Focused 5 GHz sector coverage for planned PtMP networks
Ubiquiti airMAX AC 5 GHz 22 dBi Sector AM-5AC22-45 in Dubai, UAE
The AM-5AC22-45 is a 45-degree, dual-linear sector antenna for organisations building or refining 5 GHz point-to-multipoint coverage. Its role is to shape radio energy into a defined service sector, support disciplined tower planning and provide a practical antenna platform for compatible Ubiquiti radios. A successful deployment depends on far more than antenna gain alone, so frequency planning, mounting, radio selection, link budget, grounding and client geometry should be reviewed together.
Plan the complete sector
Share the tower location, intended coverage angle, estimated client count, compatible radio preference and installation scope for a more accurate quotation.
Direct answer for buyers
The Ubiquiti AM-5AC22-45 is a passive, dual-polarity 5 GHz sector antenna mainly used to create a defined 45-degree point-to-multipoint coverage area from a tower, mast or rooftop. It should be considered by WISPs, campus network teams, industrial operators and integrators that need a focused sector rather than a broad omnidirectional pattern. Buyers should confirm that the selected Ubiquiti radio is mechanically and electrically suitable, that the planned clients fall within the intended azimuth and elevation coverage, and that the link budget satisfies the required service objective. The order should also account for mounting, RF jumpers, radio power, surge protection, grounding, weatherproofing and installation work.
What the antenna does
A sector antenna concentrates transmitted and received energy into a selected angular area. In a point-to-multipoint design, the base station serves multiple remote subscriber devices positioned across that sector. The AM-5AC22-45 provides a 45-degree horizontal pattern and 22 dBi gain, allowing a planner to divide a wider site into multiple sectors when coverage, capacity or interference management requires it.
The antenna does not create a wireless network by itself. It must be paired with a compatible radio, and actual performance depends on radio configuration, channel conditions, regulatory power limits, client antenna gain, distance, Fresnel-zone clearance, alignment and traffic demand. Its value therefore comes from being used as one component of a properly engineered outdoor wireless system.
Who should consider it
This model may suit service providers expanding fixed wireless access, organisations linking remote buildings through a shared base station, large properties serving distributed endpoints, construction or energy sites with temporary or semi-permanent connectivity, and integrators designing outdoor wireless distribution. It is especially relevant where a narrower sector helps isolate coverage to a defined direction.
It may be less suitable when a project needs a much wider coverage angle, point-to-point connectivity, compact indoor installation or a fully integrated radio-and-antenna device. In those cases, a wider sector, dish antenna, integrated CPE or another radio architecture may be more appropriate. FourTeck can help compare the available design paths before the bill of materials is finalised.
Business challenges this sector can help address
Uncontrolled coverage spread
A defined 45-degree sector can focus service toward the intended client area instead of radiating uniformly in all directions. The site still requires careful azimuth, downtilt and height planning.
Crowded tower environments
Reduced sidelobes and backlobes are designed to improve noise rejection in co-location scenarios. Real improvement depends on channel reuse, antenna separation, shielding, radio filtering and the wider RF plan.
Need for sector-based growth
Operators can structure coverage around several directional sectors rather than one broad cell. Capacity is not determined by the antenna alone; radio platform, channel width, modulation and active client mix remain decisive.
Long outdoor service paths
The 22 dBi antenna gain can contribute to an outdoor link budget, but distance claims should only follow a proper design using legal EIRP, remote-end gain, terrain, fade margin and local interference data.
Core capability band
Dual-linear polarisation
The antenna supports 2×2 MIMO operation through dual-linear polarisation when paired with a suitable radio and RF connections.
Narrow sector geometry
A 45-degree horizontal pattern helps designers divide a wide service area into controlled directional cells.
Outdoor mechanical design
The supplied mounting arrangement is intended for pole installation, subject to structural review and local wind conditions.
