MikroTik R11e-5HacD in Dubai, UAE
A dual-chain Wi-Fi 5 radio card for compatible RouterBOARD and RouterOS systems where buyers need a configurable 5 GHz interface, external antenna flexibility and integration into a purpose-built wireless device.
Direct answer for buyers
The MikroTik R11e-5HacD is a 5 GHz dual-chain miniPCIe wireless card intended for compatible MikroTik RouterBOARD or RouterOS-based hardware. Its main role is to add an 802.11a/n/ac radio interface to a system that does not already have the required 5 GHz capability, or to support a customised wireless design. It is most relevant to network integrators, wireless service providers and technically managed organisations that understand antenna selection and radio planning. Before proceeding, confirm miniPCIe compatibility, RouterOS driver support, available power, enclosure cooling, antenna and cable requirements, country frequency rules, and whether the intended platform exposes all required wireless functions.
What it does
The card provides a 5 GHz wireless interface inside a compatible host platform. It uses a QCA9882 chipset, supports two spatial chains and can negotiate Wi-Fi 5 link rates up to 867 Mbit/s under suitable channel width, signal quality and peer capability. Real application throughput is lower than the radio link rate and depends on protocol overhead, interference, channel planning, processor capacity, antenna alignment and the complete network path.
Unlike a complete access point, the R11e-5HacD is a component. It needs a suitable board, operating system support, antennas, pigtails, enclosure, power arrangement and configuration. Buyers therefore need to evaluate the entire assembly rather than judging the card as a standalone wireless product.
Who it suits
This model may suit organisations building custom RouterOS appliances, adding a 5 GHz radio to supported RouterBOARD hardware, maintaining existing wireless installations, or assembling point-to-point and point-to-multipoint systems with external antennas.
It is less suitable for buyers seeking a ready-to-use desktop access point, an all-in-one outdoor radio, modern Wi-Fi 6 client density, or a product that can be installed without checking host and antenna compatibility. In those cases, a complete MikroTik wireless device may be easier to specify, support and deploy.
Business challenges this component can address
Adding 5 GHz capability
A compatible board may have an available miniPCIe slot but no suitable 5 GHz radio. This card can provide the radio layer when the board, software and power design support it.
External antenna design
Two MMCX connectors allow connection to appropriate pigtails and external antennas. This supports customised coverage or directional links, provided antenna gain, polarisation and connector losses are calculated correctly.
Maintaining installed systems
Existing RouterBOARD installations may require the same component type for maintenance or controlled expansion. Exact compatibility and lifecycle availability should be checked before treating it as a direct replacement.
Custom wireless integration
Integrators can incorporate the radio into purpose-built equipment where enclosure, thermal management, antenna placement and RouterOS configuration are handled as part of the engineering scope.
Core capability band
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Add 5 GHz radio capability | The host has a compatible miniPCIe slot and supported RouterOS environment. | Board model, slot type, RouterOS version and available power. |
| Create a directional wireless link | External antennas and two correctly matched RF paths can be installed. | Distance, line of sight, antenna gain, channel width and local frequency rules. |
| Upgrade an existing assembly | The existing design is electrically, mechanically and operationally compatible. | Current card, pigtails, connector type, heat dissipation and configuration backup. |
| Deploy a ready-made access point | Usually not the simplest choice because this is a component rather than a complete appliance. | Consider a complete MikroTik access point or outdoor CPE instead. |
Verified product information
| Brand | MikroTik |
|---|---|
| Product code | R11e-5HacD |
| Product type | 5 GHz dual-chain miniPCIe wireless card |
| Wireless standards | IEEE 802.11a/n/ac |
| Wi-Fi generation | Wi-Fi 5 |
| Maximum 5 GHz data rate | 867 Mbit/s theoretical wireless link rate |
| Wireless chains | 2 |
| Chipset | QCA9882 |
| Form factor | miniPCIe |
| Antenna headers | 2 x MMCX |
| Maximum transmit output | Up to 27 dBm, depending on modulation and regulatory settings |
| Maximum power consumption | Approximately 4 W according to current product data |
| Temperature guidance | Confirm against the current official datasheet and the complete enclosure design |
| Management | Through the compatible RouterOS host platform |
| Availability | Contact FourTeck for current UAE options and vendor lead time |
| Important note | Frequency range, permitted channels and transmit settings are region dependent. Antennas, pigtails and host hardware are separate unless explicitly included in a quotation. |
Compatibility and dependency notice
A miniPCIe slot does not automatically guarantee that every miniPCIe wireless card will work. Some host boards route the slot for cellular modems, storage or other functions, while others support PCIe wireless interfaces. The board model and its RouterOS support must be checked. Physical clearance, mounting, power budget and airflow also matter because radio cards generate heat during sustained operation.
