Ubiquiti NanoBeam 2AC 13 Gen2 NBE-2AC-13-GEN2-US in Dubai, UAE
A compact directional radio for organisations planning outdoor wireless links where cable installation is difficult, distance must be bridged, or a focused 2.4 GHz connection is preferred. FourTeck can help verify the regional variant, link design, mounting, power, configuration and quotation scope.
Plan the complete link
Share the endpoints, distance, elevation, expected traffic, existing network equipment and installation location so the quotation can reflect the real deployment.
Direct answer for buyers
The Ubiquiti NanoBeam 2AC 13 is an outdoor directional wireless radio designed around the 2.4 GHz airMAX platform. It is mainly used to extend network connectivity between separated locations or operate as a station in a compatible point-to-multipoint network. It can suit warehouses, compounds, schools, farms, construction locations, surveillance projects and organisations that need a practical alternative to trenching cable. Before proceeding, a buyer should confirm line of sight, distance, interference, required capacity, mounting height, PoE arrangement, weather protection, local radio rules and the exact regional model. The NBE-2AC-13-GEN2-US designation should not be treated as interchangeable with every worldwide variant without a compliance and frequency review.
What the NanoBeam 2AC does
The unit combines a radio, directional antenna and outdoor enclosure in one compact device. It receives network connectivity through its Gigabit Ethernet port, obtains power through 24 V passive PoE and transmits over a focused 2.4 GHz wireless path. This integrated design reduces the number of separate RF components that must be selected and aligned.
In a point-to-point design, two compatible radios can form a wireless bridge between network locations. In a point-to-multipoint design, the NanoBeam can serve as a station connecting back to a suitable airMAX access point. The correct topology depends on the required coverage, number of endpoints and compatibility of the base station.
Who should consider it
This model is relevant for buyers who specifically need a 2.4 GHz airMAX radio rather than a general indoor Wi-Fi access point. It may suit IT teams extending LAN connectivity to a gatehouse, remote office, IP-camera location, storage area, temporary cabin or a second building where a cable route is impractical.
It should not be selected solely because 2.4 GHz is familiar. The band can be congested, and real-world performance depends heavily on spectrum conditions, alignment, obstruction, channel width and link budget. A site survey or at least a disciplined desktop review is recommended before quantities are finalised.
Business challenges and practical responses
Cable routes are unavailable
A planned wireless bridge can connect separated networks without trenching between sites, provided there is suitable line of sight and a compliant RF design.
A remote camera needs backhaul
The NanoBeam can carry network traffic from a remote surveillance location, but power, bandwidth demand, switch placement and weather protection must be designed together.
Temporary sites need connectivity
Directional wireless can be useful for construction cabins, events or leased spaces where permanent fibre or copper is not available on the required schedule.
The network spans several buildings
A point-to-point or point-to-multipoint architecture can reduce duplicated internet services, subject to network policy, throughput, security and resilience requirements.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building bridge | Both endpoints have a clear path and the expected traffic is within the planned link capacity. | Distance, antenna height, Fresnel clearance, alignment and endpoint equipment. |
| Point-to-multipoint station | The access point is compatible with this airMAX AC 2.4 GHz station role. | Base-station model, firmware, channel plan and client count. |
| Remote CCTV connectivity | Camera bitrate, uplink needs and switch design are known. | Camera count, retention architecture, power and surge protection. |
| 2.4 GHz deployment | The spectrum review supports 2.4 GHz and the region permits the planned channels. | Interference, regulatory domain and regional SKU suitability. |
| High-capacity backhaul | Only where the confirmed requirement fits the product’s performance class. | Peak traffic, growth, latency sensitivity and whether a higher-capacity 5 GHz, 60 GHz or fibre option is more appropriate. |
Verified technical information
Values below follow the manufacturer’s current technical specification for model NBE-2AC-13. Regional operation remains subject to the exact SKU and local rules.