Radio integration
The mounting concept is designed around compatible Ubiquiti outdoor radio deployments; exact radio support must be confirmed.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Focused PtMP coverage | Clients are concentrated inside an approximately 45-degree azimuth sector. | Tower location, antenna bearing, elevation profile and client distribution. |
| 5 GHz outdoor network | The radio platform and regulatory plan use supported 5 GHz frequencies. | Country rules, allowed channels, transmit limits and radio variant. |
| Co-located sectors | The site uses several radios or sectors and requires disciplined RF isolation. | Channel reuse plan, physical separation, shielding and radio filtering. |
| Existing Rocket-style deployment | A compatible Ubiquiti radio can be mounted and connected correctly. | Exact radio model, bracket, RF connector type and jumper inclusion. |
| High-wind outdoor location | The supporting structure is engineered for the antenna and site conditions. | Mast loading, fasteners, corrosion protection, grounding and local codes. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Model | AM-5AC22-45 |
| Product type | 5 GHz 2×2 MIMO base-station sector antenna |
| Primary application | Point-to-multipoint outdoor wireless networks |
| Frequency range | 5.10 to 5.85 GHz according to current manufacturer technical information; usable channels remain region and radio dependent. |
| Antenna gain | 22 dBi |
| Horizontal beamwidth | 45° HPOL and 45° VPOL at 6 dB |
| Elevation beamwidth | 4° |
| Electrical downtilt | 2° |
| Polarisation | Dual-linear |
| Maximum VSWR | 1.5:1 |
| Cross-polarisation isolation | 30 dB minimum |
| Dimensions | 750 × 215 × 94 mm |
| Weight | 6 kg with mount |
| Wind survivability | 200 km/h under manufacturer test conditions |
| Wind loading | 347 N at 200 km/h |
| Mounting | Universal pole mount and compatible radio mounting arrangement; confirm complete package contents in the quotation. |
| Availability | Contact FourTeck for current UAE availability, quantity, lead time and delivery coordination. |
Compatibility and dependency notice
The AM-5AC22-45 is an antenna, not a powered access point. A compatible outdoor radio is required, and the correct pairing depends on the intended network architecture. Current Ubiquiti documentation identifies the antenna for compatible airMAX-style sector deployments, while certain other radio families may support it through the supplied universal mounting approach. Compatibility should never be assumed from connector appearance alone.
Confirm the radio model, firmware family, operating frequency, regulatory region, connector arrangement, RF jumper type, bracket, PoE injector or power source, Ethernet surge protection, grounding system and weatherproofing materials. Where an existing installation is being upgraded, inspect mast condition and cable routing before reusing old components. Radio licences or subscriptions are generally not attributes of this passive antenna, but management platforms, support services or other network components may have separate commercial terms.
A practical purchase and deployment journey
Define the service sector
Map the intended subscribers, distances, terrain, building heights and required service levels. A 45-degree antenna is useful only when its footprint aligns with the real client geography.
Complete the RF design
Calculate link budgets, legal EIRP, fade margin, Fresnel clearance and expected modulation at the edge of the sector. Review spectrum occupancy rather than selecting a channel from assumption.
Confirm the bill of materials
List the antenna, radio, mount, RF jumpers, PoE equipment, shielded cabling, surge protection, grounding materials and any cabinet or backup-power requirement. Ask whether each item is included or separately quoted.
Install, align and weatherproof
Use a structurally suitable pole, correct fastener torque, safe working-at-height procedures and proper cable drip loops. Alignment should use survey data and live radio measurements.
Commission and document
Record azimuth, mounting height, radio settings, channel plan, signal levels, noise floor, throughput tests and photographs. This information supports troubleshooting and future capacity planning.
Focused beam control for planned coverage
The defining characteristic of the AM-5AC22-45 is its 45-degree horizontal sector. A narrower sector can be useful when an operator wants to direct coverage toward a specific cluster of customers, roads, buildings or operational zones. Compared with a broader sector, it can reduce unwanted service spill into areas that are not part of the plan and can support a multi-sector arrangement around a tower. This does not mean that the usable footprint ends sharply at exactly 45 degrees. Antenna patterns include main lobes, transition areas, sidelobes and backlobes, and the received signal also changes with terrain, reflections and client antenna characteristics.
The 4-degree elevation beamwidth and 2-degree electrical downtilt deserve equal attention. On a high tower, a narrow vertical pattern may overshoot nearby clients when the mounting height and mechanical tilt are not chosen carefully. On a low rooftop, obstacles may block the first Fresnel zone even when the client appears visually inside the horizontal sector. An RF design should therefore use three-dimensional geometry rather than a flat map alone.
