensible.
Review legal channels, interference, expected noise floor, channel width and reuse strategy. A spectrum scan is preferable to choosing settings from assumptions.
Choose a compatible Rocket platform and client-device family based on capacity, firmware, management and lifecycle requirements.
Add power, cabling, grounding, surge protection, pole hardware, weatherproofing and any cabinet or UPS components.
Mount safely, align to the planned azimuth and downtilt, configure the radio, test edge clients and record signal, noise and throughput results.
Coverage width should follow the site, not preference
The main AM-5G1 decision is between a wide 120-degree class sector and a narrower 90-degree class sector. A wider sector can cover more azimuth from one mounting position, but it can also bring more potential interferers and more clients into the same radio resource. A narrower sector can provide a more focused footprint and slightly higher gain, yet it may leave clients outside the useful pattern or require additional sectors to cover the full area.
The published horizontal beamwidth figures at the 6 dB points should not be treated as rigid walls. Antenna patterns roll off progressively, and usable client performance depends on each link budget. Edge clients may receive lower effective gain than clients close to boresight. Side lobes, reflections, mounting structures and nearby equipment can also influence observed behaviour.
For a new deployment, draw actual client bearings from the proposed base station. For an expansion, export or record current client azimuths and signal levels. This turns the variant choice into an engineering decision. FourTeck can use the planned geometry and device list to help prepare a more accurate quotation and to identify where a survey or redesign may be necessary.
Gain, distance and realistic expectations
The published gain range is one input to the link budget, not a promise of distance or throughput. Achievable range depends on the client antenna, radio output within legal limits, cable and connector losses, path clearance, weather conditions, interference and the required modulation rate. A link that connects at a low modulation may still be unsuitable for the business application.
Capacity planning should use the expected aggregate demand, not only a single speed test. Consider how many clients will be active simultaneously, whether traffic is highly asymmetric, and whether latency-sensitive applications share the sector with large downloads or surveillance streams. Subscriber quality is also important: one weak or noisy client can consume disproportionate airtime.
Dual-linear polarisation in the complete system
The AM-5G1 variants use dual-linear polarisation, supporting the two-polarisation architecture expected by compatible 2×2 radio systems. Proper RF jumper connection, connector weatherproofing and radio configuration are necessary to preserve that benefit. Damaged jumpers, water ingress, loose connectors or incorrect assembly can degrade one chain and reduce practical performance.
During commissioning, check both chains rather than accepting one combined signal figure. Large imbalance between chains can indicate alignment, obstruction, cabling or hardware issues. Record baseline values after installation so future maintenance teams can distinguish gradual degradation from normal day-to-day RF changes.
Mounting, weather and long-term serviceability
Outdoor wireless systems should be designed for serviceability, not merely for initial activation. The antenna’s stated wind survivability and low wind loading are useful design inputs, but they do not certify the mast, brackets, roof anchors or building structure. A competent installer should evaluate the entire mounting assembly, local wind conditions, corrosion exposure and safe working access. The pole must remain stable enough that movement does not repeatedly shift the sector away from intended clients.
Cable routing should prevent water from following a cable into connectors or equipment. Use appropriate drip loops, outdoor-rated materials, UV-resistant ties and weatherproofing methods. Grounding and surge protection should follow the installation design and applicable electrical practices. Outdoor Ethernet surge protection is commonly considered for the radio data path, while tower or rooftop lightning protection requires broader site-specific planning.
Leave enough access for maintenance without forcing technicians to disturb adjacent sectors. Label the antenna, radio, cable, switch port and power source. Store the intended azimuth, tilt, radio configuration, IP details, firmware baseline and commissioning results in the project documentation. These small operational steps reduce diagnosis time when performance changes months later.
Where uptime matters, discuss spare strategy. A passive antenna may be reliable, but a functioning sector also depends on the radio, power injector or switch, cabling and upstream network. The right spare package is based on business impact, number of deployed sectors and procurement lead time rather than on the antenna alone.
Ideal business environments and use cases
Wireless service distribution
A base-station sector for serving multiple compatible customer-premises radios in a defined direction. Subscriber density and airtime planning remain central.
Large property connectivity
Connecting remote buildings, gatehouses or operational points across an estate where a sector topology is more practical than separate point-to-point links.
Industrial and logistics sites
Directional coverage for warehouses, yards, ports or compounds, subject to interference, mounting, safety and application-performance review.
Temporary project networks
Construction or event environments where endpoints are distributed across a known arc and the deployment is engineered with suitable protection and relocation planning.
