MikroTik NetMetal Series in Dubai, UAE
Build an outdoor wireless link around the correct radio generation, antenna pattern, mounting method, power source and RouterOS design. The NetMetal family gives network teams a configurable platform, but the right result depends on selecting the exact model and completing the antenna, cabling, power and installation plan.
Plan the complete wireless package
Share the intended distance, coverage area, mounting height, number of sites, antenna preference, power arrangement and existing network environment. FourTeck can use that information to prepare a model and accessory discussion.
Direct answer: what is the MikroTik NetMetal Series?
MikroTik NetMetal is a family of outdoor wireless devices built around RouterOS, rugged enclosures and connectors for external antennas. Depending on the model, the platform can be used as an outdoor access point, customer-premises device, wireless backhaul endpoint or adaptable radio node with Ethernet, fibre and expansion options. It should be considered by network operators, businesses, integrators and project teams that require more antenna flexibility than an all-in-one device provides. Before proceeding, buyers should confirm the exact NetMetal generation, legal operating band, antenna gain and pattern, link distance, PoE voltage, SFP requirement, mounting environment, required accessories and configuration responsibility.
What the platform does
NetMetal devices provide an outdoor RouterOS-based radio platform to which the installer connects an antenna selected for the intended task. This separates the radio from the antenna decision. A sector antenna can be considered for defined-area coverage, an omnidirectional antenna for local surrounding coverage, or a directional dish or panel for a focused link. The final design depends on the specific device, regulatory limits and the physical environment.
The platform can connect back to the network through copper Ethernet and, on applicable models, an SFP or SFP+ interface. Certain models also provide expansion possibilities that may support an additional modem or specialised radio module. These functions are model and configuration dependent and should be confirmed in the bill of materials.
Who should consider it
The series may fit organisations that need controlled outdoor wireless design rather than a simple indoor access point. Typical buyers include internet service providers, system integrators, industrial operators, logistics sites, property groups, hospitality venues, schools, farms, utilities, surveillance teams and businesses connecting separate buildings.
It is most suitable where an experienced installer can assess line of sight, Fresnel clearance, interference, mast loading, antenna alignment, lightning protection, cable routing, power delivery and RouterOS configuration. A buyer seeking a plug-and-play indoor Wi-Fi unit with an integrated antenna may find another MikroTik product family more appropriate.
Business challenges the NetMetal family can help address
Connecting separate buildings
A properly engineered directional link may carry network traffic between offices, warehouses, guardhouses, workshops or remote facilities where trenching fibre is difficult or delayed. Link feasibility still depends on distance, obstruction, spectrum conditions and permitted power.
Extending coverage outdoors
With the correct antenna and mounting plan, a NetMetal device may support outdoor coverage for yards, hospitality areas, loading zones, farms, camps or operational sites. Client density and roaming expectations should be assessed before model selection.
Adding flexible uplinks
Models with fibre interfaces can be integrated into locations where electrical isolation, distance or existing fibre infrastructure makes an SFP-based uplink useful. Transceiver type, temperature rating and compatibility must be checked separately.
Supporting specialised sites
Expansion-capable models may be evaluated for LTE backup, IoT gateways or other modular requirements. The module, SIM format, antenna arrangement, RouterOS support, power budget and enclosure integrity must all be validated before procurement.
Shared buying themes across the series
RouterOS control
Routing, bridging, firewall, VLAN, monitoring and wireless functions are managed through RouterOS. Feature availability and practical performance depend on the hardware generation, RouterOS version and configuration.
External antenna freedom
The installer can match antenna type to the use case, but this also places responsibility on the project team to confirm connectors, cables, polarity, gain, weather sealing and regulatory compliance.
Outdoor mechanical design
NetMetal models are intended for demanding installations. Environmental protection ratings vary by generation, and correct orientation, cable entry, gland sealing and professional mounting remain essential.
Multiple backhaul choices
Gigabit Ethernet is common across the family, while fibre capability and speed differ. Power input ranges and PoE methods also vary, so existing switches and injectors must not be assumed compatible.