For a new site, planners should plot each intended endpoint and examine minimum and maximum range, elevation difference and expected traffic. For an existing site, client signal histories can reveal whether the current sector is too broad, overloaded or misaligned. The AM-5AC22-45 may form part of the improvement, but changing the antenna without reviewing the radio, channel plan and client-side equipment can leave the underlying constraint unresolved.
Noise control in co-location environments
Ubiquiti designed the airMAX AC sector family with reduced sidelobes and backlobes to improve noise immunity in co-location deployments. This is relevant on towers carrying multiple sectors, backhaul links, mobile equipment or other 5 GHz systems. Energy entering from the side or rear of an antenna can raise the effective noise floor and reduce the signal-to-noise ratio available for client links. Better pattern control can support cleaner reception, particularly when sectors are arranged with disciplined physical separation and channel reuse.
Antenna pattern is only one part of interference management. Radios installed too close together may still experience front-end overload, harmonics or self-interference. Poor RF jumpers, water ingress and loose connectors can produce unstable behaviour that resembles external interference. Channel width also matters: a wide channel may offer higher peak capacity but consume more spectrum and reduce reuse opportunities. The correct balance depends on the number of active clients, required throughput, local noise and the selected radio generation.
For a co-located site, document the orientation, polarisation, channel and transmit power of every radio. Keep Ethernet and RF cabling organised, ground equipment according to the installation design and use compatible shielded components. Where spectrum is busy, consider staged testing at different times rather than relying on one scan. FourTeck can discuss requirement review and configuration scope, but final RF results remain dependent on the physical environment and regulatory operating limits.
Mechanical planning for outdoor service life
The antenna measures approximately 750 × 215 × 94 mm and weighs about 6 kg with its mount. The manufacturer lists wind survivability of 200 km/h and wind loading of 347 N at that speed. These figures help structural designers, but they do not replace a site-specific mast assessment. The pole, brackets, anchor points, rooftop structure and foundation must be appropriate for the combined load of all installed equipment, including dynamic effects, cable drag and local safety factors.
Outdoor installation quality has a direct effect on reliability. The antenna should be mounted vertically and aligned to the planned azimuth. Fasteners must be secured according to the installation guidance without distorting the hardware. RF connectors and jumpers need proper weatherproofing, while cable loops should prevent water from tracking toward the radio or building entry. Grounding and surge protection should follow the local electrical and lightning-protection design; a surge suppressor is not a substitute for a complete earthing strategy.
Access planning is also important. A sector mounted where technicians cannot safely inspect connectors or replace the radio may increase lifecycle cost. Leave sufficient clearance for the radio bracket, cabling and adjustment. Record the final tilt and bearing, and attach durable asset identification where appropriate. Organisations using rooftop sites should also coordinate with building management to confirm access hours, permit requirements and responsibilities for penetrations, cable trays and power.
Ideal business environments and use cases
Wireless internet service providers
A WISP can use the antenna as part of a sectorised tower cell serving compatible subscriber devices. Capacity planning should consider busy-hour traffic, contention, client distribution and future growth rather than relying only on maximum radio rates.
Campuses and industrial estates
A central site may serve warehouses, workshops, security posts or remote buildings inside a defined direction. Applications should be assessed for latency, availability and bandwidth needs before choosing wireless as the primary or backup path.
Construction and temporary operations
Sector coverage can support distributed offices, cameras or field teams where cabling is impractical. The design should account for changing obstructions, crane movement, relocation plans and secure equipment mounting.
Hospitality and large properties
Outdoor links may connect remote facilities, staff areas or service buildings. The antenna is not a substitute for a guest Wi-Fi access point, and the distribution network must still be integrated with switching, security and local access coverage.
Energy and remote infrastructure
Sites with dispersed operational endpoints may use PtMP wireless for telemetry, voice, video or business traffic. Environmental conditions, backup power, cybersecurity and maintenance access need to be included in the wider system design.
Video surveillance backhaul
Multiple remote camera locations can share a sector when aggregate throughput and uplink traffic are engineered correctly. Video bit rate, retention design and failure impact should be evaluated before deployment.
Integration and operational considerations
The sector antenna sits at the physical layer, but its deployment affects the entire network. The selected radio connects to Ethernet switching, routing, VLANs, security controls and management systems. Decide whether subscriber traffic will be bridged or routed, how customers or remote sites will be isolated, where quality-of-service policies will be applied and how the network will be monitored. The antenna does not provide these functions itself.