| Brand | Ubiquiti |
|---|---|
| Product | airMAX NanoBeam 2AC |
| Base model | NBE-2AC-13 |
| Requested regional designation | NBE-2AC-13-GEN2-US; confirm suitability for the destination before ordering |
| Product type | Outdoor directional 2.4 GHz airMAX wireless radio |
| Total throughput | 150+ Mbps, manufacturer-rated; actual performance is deployment dependent |
| Channel bandwidth | 10 / 20 / 40 MHz |
| Antenna gain | 13 dBi |
| Polarisation | Dual linear |
| Operating frequency | Worldwide 2412–2472 MHz; US/Canada 2412–2462 MHz |
| Networking interface | One Gigabit Ethernet RJ45 port |
| Power method | Passive PoE, two-pair, pins 4/5 positive and 7/8 return |
| Included power supply | 24 V, 0.5 A Gigabit PoE adapter |
| Supported voltage | 20–27 V DC |
| Maximum power consumption | 7.5 W |
| Dimensions | Diameter 189 × 125 mm |
| Weight | 530 g |
| Enclosure | UV-stabilised plastic |
| Mounting | Pole-mount kit included; wall and window mounts not included |
| Wind survivability | 200 km/h, subject to correct installation |
| Operating temperature | -40 to 80 °C |
| Operating humidity | 5% to 95% non-condensing |
| Certifications listed by manufacturer | CE, FCC and IC; destination-specific compliance must still be confirmed |
| Availability | Contact FourTeck for current UAE options, quantity, lead time and regional model guidance |
Regional SKU, frequency and compatibility notice
The requested part number includes a US designation. Ubiquiti lists the US/Canada operating range for this model as 2412–2462 MHz, while the worldwide specification extends to 2472 MHz. This difference matters because radio channels, transmit-power limits and permitted operation are controlled by the regulatory domain and destination country. A US-region unit should therefore not be assumed to be the correct choice for every UAE or regional deployment.
Before procurement, confirm the exact label, firmware behaviour, country selection, local approval requirements and compatibility with the access point or remote peer. FourTeck can include model verification in the quotation process, but the final deployment should follow applicable telecommunications and site policies. Optional mounts, surge protection, grounding materials, outdoor-rated cable, switches, UPS equipment and installation work should be listed separately where required.
From requirement to working link
Define endpoints
Identify the buildings, poles, cameras or network cabinets that must be connected, including their coordinates and elevation where possible.
Check the path
Review line of sight, Fresnel-zone clearance, obstacles, roof access, pole stability and the likelihood of future obstruction.
Assess spectrum
Measure or estimate 2.4 GHz congestion and choose a channel strategy that reflects nearby networks, local rules and capacity needs.
Confirm the bill of materials
Include both radios where needed, mounts, shielded outdoor cable, grounding, surge protection, PoE, switch ports and UPS capacity.
Install and align
Mount securely, weatherproof cable entry, align the link, verify signal quality and document the final physical arrangement.
Configure and validate
Apply the agreed network settings, secure management access, test throughput and latency, and record acceptance results.
Focused 2.4 GHz connectivity
The integrated 13 dBi directional antenna concentrates the radio pattern more narrowly than a typical omnidirectional access point. That focus can help reach a defined endpoint and reduce energy sent in unnecessary directions. It does not eliminate interference, however. Both the desired signal and competing signals influence link quality, and a directional antenna still requires accurate aiming.
For buyers, the important question is not simply whether the device can transmit over the stated distance. The design should determine whether the received signal, signal-to-noise ratio and channel utilisation can support the expected traffic with sufficient margin. A link carrying office internet, voice, cameras or operational systems may have very different tolerance for congestion and outages.
The 2.4 GHz band may be useful where obstacle behaviour, existing airMAX infrastructure or project constraints favour it, but it can also be crowded by common wireless devices. FourTeck can help compare the planned use against 5 GHz, 60 GHz or wired alternatives rather than selecting the band by habit.
Compact outdoor deployment
The radio and antenna are integrated into a 189 mm diameter enclosure weighing about 530 g. A pole-mount kit is included, while wall and window mounts are not standard items according to the published specification. The compact format can simplify installation where a large dish would be inconvenient, yet mounting quality remains critical.