Which NetMetal model direction fits the requirement?
| Buyer need | Model direction to evaluate | Confirm before ordering |
|---|---|---|
| Modern dual-band outdoor Wi-Fi with Wi-Fi 6 | NetMetal ax | Antenna choice, passive PoE voltage, wireless design, RouterOS v7 configuration and link expectations. |
| Dual-band Wi-Fi 5 platform with broad PoE input support | NetMetal ac² | Required bands, antenna pair, SFP module, expansion module and current lifecycle availability. |
| Established 5 GHz 802.11ac deployment or matching an existing design | NetMetal 5 family model | Exact dual-chain or triple-chain SKU, miniPCIe requirement, antenna connectors, local frequency rules and software compatibility. |
| Simple outdoor coverage with an integrated antenna | Consider another MikroTik outdoor family | Coverage shape, gain, mounting, client count and whether a separate radio-plus-antenna design is necessary. |
Family information and verified model differences
| Brand | MikroTik |
|---|---|
| Product family | NetMetal outdoor wireless systems |
| Current selection examples | NetMetal ax, NetMetal ac² and NetMetal 5 family variants. Exact availability and lifecycle should be confirmed. |
| Wireless generation | Model dependent: Wi-Fi 6 on NetMetal ax; Wi-Fi 5 and legacy standards on earlier models. |
| Operating bands | Model dependent. NetMetal ax and ac² are dual-band; NetMetal 5 family products are primarily 5 GHz unless expanded through compatible hardware. |
| Antenna | External antenna required. Connector count and chain configuration vary by model. |
| Ethernet | One Gigabit Ethernet port on the referenced family models. |
| Fibre interface | SFP on NetMetal 5 and ac²; 2.5 Gigabit SFP capability on NetMetal ax. Transceiver compatibility is separate. |
| Expansion | MiniPCIe and SIM support are available on selected models. Module support, antenna needs and power budget are configuration dependent. |
| Enclosure protection | NetMetal ax and ac² are specified at IP66; NetMetal 5 is specified at IP54. Installation quality remains critical. |
| Powering | Model dependent. Do not reuse a PoE source without checking voltage range and PoE type for the exact SKU. |
| Operating system | RouterOS, with version and wireless package requirements dependent on model. |
| UAE availability | Contact FourTeck to confirm exact model, quantity, regional suitability and vendor lead time. |
| Important note | This family table supports selection only. The final quotation should identify the exact SKU, antenna, cable assemblies, mounting hardware, PoE equipment, surge protection, SFP module, expansion module and service scope. |
Compatibility and regulatory notice
Outdoor radio projects cannot be selected from radio specifications alone. The allowed channels, output power, Dynamic Frequency Selection requirements and antenna gain settings must comply with the country and installation conditions. The antenna is mandatory for normal operation and must match the device connectors and radio chains. The installer should set the correct country, installation mode and antenna gain in RouterOS.
Power compatibility also requires care. NetMetal generations use different input ranges and PoE methods. Fibre modules, LTE modems, LoRa modules, antennas and pigtails are not universally interchangeable. Confirm every accessory against the exact product code and current MikroTik documentation before ordering.
A practical purchase and deployment journey
Define the network outcome
State whether the requirement is an outdoor access point, a point-to-point bridge, a point-to-multipoint sector, a CPE, a temporary site link, a CCTV backhaul path or an adaptable node with cellular or IoT expansion. Include expected users, traffic type and criticality.
Survey the radio path
Record coordinates, distance, mounting heights, obstructions, roof access, mast condition, cable routes, power availability and nearby interference. Long-distance claims should never replace a proper link assessment because antenna gain, alignment, Fresnel clearance and local noise shape real performance.
Select radio generation and antenna
Choose the NetMetal generation based on compatibility, band, wireless standard, processing platform, fibre interface and expansion need. Then choose antenna pattern, gain, polarization, connector type and mounting hardware for the intended coverage or link.
