OUTDOOR AIRMAX AC SECTOR ACCESS POINT
Ubiquiti airMAX Lite AP LAP-120 in Dubai, UAE
A compact 5 GHz sector access point for organisations and network operators planning point-to-multipoint wireless coverage with an integrated 16 dBi antenna, Gigabit Ethernet and airMAX AC operation.
Buying snapshot
Model: LAP-120
Radio band: 5 GHz
Antenna: Integrated 16 dBi sector
Network port: One Gigabit Ethernet RJ45
Power: 24 V passive PoE adapter included
Central AP for compatible stations
16 dBi, 120-degree sector designation
Maximum 8 W
Line of sight and spectrum matter
Direct answer for business buyers
The Ubiquiti LAP-120 is an outdoor 5 GHz airMAX AC sector access point intended to serve compatible wireless stations across a defined coverage area. It is mainly used for point-to-multipoint broadband distribution, site-to-site extension projects and remote connectivity where cable installation is difficult or uneconomical. It may suit wireless service providers, compounds, farms, logistics yards, campuses and industrial locations with clear line of sight. Before ordering, confirm the required coverage direction, subscriber radio models, mounting height, local channel availability, power and grounding design, expected client count, link distances and installation scope. It should not be treated as a general indoor Wi-Fi access point for phones and laptops.
What the LAP-120 does
The LAP-120 creates a directional outdoor wireless access point sector in the 5 GHz band. A central unit can communicate with compatible airMAX AC subscriber devices positioned within the usable radio pattern, provided the paths are designed correctly. This arrangement can extend network service to multiple remote buildings, cameras, operational areas or customer premises without laying a dedicated cable to every endpoint.
Its integrated antenna reduces the number of separate components compared with a radio-and-external-sector design. The compact construction and ball-joint mount can also simplify physical alignment. The actual performance of any wireless deployment still depends on spectrum conditions, channel width, interference, Fresnel-zone clearance, distance, station antenna gain, regulatory limits and installation quality.
Who should consider it
This model is relevant to buyers who already understand, or are planning, an airMAX AC outdoor network. It may be suitable for a local internet provider building a small sector, a warehouse linking distant operational zones, a farm connecting remote offices or cameras, a construction site distributing connectivity, or a campus serving outlying buildings.
It is less suitable when the project requires ordinary client Wi-Fi, full-circle coverage from one device, dense urban capacity with advanced interference coordination, multiple Ethernet ports, standard 802.3af/at PoE, or a completely managed UniFi WLAN experience. FourTeck can help compare the LAP-120 with higher-capacity sector-radio combinations or different point-to-point products when the requirement falls outside its intended role.
Business challenges the product can help address
Remote buildings without fibre
Where trenching or leased circuits are impractical, a planned outdoor wireless sector can carry network access to multiple remote points. Each link still requires suitable station hardware and a clear path.
Scattered operational assets
Sites with cameras, gates, kiosks or field offices in one general direction can use a central sector architecture rather than separate access points for every destination.
Budget-sensitive PtMP planning
The integrated radio and antenna format can simplify the bill of materials for smaller deployments, although mounting, surge protection, cabling and client devices must still be included.
Fast-changing project sites
Temporary or phased projects may benefit from an outdoor wireless design that can be relocated, subject to new surveys, legal frequency use and alignment at each site.
Core capabilities at a glance
Designed for Ubiquiti outdoor wireless networking rather than conventional indoor Wi-Fi access.
A 16 dBi antenna is built into the unit, reducing external RF component selection.
One GbE RJ45 interface carries data and passive PoE power to the device.
Specified for -40 to 70°C and 5 to 95% non-condensing humidity, subject to proper installation.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Point-to-multipoint coverage | Several compatible stations lie within the intended sector | Azimuth, elevation, distance and station compatibility |
| Outdoor broadband bridge | Clear line of sight and manageable interference are available | Path profile, Fresnel clearance and legal channels |
| Compact installation | An integrated radio and antenna is preferred | Pole diameter, wind exposure and service access |
| Passive PoE infrastructure | 24 V passive PoE can be safely supported | Injector, cable length, grounding and surge protection |
| Business Wi-Fi for phones | Generally not the intended choice | Consider a UniFi or enterprise WLAN product instead |
Verified technical information
The following values are based on the current manufacturer technical specifications for model LAP-120. Frequency use, permitted transmit power and available channels are region dependent. Confirm the correct regional version and current regulatory requirements before deployment.
