Modular Wi-Fi 6 RouterBOARD for custom network projects
MikroTik L23UGSR-5HaxD2HaxD in Dubai, UAE
Build an outdoor access point, CPE, long-range wireless link or connected product around a flexible RouterOS platform with dual-band Wi-Fi 6, fibre uplink capability and expansion for cellular or IoT modules.
Plan the complete build
Confirm antennas, enclosure, power, cabling, mounting, expansion modules and RouterOS configuration before ordering.
Dual-band Wi-Fi 6
Gigabit copper and 2.5G SFP
miniPCIe, Nano SIM and USB
External antenna and enclosure planning required
Direct answer for buyers
The MikroTik L23UGSR-5HaxD2HaxD is a bare modular RouterBOARD for building customised wireless systems rather than a finished, ready-to-mount access point. It is mainly used for dual-band Wi-Fi 6 access, customer-premises equipment, point-to-point links and specialised connected devices that need RouterOS, fibre or copper networking, and optional miniPCIe expansion. It is most appropriate for integrators, wireless service providers, engineering teams and technically capable organisations that can select the enclosure, antennas, power arrangement and installation method. Before proceeding, confirm the exact radio design, approved antenna type, link distance, enclosure protection, mounting position, local frequency rules, expansion module compatibility and complete installation scope.
What the board does
This RouterBOARD provides the processing, networking and wireless foundation for a custom device. Its integrated 2.4 GHz and 5 GHz radios support Wi-Fi 6, while four MMCX connections allow the installer to choose antennas suitable for an omnidirectional access point, sector deployment or directional link. The board can route, bridge, secure, monitor and manage traffic through RouterOS v7. A Gigabit Ethernet port with passive PoE input supports standard copper connectivity, and the SFP interface can operate at up to 2.5G for suitable fibre or transceiver designs.
Who should consider it
The model is intended for buyers who need engineering flexibility and understand that the board is one part of a complete system. It may fit wireless ISPs, industrial solution builders, smart infrastructure projects, remote branches, farms, warehouses, campuses, hospitality sites, ticketing systems, vending equipment and laboratories. It is less suitable for buyers seeking a sealed outdoor unit that can be installed directly from the box without antenna, enclosure and integration decisions. In those cases, an enclosed MikroTik outdoor model may reduce project complexity.
Business challenges and practical responses
Fixed products do not match the project
A standard outdoor access point may have the wrong antenna pattern, uplink or enclosure. This board lets an integrator design those elements around the actual site.
The site needs multiple backhaul choices
Gigabit Ethernet, a 2.5G-capable SFP interface and optional miniPCIe expansion provide several paths for fibre, copper or cellular-oriented designs, subject to module and enclosure compatibility.
Wireless coverage must be shaped deliberately
External antenna selection allows the radio pattern to be aligned with the intended coverage area or link, instead of accepting a permanently integrated antenna.
A connected product needs routing intelligence
RouterOS can provide routing, firewalling, VPN, monitoring and management functions inside a larger kiosk, telemetry, vending or IoT solution, depending on the final configuration.
Core capability band
Integrated 2×2 radios cover both 2.4 GHz and 5 GHz operating bands with modern 802.11ax support.
Supports advanced routing, switching, wireless, firewall and management functions within the limits of the hardware and selected design.
Four MMCX connectors support external antenna planning for the two radio bands and chains.
