MikroTik RB912UAG-5HPnD in Dubai, UAE
A compact wireless platform for integrators who need 5 GHz connectivity, Gigabit Ethernet, RouterOS control and expansion flexibility in a purpose-built deployment.
Buyer snapshot
Wireless: 5 GHz 802.11a/n, two chains
Network: One 10/100/1000 Ethernet port
Expansion: miniPCIe, USB Type-A and Mini SIM slot
Platform: RouterOS with Level 4 license
Important: IP00 board; enclosure and antennas are separate design decisions
RB912UAG-5HPnD
Wi-Fi 4, 5 GHz
DC or passive PoE
Confirm current UAE options
Direct answer for buyers
The MikroTik RB912UAG-5HPnD is a professional RouterBOARD for creating a customised 5 GHz wireless node. Its integrated 802.11a/n radio, Gigabit Ethernet interface and RouterOS software make it suitable for point-to-point links, point-to-multipoint sectors, wireless backhaul, access-point projects and specialised remote connectivity. It is most relevant to integrators and technically capable organisations that can select the enclosure, antennas, RF cables, power system and configuration. Before proceeding, confirm that this older Wi-Fi 4 platform meets the required capacity, that the international frequency variant is appropriate for UAE regulations, and that any miniPCIe card is electrically and physically compatible. Current product availability, included accessories and vendor lead time should also be checked before a purchase order is issued.
What this RouterBOARD does
This board provides the core processing, routing and 5 GHz radio functions needed to build a wireless network endpoint. RouterOS can be configured for bridging, routing, firewall rules, bandwidth management, hotspot functions, VPN services and wireless control, subject to the capacity of the hardware and the selected software version. The integrated radio removes the need for a separate 5 GHz card for common 802.11a/n deployments, while the miniPCIe slot can support an additional compatible interface where the project requires it.
Because it is a bare board with an IP00 rating, it should be treated as a component within a complete system. The final result depends on the enclosure, antenna gain and pattern, cable loss, grounding, surge protection, power quality, mounting position, spectrum conditions and RouterOS design.
Who should consider it
The RB912UAG-5HPnD may suit wireless internet service providers, CCTV integrators, industrial network contractors, campus operators, hospitality projects, warehouses, remote compounds and businesses that maintain MikroTik infrastructure. It is particularly useful where a project team wants to choose its own directional or sector antenna instead of being limited to an integrated antenna design.
It is less suitable for buyers seeking current-generation Wi-Fi performance, a ready-to-mount weatherproof unit, multiple Ethernet ports, integrated 802.3af/at PoE, or a simple plug-and-play office access point. Those requirements may be better served by a newer enclosed wireless product or a different MikroTik platform. FourTeck can help compare the alternatives before the bill of materials is finalised.
Business challenges this board can address
Custom long-range wireless design
A project can pair the board with an antenna selected for the required distance, beam width and site geometry. This is useful where a fixed integrated antenna would not match the link plan.
Single-cable remote powering
Passive PoE allows data and power to share the Ethernet run, simplifying placement on poles, roofs or elevated structures when the power design and cable length are correctly engineered.
Flexible interface expansion
The miniPCIe, USB and SIM facilities provide options for compatible wireless or mobile connectivity components. Compatibility must be checked because not every modem or radio card will work with this platform.
