Ubiquiti airMAX Lite AP GPS LAP-GPS in Dubai, UAE
Plan a compact 5 GHz point-to-multipoint sector with integrated GPS timing, a 17 dBi antenna and airMAX AC management. The LAP-GPS is intended for professionally designed outdoor wireless networks where coverage geometry, spectrum planning and compatible subscriber equipment are confirmed before purchase.
Discuss the deployment
Share the site layout, planned sector direction, subscriber count, expected distances and installation requirements.
LAP-GPS
5 GHz sector AP
Integrated 17 dBi
GPS synchronisation
airOS / UISP context
Direct answer for buyers
The Ubiquiti LAP-GPS is an outdoor 5 GHz airMAX AC sector access point built for point-to-multipoint wireless networks. It combines an integrated directional antenna, Gigabit Ethernet, passive PoE and GPS frame synchronisation. Wireless internet providers, estates, campuses, warehouses, farms and project sites may consider it when a planned sector must serve compatible airMAX subscriber stations. Before proceeding, confirm that the 90-degree sector pattern suits the site, that local frequency rules permit the intended channels, that subscriber devices are compatible, and that the mounting, grounding, surge protection, cabling and power design are appropriate. Throughput figures are platform capabilities rather than guaranteed end-user results; actual performance depends on channel width, interference, client quality, distance, alignment and network loading.
What the LAP-GPS does
The LAP-GPS acts as the access-point side of an outdoor wireless sector. It transmits and receives data to compatible customer premises equipment positioned within the antenna coverage area. In a typical fixed-wireless network, the access point is mounted on a tower, rooftop, pole or elevated structure and connected by Ethernet to the upstream routing, switching or internet infrastructure.
Unlike an indoor Wi-Fi access point designed for phones and laptops, this unit is part of Ubiquiti’s airMAX ecosystem and is primarily intended for managed outdoor links. Correct network planning therefore requires attention to line of sight, Fresnel-zone clearance, channel selection, subscriber radio choice, mounting stability and sector loading.
Who should consider it
The product may suit WISPs building compact sectors, organisations connecting distributed outdoor facilities, system integrators deploying fixed-wireless access, and businesses requiring a cost-conscious sector platform with GPS timing. It is most appropriate when the installer understands outdoor RF design and can verify that airMAX AC subscriber units match the network plan.
It may be unsuitable for buyers seeking conventional indoor Wi-Fi coverage, plug-and-play mesh networking, or a general office access point for phones and notebooks. It is also not a substitute for a survey where obstacles, heavy interference, uncertain mounting height or long links could materially affect the result.
Business challenges the product can help address
Serving multiple remote points
A point-to-multipoint sector can consolidate several remote subscriber links onto one access-point location. This is useful when running fibre or copper to every building is impractical, but the sites have suitable line of sight and a professionally planned RF path.
Improving frequency reuse
GPS synchronisation can coordinate transmit and receive timing between co-located compatible sectors. With careful engineering, this can reduce self-interference and make better use of available spectrum. It does not remove external interference or replace channel planning.
Simplifying outdoor installation
The integrated antenna and radio reduce the need to assemble a separate radio-and-sector combination. The included pole-mount arrangement supports practical aiming, although mounting integrity, grounding, weather exposure and cable routing still need qualified attention.
Managing a distributed network
airOS provides device configuration and diagnostics, while UISP may support broader operational visibility depending on the deployment and software environment. The management design should include secure credentials, backups, monitoring and controlled firmware procedures.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Outdoor sector coverage | A directional 5 GHz PtMP design is required. | Coverage angle, height, azimuth, tilt and obstacles. |
| Co-located sectors | GPS timing is part of the interference-management plan. | Compatible timing settings, channel plan and sector spacing. |
| Existing airMAX network | Subscriber stations and operating modes match the design. | Firmware, mode, channel width and CPE compatibility. |
| Long outdoor links | A link budget and clear path support the target distance. | Fresnel clearance, EIRP limits, fade margin and client antenna. |
| Business Wi-Fi indoors | Generally not the intended use. | Consider a suitable indoor Wi-Fi platform instead. |
Verified technical information
The following model details are based on current Ubiquiti technical information for LAP-GPS. Frequency availability, transmit power and permitted channels remain region dependent and must comply with local regulation.