miniPCIe, Nano SIM and USB enable additional storage, cellular or IoT-oriented options where supported.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Custom outdoor access point | The project needs a chosen antenna pattern and purpose-built enclosure. | Enclosure rating, antenna approvals, RF cables, grounding and mounting. |
| Point-to-point wireless link | A directional antenna system will be engineered for line of sight and target capacity. | Distance, path profile, spectrum conditions, antenna gain and local limits. |
| Fibre-fed wireless node | The node requires an SFP or 2.5G-capable optical uplink. | Transceiver type, fibre standard, temperature range and power budget. |
| Cellular backup or primary access | A compatible miniPCIe modem and SIM arrangement will be integrated. | Modem support, antenna routing, region, operator bands and RouterOS package support. |
| Plug-and-play outdoor Wi-Fi | Usually not the simplest choice because it is supplied without an enclosure and requires external antennas. | Whether an enclosed access point would lower installation risk and total project effort. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Model / product code | L23UGSR-5HaxD2HaxD |
| Product type | Modular dual-band Wi-Fi 6 RouterBOARD |
| Architecture and CPU | ARM 32-bit, Qualcomm IPQ-5010, 2 cores, 800 MHz |
| Memory and storage | 256 MB RAM and 128 MB NAND |
| Operating system | RouterOS v7, license level 4 |
| 2.4 GHz wireless | 2 chains, 802.11b/g/n/ax, maximum data rate stated by manufacturer up to 574 Mbit/s |
| 5 GHz wireless | 2 chains, 802.11a/n/ac/ax, maximum data rate stated by manufacturer up to 2400 Mbit/s |
| Antenna interfaces | Four MMCX connectors; an external antenna is mandatory |
| Ethernet | One 10/100/1000 Ethernet port |
| Fibre interface | One SFP port with 2.5G support |
| Expansion | One miniPCIe slot, one Nano SIM slot and one USB Type-A port |
| Power inputs | 12–28 V DC jack or 18–28 V passive PoE input |
| Maximum power consumption | 25 W; 12 W without attachments |
| Cooling | Passive |
| Tested ambient temperature | -40°C to 70°C; final enclosure and attached modules must also meet project conditions |
| Enclosure | Not included; enclosure selection and professional integration are required |
| Availability | Contact FourTeck for current UAE options, quantity and lead time |
Important dependencies before deployment
The board should not be treated as a complete outdoor product. The installer must provide an appropriate enclosure, connect suitable external antennas, protect the board from electrostatic discharge during assembly, and select power, grounding and cabling suitable for the site. Radio channels, output power, antenna gain and DFS behaviour must be configured according to local regulations. MikroTik documentation also advises using an up-to-date RouterOS release and professional installation. Cellular or IoT expansion is dependent on the selected miniPCIe module, RouterOS support, antenna arrangement, SIM format, operator bands and available internal space in the chosen enclosure.
A practical purchase and deployment journey
Define the use case
State whether the goal is outdoor access, CPE, point-to-point backhaul, cellular connectivity, IoT gateway operation or integration into a commercial product.
Engineer the radio system
Confirm coverage, distance, line of sight, frequency band, antenna type, gain, polarity, connectors and cable losses.
Complete the hardware list
Add the enclosure, power adapter or PoE source, surge protection, mounting hardware, SFP module, expansion card and any required RF accessories.
Configure and validate
Update RouterOS, apply the correct country settings, secure administrator access, configure routing or bridging, test throughput and verify stable operation under expected load.
Document and support
Record device identity, firmware, configuration backup, antenna details, cable routes, IP addressing and support responsibilities for later maintenance.
Wireless performance depends on the complete RF design
The headline wireless data rates describe radio capability, not guaranteed application throughput. Actual performance depends on channel width, regulatory limits, interference, antenna design, signal quality, noise floor, distance, alignment, client capabilities, protocol overhead and traffic type. A point-to-point link across an open corridor has very different requirements from an omnidirectional access point serving mixed handheld devices. Buyers should therefore start with the coverage geometry and traffic requirement rather than choosing antennas by gain alone.
For an access-point design, antenna pattern and placement influence both coverage and unwanted interference. A high-gain omnidirectional antenna may extend horizontal reach but can narrow vertical coverage. A sector antenna can concentrate energy into a defined service area, while a directional dish can support focused links where alignment and clear line of sight are available. The four MMCX connectors must be mapped correctly to the relevant radio chains, and RF pigtails should be selected for connector quality, length and loss. FourTeck can help turn the intended service area into a practical antenna and accessory requirement, but final installation should still include a site-aware RF assessment.
Flexible uplinks for fibre, copper and expanded connectivity
The single Gigabit Ethernet port is useful for management, local network access or combined data-and-power operation through passive PoE. The SFP interface adds a fibre option and supports 2.5G operation with a suitable module and network design. Fibre can be valuable where electrical isolation, distance or bandwidth makes copper less attractive, although the transceiver, fibre type and upstream equipment must be matched carefully. Because the board has only one copper Ethernet port, the complete topology should be planned before purchase, especially when separate management, local LAN and backhaul interfaces are expected.
The miniPCIe slot and Nano SIM holder make the board interesting for cellular backup, remote-site access or connected products, but they do not mean every modem will work automatically. Module dimensions, USB or PCIe interface mode, supported bands, power draw, RouterOS driver support, antenna connectors and thermal behaviour all matter. A cellular modem may also require additional external antennas and enclosure feed-throughs. The project bill of materials should therefore identify the exact module part number and country of operation rather than treating “LTE” or “5G” as a generic accessory.
