Outdoor 5 GHz airMAX AC radio
Ubiquiti airMAX NanoStation 5AC NS-5AC in Dubai, UAE
The NS-5AC is designed for focused outdoor wireless connectivity where a business needs a practical bridge between network locations, a customer-premises radio or a compact airMAX endpoint. Its integrated antenna and weather-resistant form factor simplify the physical bill of materials, while its management features support alignment, monitoring and ongoing operational control.
Plan the link before purchase
Share the two site locations, estimated distance, mounting height, required data rate and existing network equipment. FourTeck can help identify the items that should be confirmed before quotation.
Direct answer for buyers
The Ubiquiti airMAX NanoStation 5AC NS-5AC is a directional outdoor wireless radio primarily used for point-to-point links and customer-premises applications. It is worth considering when two network locations have usable line of sight and cable installation is difficult, disruptive or uneconomical. Typical buyers include IT teams, wireless internet providers, system integrators and organisations managing multiple buildings or outdoor facilities. Before proceeding, confirm the exact model at both ends, legal channel availability, link path, mounting height, expected traffic, power method, surge protection, Ethernet design and whether installation or configuration support is required. The device is not a general indoor Wi-Fi access point and should not be selected solely from an advertised maximum range.
What the NS-5AC does
It creates a focused 5 GHz wireless connection using Ubiquiti’s airMAX AC platform. In a point-to-point design, one radio is normally installed at each end of the path and aligned toward the other. In a customer-premises role, it may connect back to a compatible airMAX access point. The integrated directional antenna helps concentrate radio energy toward the intended path rather than distributing it like an indoor omnidirectional access point.
Who should consider it
The product may fit businesses connecting offices across a compound, warehouses across a yard, a gatehouse to a main building, temporary project locations, surveillance points or remote service areas. It can also suit service-provider customer links. It is less suitable where buildings obstruct the path, spectrum is heavily congested, the buyer expects indoor client Wi-Fi, or the required throughput and resilience exceed what a single airMAX link should deliver.
Business challenges and practical responses
No convenient cable route
A directional bridge can connect two points without trenching or pulling fibre through a difficult route. A site survey must still confirm visibility, mounting access, grounding and stable power.
Remote device connectivity
The second Ethernet interface may support an adjacent network device where the power and topology are planned correctly. Buyers should confirm PoE output behaviour and power compatibility rather than assuming any attached device can be powered.
Outdoor installation constraints
The UV-resistant enclosure and included pole and wall mounting options support outdoor placement. Correct cable type, weather sealing, drip loops, surge protection and earth bonding remain important parts of the installation.
Operational visibility
airOS features, status indicators and a dedicated management radio help technicians configure, align and observe the link. Remote management design, account security and firmware practices should be agreed before handover.
Core capabilities at a glance
Purpose-built wireless operation for compatible outdoor airMAX deployments.
Integrated dual-polarised antenna designed to focus the wireless path.
Gigabit Ethernet connectivity for uplink and planned secondary-device use.
Separate 2.4 GHz radio supports convenient local setup and management.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building bridge | There is clear or near-clear line of sight and moderate bandwidth needs. | Path profile, distance, mounting height, interference and matching endpoint. |
| Customer-premises radio | The upstream network uses a compatible airMAX AC design. | AP compatibility, channel plan, authentication and service profile. |
| Outdoor camera backhaul | Video bitrate, latency and power requirements fit the proposed topology. | Camera power, VLAN design, surge protection and recording-path resilience. |
| Temporary project network | Mounting and power can be installed safely and the RF path is stable. | Relocation plan, weather exposure, remote support and asset security. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | airMAX NanoStation 5AC |
| Model | NS-5AC |
| Product type | Outdoor 5 GHz directional airMAX AC radio |
| Operating roles | Access Point and Station modes |
| Networking interfaces | Two Gigabit Ethernet RJ45 ports |
| Antenna gain | 16 dBi |
| Polarisation | Dual-linear |
| Channel bandwidth | 10, 20, 30, 40, 50, 60 and 80 MHz |
| Worldwide frequency range | 5150–5875 MHz; usable channels are region dependent |
| Management radio | 2.4 GHz management radio, region dependent |
| Power supply | 24V, 0.5A Gigabit PoE adapter listed as included by the manufacturer |
| Maximum power consumption | 9W |
| Dimensions | 257 × 84 × 41 mm with mount; 257 × 84 × 30 mm without mount |
| Weight | 233 g |
| Enclosure | UV-resistant polycarbonate |
| Mounting | Pole and wall mounting options; confirm package contents for the supplied regional unit |
| Operating temperature | -40 to 70°C |
| Management and services | airOS features include bridging, routing, DHCP, SNMP, SSH, web management, traffic shaping, statistics and dynamic acknowledgement |
| Availability | Contact FourTeck for current UAE model and quantity availability |
Compatibility and dependency notice
Wireless performance is configuration and environment dependent. The practical result is affected by link distance, path clearance, Fresnel-zone obstruction, local noise, antenna alignment, transmit-power limits, channel width, weather, firmware, traffic pattern and the capabilities of the radio at the opposite end. Frequency availability and allowed power vary by country and regulatory domain.