Build the complete bill of materials
Include the exact device SKU, external antennas, RF cables or pigtails where required, pole or DIN mounting, shielded outdoor cable, PoE source, surge protection, grounding materials, SFP transceiver, expansion modem, SIM, weatherproofing consumables and spare components.
Configure, test and document
Update RouterOS, apply secure administration, choose the correct country and channels, set antenna gain, configure bridges or routing, define VLANs and firewall policy, test throughput and stability, document alignment and signal readings, and retain a configuration backup.
Capability focus: antenna-led design
The central value of the NetMetal family is the ability to choose an external antenna rather than accepting a fixed coverage pattern. This can make the platform useful across very different projects, but it also means the antenna decision is part of the engineering work. An omnidirectional antenna distributes energy around the installation and may suit a local outdoor access point, though the practical cell shape is affected by mounting height, nearby structures and client-device limitations. A sector antenna concentrates coverage across a defined horizontal angle and may suit a base-station design. A directional panel or dish can focus energy along a path for a bridge or CPE deployment.
Higher antenna gain does not automatically create a better network. A narrow beam requires accurate alignment, can be less forgiving of movement, and must remain within permitted EIRP limits after radio power and cable losses are considered. For multipath-heavy locations such as ports, industrial yards or dense urban rooftops, the installer should assess reflections and channel occupancy. In a client-access design, a powerful access point cannot compensate for low-power phones, tablets or handheld terminals on the return path.
FourTeck can help structure the questions that lead to a suitable antenna package: desired coverage geometry, link distance, mounting height, wind exposure, connector type, chain count, polarization, cable length and legal power settings. A final recommendation may require site information or a survey and should not be based only on a theoretical maximum distance.
Capability focus: RouterOS control and network integration
NetMetal devices use RouterOS, giving trained administrators substantial control over how the radio participates in the wider network. The device may be configured as a bridge, router, access point, station or other supported role according to model and wireless package. VLAN-aware bridging can separate operational networks, guest access, surveillance traffic or management traffic. Routing, firewall rules, DHCP, monitoring and VPN functions may also be available, although the appropriate design depends on the hardware capacity and the role assigned to the unit.
A good outdoor wireless design avoids placing every responsibility on one radio. For example, a NetMetal endpoint may bridge a link while a central router handles policy, or it may route at the edge where segmentation is required. Management access should be restricted, default credentials changed, unused services disabled, updates controlled and configuration backups protected. Logging and monitoring should be integrated into the organisation’s operational process so signal deterioration, interface errors or power events are noticed before they affect users.
Compatibility between older wireless implementations and newer Wi-Fi 6 packages should be reviewed carefully when replacing one side of an existing link. A modern model is not automatically a drop-in replacement for every proprietary mode or legacy configuration. FourTeck can help identify the current device models, RouterOS versions, wireless modes and topology so the migration plan addresses both radio and software compatibility.
Capability focus: resilient physical deployment
Outdoor reliability comes from the complete installation, not only the enclosure rating. NetMetal ax and NetMetal ac² are specified with IP66 protection, while NetMetal 5 is specified at IP54. These ratings describe enclosure resistance under defined test conditions; they do not remove the need for correct orientation, sealed cable entry, suitable glands, drip loops, shielded cable, strain relief and periodic inspection. The device should be mounted as directed, generally with the cable feed facing downward and the top cover oriented correctly.
Dubai and UAE installations may expose equipment to high heat, dust, salt-laden coastal air, humidity and intense sunlight. The project team should evaluate mast material, corrosion resistance, UV-rated cabling, ventilation around associated power equipment and safe maintenance access. Rooftop and tower work requires appropriate safety procedures. Surge protection and grounding design should be reviewed for the building and installation method, particularly where long outdoor cable runs or exposed masts are involved.
Power planning must use the exact model data. NetMetal generations have different PoE input ranges and methods, and an incompatible injector or PoE switch can damage equipment or prevent startup. Expansion modules also increase power consumption. A quotation should therefore identify the power source, cable distance, expected voltage at the device, surge protection and any backup-power requirement.