RouterOS gives the board a broader network role
RouterOS v7 enables the L23UGSR-5HaxD2HaxD to function as more than a radio interface. Depending on the design, it can route between networks, bridge wireless and wired segments, apply firewall policy, establish VPN connectivity, participate in dynamic routing, provide DHCP services, manage queues, monitor interfaces and generate logs. These functions can reduce the need for an additional router in compact or specialised installations, but they also increase the importance of configuration discipline.
A secure deployment should replace default credentials, limit management access, use current software, disable unused services, back up the configuration and define a recovery process. Remote management should be restricted through trusted networks or secure tunnels rather than exposed without controls. Where the board is embedded in a commercial product, the solution owner should document software update responsibilities and validate changes before broad rollout. FourTeck can discuss configuration scope, template development and deployment support as separate items in the quotation.
Ideal business environments and use cases
Wireless ISP and last-mile projects
Build a CPE or access node around the required antenna, uplink and enclosure rather than using a fixed all-in-one radio.
Industrial and utility sites
Integrate wireless, fibre and optional cellular connectivity into protected control cabinets or purpose-built field enclosures.
Smart kiosks and ticketing
Provide routing and managed connectivity inside a larger device, with a topology designed around the equipment and service provider.
Warehouses and remote compounds
Create targeted coverage or a wireless bridge where cable installation is difficult, subject to a proper survey and link design.
Research and product development
Use the open board format, RouterOS functions and expansion interfaces for prototyping and controlled product integration.
Backup connectivity
Add a supported modem to provide a secondary path for selected remote sites where failover logic and operator coverage are verified.
Integration and operational considerations
Plan the enclosure around heat dissipation, board clearances, connector access, cable bend radius, RF feed-throughs, serviceability and environmental exposure. The tested temperature range of the board does not automatically certify the final assembly for those temperatures; the enclosure, power supply, modem, SFP module and other components each have their own limits. Outdoor installations may need surge protection, shielded cable, grounding and lightning-risk planning. Maintenance access should allow firmware upgrades, configuration recovery and component replacement without disturbing antenna alignment.
For scaled deployments, standardise the enclosure, antenna set, power method, RouterOS version, configuration template and labelling method. Record serial numbers and maintain backups. A pilot installation can expose issues with interference, power budget, thermal behaviour and modem support before a larger rollout.
Buyer questions to resolve before ordering
This determines antenna pattern, gain, mounting height and whether a path survey is required.
The answer changes enclosure, sealing, temperature, grounding and service-access requirements.
List the preferred interface, upstream equipment and any redundancy objective.
Confirm voltage, passive PoE compatibility, cable distance and total consumption with attachments.
Routing, bridging, firewalling, VPN, monitoring and failover should be included in the scope where needed.
Define responsibility for antenna alignment, firmware, configuration backup, remote access and fault diagnosis.
Procurement checklist
☐ Exact model: L23UGSR-5HaxD2HaxD
☐ Required quantity and deployment sites
☐ Enclosure model and environmental rating
☐ 2.4 GHz and 5 GHz antenna types
☐ MMCX pigtails, feed-throughs and RF cables
☐ Mounting and grounding components
☐ DC or passive PoE power arrangement
☐ SFP or 2.5G transceiver requirement
☐ miniPCIe module and Nano SIM requirement
☐ Operator bands and regional compatibility
☐ RouterOS configuration and security scope
☐ Installation, alignment and testing support
☐ Delivery coordination and lead-time confirmation
☐ Warranty terms confirmed in the quotation
How FourTeck can assist
FourTeck can help buyers translate a technical concept into an orderable bill of materials. The discussion can cover the board, enclosure, antennas, RF leads, power accessories, SFP modules, cellular or IoT expansion, mounting, surge protection and configuration services. This is particularly useful because ordering only the RouterBOARD does not create an installable outdoor solution. For larger projects, FourTeck can also help structure a pilot, document the configuration scope and coordinate supply against the required quantity and destination.
Share the deployment purpose, coverage area, expected throughput, site conditions, available power, preferred backhaul, expansion module, quantity and target timeline. FourTeck will use that information to prepare a more relevant quotation and identify items that still need engineering confirmation. Explore additional business network products, review available installation and configuration services, or contact FourTeck for a project discussion.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik L23UGSR-5HaxD2HaxD, especially when the requirement includes multiple boards, matching enclosures, antennas or expansion modules. Availability may depend on quantity, vendor lead time and the exact accessory set. Delivery and project coordination can be discussed after the complete requirement is confirmed. Where installation or configuration is required, include the site details, mounting conditions, power source and expected network role in the quotation request.
FourTeck can coordinate requirements for projects across Dubai, Abu Dhabi, Sharjah and Ajman in one combined planning process. This helps procurement teams maintain a consistent bill of materials while still accounting for differences in site layout, antenna orientation, fibre availability, operator coverage and installation access.
