Directional 5 GHz wireless connectivity
Ubiquiti airMAX NanoStation M5 NSM5 in Dubai, UAE
The NanoStation M5 NSM5 is an integrated outdoor wireless CPE for building-to-building links, remote network extensions and professionally designed airMAX deployments. Its directional antenna, compact enclosure and passive PoE installation approach support practical connectivity where trenching, leased circuits or temporary cabling may not be the preferred option.
5 GHz, region dependent
Directional CPE or bridge
Two 10/100 MbE ports
24 V passive PoE adapter included
Confirm version and lead time
Direct answer for buyers
The Ubiquiti airMAX NanoStation M5 NSM5 is a directional 5 GHz wireless customer-premises device with an integrated antenna, outdoor enclosure, two Fast Ethernet ports and passive PoE power. It is mainly used to form a focused wireless connection between fixed locations or to connect a remote site to an airMAX access point. It is worth considering for small and medium business links, cameras, remote buildings, compounds, warehouses, hospitality areas and temporary project sites. Before proceeding, a buyer should confirm line of sight, distance, interference conditions, required usable throughput, local frequency rules, mounting, lightning protection, cabling, compatible peer equipment and whether the Fast Ethernet interface meets the project requirement.
What the NSM5 does
NSM5 combines a 5 GHz radio, directional dual-polarised antenna, Ethernet connectivity, outdoor housing and airOS management in one compact unit. When installed at a fixed location and aligned toward a compatible radio, it can transport network traffic over a wireless path. Typical roles include a point-to-point bridge between two buildings, a client device in a point-to-multipoint network, a connection for an IP camera location, or an extension to a remote office where a physical cable route is difficult.
Who should consider it
The product may fit organisations that already operate airMAX M equipment, need a modest-bandwidth directional link, value a second Ethernet port, or require a compact pole-mounted CPE. It is not automatically the right choice for every new deployment. Buyers expecting Gigabit Ethernet, very high aggregate throughput, dense modern radio environments or longer-term platform expansion should compare newer airMAX ac models. FourTeck can assist with this fit assessment rather than treating the model number alone as the complete requirement.
Business challenges the NanoStation M5 can help address
Connecting separated buildings
A warehouse, guardhouse, workshop or office annex may need network access without opening roads or installing a long copper route. A correctly engineered wireless bridge can provide an alternative path when both ends have suitable line of sight.
Reaching a remote camera point
The device can carry data for a camera or small remote network. Power design remains important because the secondary Ethernet port and PoE pass-through behaviour must be matched carefully with the connected equipment and power adapter.
Supporting temporary operations
Construction offices, events, temporary stores and project compounds sometimes need connectivity without permanent civil work. The radio can be redeployed, but alignment, mounting strength, spectrum planning and weather exposure still require professional attention.
Extending an existing airMAX M network
Organisations maintaining an established M-series network may require an additional compatible CPE or replacement unit. Firmware, channel settings, security mode, country code and access-point compatibility should be checked before procurement.
Core capability band
Integrated directional radio
The radio and antenna are housed together, reducing the need for a separate RF cable and antenna assembly.
Dual-polarised antenna
The integrated antenna supports dual-linear polarisation for the product’s MIMO radio operation.
Outdoor mounting
The UV-stabilised enclosure and included pole mount support exposed fixed installations within the specified operating range.
airOS administration
Configuration includes wireless, network, security, monitoring and alignment functions appropriate to airMAX M deployments.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building bridge | Both locations have clear or near-clear line of sight and moderate traffic demand. | Distance, Fresnel clearance, mounting height, peer radio and expected throughput. |
| Existing airMAX M expansion | The access point uses compatible M-series settings and the network design remains appropriate. | Firmware, channel width, security, frequency plan and country code. |
| Remote CCTV connection | Traffic is within the link budget and the camera side has a safe power and surge-protection design. | Camera bitrate, PoE requirement, switch need, grounding and enclosure details. |
| High-speed new network | Only when Fast Ethernet and M-series performance are sufficient. | Compare airMAX ac or other modern alternatives with Gigabit interfaces. |
| Outdoor client device | A directional fixed CPE is required rather than a general-purpose access point. | Coverage direction, client topology, legal frequency use and environmental conditions. |
Verified technical information
The following values relate to the Ubiquiti NSM5 model. Wireless frequency availability and transmit settings remain subject to the selected country code, regional regulations and firmware options. Link throughput is not guaranteed by a specification table because it depends on signal quality, interference, distance, channel width, protocol overhead and the complete network design.