Power planning should include the radio’s supported PoE method, cable length, conductor quality and surge protection. Older Ubiquiti outdoor radios may use passive PoE arrangements that should not be mixed casually with standards-based PoE devices. Verify the exact power requirement before connecting equipment. For critical sites, consider backup power and remote power control, while recognising that rebooting is not a remedy for poor RF design.
Operational monitoring should track signal strength, noise floor, modulation, retransmissions, capacity and client airtime. A sector can appear healthy at low usage but degrade during the busy period. Baseline records after commissioning make later comparisons more meaningful. Schedule physical inspections after severe weather and whenever signal levels change unexpectedly. Firmware and management practices relate to the paired radio, so lifecycle planning should cover both the antenna hardware and the active platform.
Questions to resolve before ordering
Provide bearings, distances, elevation differences and expected future expansion.
Confirm model, frequency support, connector type, bracket and regional variant.
Estimate busy-hour aggregate throughput, latency sensitivity and client count.
Review spectrum use, nearby sectors, potential obstructions and legal limits.
Clarify pole work, cabling, grounding, weatherproofing, alignment and testing.
Decide whether the need is supply only, design review, configuration or full coordination.
Procurement checklist
✓ Confirm the exact AM-5AC22-45 model and required quantity.
✓ State the delivery country and final installation location.
✓ Identify the intended base-station radio and firmware family.
✓ Confirm supported operating frequencies and local regulatory settings.
✓ Validate the 45-degree sector against the client distribution map.
✓ Complete a link budget for near, median and edge clients.
✓ Check pole diameter, structural capacity and mounting access.
✓ Confirm whether RF jumpers and radio bracket are included.
✓ Specify PoE, shielded Ethernet cable and surge-protection requirements.
✓ Define grounding, bonding and weatherproofing responsibilities.
✓ State whether installation, alignment and commissioning are required.
✓ Request current warranty guidance and vendor lead time.
How FourTeck can assist
FourTeck can review the requested model, quantity, intended radio pairing and project location before preparing a quotation. Assistance may include product identification, compatibility discussion, bill-of-material guidance, mounting and accessory review, delivery coordination and definition of an installation or configuration scope. For multi-sector sites, share the proposed tower layout and channel plan so the requirement can be discussed as a system rather than as an isolated antenna purchase.
Visit the FourTeck product catalogue for related infrastructure options or review available technology services. Requirements that involve broader networking, security or project planning can be discussed through the FourTeck contact team.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti AM-5AC22-45. Supply can depend on required quantity, vendor lead time, regional product allocation and the completeness of the requested bill of materials. A quotation should identify whether the antenna is supplied alone or with related radio, power, cabling, surge protection and installation items.
Delivery and project coordination can be discussed after the exact requirement is confirmed. Where installation is needed, include the site type, mounting height, access restrictions, cable route and expected commissioning tests. Warranty terms should be confirmed on the final quotation rather than assumed from another market or reseller listing.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate requirement discussions for businesses and project teams across Dubai, Abu Dhabi, Sharjah and Ajman. For an antenna deployment, location matters because tower access, rooftop permissions, delivery arrangements, installation methods and spectrum conditions can differ from one site to another. Buyers should provide the exact project address, preferred schedule, quantity and whether the request is for supply only or includes design, mounting, cabling, alignment and testing. Service availability and visit planning remain subject to confirmed scope, technician access, site safety requirements and commercial approval. For wider company information, review FourTeck’s technology focus or submit the deployment details through the contact page.
GCC Availability
FourTeck can assist organisations planning Ubiquiti wireless projects across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The support process can begin with requirement review, confirmation of the AM-5AC22-45 model, radio pairing, quantity, accessories and installation scope. Regional quotations may also need to account for destination-specific power arrangements, regulatory frequency settings, delivery routing and site access. Product availability, service visits, vendor lead times and project schedules can vary by country, quantity and deployment conditions. Buyers should provide the destination country, tower or rooftop location, required quantity, compatible radio preference and target timeline. FourTeck can then coordinate an appropriate commercial and technical response without assuming that stock, certification or installation terms are identical across every GCC market. For enquiries related to Kuwait, the FourTeck Kuwait resource may also support regional discussion.