RouterOS-based network control
Engineers can build routing, firewalling, bridging and traffic-management functions into the wireless endpoint, reducing the need for a separate basic router in some designs.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| 5 GHz wireless link | 802.11a/n performance is sufficient and external antennas are planned | Frequency permissions, link budget, interference and antenna type |
| Outdoor deployment | The board will be installed inside a suitable weather-resistant enclosure | Enclosure, ventilation, grounding, cable glands and surge protection |
| Cellular or extra radio expansion | A supported miniPCIe device and correct antennas are available | RouterOS support, power draw, SIM format and physical clearance |
| Gigabit wired uplink | One Ethernet interface is adequate for the topology | Need for switching, redundancy or additional ports |
| RouterOS management | The operations team understands MikroTik configuration and maintenance | Software version, hardening, backups, monitoring and support ownership |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product code | RB912UAG-5HPnD |
| Product type | RouterBOARD with integrated 5 GHz wireless |
| Architecture and CPU | MIPSBE, AR9342, single core at 600 MHz |
| Memory and storage | 64 MB RAM and 128 MB NAND storage |
| Operating system | RouterOS, Level 4 license |
| Wireless | 5 GHz 802.11a/n, two chains, maximum PHY data rate up to 300 Mbit/s |
| International frequency range | 5150–5875 MHz, with usable channels limited by country regulations |
| Ethernet | One 10/100/1000 Ethernet port |
| Expansion | One miniPCIe slot, one USB Type-A port and one Mini SIM slot |
| Power input | 8–30 V DC jack or 8–30 V passive PoE according to the current product specification |
| Maximum power consumption | 12 W on the current product page; installation documentation may show a higher planning allowance, so size the power source conservatively |
| Dimensions | 105 × 105 mm board |
| Environmental rating | IP00; protected enclosure required for exposed locations |
| Tested ambient temperature | -40°C to 70°C for the board, subject to enclosure and accessory limits |
| Protection | Built-in 16 kV ESD protection stated for Ethernet and MMCX ports |
| Availability | Contact FourTeck for current UAE options, regional variant and lead time |
Compatibility and scope notice
The RB912UAG-5HPnD should not be ordered as though it were a complete outdoor access point. The buyer must define the enclosure, antenna connectors, pigtails, antenna type, mounting method, power supply or passive PoE injector, Ethernet surge protection and grounding arrangement. The international model supports a broad 5 GHz range, but RouterOS country settings and UAE regulatory requirements determine which channels and transmit powers may be used. A SIM slot does not by itself provide mobile connectivity; a compatible miniPCIe modem, antennas, software support and an appropriate mobile service are also required.
MikroTik documentation notes that some miniPCIe devices may be incompatible with this board. Confirm the exact card model and RouterOS support before purchasing accessories. For legacy installations, also check the RouterOS release currently used by the organisation, configuration backup procedures and any dependencies on older wireless packages. FourTeck can include compatibility review in the quotation discussion, but final compatibility depends on the complete hardware and software combination.
A practical purchase and deployment journey
Define the wireless role
Clarify whether the board will operate as a point-to-point endpoint, sector access point, backhaul node, CPE, hotspot gateway or specialised bridge.
Calculate the link budget
Review distance, line of sight, antenna gain, expected cable loss, interference, channel width and required throughput rather than relying only on the radio data rate.
Build the material list
Select the board, enclosure, antennas, RF cables, PoE equipment, surge protection, mounting parts and optional miniPCIe hardware as one coordinated system.
Configure and test
Update RouterOS, set the correct country, secure management access, apply the wireless plan, test stability and record a working configuration backup.
Install and monitor
Mount the complete assembly safely, verify grounding and cable weatherproofing, then monitor signal, noise, retries, temperature and traffic over time.
Integrated 5 GHz radio for purpose-built links
The built-in AR9342 radio supports 802.11a/n operation with two wireless chains. In a suitable dual-polarisation antenna system, the two chains can improve spatial performance compared with a single-chain design. The published maximum wireless data rate is a physical-layer figure, not a guaranteed application throughput. Real results depend on signal quality, channel width, protocol overhead, interference, traffic mix, RouterOS configuration and the capacity of both ends of the link.
For a business buyer, the useful question is not whether the device can display a high link rate, but whether it can sustain the required traffic under realistic conditions. A surveillance backhaul carrying several cameras has different latency, packet-loss and consistency needs from a guest hotspot or a rural internet link. FourTeck can help translate these workloads into a practical antenna, channel and topology discussion.