| Brand | Ubiquiti |
|---|---|
| Product name | airMAX NanoStation M5 |
| Model | NSM5 |
| Product type | Indoor/outdoor 5 GHz airMAX CPE |
| Networking interfaces | Two 10/100 MbE RJ45 ports |
| Power method | Passive PoE, two-pair arrangement |
| Included power supply | 24 V, 0.5 A PoE adapter |
| Supported voltage range | 22–27 V DC according to current manufacturer specifications |
| Maximum power consumption | 8 W |
| Antenna gain | 14.6–16.1 dBi, frequency dependent |
| Polarisation | Dual-linear |
| Antenna beamwidth | 43° horizontal, 41° vertical and 15° elevation as specified by the manufacturer |
| Dimensions | 294 × 31 × 80 mm |
| Weight | 400 g |
| Enclosure | Outdoor UV-stabilised polycarbonate |
| Mounting | Pole mount included |
| Operating temperature | -30 to 75 °C |
| Operating humidity | 5 to 95% non-condensing |
| Management | airOS; network design and remote management options are configuration dependent |
| Licensing | No separate feature subscription is normally identified for basic device operation; confirm current software and support requirements |
| Warranty guidance | Confirm warranty terms, seller conditions and region at quotation stage |
| Availability | Contact FourTeck for current UAE model, quantity and lead-time guidance |
Compatibility, power and regional dependencies
An NSM5 quotation should not be treated as complete until the peer radio, firmware family, wireless mode, channel plan, country code, network addressing and mounting environment are understood. The product uses passive PoE rather than standard 802.3af or 802.3at power. Connecting it to an unsuitable power source can damage equipment or prevent operation. The included adapter and any planned PoE pass-through use must therefore be reviewed as part of the design.
The available 5 GHz channels and permitted transmit power vary by region. Professional installation should respect local regulations, antenna gain, frequency restrictions and site conditions. Outdoor Ethernet runs should also be evaluated for shielded cabling, grounding and surge protection. Compatibility with UniFi products should not be assumed merely because both product lines are made by Ubiquiti; airMAX and UniFi serve different deployment roles and use different management workflows.
A practical purchase and deployment journey
Define the traffic and business purpose
Identify what must cross the link: internet access, office applications, voice, CCTV, guest traffic or a combination. Note peak demand, latency sensitivity and future growth. This determines whether the Fast Ethernet platform is sufficient.
Survey the path
Measure the distance and examine line of sight, roof access, obstructions, mounting height and cable route. A visual line does not always mean adequate Fresnel-zone clearance, and seasonal or future obstructions should be considered.
Select both ends and accessories
Confirm whether the design uses two NSM5 units, an NSM5 client with another compatible airMAX access point, a switch, mounting hardware, surge protection, outdoor cable or an enclosure. Avoid mixing products based on appearance alone.
Configure and align
Set the correct region, management addressing, wireless role, SSID, security, channel width and output power. Mount both radios securely and align them while observing signal and link-quality indicators. Maximum output power is not automatically the best setting.
Test, document and monitor
Validate usable throughput, latency, packet loss and stability under realistic load. Record IP addresses, credentials, mounting positions, firmware and configuration. Monitoring should detect deteriorating signal, interference or cable issues before users experience a serious outage.
Directional coverage and link planning
The integrated antenna concentrates radio energy in a defined direction. This is useful for fixed links because it can improve the desired path compared with a broad indoor access point, but it also makes alignment important. The radio should be aimed accurately toward the opposite endpoint, mounted firmly and kept clear of nearby metalwork or obstructions that may alter the signal.