Ideal environments and use cases
Warehouse and logistics yards
Outdoor coverage may support handheld terminals, cameras, gate systems or operational connectivity. The design should consider vehicle obstruction, metal reflections, roaming and the low transmit power of client devices.
Building-to-building links
Directional NetMetal pairs may connect facilities across a campus or compound. A survey should confirm clear path, mounting stability, required throughput, failover expectations and legal spectrum use.
Construction and temporary sites
A configurable outdoor node can support temporary offices, surveillance or site communications. Relocation, changing obstructions, power quality and secure administration should be included in the operating plan.
Hospitality and leisure areas
Outdoor Wi-Fi may be required around pools, gardens, camps or event spaces. Capacity, client density, roaming, captive portal architecture and discreet mounting can be more important than maximum radio distance.
CCTV and remote monitoring
Wireless backhaul may carry video from remote cameras or recorder locations. Calculate sustained and peak bitrate, latency tolerance, multicast behaviour, redundancy and power backup rather than relying on nominal wireless rates.
Service-provider infrastructure
The platform may serve as an AP, CPE or backhaul component in a managed network. Spectrum planning, subscriber density, monitoring, spare strategy and migration compatibility require careful operational design.
Integration and operational considerations
Start with the existing network. Document the upstream switch or router, VLANs, addressing, DHCP source, firewall zones, authentication method, monitoring platform and required management path. Decide whether the NetMetal will bridge traffic transparently or route it. Define how administrators will reach it if the wireless link fails and whether a local maintenance connection is available.
For fibre uplinks, identify the required SFP or SFP+ module, fibre type, connector, wavelength, distance and temperature requirement. Do not assume any transceiver will work simply because it fits the cage. For Ethernet, confirm outdoor cable rating, shielding, maximum run length, surge-protection placement and PoE voltage. Where a switch provides PoE, compare its output standard and voltage against the exact NetMetal model.
Wireless integration requires channel planning. Scan the environment, choose permitted channels, review DFS implications and avoid creating co-channel interference between nearby sectors or links. Set channel width according to spectrum conditions and required capacity; the widest channel is not always the most stable choice. Configure security suitable for the deployment and protect the management plane separately from user traffic.
Operationally, schedule firmware review, configuration backups, credential management, log collection and periodic physical inspection. Record antenna alignment, received signal, noise, channel, throughput baseline and cable test results at handover. These records make troubleshooting faster when the environment or performance changes.
Questions buyers should resolve before ordering
What is the exact network role?
Access point, station, bridge, routed edge, CPE, sector base station and LTE-enabled node have different model and configuration requirements.
What coverage pattern is needed?
Describe the area, direction, distance, users and obstacles so the antenna type can be selected intelligently.
Must it match an existing link?
Provide both endpoint models, RouterOS versions, modes, bands and antennas before replacing only one side.
How will it be powered?
State the PoE switch or injector model, cable distance and backup-power arrangement. Voltage compatibility varies across the family.
Is fibre required?
Confirm fibre type, module, speed, connector and distance. NetMetal fibre interface capability differs by generation.
Who will install and configure it?
Professional mounting, regulatory settings, grounding, alignment, security and testing should have clear ownership in the quotation.
Procurement checklist for a complete quotation
☐ Exact NetMetal model or acceptable generation
☐ Quantity and endpoint count
☐ Deployment role and topology
☐ Link distance or outdoor coverage area
☐ Antenna type, gain, connector and quantity
☐ Existing wireless model and compatibility details
☐ PoE source, voltage and cable length
☐ SFP or SFP+ transceiver requirement
☐ LTE, LoRa or other expansion requirement
☐ Pole, mast or DIN mounting needs
☐ Shielded cabling, grounding and surge protection
☐ RouterOS configuration, migration and testing scope
☐ Delivery location and required schedule
☐ Warranty and support expectations
How FourTeck can assist with selection and deployment
FourTeck can help convert a broad request for “MikroTik NetMetal” into a procurement-ready requirement. The process can begin with a review of the intended network role, site locations, distance, client types, traffic, existing equipment and installation environment. From that information, the discussion can narrow toward the suitable wireless generation, external antenna style, power arrangement, uplink method and accessory set.