RouterOS control at the network edge
RouterOS gives the board considerably more control than a simple transparent radio. Depending on the design, it can bridge a link, route between networks, apply firewall filters, shape traffic, create VPN connections, provide hotspot functions, collect logs and expose operational statistics. The included Level 4 license supports common access-point and routing uses without a separate license purchase for the base operating system.
That flexibility also creates an operational responsibility. Configuration should be documented, administrative access should be restricted, default credentials must be replaced, unnecessary services should be disabled and software maintenance should be planned. Complex firewalling, queues, encryption or extensive monitoring can reduce available performance on a 600 MHz single-core platform. The configuration should therefore be matched to the hardware rather than copied from a more powerful router.
Expansion for specialised connectivity
The miniPCIe slot, USB port and SIM holder allow the board to form the centre of a more specialised node. A compatible modem may provide mobile backhaul or failover, while another compatible radio card may support a second wireless role. These are design possibilities, not standard included capabilities. Each expansion choice changes power demand, antenna requirements, enclosure space, heat dissipation and RouterOS compatibility.
Before specifying an expansion card, confirm its chipset, supported bands, regional version, connector type, required RouterOS packages and known limitations with the RB912UAG series. The physical SIM holder uses Mini SIM format, and mobile service activation remains separate. For mission-critical use, test the exact combination in a controlled environment before replicating it across multiple sites.
Ideal business environments and use cases
Wireless ISP infrastructure
Suitable for carefully engineered CPE, access-point or backhaul roles where MikroTik RouterOS is already part of network operations and external antennas are selected per site.
Remote CCTV connectivity
Can transport surveillance traffic between buildings or remote camera locations when bandwidth, packet loss, power backup and environmental protection are properly planned.
Industrial and utility sites
May support telemetry, control or site connectivity inside a suitable enclosure, provided electrical, RF, temperature, grounding and local compliance requirements are addressed.
Campus and warehouse links
Useful for bridging separated structures where fibre is unavailable or impractical, subject to clear line of sight, interference analysis and a realistic capacity target.
Temporary project networks
A configurable board can serve events, construction projects or temporary compounds when mounting, weather protection and secure management are included in the plan.
Legacy MikroTik expansion
May fit organisations maintaining an established 802.11n network that need a matching replacement or additional node, after lifecycle and interoperability considerations are reviewed.
Integration and operational considerations
A reliable deployment starts with the wider network design. Decide whether the board will bridge Layer 2 traffic or route between IP networks. Bridging can simplify some links but may extend broadcast domains and operational faults across sites. Routing can improve segmentation and fault isolation but requires an addressing and dynamic-routing plan. Where the link carries business-critical traffic, define monitoring, failover, backup power and escalation procedures before installation.
The Gigabit Ethernet port can carry high wired rates, but overall application performance remains limited by wireless conditions, processing load and configuration. Use quality Ethernet cable suitable for the environment and distance. For outdoor cable runs, include shielded cabling, compatible grounding, surge protection and a protected cable entry. Passive PoE is not the same as standards-based 802.3af/at negotiation; verify voltage and polarity before connection to avoid damage.
The antenna system deserves equal attention. Select an antenna pattern that covers the intended area without creating unnecessary interference. Directional dishes or panels may suit point-to-point links, while sectors may suit point-to-multipoint service. Confirm connector types and use the shortest practical low-loss RF cables. A strong transmit signal alone does not guarantee a stable bidirectional link; receive sensitivity, remote-device output, noise floor, Fresnel clearance and alignment all matter.
Operationally, keep a secured configuration backup, firmware record, site photographs, cable labels and antenna alignment notes. Restrict management access to trusted networks or VPNs, use unique credentials and monitor login attempts. Review RouterOS security advisories and maintain a controlled update process. A field device that is not monitored can remain degraded for a long time before users report a visible failure.
Questions to resolve before ordering
What role will the board perform, and what sustained traffic must it carry?
Is 802.11n adequate, or does the project require a newer wireless generation?
Which antenna pattern, gain and connector arrangement are required?