Distance alone does not decide link quality. Interference, channel width, regulatory power limits, antenna height, cable condition and Fresnel clearance all contribute. FourTeck can use the supplied site information to recommend a survey or a more detailed link review when the project cannot be assessed reliably from an address and distance alone.
airMAX operation and traffic control
The NSM5 belongs to the airMAX M platform and can operate in fixed wireless topologies configured through airOS. airMAX scheduling is designed for compatible outdoor wireless networks rather than ordinary consumer Wi-Fi roaming. That distinction matters when selecting the peer equipment and defining the role of each radio.
Network administrators should plan management access, security, bridge or routing mode, VLAN requirements, channel width and client capacity. Settings that improve one installation may reduce performance in another. A narrow channel can improve resilience in some noisy environments but reduces potential capacity; a wider channel may carry more traffic but requires more clean spectrum.
Compact outdoor installation
The all-in-one form factor simplifies the radio side of the installation, and pole mounting is included. The Ethernet cable supplies both data and passive PoE power, allowing the power adapter to remain indoors or in a protected location. Installers still need to plan cable length, routing, drip loops, weather entry points, grounding and surge protection.
The specified temperature and humidity ranges support demanding outdoor conditions, but this does not remove the need for correct mounting and electrical protection. A rooftop deployment in the UAE may be exposed to heat, dust, wind, salt air or lightning risk. These environmental factors should influence the installation method and maintenance plan.
Suitable business environments and use cases
Warehouses and industrial yards
Link an administrative building to a remote store, gate, loading area or workshop where the traffic requirement fits the platform and the path is suitable.
Hospitality and property operations
Connect separate facilities such as a service building, parking office, beach facility or remote maintenance location without presenting the radio as a guest Wi-Fi access point.
Schools and campuses
Extend network access to an annex, sports area, security cabin or temporary classroom, subject to capacity, security and line-of-sight planning.
Construction and project sites
Support temporary office connectivity, cameras or operational systems while permanent infrastructure is being built, with clear responsibility for mounting and ongoing support.
Agriculture and remote facilities
Bridge to a pump room, farm office, gate or monitoring point where power, environmental exposure, distance and maintenance access have been assessed.
Legacy airMAX M networks
Add or replace a compatible node when maintaining an established system, after checking firmware, topology and lifecycle plans.
Integration and operational considerations
A wireless bridge becomes part of the wider LAN, so its design should account for addressing, VLANs, DHCP, spanning-tree behaviour, security boundaries and monitoring. Transparent bridging may be simple, but it can also extend broadcasts and faults between sites. Routing can provide separation, although it requires a different configuration and may affect application behaviour. The right choice depends on the network architecture rather than on the radio alone.
For CCTV, calculate the sustained and peak bitrate of all streams, not just the camera count. Include recording traffic, management overhead and any future cameras. For voice or interactive applications, review latency and packet loss during busy periods. For internet extension, consider whether the remote site requires its own firewall, switch, wireless access point or backup connection.
Operational ownership should also be clear. Someone must maintain administrator credentials, monitor signal quality, approve firmware updates and arrange access to the mounting location. A radio that performs well at commissioning can later be affected by a new building, growing trees, changed channel use, damaged cable or altered configuration. Documentation and periodic checks reduce the time needed to diagnose these issues.
Buyer questions to resolve before ordering
What must the link carry?
List applications, user count, camera streams and expected peak traffic. This prevents selecting the radio only from distance.
Is line of sight available?
Provide rooftop photographs, coordinates, heights and obstacles. A site survey may be necessary for uncertain paths.
What is at the opposite end?
Confirm the exact access point or bridge partner. Compatibility should be based on platform and settings, not brand name alone.
Is Fast Ethernet sufficient?
The NSM5 has 10/100 ports. New high-capacity designs may benefit from a Gigabit airMAX ac alternative.