Do not assume that NS-5AC, Loco5AC, NanoStation M5 or a UniFi access point are interchangeable. They belong to different hardware generations or management ecosystems. The exact pairing, operating mode and firmware compatibility should be reviewed as part of the design. Power should also be checked carefully because passive PoE arrangements differ from common 802.3af/at switching assumptions.
A sensible purchase and deployment journey
Define the service
State what must cross the link: office data, internet access, voice, video, surveillance traffic or a combination. Include expected peak demand and critical applications.
Check the path
Review coordinates, elevation, roof access, obstructions and possible mounting points. A visual line of sight alone may not guarantee adequate Fresnel clearance.
Confirm the bill of materials
Specify radios, mounts, outdoor cable, surge protectors, grounding, PoE arrangements, network switching and any enclosure or mast work.
Install and align
Mount safely, weatherproof cables, align both radios, select an appropriate channel and confirm stable signal quality rather than chasing signal strength alone.
Test and document
Record configuration, firmware, management access, throughput, latency, packet loss, grounding details and ownership of ongoing monitoring.
Focused radio design and link quality
The NS-5AC combines the radio and directional antenna in one enclosure. This reduces feeder-loss concerns associated with a separate radio and antenna cable, and it makes the outdoor installation physically straightforward. The 16 dBi antenna is directional, so correct aiming matters. Installers should evaluate signal level, noise floor, signal-to-noise ratio, chain balance, capacity and retransmissions together. A strong signal with poor noise conditions may still produce an unstable link.
Channel width should be chosen according to the required capacity and spectrum conditions. Wider channels may support more peak throughput but consume more spectrum and can be harder to place cleanly in busy environments. Narrower channels may improve planning flexibility and link robustness. The correct choice is site dependent, and legal channel availability must be respected.
Management, monitoring and operational control
The dedicated management radio is useful during installation because a technician can access the device locally without repeatedly moving the Ethernet connection. airOS provides configuration and operational statistics, while UISP support can help organisations manage larger deployments. Management architecture should be planned rather than left at defaults.
Use unique administrative credentials, restrict management exposure, maintain a firmware policy and document recovery access. Monitoring should include uptime, Ethernet state, RF quality, capacity and error trends. Where the link carries important business traffic, define who receives alerts, how faults are escalated and whether a spare unit or alternate connection is required.
Dual Ethernet and edge connectivity
Two Gigabit Ethernet ports provide more design flexibility than a single-port compact radio. A secondary network device may be connected in suitable topologies, but buyers must distinguish data connectivity from power delivery. The secondary device’s voltage, power draw and pinout must be compatible with the planned PoE output arrangement.
For surveillance, access control or remote telemetry, the wireless link should be treated as part of the end-to-end network. VLANs, IP addressing, switch capacity, camera bitrate, recorder access and cybersecurity controls all matter. A wireless bridge does not remove the need for network segmentation or proper outdoor electrical protection.
Ideal environments and use cases
Commercial compounds
Connect a main office to a nearby warehouse, workshop, security cabin or service building where trenching is undesirable and the radio path is clear.
Education and campuses
Extend network access between separate buildings, temporary classrooms or outdoor operational areas after confirming capacity, resilience and safeguarding requirements.
Hospitality and leisure sites
Link remote facilities, gates, staff areas or service points while keeping guest Wi-Fi and operational systems appropriately segmented.