GCC Availability
FourTeck can assist businesses planning MikroTik wireless and routing projects across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Support can begin with requirement review and continue through model confirmation, antenna and enclosure selection, quotation coordination, configuration scope and regional delivery planning. For this modular RouterBOARD, destination details are especially important because radio regulations, cellular bands, power arrangements and installation practices may differ. Product availability, delivery schedules, service visits and vendor lead times can vary by country, quantity and project scope. Buyers should provide the destination country, required quantity, preferred antenna design, enclosure requirement, expansion module, deployment location and expected timeline. FourTeck can then help identify the items that need confirmation before a commercial proposal is prepared. For Kuwait-related coordination, visit FourTeck Kuwait technology support.
Africa Availability
Organisations planning wireless connectivity in Africa can approach FourTeck for product evaluation, accessory selection, configuration planning and regional procurement guidance. The L23UGSR-5HaxD2HaxD may be relevant to custom access, backhaul, remote-site and embedded connectivity projects, but the final design must reflect local spectrum rules, climate, power quality, operator bands and installation conditions. Availability and fulfilment can depend on the destination, quantity, enclosure and antenna choices, modem region, shipping arrangements and vendor lead time. Buyers should share the country, exact use case, quantity, intended deployment schedule, preferred backhaul and any support expectations. FourTeck can help review those inputs before quotation. Regional information is available through FourTeck Africa, with additional project channels for Kenya technology requirements and Uganda network projects.
Related products and project options
Outdoor enclosure
Select an enclosure compatible with the board dimensions, connectors, environment and expansion components. Suitability must be confirmed for the final assembly.
Dual-band or directional antennas
Choose antennas according to the intended coverage pattern, frequency bands, link budget and applicable regulations.
SFP transceiver and fibre accessories
Match the SFP module to the fibre type, distance, connector, upstream switch and required speed.
RouterOS configuration service
Define routing, bridging, firewall, VPN, monitoring and failover requirements as a professional implementation scope.
Enclosed MikroTik outdoor alternatives
Consider a finished outdoor unit when the project does not need board-level customisation or when faster standardised deployment is more important.
Why businesses contact FourTeck
The value of assistance on this product lies in requirement clarification rather than generic sales claims. FourTeck can help verify the exact model, discuss the intended wireless role, prepare a component list, identify configuration dependencies and coordinate a quotation that includes the items required to make the board usable. Buyers can also discuss installation planning, RouterOS configuration, testing, documentation and support expectations. This reduces the risk of receiving a technically capable board without the enclosure, antennas, power accessories or integration plan needed for the project.
Frequently asked questions
Is the L23UGSR-5HaxD2HaxD a complete outdoor access point?
No. It is a modular RouterBOARD supplied without an enclosure, and an external antenna is required. The buyer must plan the complete assembly.
Does it support both 2.4 GHz and 5 GHz Wi-Fi 6?
Yes. The official specification lists dual-chain Wi-Fi 6 radios for both bands. Real performance depends on antenna design, channel settings, clients and site conditions.
Are antennas included?
External antennas are required and should be selected according to the intended application. Confirm the antenna, pigtail and mounting requirements in the bill of materials.
Can it be used for point-to-point links?
Yes, it can form part of a point-to-point design with suitable directional antennas. Link reliability and throughput depend on distance, line of sight, interference, alignment and local radio rules.
Can a cellular modem be added?
The board includes a miniPCIe slot and Nano SIM holder. The exact modem, interface mode, RouterOS support, bands, antennas and enclosure fit must be confirmed.
Does the SFP port support 2.5G?
Yes, MikroTik states that the SFP interface supports 2.5G. The selected transceiver and connected equipment must also support the intended mode.
How is the board powered?
It accepts 12–28 V through the DC jack or 18–28 V through passive PoE. Confirm that the source, injector and cabling match the final design.
Is professional installation recommended?
Yes. The manufacturer requires professional installation for radio devices with external antenna connectors and highlights local regulatory, ESD and safety responsibilities.
What information is needed for a quote?
Provide quantity, deployment purpose, coverage or link distance, enclosure, antenna preference, power, uplink, expansion module, installation location and configuration scope.
How can I confirm UAE availability?
Contact FourTeck with the exact quantity and accessory requirement. Availability, lead time and delivery coordination will be confirmed against the current request.
Turn the RouterBOARD into a complete project design
Share the intended wireless role, antennas, enclosure, uplink, expansion needs and quantity so FourTeck can prepare a relevant UAE quotation.
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