Who will install and support it?
Clarify mounting, cable supply, PoE, grounding, configuration, testing, documentation and future maintenance responsibilities.
What regional version is required?
Destination and regulatory settings affect available frequencies and transmit options. Confirm country before procurement.
Procurement checklist for the NSM5
✓ Confirm the exact NSM5 model and required quantity.
✓ Record both deployment locations and approximate distance.
✓ Validate line of sight and required mounting heights.
✓ State the expected traffic and future capacity requirement.
✓ Identify the compatible radio or access point at the far end.
✓ Confirm country code, permitted channels and regional version.
✓ Review passive PoE power and adapter requirements.
✓ Specify outdoor cable, grounding and surge protection.
✓ Confirm pole, wall or custom mounting arrangements.
✓ Decide whether configuration is required before delivery.
✓ Include installation, alignment and testing when needed.
✓ Ask for warranty and lead-time confirmation in the quotation.
How FourTeck can assist
Requirement review
FourTeck can review the planned link role, distance, traffic, topology and site constraints before the bill of materials is prepared.
Model selection
The comparison can include NSM5, nearby airMAX M products and newer airMAX ac alternatives where Ethernet speed or capacity changes the decision.
Configuration scope
Buyers can discuss addressing, wireless roles, security, channel planning and documentation rather than receiving unconfigured hardware without an implementation plan.
Delivery coordination
Once the exact model, quantity and destination are confirmed, FourTeck can coordinate quotation and delivery planning subject to current availability and vendor lead time.
For broader network planning, review FourTeck’s technology services, browse the product portfolio, or send project details through the FourTeck contact page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti airMAX NanoStation M5 NSM5. Supply may depend on the required quantity, regional version, product lifecycle, vendor lead time and whether the order includes accessories or deployment services. A quotation should identify the exact model, included power adapter, requested quantity and any additional components rather than relying on a generic product description.
Installation and configuration are separate scope items unless specifically included. For a complete project quotation, provide the two site locations, link distance, mounting access, cable requirement, network topology and preferred schedule. FourTeck can then coordinate product supply with configuration, alignment, testing or support requirements as applicable.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck for requirement review, quotation coordination and project planning. Coverage discussions may include delivery location, access restrictions, rooftop or mast work, installation timing, site induction, cable routes and whether remote or onsite configuration is appropriate. Product availability and service scheduling are confirmed only after the exact requirement is reviewed. For multi-site projects, share a location list and identify which links are new, replacements or extensions to an existing airMAX network.
GCC availability
FourTeck can assist organisations planning NanoStation M5 procurement or related wireless-link projects across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Assistance can cover requirement review, radio selection, quantity planning, accessory identification, quotation coordination and discussion of configuration or installation scope. The buyer should provide the destination country, exact deployment purpose, number of links, site distances, required quantity and target schedule. Product availability, permitted frequency settings, regional hardware versions, delivery arrangements, service visits and vendor lead times can vary by country and project. Where an NSM5 is intended to join an existing network, provide the current access-point model, firmware family and channel plan. For Kuwait-related coordination, buyers may also visit FourTeck Kuwait resources. No delivery date, local inventory position or installation schedule should be assumed until the destination and bill of materials are confirmed.
Africa availability
Organisations planning outdoor wireless connectivity in Africa can approach FourTeck for product evaluation, bill-of-material guidance and regional procurement planning. The NSM5 may be considered for existing airMAX M networks or moderate-capacity directional links, while newer platforms may be more appropriate for projects that require Gigabit Ethernet or higher throughput. Availability and fulfilment depend on the destination, exact model, quantity, regulatory domain, power arrangements, shipping plan, vendor lead time and local installation conditions. Buyers should share the country, site type, link distances, required number of radios, preferred deployment period and any configuration or support expectations. FourTeck resources for Kenya technology projects, Uganda requirements and wider Africa coordination can support regional enquiries. Local inventory, customs outcomes, country-wide onsite coverage and fixed delivery dates must be confirmed rather than assumed.