Africa Availability
FourTeck can help businesses, service providers and integrators evaluate outdoor wireless equipment for projects in selected African markets. For the AM-5AC22-45, the assessment should cover the destination, expected sector layout, radio platform, quantity, mounting structure, power approach, installation environment and support expectation. Fulfilment may depend on vendor lead time, shipping arrangements, product region, local frequency rules, power and grounding standards, and the ability to coordinate safe installation at the project site. Buyers should share the exact destination country, preferred deployment schedule, number of sectors and whether configuration, alignment or remote support is required. FourTeck can then provide guidance suited to the project rather than relying on generic availability assumptions. Regional resources include FourTeck Africa, FourTeck Kenya and FourTeck Uganda.
Related products, services and alternatives
Compatible outdoor radio
Confirm a suitable Ubiquiti radio for the intended PtMP platform, frequency region, throughput and management approach.
Wider sector antenna
A wider-beam model may be preferable where clients occupy a broader azimuth, though gain and interference trade-offs should be reviewed.
Point-to-point dish
For one dedicated remote site, a directional dish at each end may provide a more appropriate topology than a PtMP sector.
Surge and grounding components
Outdoor Ethernet protection, bonding conductors and weatherproofing should be specified as part of the site design.
Installation and alignment
Professional mounting, safe access, precise bearing, cable management and commissioning tests can be added to the project scope.
Network integration
Switching, routing, VLAN, monitoring and security requirements should be designed around the wireless access layer.
Why businesses contact FourTeck
Outdoor wireless procurement often fails when a model is selected without considering the full deployment. Businesses contact FourTeck to clarify the required antenna pattern, compare nearby options, confirm the radio pairing, identify accessories and create a more complete bill of materials. This can reduce avoidable gaps such as missing RF jumpers, unsuitable PoE equipment, incomplete grounding components or an installation scope that does not include alignment and testing.
FourTeck can also help structure the quotation around supply, delivery coordination, configuration and installation responsibilities. The objective is not to claim that one antenna fits every project, but to match the product to the site information provided. Where the AM-5AC22-45 is not the correct choice, a wider sector, integrated outdoor device, dish link or alternate architecture can be discussed before procurement proceeds.
Frequently asked questions
Is the AM-5AC22-45 a complete wireless access point?
No. It is a passive sector antenna. A compatible radio, PoE power method, Ethernet connection and network configuration are required to create an operational base station.
What does the 45-degree rating mean?
It describes the principal horizontal sector beamwidth. It helps planners target a defined azimuth area, but actual coverage depends on antenna pattern, mounting height, tilt, terrain, interference and the remote devices.
Which radio is compatible with this antenna?
Compatibility depends on the radio family, frequency, RF connectors and mounting arrangement. Share the proposed radio model with FourTeck so the pairing and required accessories can be checked before quotation.
Can the antenna be used for point-to-point links?
Its primary role is point-to-multipoint sector coverage. A directional dish or integrated point-to-point product may be a better choice for one dedicated remote endpoint.
Does 22 dBi guarantee a particular distance?
No. Gain contributes to the link budget, but usable distance depends on regulatory EIRP, radio power, client antenna, channel width, noise, line of sight, Fresnel clearance and required throughput.
Are mounting parts included?
Manufacturer information lists a universal pole mount, compatible radio bracket and weatherproof RF jumpers. Package contents should still be confirmed on the specific FourTeck quotation.
Does the antenna require a licence or subscription?
The passive antenna itself does not normally carry a software licence. The paired radio, management platform or support arrangement may have separate terms depending on the selected solution.
Can FourTeck arrange installation in the UAE?
Installation scope can be discussed after the site, mounting height, access, cabling, grounding and safety requirements are reviewed. Availability of service visits depends on the confirmed project scope.
How do I request an accurate quotation?
Provide the model, quantity, destination, intended radio, sector count, deployment location, required accessories and whether design, configuration, installation or support is needed.
Is the AM-5AC22-45 currently available in Dubai?
Current availability can change with quantity and vendor lead time. Contact FourTeck for a live UAE availability check and a quotation based on the complete requirement.
Confirm the right sector before you order
Send FourTeck the intended coverage map, client distances, radio model, quantity and installation requirement. The team can review the request, confirm current UAE availability and prepare a quotation for the antenna and related project components.