| Brand | Ubiquiti |
|---|---|
| Product name | airMAX Lite AP |
| Model | LAP-120 |
| Product type | Outdoor 5 GHz sector access point |
| Antenna gain | 16 dBi |
| Supported frequency range | Worldwide specification 5150–5875 MHz; usable channels are region dependent |
| Networking interface | One Gigabit Ethernet RJ45 port |
| Power method | Passive PoE, two-pair |
| Included power supply | 24 V, 0.5 A Gigabit PoE adapter |
| Supported voltage | 20–27 V DC |
| Maximum power consumption | 8 W |
| Dimensions | 452.3 × 78.7 × 54.4 mm |
| Weight | 420 g |
| Wind survivability | 200 km/h, subject to correct mounting |
| Operating temperature | -40 to 70°C |
| Operating humidity | 5 to 95% non-condensing |
| Operating modes | Access Point and Station |
| Management and services | Web interface, SSH, SNMP, bridging, routing, DHCP, ping watchdog and reporting features |
| Certifications listed by manufacturer | CE, FCC and IC; regional compliance must be confirmed |
| Availability | Contact FourTeck for current UAE model, quantity and lead-time guidance |
Compatibility and dependency notice
The LAP-120 belongs to the airMAX AC outdoor wireless ecosystem. Do not assume that every 5 GHz radio, ordinary Wi-Fi client or legacy airMAX device will deliver the required interoperability or performance. The subscriber device, firmware, wireless mode, channel width, security settings and regulatory domain must be reviewed together. The unit uses 24 V passive PoE rather than standard automatic-negotiation PoE, so connecting it to an unsuitable power source may cause failure or damage. A correct installation also requires outdoor-rated cable, drip loops, grounding, surge protection and a structurally appropriate mounting point. Where the link supports important business operations, plan monitoring, spare hardware and a recovery process.
Purchase and deployment journey
Define the service area
Map the central mounting point, remote stations, required directions, link distances and expected traffic.
Survey the radio paths
Check line of sight, Fresnel-zone clearance, interference, obstruction risk and mounting elevation.
Confirm the bill of materials
Include LAP-120 units, station radios, cable, surge devices, grounding, poles, brackets and service scope.
Configure and align
Set regulatory parameters, security, management access, channel plan, power and alignment carefully.
Validate and document
Test throughput, stability, error rates and failover expectations, then record settings and support contacts.
Sector coverage and link engineering
The most important LAP-120 buying decision is not simply whether the published antenna angle appears to cover the map. Sector performance changes across the horizontal and vertical pattern, and remote stations at the edges may receive less useful signal than those near the centre. A professional design should place priority links closer to the strongest part of the pattern and should account for tower height, downtilt, terrain, building elevations and the antenna characteristics of each remote station.
Clear visual line of sight is useful, but the radio path also needs adequate Fresnel-zone clearance. Trees, cranes, rooftops, storage racks and future construction can reduce reliability even when both endpoints appear visible. In Dubai and other UAE environments, heat, dust, reflective buildings and dense 5 GHz activity may further affect real-world conditions. Link budgeting should use legal transmit levels, cable and connector assumptions, receiver sensitivity, fade margin and realistic modulation targets rather than headline throughput alone.
For a small site with only a few moderate-distance stations, the LAP-120 may provide an efficient integrated option. For a dense customer sector, heavily congested spectrum, strict service-level requirements or very high aggregate traffic, a more advanced radio with a separate sector antenna may be more appropriate. FourTeck can assist with requirement review and product comparison, but final performance depends on a proper survey and deployment.
Management, monitoring and operational control
The device supports common operational functions such as web management, SSH, SNMP, bridging, routing, DHCP and ping watchdog. These tools allow a network team to configure the radio, review link statistics and integrate the unit into an appropriate monitoring approach. Data-rate, Ethernet-link, packet-error, uptime and wireless-distance reporting can help operators diagnose changes over time.
Management access should be treated as a security-controlled service. Replace default credentials, restrict administration to trusted networks, use supported firmware, document configuration backups and avoid exposing the management interface directly to the public internet. A business should also decide who is responsible for firmware review, channel changes, incident response and physical access to the mounting location.
Operational visibility is particularly important in point-to-multipoint networks because one access point may serve several remote stations. A problem at the central sector can affect many endpoints at once. Monitoring should therefore cover power, Ethernet negotiation, radio noise, signal levels, capacity, packet errors and device availability. Where connectivity is business-critical, consider redundant paths or an alternative service rather than relying on a single wireless sector.
Power, mounting and environmental planning
The LAP-120 is powered through its Ethernet cable using 24 V passive PoE and has a maximum stated consumption of 8 W. The included 24 V, 0.5 A Gigabit PoE adapter is useful for a single-device installation, but the complete power path still needs review. Long cable runs, poor copper quality, incorrect termination, shared electrical circuits and unsuitable surge devices can create instability. Only compatible passive-PoE equipment should be used.