The official environmental range is broad, and the enclosure is UV-stabilised. The product is also listed with wind, rain, UV, vibration, salt-fog and temperature-shock test qualifications. These figures support outdoor planning, but they do not replace site engineering. The pole, bracket, fasteners, cable route and grounding approach must all suit the actual rooftop, mast, boundary wall or industrial location.
Dubai deployments can expose outdoor equipment to heat, dust and intense sunlight. Installers should preserve airflow, avoid unsuitable enclosed spaces, use outdoor-rated shielded cable where the design calls for it, protect cable entry and ensure that lightning and surge considerations are addressed in accordance with the project standard.
Power and network simplicity
The NanoBeam uses one Gigabit Ethernet port for data and is powered by 24 V passive PoE. Ubiquiti lists a 24 V, 0.5 A Gigabit PoE adapter as included with the base model, with a supported input range of 20–27 V DC and maximum power consumption of 7.5 W. This allows power to be delivered over the Ethernet cable from an indoor or protected location.
Passive PoE is not the same as standards-based 802.3af or 802.3at PoE. Connecting the radio to an arbitrary PoE switch without confirming voltage and pinout can damage equipment. The network design should therefore identify whether the included injector will be used or whether a compatible passive-PoE source is available.
For remote endpoints, also consider the devices behind the link. A camera, access switch or controller may need separate power, UPS support and environmental protection. The wireless radio is only one element of the end-to-end service, and the quotation should include every component needed for a manageable installation.
Typical business environments
Warehouses and yards
Connect a security post, loading area, remote office or camera cluster back to the main network where trenching across an active yard is disruptive.
Schools and campuses
Bridge separated buildings or temporary classrooms while maintaining clear network segmentation and controlled management access.
Construction projects
Provide temporary links between site offices, gate systems and monitoring points, with relocation and changing obstructions considered in the plan.
Hospitality and compounds
Extend infrastructure to service buildings, staff areas or entrances when the business requirement is network backhaul rather than direct guest Wi-Fi coverage.
Farms and remote facilities
Reach equipment shelters, pumps, monitoring systems or offices where the site layout and cable distance make a wireless path attractive.
Surveillance networks
Carry traffic from remote cameras or recorders after calculating aggregate bitrate, peak demand, retention architecture and resilience needs.
Integration and operating considerations
A wireless bridge should be treated as part of the network architecture, not as an isolated accessory. Determine how VLANs, IP addressing, DHCP, routing, firewall rules, monitoring and management access will work across the link. Where the bridge carries surveillance, voice or operational traffic, quality-of-service and failure behaviour should be considered before commissioning.
The device is associated with the Ubiquiti UISP and airMAX ecosystem rather than the UniFi indoor Wi-Fi management model. Buyers should confirm which management platform, firmware version and operational process will be used. Existing Ubiquiti knowledge may help, but the radio should still be documented with its management address, credentials, channel, width, transmit settings, peer identity and physical location.
Security planning includes changing default access details, limiting management exposure, using appropriate encryption, segmenting connected systems and keeping firmware under review. A point-to-point link can make two physical areas behave like one Ethernet segment, which may be convenient but can also extend broadcast domains and security risks. The network team should decide whether bridging or routing better matches policy.
Operational support should include a method for checking signal quality, capacity, interference, power, cable condition and physical alignment. Rooftop devices may be difficult to access during an incident, so labelled injectors, spare-compatible equipment, documented mounting positions and remote monitoring can reduce troubleshooting time.
Questions to resolve before requesting a quote
Is this a point-to-point or station link?
The required quantity and peer equipment depend on the topology. A single radio alone does not create a complete link.
Why is 2.4 GHz preferred?
Confirm whether the choice is based on an existing base station, path conditions, spectrum study or a legacy requirement.
What traffic will cross the link?
List users, camera streams, applications and expected growth rather than relying on a single average bandwidth estimate.
Are the endpoints visible?
Line of sight should include adequate clearance around the path, not merely visual contact between roofs.
Is the US-region unit acceptable?
Check destination rules and frequency behaviour before treating NBE-2AC-13-GEN2-US as equivalent to another regional SKU.
What installation support is needed?