Will the device be powered by DC or passive PoE, and over what cable length?
Does the site require a weatherproof enclosure, heater, ventilation or special mounting?
Is a miniPCIe modem or second radio planned, and has compatibility been verified?
Who will configure, secure, monitor and maintain RouterOS?
Procurement checklist
- Confirm exact model: RB912UAG-5HPnD international version
- Required quantity and deployment sites
- Allowed 5 GHz channels and local regulatory settings
- Target throughput, distance and line-of-sight condition
- Antenna type, gain, polarity and connector details
- RF pigtails and low-loss cable requirements
- Indoor or outdoor enclosure and mounting hardware
- Passive PoE injector or DC power supply specification
- Grounding, surge protection and Ethernet cable category
- miniPCIe card, SIM and USB accessory compatibility
- RouterOS configuration, hardening and migration scope
- Testing, documentation and support expectations
- Current availability, lead time and warranty confirmation
How FourTeck can support the requirement
FourTeck can help a buyer convert a model request into a complete and reviewable requirement. Assistance can include confirming the exact RouterBOARD variant, discussing whether the board remains appropriate for the expected workload, reviewing antenna and enclosure needs, identifying power and mounting dependencies, checking the intended miniPCIe component, and defining RouterOS configuration or installation support for the quotation. This is especially useful when the product will be installed at a rooftop, tower, warehouse, remote office, camera site or industrial location where the board is only one part of the finished system.
For procurement teams, FourTeck can coordinate the product quotation with the required accessories and services instead of leaving critical items to be discovered during installation. For technical teams, the discussion can focus on topology, addressing, wireless role, security, management and handover expectations. Visit the FourTeck technology products page, review available network services and configuration support, or send the project details through the FourTeck contact page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik RB912UAG-5HPnD. Availability may depend on the international or regional variant, requested quantity, remaining channel inventory and vendor lead time. Because this is a board-level product, confirm what is included in the supply and list every required enclosure, antenna, cable, power and mounting component in the quotation. Delivery and project coordination can be discussed after the exact requirement is confirmed. Installation and configuration scope should be included in the quotation where required, particularly for rooftop, pole, tower or remote-site work.
For deployments across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can review the common design and then identify site-specific differences such as cable length, antenna mounting, access restrictions, power availability and expected traffic. A multi-site requirement should include a site schedule, quantity per location, desired configuration standard and responsibility for civil, electrical and height-access work. No delivery or installation date should be assumed until the bill of materials, destination and project scope have been accepted.
GCC Availability
FourTeck can assist organisations evaluating the RB912UAG-5HPnD for projects in the United Arab Emirates and other GCC markets, including Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The process can cover requirement review, confirmation of the exact international or regional model, antenna and enclosure planning, accessory selection, quotation coordination, RouterOS configuration scope and delivery planning. Wireless regulations, permitted 5 GHz channels, product availability, service access and vendor lead times can differ by country, so a configuration prepared for one market should not automatically be copied to another. Buyers should share the destination country, quantity, intended wireless role, deployment location, antenna plan, preferred schedule and any installation or support expectations. FourTeck can then discuss the appropriate procurement path. Current stock, customs handling, certification, project duration and onsite service coverage must be confirmed for the specific destination and are not implied by a general regional enquiry. For Kuwait-related technology coordination, buyers may also review FourTeck Kuwait information.
Africa Availability
FourTeck can support African organisations and regional project teams that are assessing this RouterBOARD for wireless backhaul, remote connectivity, surveillance transport or legacy MikroTik expansion. Assistance may include product and accessory review, antenna and enclosure planning, power-system discussion, miniPCIe compatibility checks, configuration scope, support expectations and procurement coordination. Fulfilment depends on the destination, exact model, quantity, license region, shipping arrangement, power and regulatory requirements, vendor lead time and local project conditions. Buyers should provide the destination country, site environment, required quantity, target deployment date and whether installation, remote configuration or documentation is needed. For East African requirements, information is available through FourTeck Kenya and FourTeck Uganda; broader project enquiries can use the FourTeck Africa portal. Local inventory, immediate shipment, customs outcomes and country-wide onsite coverage should be confirmed rather than assumed.