| Brand | Ubiquiti |
|---|---|
| Product name | airMAX Lite AP GPS |
| Model | LAP-GPS |
| Product type | Outdoor 5 GHz airMAX AC sector access point |
| Antenna gain | 17 dBi integrated sector antenna |
| GPS | Integrated GPS synchronisation support |
| Throughput guidance | Up to 450+ Mbps stated platform throughput; real results are deployment dependent |
| Network interface | One Gigabit Ethernet RJ45 port |
| Power method | Passive PoE, pairs 4/5 positive and 7/8 return |
| Included power supply | 24 V, 0.3 A Gigabit PoE adapter |
| Supported voltage | 20–27 V DC |
| Maximum power consumption | 7.1 W |
| Maximum transmit power | 25 dBm, subject to region and regulation |
| Dimensions | 361 x 129.6 x 71.3 mm |
| Weight | 752 g |
| Operating temperature | -40 to 70 °C |
| Operating humidity | 5 to 95% non-condensing |
| Mounting | Pole-mount kit; verify pole size, wind exposure and installation method |
| Availability | Contact FourTeck for current UAE options and vendor lead time |
Compatibility and regulatory notice
The LAP-GPS is not a universal Wi-Fi replacement. Confirm compatibility with the intended airMAX subscriber devices, operating mode and firmware. The usable 5 GHz frequency range, channel widths and transmit power may vary by country. The radio must be configured within UAE regulatory limits, and the complete installation should account for grounding, shielded outdoor Ethernet, surge protection, lightning exposure, tower safety and any site-specific approval. GPS timing assists synchronisation between compatible units but does not correct poor antenna placement, obstructed paths or interference from unrelated networks.
A practical purchase and deployment journey
Define the sector
Document the location, target direction, coverage width, client locations, distances, elevations and expected subscriber load.
Survey the RF path
Check line of sight, Fresnel clearance, nearby transmitters, available channels and the practical mounting height.
Confirm the design
Select subscriber radios, channel width, GPS timing approach, IP plan, switching, routing and management method.
Build the bill of materials
Include the LAP-GPS, compatible CPE, mounting items, outdoor cable, grounding, surge protection, power and spares.
Install and validate
Mount securely, align the sector, configure compliant radio settings, test links and document final parameters.
GPS timing and sector coordination
GPS synchronisation is the defining feature that separates LAP-GPS from simpler sector options. In a site with multiple sectors, unmanaged transmit and receive schedules can cause one local access point to transmit while another is trying to receive. This self-interference can reduce usable capacity even when antennas point in different directions.
By referencing a common GPS timing source, compatible access points can align their frame timing. The practical value is improved coordination and the possibility of more disciplined frequency reuse. Successful results still depend on common network settings, suitable antenna isolation, controlled channel planning and compatible firmware. Buyers should not assume that installing GPS-capable hardware alone will solve every interference issue.
During design, identify how many sectors will be co-located, which channels will be reused, whether all units support the intended synchronisation mode, and how subscriber traffic patterns may affect performance. FourTeck can help turn these details into a clearer equipment and configuration scope.
Integrated antenna and coverage planning
The integrated 17 dBi antenna keeps the radio and sector element in one enclosure. This simplifies the physical bill of materials and avoids RF jumper losses associated with a separate radio-and-antenna arrangement. The antenna pattern is directional, so placement and aiming matter far more than they would with an indoor omnidirectional access point.
A sector should be aimed at the actual subscriber area rather than simply pointed toward a map centre. Elevation differences, nearby rooftops, metal structures, trees and new construction can alter link quality. The mounting location must also provide a clear view of the sky for reliable GPS reception. Ubiquiti installation guidance calls for unobstructed placement above the unit for GPS operation.
For difficult sites, a survey and link calculation should precede the order. The access point may be technically capable of long links, but the client antenna, legal transmit power, interference floor and path clearance determine what is realistic.
airOS operation and network control
The LAP-GPS uses Ubiquiti’s airOS environment for radio configuration and diagnostics. Administrators can set wireless mode, frequency, channel width, transmit power, network addressing, traffic controls and monitoring parameters. Statistical reporting can assist with reviewing link rates, errors, uptime and wireless distance.
Operational discipline is important. Default credentials should be replaced, management access should be limited, configuration backups should be retained and firmware changes should be tested rather than applied casually to a production sector. Remote monitoring should be planned alongside the device, not added only after a fault occurs.
Where UISP is used, confirm the current software architecture, discovery method, remote-access policy and device compatibility. Management features may change over the product lifecycle, so deployment documentation should record the firmware version and configuration state supplied at handover.
Ideal business environments and use cases
Wireless internet service providers
A WISP may use LAP-GPS as a compact sector access point serving compatible customer radios. GPS timing can be valuable at towers where several sectors share limited spectrum. Subscriber density, package speeds, oversubscription policy and backhaul capacity must be included in the design.