Clarify surveys, mast work, cabling, configuration, testing, handover documentation and ongoing support expectations.
Procurement checklist
✓ Exact regional SKU and label
✓ Required radio quantity
✓ Link endpoints and distance
✓ Clear line of sight and mounting height
✓ Expected traffic and growth
✓ Point-to-point or point-to-multipoint role
✓ Compatible peer or base station
✓ 2.4 GHz spectrum conditions
✓ Pole, wall or window mounting method
✓ Outdoor cable and grounding materials
✓ Passive PoE source and UPS requirement
✓ Surge and lightning protection approach
✓ Configuration, testing and documentation scope
✓ Delivery destination and preferred project schedule
How FourTeck can assist
FourTeck can help translate a basic product request into a more complete procurement scope. This may include checking whether NBE-2AC-13-GEN2-US is the intended regional variant, confirming quantities, reviewing the topology, identifying complementary mounting and power components, and preparing a quotation that reflects the installation requirement.
For projects that require more than supply, discuss site review, wireless planning, installation coordination, alignment, configuration, testing and handover requirements. The exact scope should be agreed in the quotation because roof access, civil work, mast condition, cable routes, working hours and safety requirements vary by site.
Buyers comparing options can also review the broader FourTeck technology product range, discuss installation and configuration services, or send the project details through the FourTeck Dubai contact page.
Information that improves quotation accuracy
Provide photographs or coordinates of both endpoints, estimated distance, mounting surfaces, target applications, required quantity, existing Ubiquiti equipment, switch and power details, and whether installation is included.
For a point-to-multipoint design, include the base-station model and number of planned stations. For CCTV, include camera count and approximate bitrates. For office links, include user count and important applications.
The more complete the input, the easier it is to identify missing accessories, unsuitable assumptions and regional model concerns before equipment is dispatched.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti NanoBeam 2AC 13 and the requested NBE-2AC-13-GEN2-US designation. Availability may depend on the exact regional model, quantity, vendor lead time and the accessories included in the order. A quotation should distinguish the radio from optional mounts, extra PoE equipment, outdoor cabling, surge protection, switches, UPS systems and professional services.
For Dubai projects, delivery and installation coordination can be discussed after the endpoints, access conditions and network requirement are known. Organisations operating across Dubai, Abu Dhabi, Sharjah and Ajman can submit one consolidated requirement covering quantities, destination details and service scope. FourTeck can then help organise the commercial and technical discussion without implying that every item or service is automatically available at every location.
Warranty terms should be confirmed against the supplied source, serial number, regional policy and quotation. Do not assume that accessories or installation workmanship follow the same coverage as the hardware. For company background and service context, visit About FourTeck.
GCC Availability
Businesses planning airMAX wireless links elsewhere in the GCC can contact FourTeck for requirement review, product selection, quotation coordination and deployment planning. The Ubiquiti NanoBeam 2AC 13 may be considered for projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, but the exact regional SKU and permitted frequency settings must be checked for the destination. Product availability, vendor lead time, licensing or regulatory conditions, delivery schedules, installation access and service scope can vary by country, quantity and project. Buyers should provide the destination country, exact model requested, number of links, endpoint details, expected traffic and preferred deployment period. FourTeck can then help assess whether the US-region designation is appropriate or whether another regional version should be quoted. Delivery and project coordination are subject to the final scope; no assumption should be made about local stock, customs outcome or fixed installation dates. Kuwait-based requirements may also be discussed through FourTeck Kuwait technology support.
Africa Availability
FourTeck can assist organisations evaluating Ubiquiti outdoor wireless equipment for projects in Africa, including requirements in East Africa and selected markets such as Kenya and Uganda. The planning process should account for the destination, regional frequency rules, power arrangements, mounting conditions, shipping method, quantity, vendor lead time and local installation environment. For the NanoBeam 2AC 13, buyers should be especially careful about the US-region suffix and confirm whether that variant is suitable for the intended country. Share the endpoint locations, expected traffic, number of units, preferred deployment schedule and any need for configuration, installation or support. FourTeck can help review the bill of materials and quotation scope, while fulfilment and onsite arrangements remain dependent on the final destination and project conditions. General regional enquiries can be directed through FourTeck Africa, with dedicated information also available for Kenya technology projects and Uganda technology requirements.