Related products, services and alternatives
BaseBox 5 enclosed variant
Consider the RB912UAG-5HPnD-OUT where an integrated outdoor enclosure and external antenna connectors better match the installation. Confirm current availability and included accessories.
Newer 5 GHz wireless platforms
Where higher capacity, newer Wi-Fi standards or more processing headroom are required, compare current MikroTik wireless boards and enclosed systems before selecting a legacy 802.11n design.
Antennas and RF accessories
Directional dishes, panels, sectors, pigtails and low-loss cables must be selected according to distance, coverage pattern, connector type and local frequency plan.
Power and protection
Passive PoE injectors, suitable DC supplies, outdoor Ethernet cable, grounding and surge-protection components should be treated as part of the core design.
RouterOS configuration service
FourTeck can discuss wireless, bridge, routing, firewall, VPN, monitoring and documentation scope based on the intended topology and operational ownership.
Site and link planning
For difficult links, review line of sight, Fresnel clearance, interference, antenna height, power availability and maintenance access before purchasing equipment.
Why businesses contact FourTeck
Businesses contact FourTeck when they need more than a model number on a quotation. A productive discussion can clarify whether the RB912UAG-5HPnD is the correct platform, identify the accessories needed to create a complete node, expose compatibility or regulatory questions early, and separate product supply from optional configuration and installation services. FourTeck can assist with model selection, bill-of-material guidance, antenna and power considerations, quotation coordination, configuration planning, migration from an existing MikroTik device and support handover. The objective is to help the buyer issue a clearer requirement and reduce avoidable gaps between procurement and deployment. More information about the company is available on the FourTeck company page.
Frequently asked questions
Is the RB912UAG-5HPnD a complete outdoor access point?
No. It is an IP00 board-level product. A suitable enclosure, antennas, RF cables, mounting hardware, power equipment and environmental protection must be selected for the finished installation.
Which wireless standard does it support?
The integrated 5 GHz radio supports 802.11a/n with two chains and a published maximum PHY rate of 300 Mbit/s. Actual throughput is lower and depends on the complete link conditions.
Does it include a RouterOS license?
Yes. MikroTik lists RouterOS with a Level 4 license for this model. The base operating-system license does not mean that third-party services, mobile data plans or optional accessories are included.
Can the SIM slot provide LTE connectivity by itself?
No. The SIM holder is used together with a compatible miniPCIe cellular modem. The modem, antennas, RouterOS support and mobile service must all be confirmed separately.
Can every miniPCIe card be used?
No. Electrical, physical and software compatibility varies. MikroTik documentation specifically warns that some cards may be incompatible, so the exact accessory should be checked before ordering.
How is the board powered?
It accepts DC input or passive PoE within the specified voltage range. Passive PoE does not automatically negotiate like 802.3af/at, so the source voltage and polarity must be verified.
Is it suitable for a new high-capacity wireless network?
It may suit modest or legacy 802.11n requirements, but buyers needing higher capacity or newer Wi-Fi features should compare current platforms before deciding.
What information is needed for a quotation?
Provide quantity, deployment country, wireless role, link distance, throughput target, antenna plan, enclosure needs, power method, expansion-card requirement and requested configuration or installation services.
Is the product currently available in Dubai?
Availability is not assumed. Contact FourTeck to confirm the current UAE supply position, exact regional model, quantity, lead time and included components.
Can FourTeck help with configuration and installation planning?
Yes. Configuration, antenna planning, enclosure selection, mounting, testing, documentation and support scope can be discussed and itemised according to the project requirement.
Build the complete RB912UAG-5HPnD requirement
Share the intended link, antennas, enclosure, power method, expansion needs and RouterOS scope. FourTeck can coordinate a practical UAE quotation around the complete deployment rather than the board alone.
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