Education and hospitality campuses
Backhaul or operational connectivity to remote facilities, provided the design does not confuse airMAX PtMP service with ordinary client Wi-Fi coverage.
Surveillance transport links
Carrying IP camera traffic from several remote points when aggregate bitrate, latency, uplink demand and resilience have been properly calculated.
Integration and operational considerations
A sector is part of a wider network. Confirm how the Rocket radio will connect to the switching, routing, VLAN, DHCP, monitoring and security environment. Decide whether client traffic will be bridged or routed, how management access will be protected, and how faults will be isolated. A technically working RF link can still create operational problems if addressing, loops, broadcast behaviour or management exposure are not controlled.
Power planning deserves specific attention. Verify the exact radio’s PoE requirement and do not substitute an injector or switch merely because the connector fits. Check cable length, conductor quality, voltage drop, grounding and environmental rating. Where the base station feeds an important service area, consider UPS runtime for the radio, switch and upstream router rather than protecting only one device.
Monitoring should include more than reachability. Track signal levels, noise floor, modulation, capacity, retransmissions, client count, uptime and interface errors. Establish threshold values based on the commissioned baseline. This helps teams recognise interference, alignment drift, cable degradation, client imbalance or capacity exhaustion before users report a complete outage.
Firmware and configuration changes should follow controlled maintenance. Back up settings, document the previous version, understand compatibility with connected clients and verify service after the change. In mixed-generation networks, confirm the supported operating modes rather than assuming all airMAX devices interoperate with every feature.
Questions to resolve before ordering
Share a map or bearing list so the 90° and 120° options can be evaluated against real geometry.
Confirm model, generation, regulatory domain, software family, power requirement and physical compatibility.
Provide client count, busy-hour demand, traffic mix and any critical latency or video requirements.
Include height, obstructions, mast type, wind exposure, cable route, grounding and safe-access information.
Clarify whether the requirement is supply only, remote configuration, onsite installation, alignment, testing or documentation.
State the project date, destination and quantity so current lead time can be checked before commitment.
Procurement checklist for the AM-5G1 requirement
✓ Exact choice: AM-5G16-120 or AM-5G17-90
✓ Required quantity and spare quantity
✓ Base-station coordinates and mounting height
✓ Client bearings, distances and elevation changes
✓ Compatible Rocket radio model
✓ Frequency and regulatory requirements
✓ PoE source and outdoor cable type
✓ Surge protection and grounding design
✓ Pole, bracket and structural requirements
✓ Installation, alignment and testing scope
✓ Network configuration and monitoring needs
✓ Project destination and required timeline
✓ Warranty terms to be confirmed in quotation
✓ Documentation and handover expectations
How FourTeck can support the buying decision
FourTeck can help turn a product name into a complete, reviewable requirement. This may include clarifying whether the project needs the 90-degree or 120-degree variant, checking the intended Rocket radio, identifying supporting outdoor networking components and preparing a quotation around the actual project scope. The objective is to reduce avoidable ordering gaps, such as receiving the antenna without the correct radio, power source, protection, cabling or mounting items.
For deployment requests, FourTeck can discuss survey information, installation coordination, configuration boundaries, testing expectations and handover documentation. Service scope depends on the location, site access, height work, structural conditions, existing network and required deliverables. These details should be agreed in the quotation rather than assumed from the product supply price.
Explore related network and security products, review available technology services, or send the project details through the FourTeck contact page. Organisations planning broader infrastructure can also visit the FourTeck UAE website.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact AM-5G1 variant. Availability may depend on whether the requirement is for AM-5G16-120 or AM-5G17-90, the quantity, current vendor supply and project timing. A quotation should also state whether the request covers the antenna only or includes the radio, PoE equipment, outdoor cabling, surge protection, mounting components, installation, configuration and testing.
FourTeck can coordinate requirements for Dubai, Abu Dhabi, Sharjah and Ajman in one consolidated project discussion. Delivery and project arrangements are reviewed after the destination, access requirements, bill of materials and service scope are known. Installation dates, warranty terms and lead times should be confirmed in the formal quotation. For a useful review, provide the planned deployment location, chosen or proposed Rocket radio, coverage angle, subscriber count and expected completion window.
GCC Availability
FourTeck can assist organisations planning Ubiquiti airMAX sector deployments across GCC markets by reviewing the exact antenna variant, radio platform, project quantity and supporting bill of materials before quotation. Requirements in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman may differ in approved frequency use, power settings, import arrangements, delivery planning and onsite service feasibility. Buyers should provide the destination country, AM-5G16-120 or AM-5G17-90 preference, required quantity, proposed Rocket model, installation location and target schedule. Product availability, service visits, project scope and vendor lead times can vary by country and order profile. FourTeck can discuss quotation coordination, configuration scope, mounting requirements, installation planning and regional project logistics once the technical and commercial requirement is clear. No local stock, fixed customs outcome or guaranteed installation date should be assumed without written confirmation.