Related products and services to consider
Compatible airMAX base station
For point-to-multipoint use, select a confirmed-compatible 2.4 GHz airMAX access point and antenna combination. Compatibility should be checked by model and firmware.
Alternative 5 GHz bridge
A 5 GHz NanoBeam, PowerBeam or other directional radio may be more suitable where spectrum, distance, throughput or existing infrastructure favours that band.
Mounting and protection
Review wall or window mounts, mast hardware, outdoor-rated cable, grounding, surge protection and weatherproof enclosures as separate bill-of-material items.
Installation and alignment
Professional mounting, aiming, cable termination and acceptance testing can be included where site access and project scope are defined.
Configuration support
Discuss IP addressing, bridge or route design, channel planning, security settings, monitoring and documentation requirements.
Wired or fibre alternatives
Where reliability, capacity or regulatory constraints make wireless unsuitable, compare outdoor fibre, leased connectivity or structured cabling.
Why businesses contact FourTeck
Business buyers often begin with a model number but need help validating the complete requirement. FourTeck can support discussions around model selection, regional SKU checks, quantity, point-to-point versus point-to-multipoint architecture, mounting accessories, passive PoE, cable and surge protection, network configuration and installation scope. This helps reduce the risk of ordering a radio without the complementary items or peer equipment required for a working link.
FourTeck can also coordinate a quotation for organisations that need supply only, supply with configuration, or a broader deployment discussion. Assistance is practical and requirement-led: the goal is to clarify what must be confirmed before procurement rather than to make unsupported claims about stock, delivery or performance. Buyers can review more company information at FourTeck UAE or use the corporate contact channel for multi-site enquiries.
Frequently asked questions
What is the Ubiquiti NanoBeam 2AC 13 used for?
It is an outdoor directional 2.4 GHz airMAX radio used for wireless bridging or as a station in a compatible point-to-multipoint network. Typical applications include links between buildings, remote cameras, gates, site offices and other network endpoints.
Is one NanoBeam enough to create a link?
A complete point-to-point link normally requires a compatible radio at each end. In a point-to-multipoint network, the NanoBeam station connects to a compatible base station. Confirm the topology and peer equipment before ordering.
What throughput does the NBE-2AC-13 provide?
Ubiquiti lists total throughput above 150 Mbps. Actual usable throughput depends on distance, channel width, spectrum noise, signal quality, settings, protocol overhead and traffic conditions.
Does the unit include a PoE adapter?
The manufacturer’s base specification lists a 24 V, 0.5 A Gigabit passive-PoE adapter as included. Confirm the supplied package and regional plug type in the quotation.
Can it be powered from any PoE switch?
No assumption should be made. This model uses 24 V passive PoE with a defined pin arrangement, which differs from automatic standards-based PoE. Verify switch compatibility or use the correct injector.
Is NBE-2AC-13-GEN2-US suitable for Dubai?
The US designation indicates regional frequency constraints. Suitability should be confirmed against UAE rules, the device’s regulatory behaviour and the planned channels before procurement or activation.
Does it provide normal indoor Wi-Fi coverage?
It is primarily a directional airMAX link radio, not a general indoor Wi-Fi access point for phones and laptops. Use the appropriate access-point platform for local user coverage.
What mounting hardware is included?
A pole-mount kit is listed as included. Wall and window mounts are not included in the published specification, so the chosen mounting method should be added to the bill of materials.
What details are needed for a quotation?
Provide the exact model, quantity, destination, link endpoints, distance, topology, traffic type, peer equipment, mounting surface, power arrangement and whether installation, configuration or support is required.
How can I confirm UAE availability and warranty?
Contact FourTeck with the requested regional SKU and quantity. Availability, lead time, source and warranty guidance should be confirmed in the formal quotation rather than assumed from a model listing.
Confirm the model, link design and quotation scope
Send the endpoint details, quantity and regional requirement to FourTeck. The response can cover model suitability, current UAE availability, accessories, configuration and installation planning.
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