Industrial and logistics sites
Warehouses, yards, quarries and industrial estates may use fixed wireless to reach remote buildings, gates, cameras or operational systems. The access point is suitable only where the application tolerates the characteristics of an outdoor wireless link and the remote sites use compatible radios.
Campuses and education
A campus may connect outlying facilities without new trenching when line of sight is available. Network segmentation, security, bandwidth allocation and resilience should be considered, particularly when the wireless link carries business-critical or learning services.
Hospitality, farms and remote estates
Large properties can use sector wireless to reach accommodation blocks, offices, farm buildings or service points. Weather exposure, vegetation, seasonal obstruction, power availability and mounting access should be reviewed during planning.
Integration and operational considerations
The access point is one component in a wider network. Upstream switching must provide an appropriate Ethernet connection and should be protected from outdoor cable events through correct grounding and surge measures. Passive PoE differs from standards-based 802.3af or 802.3at power, so technicians must verify the injector and wiring before connection. Applying the wrong power method can damage equipment.
The IP design should separate management traffic where practical, restrict administrative access and maintain accurate device records. If the sector carries customer or tenant traffic, review VLAN design, routing, DHCP boundaries, bandwidth policy and logging requirements. The LAP-GPS includes traffic shaping and QoS-related functions, but policy may also be enforced upstream depending on the network architecture.
Resilience is another buyer decision. A single sector access point creates a service dependency for every subscriber attached to it. Critical deployments may require spare hardware, protected power, alternative paths, documented restoration procedures and remote monitoring. The necessary resilience level depends on the cost of downtime rather than the purchase price of the radio alone.
Finally, confirm environmental and structural suitability. The product is rated for a broad operating-temperature range, yet local heat, direct sun, dust, salt air, vibration and wind loading can still influence installation choices. Pole condition, bracket tightness and cable strain relief should be inspected periodically.
Buyer questions to resolve before ordering
Procurement checklist
☐ Exact model confirmed as Ubiquiti LAP-GPS
☐ Required quantity and any spare-unit requirement
☐ Deployment coordinates and mounting height
☐ Sector azimuth, tilt and intended coverage area
☐ Subscriber count and expected traffic profile
☐ Compatible airMAX subscriber radios selected
☐ Regional frequency and power requirements reviewed
☐ Outdoor shielded cable and grounding materials
☐ Surge protection and protected power plan
☐ Pole, bracket and structural condition verified
☐ Installation, alignment and configuration scope defined
☐ Monitoring, firmware and backup procedure agreed
☐ Warranty terms confirmed in the supplier quotation
☐ Delivery destination and target project schedule shared
How FourTeck can assist
FourTeck can review the requirement before quotation so the requested hardware aligns with the proposed use. Assistance can include confirming the exact model, discussing sector coverage, checking subscriber-device selection, identifying cabling and mounting needs, defining configuration services and coordinating a bill of materials.
For projects needing implementation support, the quotation can distinguish product supply from survey, installation, alignment, configuration, testing and documentation. This avoids treating every wireless project as identical. Visit the FourTeck technology services page for broader service context or contact the Dubai team with the site details.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti LAP-GPS. Supply may depend on quantity, regional inventory, product lifecycle, vendor lead time and destination. A quotation should identify the exact model, included items, warranty terms, taxes and any services requested.
Delivery and project coordination can be discussed after the technical requirement is clear. Installation and configuration are not assumed to be included with hardware unless stated in the quotation. Buyers can also browse the FourTeck product portfolio or request a suitable alternative when the preferred model or lead time does not match the project.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate product enquiries and project discussions for organisations in Dubai, Abu Dhabi, Sharjah and Ajman through one combined requirement-review process. Buyers should provide the final installation location rather than only the billing address, because outdoor wireless planning depends on the physical site. Useful information includes coordinates, photographs, tower or rooftop height, target buildings, link distances, preferred installation window and any site-access restrictions. Hardware supply, delivery coordination, installation, configuration and post-installation support should be defined separately so responsibilities remain clear. Availability and scheduling are confirmed only after the model, quantity, destination and scope have been reviewed.
GCC Availability
FourTeck can assist organisations planning Ubiquiti airMAX deployments across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The process should begin with an exact model and network requirement rather than a generic request for an outdoor access point. Share the destination country, quantity, sector design, compatible subscriber equipment, required accessories, installation expectations and preferred project timeline. FourTeck can then support requirement review, quotation coordination, configuration scoping and delivery planning. Product availability, permissible wireless settings, service visits, vendor lead times and fulfilment arrangements can vary by country and project. No regional stock, customs outcome or fixed delivery date should be assumed until confirmed. For Kuwait-related enquiries, buyers may also review FourTeck Kuwait technology support and submit the complete deployment details for assessment.