Outdoor Ethernet should be shielded and rated for the installation environment. Proper grounding and surge protection help reduce risk from electrostatic discharge and nearby electrical events, although no installation can guarantee immunity from lightning damage. Cable entry points should be weather managed, and the PoE adapter should be located in a suitable indoor or protected enclosure.
The manufacturer lists wind survivability up to 200 km/h and a 420 g device weight, but these values do not remove the need for structural evaluation. Pole quality, bracket tightness, corrosion, vibration, roof access and local building requirements all matter. Mounting should allow accurate alignment while keeping the unit accessible for safe maintenance. Where the device is installed on a high mast or roof, qualified personnel and suitable safety procedures are essential.
Ideal business environments and use cases
Wireless service sectors
Small internet providers may use the LAP-120 as a central access point for compatible customer radios where the planned subscriber area fits the sector and capacity requirements remain appropriate.
Farms and remote estates
A central building can distribute connectivity toward field offices, gates, monitoring systems or staff areas when paths are open and station hardware is correctly chosen.
Warehouses and logistics yards
Separate structures, weighbridges, security posts and remote cameras can be connected without trenching every route, subject to application bandwidth and latency needs.
Construction and temporary sites
The lightweight form factor can support phased networks, although every relocation requires renewed path, channel, safety and mounting checks.
Campus outbuildings
Schools, workshops, compounds and hospitality properties may connect outlying buildings in one direction while keeping ordinary user Wi-Fi on separate access points.
Camera backhaul
Remote video endpoints may use wireless backhaul, but stream count, codec, retention, peak traffic and reliability requirements must be calculated before selection.
Integration and operational considerations
A LAP-120 deployment sits between the wired network and one or more wireless stations. The upstream switch, router, firewall, DHCP architecture, VLAN design and monitoring platform must therefore be planned along with the radio. Decide whether the wireless segment will transparently bridge traffic or participate in a routed design. Consider broadcast traffic, addressing, loop prevention, client isolation, management VLANs and quality-of-service requirements.
For camera networks, review multicast or unicast behaviour, video bitrates and failure impact. For internet access, review subscriber management, bandwidth policies, authentication and lawful-use requirements. For corporate building links, assess whether sensitive traffic needs an additional encrypted tunnel because wireless-link security alone may not satisfy the organisation’s policy.
The LAP-120 should also be distinguished from UniFi access points. It is an airMAX outdoor wireless product and is not selected or operated like a standard enterprise WLAN access point. Buyers already using UniFi should not assume the same controller workflow or client experience. FourTeck can help identify where airMAX, UniFi, routing and security products meet within the overall design.
Buyer questions to resolve before ordering
The practical client count depends on traffic patterns, airtime, channel conditions and service expectations.
Distance must be evaluated with terrain, Fresnel clearance, station gain and fade margin.
Map the actual station bearings and consider edge-of-sector performance, not only the headline angle.
Confirm airMAX AC compatibility, antenna choice, mounting and firmware for each remote endpoint.
A survey and local regulatory check should guide channel width, frequency and transmit power.
Include installation, alignment, documentation, monitoring and future changes in the responsibility plan.
Procurement checklist
☐ Confirm exact model LAP-120 and regional version
☐ State required quantity and deployment destination
☐ Provide central and remote site coordinates
☐ Record station count and expected bandwidth
☐ Confirm sector direction and mounting height
☐ Select compatible airMAX AC station radios
☐ Review passive PoE and cable distance
☐ Include shielded outdoor cable and surge protection
☐ Confirm poles, brackets and access arrangements
☐ Define configuration, alignment and testing scope
☐ Review monitoring and support responsibility
☐ Confirm warranty terms and current availability
How FourTeck can assist
FourTeck can support the commercial and technical preparation of a LAP-120 requirement. This may include reviewing the proposed application, identifying whether a sector design is appropriate, clarifying the exact model and quantity, discussing compatible endpoint radios, preparing a bill-of-material outline and coordinating a quotation. Installation, configuration, alignment, documentation or support can be discussed as separate scope items where required.
For an accurate discussion, share the site locations, approximate distances, number of remote endpoints, required applications, target capacity, mounting conditions and preferred project schedule. Photographs, maps and any existing survey information can improve the initial review. A physical or detailed radio survey may still be required before final performance expectations are set.
You can browse additional business technology products, review available installation and configuration services, or contact FourTeck with the proposed wireless topology.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti LAP-120. Supply can depend on the regional model, quantity, vendor channel, current lifecycle position and lead time. A quotation should identify the exact part, included power adapter, taxes, delivery terms, warranty guidance and any additional equipment or services.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can discuss requirement review, delivery coordination and a suitable installation or configuration scope. Site access, rooftop permissions, working-at-height requirements, cable routes and travel arrangements should be clarified before service scheduling. Availability of hardware does not by itself confirm that a proposed radio path will work, so survey and design activities should be included where the environment is uncertain.