Construction and temporary sites
Create a relocatable connection where the mounting, power and support plan can accommodate changing site conditions and equipment movement.
Wireless service delivery
Use the radio as compatible customer-premises equipment in an airMAX network, subject to the operator’s AP design, sector loading and service policy.
Remote surveillance points
Carry camera traffic from a remote location when bandwidth, latency, PoE, environmental protection and fallback requirements have been assessed.
Integration and operational considerations
The NS-5AC should be integrated as a network component, not installed as an isolated appliance. Decide whether the wireless path will operate as a transparent bridge or whether routing functions will be used. Confirm IP addressing, DHCP behaviour, VLAN transport, loop prevention and the consequences of a radio restart. In business environments, management traffic should be separated from user traffic where practical.
Outdoor Ethernet cable should be suitable for UV exposure and the installation environment. Shielding, grounding and surge protection need to follow the site’s electrical and lightning-protection design. Cable entry should include a drip loop and weatherproofing. The PoE injector should be installed in an appropriate protected area with stable power. Where power quality is poor, UPS support may reduce interruptions.
Radio planning should account for nearby 5 GHz networks, radar-sensitive channels, country restrictions and future expansion. A clean channel today may become congested later, so monitoring and a documented re-channel procedure are useful. Critical links may require redundant paths, spare devices, dual power arrangements or an alternate carrier connection. These are project decisions rather than standard product features.
Questions to resolve before requesting a quote
Provide coordinates, building names, approximate heights and photos of the proposed mounting directions.
List applications, peak bandwidth, camera counts, voice use and any latency-sensitive systems.
Confirm the exact radio, firmware family, mode and antenna design so compatibility can be reviewed.
State whether the link is convenient, operationally important or business critical, because resilience planning differs.
Clarify roof access, cabling, mast work, alignment, configuration, testing and ongoing monitoring responsibility.
Frequency rules and product variants can differ. Confirm destination country and regulatory requirements.
Procurement checklist
☐ Exact NS-5AC model and regional version
☐ Required quantity and spare strategy
☐ Point-to-point or customer-premises role
☐ Endpoint coordinates and distance
☐ Line-of-sight and mounting-height review
☐ Required throughput and application mix
☐ Compatible radio at the opposite end
☐ Channel plan and regulatory domain
☐ Outdoor cable and surge protection
☐ PoE injector or switch compatibility
☐ Wall or pole mounting requirements
☐ Installation, alignment and configuration scope
☐ VLAN, addressing and management design
☐ Warranty and current availability confirmation
How FourTeck can assist
FourTeck can help translate a site requirement into a clearer product request. Assistance may include reviewing the intended topology, checking whether the NS-5AC is the correct model, identifying related mounting and protection items, discussing radio pairing, and defining whether configuration or installation coordination should be included in the quotation.
For projects with several links, share a simple site map and traffic expectations. This allows a more useful discussion about endpoint roles, channel planning, management and spare strategy. Visit the FourTeck technology services page to review planning and support options, or explore the business technology product range.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the required quantity and regional model. Availability may depend on vendor lead time, incoming supply, project quantity and regulatory version. Delivery coordination can be discussed after the exact requirement and destination are known.
Installation and configuration are not assumed to be included with the hardware. Ask for these activities to be stated in the quotation where required. Support expectations, warranty handling and replacement planning should also be clarified before purchase. Use the FourTeck UAE contact page to submit the model, quantity, project location and requested scope.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate product discussions and project requirements for organisations operating across Dubai, Abu Dhabi, Sharjah and Ajman. The correct process begins with the exact NS-5AC quantity, destination, link purpose and any installation or configuration requirement. For multi-site organisations, it is useful to identify which links are new, which replace existing equipment and which must integrate with an established airMAX network. Delivery, site access, cabling and field-work requirements can vary between locations, so they should be described separately even when the same product model is used. Availability and scheduling remain dependent on confirmed scope, vendor lead time and project conditions.