For organisations replacing an existing unit, provide photographs of the label, antenna, cabling and mounting along with a RouterOS export or support file where appropriate and safe. This helps identify whether the requirement is a like-for-like replacement, an upgrade or a redesign. For a new link, site coordinates, heights and line-of-sight information can support an initial feasibility review, although field validation may still be necessary.
Installation and configuration services should be stated clearly in the quotation. Possible scope items include mounting coordination, antenna alignment, RouterOS update, bridge or routing setup, VLAN configuration, security hardening, testing, documentation and handover. Visit the FourTeck technology services page, browse related network products, or discuss the project with FourTeck.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact MikroTik NetMetal model and accessories. Availability may depend on the generation, regional variant, quantity, antenna type, SFP module, expansion hardware and vendor lead time. A family name alone is not enough for a reliable quotation because a NetMetal ax package can differ substantially from a NetMetal 5 replacement package.
Delivery and project coordination can be discussed after the exact requirement is confirmed. Buyers should identify the installation location, access restrictions, preferred schedule and whether the scope includes supply only, preconfiguration, site installation, antenna alignment or post-installation testing. Warranty terms should be confirmed against the quoted SKU and supply channel rather than assumed from general product-family information.
FourTeck can coordinate enquiries for Dubai, Abu Dhabi, Sharjah and Ajman through one combined requirement review. This approach helps multi-site buyers standardise model selection, antenna choices, configuration templates and documentation while still allowing for local site differences. For broader business technology requirements, visit FourTeck UAE or the general contact page.
GCC Availability
FourTeck can assist GCC organisations that are evaluating MikroTik NetMetal devices for outdoor access, wireless bridging, remote-site connectivity or service-provider infrastructure. The requirement review can cover the destination country, intended wireless role, exact model, external antenna selection, power source, fibre interface, expansion module, installation environment and RouterOS configuration scope. This is particularly useful for regional businesses that want a consistent design across the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman while respecting different site conditions and regulatory requirements.
Product availability, permitted radio settings, delivery schedules, service visits, project scope and vendor lead times can vary by country, model, quantity and requirement. Buyers should share the destination, quantity, required product generation, antenna approach, license or software expectations, deployment location and expected timeline. FourTeck can then coordinate a suitable quotation discussion, delivery planning and, where applicable, configuration or installation scope. No local inventory, fixed delivery date or country-specific approval should be assumed until it is confirmed for the exact project. Regional enquiries may also use the FourTeck Kuwait resource where relevant.
Africa Availability
Organisations planning outdoor wireless networks in Africa can contact FourTeck for assistance evaluating the MikroTik NetMetal family, compatible antennas, accessories, fibre modules, expansion options and deployment requirements. A useful enquiry should explain whether the project is a campus link, rural connection, surveillance backhaul, hospitality network, industrial site or service-provider rollout. It should also include the exact destination, number of endpoints, distances, mounting conditions, power availability, preferred deployment schedule and any installation or support expectations.
Availability and fulfilment may depend on the destination country, model generation, quantity, legal radio settings, power or regulatory requirements, shipping arrangements, vendor lead time and local project conditions. Hot, dusty, humid, coastal or high-altitude environments may also affect the choice of cabling, mounting, power protection and maintenance plan. FourTeck can support requirement clarification and procurement planning for selected markets, including East African projects, without assuming local inventory or country-wide onsite coverage. Buyers may review FourTeck Africa, Kenya technology support or Uganda project guidance for relevant regional contact routes.
Related options and supporting services
Outdoor antenna selection
Omnidirectional, sector, panel or dish antennas may be required depending on coverage and link geometry. Compatibility and regulatory limits must be confirmed.