Related products, services and alternatives
airMAX NanoStation M5 loco
A smaller, lower-cost M-series CPE for requirements where its antenna, port count and power specifications are suitable. It should not be treated as identical to NSM5.
airMAX NanoStation 5AC
A newer airMAX ac option worth comparing for new links that require Gigabit Ethernet and higher platform capacity. Compatibility and topology must be reviewed.
PowerBeam and LiteBeam options
Directional radios with different antenna gain, form factor and link roles. They may suit longer paths or different capacity targets after link-budget review.
Wireless link assessment
A requirement and site-path review can reduce the risk of selecting radios without enough clearance, capacity or compatible peer equipment.
Installation and alignment
Scope may include mounting, outdoor cable, grounding, configuration, alignment and test documentation, subject to site access and quotation.
Network switching and protection
Remote switches, surge protectors, enclosures and UPS equipment may be required to complete the link safely and reliably.
Why businesses contact FourTeck
The most useful assistance often happens before the purchase order. FourTeck can help translate a statement such as “connect these two buildings” into the information required for a workable quotation: distance, line of sight, traffic, radio roles, power, mounting, cable, protection, configuration and support. This helps prevent incomplete orders containing radios but missing essential installation items.
For established networks, the discussion can focus on replacement compatibility and lifecycle planning. For new networks, it can compare the NSM5 with newer alternatives and explain why Ethernet speed, channel conditions or management approach may matter. FourTeck does not need to assume that one product is correct for every project; the goal is to define a suitable bill of materials and scope based on the buyer’s actual environment. Learn more about FourTeck’s business technology approach.
Frequently asked questions
What is the Ubiquiti NanoStation M5 NSM5 used for?
It is used as a directional 5 GHz outdoor CPE for fixed wireless links, including building-to-building bridges, remote network extensions and client connections to compatible airMAX access points.
Can two NSM5 units create a point-to-point bridge?
Two correctly configured and aligned units can be used in a point-to-point design. Site distance, line of sight, interference, legal channel use and capacity requirements should be checked before purchase.
Does the NSM5 have Gigabit Ethernet?
No. The model has two 10/100 MbE RJ45 ports. Buyers requiring a Gigabit interface should compare newer airMAX ac products and confirm compatibility with the planned topology.
What power supply does it use?
The manufacturer specifies passive PoE and includes a 24 V, 0.5 A PoE adapter. Passive PoE is not the same as standard 802.3af or 802.3at, so the power design must be checked carefully.
Is the NanoStation M5 suitable for indoor Wi-Fi coverage?
It is primarily a directional outdoor wireless device, not a general indoor Wi-Fi access point for phones and laptops. UniFi or another access-point platform may be more appropriate for indoor client coverage.
How far can an NSM5 link reach?
There is no responsible universal distance guarantee. Achievable range and performance depend on line of sight, Fresnel clearance, interference, mounting height, channel width, regulatory power and the peer radio. A link assessment is recommended.
Can the secondary Ethernet port power another device?
The product supports a secondary Ethernet port and software-controlled PoE pass-through in relevant configurations, but the adapter capacity, voltage and connected device requirements must be validated. Do not connect equipment based on connector type alone.
Does the NSM5 require a subscription?
Basic airOS device operation is not generally presented as requiring a separate feature subscription. Current software, remote management and support arrangements should still be confirmed for the intended deployment.
What information is needed for a FourTeck quotation?
Provide quantity, destination, link distance, both site types, traffic requirement, current peer equipment, mounting details, desired accessories and whether configuration or installation is required.
Is the NSM5 currently available in Dubai?
Availability can change by quantity, regional version and vendor lead time. Contact FourTeck for a current UAE quotation and confirmation rather than assuming stock from an online listing.
Confirm the right radio, accessories and deployment scope
Send FourTeck the link distance, locations, traffic requirement and quantity. The team can help determine whether NSM5 is suitable, prepare a model-specific quotation and discuss configuration or installation support.
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