GCC Availability
Organisations planning airMAX wireless projects across the GCC can contact FourTeck for requirement review, model selection and quotation coordination. The LAP-120 may be considered for projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman when its radio pattern, frequency options and capacity fit the intended design. Product availability, permitted channels, power limits, delivery schedules, service visits and vendor lead times can vary by country and project. Buyers should provide the destination country, exact quantity, proposed station radios, deployment coordinates, link distances and expected timeline. FourTeck can also discuss configuration, mounting, alignment, testing and documentation as separate scope items. No regional project should assume that a UAE configuration can be copied unchanged into another country without checking the applicable regulatory domain, local site conditions, power arrangements and import or procurement requirements. For Kuwait-related coordination, buyers may also review FourTeck Kuwait resources.
Africa Availability
FourTeck can assist organisations evaluating the LAP-120 for wireless connectivity projects in selected African markets, including East African operations and multi-site business networks. The planning process should begin with the destination country, exact model requirement, quantity, subscriber-device selection, power design, deployment schedule and any installation or support expectations. Availability and fulfilment can depend on vendor lead time, shipping arrangements, regional frequency rules, power and surge conditions, mounting environment and local project access. Outdoor wireless designs should also consider terrain, vegetation growth, seasonal weather, interference and the availability of qualified installation resources. FourTeck can help review requirements and coordinate a suitable commercial proposal without promising local inventory, customs outcomes or universal onsite coverage. Buyers can explore FourTeck Africa technology support, as well as regional resources for Kenya and Uganda.
Related products, services and alternatives
Compatible airMAX AC stations
Remote endpoints require suitable airMAX AC radios and antennas selected for distance, direction and capacity. Compatibility should be confirmed model by model.
LAP-GPS sector access point
A related model with GPS synchronization and different antenna characteristics may suit coordinated deployments. Do not treat it as identical to the LAP-120.
Higher-capacity sector design
A separate radio and sector antenna may be preferable for denser, more demanding or interference-sensitive networks.
Wireless survey and installation
Path review, mounting, cable work, alignment, configuration and validation can be discussed as project services.
Why businesses contact FourTeck
Business buyers often need more than a model number. FourTeck can help clarify whether the LAP-120 fits the proposed coverage pattern, what station radios and accessories may be required, how passive PoE will be handled and which installation tasks belong in the quotation. This reduces the risk of ordering only the access point while overlooking mounting, surge protection, cable, subscriber units or configuration work.
FourTeck can also coordinate commercial information for procurement teams, including exact SKU confirmation, quantities, delivery destination, warranty guidance and service scope. The objective is to create a clearer requirement that technical and purchasing stakeholders can review together. Visit the FourTeck company overview or discuss the project through the contact channel.
Frequently asked questions
Is the LAP-120 an indoor Wi-Fi access point?
No. It is an outdoor 5 GHz airMAX sector access point intended for compatible wireless links. Phones and laptops should normally use an appropriate Wi-Fi access point.
What antenna is built into the LAP-120?
The manufacturer specifies an integrated 16 dBi antenna. The model is designated as a 120-degree sector product, but practical coverage and signal strength vary across the pattern.
Does the unit include a PoE adapter?
The current manufacturer specification lists a 24 V, 0.5 A Gigabit passive-PoE adapter as included. Confirm the exact package and regional version in the quotation.
Can it use a standard 802.3af or 802.3at PoE switch?
The LAP-120 specification calls for 24 V passive PoE. Do not connect it to a different PoE source unless compatibility has been verified.
How far can the LAP-120 connect?
Useful distance is not a single guaranteed number. It depends on the station radio, legal power, channel conditions, antenna alignment, terrain, Fresnel clearance and required throughput.
Which client radios work with it?
Compatible airMAX AC station radios should be selected according to distance and application. Confirm model, firmware and wireless-mode compatibility before purchase.
Does the LAP-120 require a subscription?
No recurring subscription is identified for basic device operation in the manufacturer information reviewed. Any external management, support or service arrangements should be confirmed separately.
Can FourTeck install and configure it?
Installation, mounting, alignment, configuration and testing can be discussed as quotation scope items. Site conditions and access requirements determine the final service scope.
Is the LAP-120 currently available in Dubai?
Contact FourTeck to confirm current UAE availability, regional version, quantity, price, lead time and warranty guidance. Availability can change.
What information is needed for a quotation?
Provide quantity, destination, site coordinates, link distances, station count, application bandwidth, mounting details and any installation or configuration requirements.
Plan the LAP-120 requirement before ordering
Share your site layout, link distances, endpoint count and installation expectations. FourTeck can help confirm the model, supporting hardware, current UAE availability and quotation scope.
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