SFP and fibre components
Transceivers, fibre type, connectors and speed should be matched to the selected NetMetal model and upstream network.
PoE and surge protection
Power injectors, compatible PoE switches, grounding and surge protection can be included in the project bill of materials.
RouterOS configuration
Configuration scope may cover wireless settings, bridging, routing, VLANs, security, monitoring, backup and documentation.
Alternative integrated devices
MikroTik outdoor products with integrated sector, panel or dish antennas may reduce component selection for suitable use cases.
Site survey and installation planning
A survey can assess line of sight, interference, mounting, cable routes, power, safety and realistic deployment constraints.
Why businesses contact FourTeck
The main value is practical requirement clarification. A buyer may know that NetMetal is the desired family but still need to decide between Wi-Fi 5 and Wi-Fi 6, dual-band and 5 GHz-only designs, passive PoE and 802.3af/at powering, SFP and 2.5 Gigabit SFP capability, or a standard radio and an expansion-enabled design. FourTeck can help organise those choices into a bill of materials that can be quoted and reviewed.
FourTeck can also help identify missing project items such as antennas, pigtails, outdoor cable, mounting hardware, surge protection, fibre modules, PoE equipment and configuration services. For migration projects, the existing wireless mode, RouterOS version and endpoint compatibility can be considered before hardware is changed.
This assistance does not replace a site survey or guarantee radio performance. It gives the procurement and technical teams a clearer basis for comparing options, requesting pricing and defining responsibility for installation, configuration, testing and support.
Frequently asked questions
Is MikroTik NetMetal a single product?
No. It is a family containing different generations and model variants. NetMetal ax, NetMetal ac² and NetMetal 5 models differ in wireless standard, bands, processing, enclosure rating, power input and interface capability. Request the exact SKU in the quotation.
Does a NetMetal device include the outdoor antenna?
The NetMetal concept uses external antennas, so the suitable antenna normally needs to be selected as part of the project. Confirm what is included with the exact model and add the required antenna, connectors or pigtails to the bill of materials.
Which model supports Wi-Fi 6?
NetMetal ax is the Wi-Fi 6 model in the family discussed here. It is dual-band and uses RouterOS v7. Compatibility with an existing link, antenna and wireless configuration should be reviewed before upgrading.
Can NetMetal be used for a long-distance bridge?
It can be considered for point-to-point links when paired with suitable directional antennas, but achievable distance and stability depend on antenna choice, line of sight, Fresnel clearance, interference, legal power limits, alignment and environmental conditions.
Can I reuse my existing PoE switch or injector?
Only after checking the exact model. NetMetal generations have different PoE methods and voltage ranges. Compare the power source output with the device input specification and account for cable loss and expansion-module consumption.
Does the series support fibre connectivity?
Referenced NetMetal models include fibre cages, but capability differs. NetMetal 5 and ac² provide SFP, while NetMetal ax provides a 2.5 Gigabit-capable SFP interface. The transceiver and fibre plant must be selected separately.
Can LTE or LoRa be added?
Selected models provide miniPCIe and SIM-related expansion features. The exact module, RouterOS support, antennas, SIM format, power budget and enclosure arrangement must be confirmed. Expansion is not identical across every model.
Is professional installation recommended?
Yes. Outdoor radio installation involves mounting safety, antenna alignment, cabling, grounding, sealing, legal frequency and power settings, security configuration and performance testing. MikroTik guidance also directs radio devices toward professional installation.
How do I request a Dubai quotation?
Provide the exact model if known, quantity, deployment role, distance or coverage area, antenna preference, power source, fibre needs, mounting location, installation scope and required schedule. FourTeck can then review model and accessory requirements.
What warranty and availability apply?
Warranty, regional variant, availability and lead time should be confirmed on the formal quotation for the exact SKU. Do not assume that every model in the family has the same current supply status.
Confirm the model, antenna and installation scope
Send the site objective and existing network details to FourTeck. The response can focus on a suitable NetMetal generation, antenna package, power and fibre requirements, configuration scope and current UAE quotation options.