Africa Availability
For projects in Africa, FourTeck can help evaluate whether the AM-5G1 sector family is appropriate for the planned topology and can coordinate a requirement that includes the correct antenna variant, compatible radio, power components, outdoor protection and deployment services where applicable. Organisations in East Africa, including Kenya and Uganda, as well as projects in other regions, should share the destination country, installation environment, quantity, required timeline, coverage geometry and support expectations. Fulfilment may depend on the exact model, shipping arrangements, vendor lead time, local frequency and power requirements, site conditions and the availability of qualified installation resources. FourTeck can provide procurement guidance, configuration-scope review and regional planning without assuming local inventory or guaranteed delivery. Buyers needing broader assistance can review FourTeck Africa technology support or discuss a specific East African requirement through the relevant project channel.
Related products and services to consider
Compatible Rocket radio
The correct radio must be selected by generation, operating mode, regulatory domain, capacity and lifecycle. Compatibility should be confirmed before ordering.
Client radios
Choose compatible customer-premises devices based on distance, required gain, mounting environment and the base-station platform.
Outdoor surge protection
Include suitable Ethernet protection, grounding and shielded cable as part of the complete outdoor design.
Installation and alignment
Professional mounting, safe access, azimuth alignment, cable routing, weatherproofing and validation can be scoped separately.
Network configuration
VLAN, routing, management security, monitoring and handover settings should be defined around the customer’s existing network.
Why businesses contact FourTeck
Buyers often need more than a catalogue reference. They need to know whether the selected variant covers the intended area, whether the radio and accessories form a complete system, and what information is required for a reliable quotation. FourTeck can help clarify these points before purchase and can separate confirmed product facts from design-dependent assumptions.
Assistance may include requirement clarification, model selection, bill-of-material review, compatibility discussion, quotation coordination, installation planning, configuration-scope definition and support coordination. The exact commercial and technical scope is agreed for each project. Learn more about FourTeck’s approach or send a business technology enquiry.
Frequently asked questions
Is AM-5G1 one exact antenna model?
AM-5G1 is used as a family or parent reference covering the AM-5G16-120 and AM-5G17-90 variants. The exact variant should be stated in the quotation because their coverage angle, gain and frequency range differ.
What is the difference between AM-5G16-120 and AM-5G17-90?
AM-5G16-120 is the wider 120-degree class option with 15.0–16.0 dBi gain and a 5.10–5.85 GHz range. AM-5G17-90 is the narrower 90-degree class option with 16.1–17.1 dBi gain and a 4.90–5.85 GHz range.
Does the antenna include a wireless radio?
No. It is a passive sector antenna. A compatible Ubiquiti Rocket radio and suitable power, cabling and network components are required for a functioning base station.
Which Rocket model should be used?
The answer depends on the planned network generation, client devices, regulatory domain, capacity, firmware and lifecycle requirements. Confirm the exact Rocket model before ordering the antenna and accessories.
Can AM-5G1 be used as normal Wi-Fi for phones and laptops?
It is primarily intended for airMAX point-to-multipoint infrastructure with compatible radios and client devices. It should not be treated as an ordinary integrated Wi-Fi access point for general user devices.
How far can the sector reach?
No responsible distance should be promised from the antenna specification alone. Range depends on the full link budget, client antenna, path clearance, interference, legal power limits and required performance. A path assessment is recommended.
What mounting items are included?
The official technical listing identifies a universal pole mount, RocketM bracket and weatherproof RF jumpers. Confirm the current package contents and any additional pole, mast or structural hardware in the quotation.
Is installation available in Dubai?
Installation and configuration can be discussed after the site, access, mounting, safety, cable route and testing requirements are known. Scope and scheduling must be confirmed in the quotation.
Is the AM-5G1 currently available in the UAE?
Current availability should be checked for the exact AM-5G16-120 or AM-5G17-90 variant, quantity and required date. Vendor lead time and regional supply can change.
What information is needed for a quotation?
Provide the exact variant or required coverage angle, quantity, destination, Rocket radio, client layout, installation scope, cable and protection requirements, expected timeline and any support or documentation needs.
Confirm the right AM-5G1 variant and complete system
Send the intended coverage angle, client map, radio model, quantity, site location and installation needs. FourTeck will review the requirement for quotation and current UAE availability.
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