GCC Availability
FourTeck can assist GCC buyers evaluating the Ubiquiti airMAX NanoStation 5AC NS-5AC for wireless bridge and customer-premises applications. Requirement review can cover the proposed link role, destination country, regional model, quantity, matching radios, PoE accessories, mounting, surge protection, configuration scope and installation planning. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman may be subject to different frequency rules, vendor channels, power practices and delivery arrangements. Product availability, service visits, lead times and project scope therefore need confirmation for each destination. Buyers should share the exact model, number of units, site locations, expected traffic, target deployment date and whether remote or onsite technical assistance is required. FourTeck can then coordinate a more relevant quotation and discuss delivery planning without assuming local stock or a fixed installation schedule. For Kuwait-related enquiries, the FourTeck Kuwait resource may also help direct the requirement.
Africa Availability
Organisations planning outdoor wireless links in Africa can contact FourTeck for product selection and procurement guidance around the NS-5AC, compatible endpoints, accessories and deployment requirements. The practical design may change according to distance, terrain, available mounting structures, local 5 GHz rules, power stability, shipping arrangements and the skill set available at the site. Availability and fulfilment can depend on the destination country, quantity, regulatory version, vendor lead time and local project conditions. Share the exact requirement, destination, expected schedule, traffic profile, installation responsibility and support expectation so that the discussion can cover a suitable bill of materials rather than the radio alone. Buyers in East Africa may use the FourTeck Kenya or FourTeck Uganda resources, while broader regional enquiries can be directed through FourTeck Africa. Local inventory, customs outcomes and onsite coverage should be confirmed rather than assumed.
Related products and services to consider
NanoStation 5AC Loco
A smaller nearby model for selected applications. It is not the same as NS-5AC; compare antenna gain, ports, mounting and power details.
LiteBeam or NanoBeam airMAX models
Alternative form factors may suit different gain, distance, wind-loading or installation requirements. Selection requires a path and capacity review.
Outdoor surge protection
Ethernet surge protection, grounding and suitable outdoor cabling should be considered as part of the installation, not added after a failure.
Installation and alignment support
Site access, mounting, cable routing, alignment, channel selection, testing and documentation can be included as a defined service scope.
Why businesses contact FourTeck
Wireless-link purchases often fail when the decision is reduced to a model number and an advertised range. FourTeck focuses the conversation on the complete requirement: endpoint role, link path, capacity, compatibility, power, mounting, protection, management and support. This helps procurement teams request a more complete quotation and gives technical teams a clearer basis for deployment. FourTeck can also help distinguish similar Ubiquiti models, identify questions that should be answered by the installer and coordinate associated configuration or support requirements. Learn more about the company through the FourTeck business profile.
Frequently asked questions
Is the NS-5AC the same as the Loco5AC?
No. They are related airMAX products but have different physical, antenna, port and power characteristics. Use the exact model number when requesting a quotation or planning a link.
Can one NS-5AC create a point-to-point bridge?
A point-to-point link normally requires a compatible radio at each end. The exact pairing and configuration should be reviewed before purchase.
Does the NS-5AC provide normal indoor Wi-Fi?
It is designed primarily as a directional outdoor airMAX radio, not as a general indoor client access point. Select a dedicated indoor Wi-Fi platform for user devices.
What throughput should a buyer expect?
Real throughput depends on signal quality, noise, channel width, distance, alignment, firmware, traffic mix and the opposite radio. A design target should be based on the site rather than a single headline number.
Is a software subscription required?
The device uses airOS and can be managed directly. UISP may be used for broader management. Confirm any current platform, hosting or support requirements for the intended deployment.
Can it power another device from the second Ethernet port?
The topology may support a secondary device, but PoE output, voltage, pinout and total power must be checked carefully. Do not connect an assumed-compatible device without verification.
What installation accessories are usually considered?
Outdoor-rated cable, surge protection, grounding, suitable mounts, PoE power, weatherproofing materials and protected indoor termination are common considerations. The exact list is site dependent.
How can I check Dubai availability?
Send FourTeck the exact NS-5AC model, quantity, destination and required timeline. Current availability and lead time can then be confirmed for the request.
Can FourTeck include configuration or installation?
Configuration, alignment and installation coordination can be discussed. The required scope should be stated explicitly in the quotation because hardware supply alone does not automatically include services.
Confirm the model, path and project scope
Share your site locations, quantity, link purpose, expected bandwidth and installation requirements. FourTeck can help prepare a clearer NS-5AC quotation and confirm current UAE availability.
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