Africa Availability
For projects in Africa, FourTeck can help procurement teams and integrators evaluate the LAP-GPS alongside compatible subscriber radios, outdoor cabling, mounting, power, configuration and support requirements. The destination country, quantity, license or regulatory region, site environment and implementation scope all affect the appropriate proposal. Organisations in East Africa and other regions should provide the installation location, expected link distances, customer count, timeline and any need for remote or on-site assistance. Fulfilment can depend on shipping arrangements, vendor lead time, local power practices, regulatory conditions and site access. FourTeck does not assume immediate inventory, customs clearance or country-wide field coverage. Buyers can use FourTeck Africa, FourTeck Kenya or FourTeck Uganda to start a regional requirement discussion.
Related products and services to consider
Compatible airMAX subscriber radios
The client-side radio must match the frequency, operating mode, distance and performance plan. Compatibility should be confirmed before quantities are finalised.
Outdoor cable and surge protection
Shielded Ethernet, grounding and surge protection are essential elements of a responsible outdoor installation, not optional cosmetic accessories.
Wireless site survey
A survey helps validate path clearance, mounting positions, interference conditions and the practical suitability of the proposed sector.
Installation and alignment
Professional mounting, aiming, cable termination, grounding, configuration and testing can be included as a defined service scope where available.
UISP monitoring design
Operational teams may require central visibility, alerting, backups and device records. Management architecture should be agreed before deployment.
Alternative sector platforms
A different antenna pattern, higher capacity, separate radio and antenna, or other frequency may be more suitable. Alternatives require a fresh comparison rather than an assumed one-for-one substitution.
Why businesses contact FourTeck
Outdoor wireless projects fail more often from incomplete planning than from a missing headline feature. Businesses contact FourTeck to clarify the real requirement, distinguish a sector access point from ordinary Wi-Fi, review model selection, identify compatible client devices and prepare a more complete bill of materials. FourTeck can also help separate hardware supply from optional survey, mounting, configuration, migration and support tasks. This gives procurement teams clearer quotation comparisons and helps technical teams understand which responsibilities remain with the customer, installer or supplier.
FourTeck does not rely on unsupported claims of guaranteed range or performance. The recommended approach is to document the site, calculate the links, confirm legal radio settings and agree acceptance tests. Learn more about FourTeck or submit the planned network details for review.
Frequently asked questions
Is the LAP-GPS a normal Wi-Fi access point for phones and laptops?
No. It is primarily an outdoor airMAX AC sector access point for fixed-wireless links using compatible subscriber radios. Buyers needing indoor user Wi-Fi should consider an appropriate Wi-Fi access-point platform.
What is the main advantage of GPS synchronisation?
GPS timing can align transmit and receive frames across compatible co-located sectors. This may improve frequency reuse and reduce self-interference when the network is designed and configured correctly.
Does the product guarantee 450 Mbps to every subscriber?
No. The published figure describes platform throughput capability under suitable conditions. Real subscriber performance depends on signal quality, channel width, interference, distance, CPE, traffic load and upstream capacity.
Which subscriber stations can connect?
Compatible airMAX devices should be selected according to distance, antenna gain, firmware and operating mode. The exact client model should be confirmed in the bill of materials rather than assumed.
Is a PoE adapter included?
Current Ubiquiti technical information lists a 24 V, 0.3 A Gigabit passive-PoE adapter as included. The supplier quotation should still confirm the box contents for the offered regional unit.
Can it be installed without a site survey?
A straightforward replacement at a known site may need less discovery, but new sectors benefit from a survey or at least a documented path and interference review. Difficult links should not be based only on map distance.
What should be included in the quotation request?
Provide model, quantity, destination, sector direction, subscriber count, link distances, chosen CPE, desired timeline and whether installation, alignment, configuration or monitoring support is required.
Is the LAP-GPS available in Dubai?
Contact FourTeck for current UAE availability. Supply can vary with quantity, regional stock, vendor lead time and product lifecycle. Availability should be confirmed in a dated quotation.
What warranty applies?
Warranty terms can depend on the supplier, region and quotation. Ask FourTeck to state the applicable warranty guidance and returns process in the commercial offer.
Can FourTeck assist with configuration and installation?
Configuration, alignment, installation and documentation can be discussed as separate scope items. Feasibility and service availability depend on the site, destination, access conditions and agreed project responsibilities.
Confirm the LAP-GPS design before purchase
Send FourTeck the site details, expected subscriber count, distances, compatible CPE requirement, quantity and service scope. The team can help prepare a clearer quotation and confirm current UAE supply options.
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