The two MMCX connectors require suitable pigtails leading to antennas or external bulkhead connectors. Both chains should be connected correctly when 2×2 MIMO operation is expected. Incorrect pigtails, loose connectors, inappropriate antenna polarisation or excessive cable loss can reduce link quality. Outdoor use also requires a weather-protected enclosure and appropriate surge, grounding and cable practices.
Country configuration determines which frequencies, channel widths and transmit levels are permitted. FourTeck can review the intended deployment, but the buyer or installer remains responsible for operating the wireless system within applicable regulations and the chosen licence conditions.
A practical purchase and deployment journey
Identify the host
Share the exact RouterBOARD or x86 platform, installed RouterOS version and current slot usage.
Define the radio task
Clarify whether the card will serve an access point, station, point-to-point link, backup link or custom wireless appliance.
Select the RF components
Choose antennas, pigtails, connectors, cable lengths, enclosure and mounting based on coverage, distance and environment.
Confirm configuration
Plan country settings, channel width, frequency, security, bridge or routing behaviour and management access.
Request a complete quote
Include quantity, accessories, delivery destination, installation scope and configuration support in the request.
Radio performance depends on the complete link
The headline 867 Mbit/s value is a maximum physical-layer link rate, not a guaranteed application throughput figure. Actual performance is influenced by channel width, modulation, signal-to-noise ratio, interference, distance, antenna gain, alignment, protocol overhead and the processing capacity of the host device. A radio can display a high link rate while delivering lower TCP or UDP throughput because every packet also passes through the host CPU, bridge or routing functions, firewall rules and the wired network.
For short-range indoor use, antenna placement and local interference often matter more than transmit power. For outdoor directional links, clear line of sight and sufficient Fresnel-zone clearance become important. Increasing power cannot compensate for poor antenna alignment, a noisy channel or an obstructed path. The receiving side must also be able to return a usable signal; a strong transmitter paired with a weak client creates an unbalanced link.
FourTeck can help buyers define realistic requirements before choosing the card and antenna set. Useful inputs include expected distance, desired usable throughput, number of connected clients, topology, available spectrum, mounting height and existing infrastructure. A site survey or spectrum review may be appropriate for demanding environments.
Antenna paths, connectors and installation quality
The R11e-5HacD uses two MMCX antenna connectors. MMCX is compact and suited to internal RF connections, but it is not normally the connector exposed directly outside an enclosure. Installations often use short pigtails from MMCX to an external connector such as N-type or SMA, followed by the antenna system. Every connector and cable adds some loss, so pigtails should be correctly specified and kept as short as practical.
Both antenna chains should use compatible antennas and consistent polarisation when the design relies on 2×2 MIMO. Directional dual-polarised antennas are common in point-to-point and point-to-multipoint deployments. Indoor access-point designs may use suitable dual-band or 5 GHz antennas, but buyers must verify connector type, frequency range, gain and intended mounting environment. Antenna gain and transmit power settings must remain within applicable regional limits.
Mechanical handling matters as well. MMCX connectors can be damaged by side loading or repeated unnecessary reconnection. The card should be secured correctly in the miniPCIe slot, and pigtails should be routed without sharp bends or tension. In an outdoor assembly, protect the radio from moisture, condensation, static discharge and excessive heat. A robust enclosure design is part of the product solution, not an optional afterthought.
RouterOS configuration and operational control
On a supported MikroTik platform, RouterOS provides the settings used to define wireless mode, band, channel width, frequency, SSID, security, country, installation type and protocol behaviour. The exact menu and available driver features can vary with RouterOS release and hardware generation. Buyers maintaining older systems should verify that the desired configuration remains supported before changing software packages or upgrading the operating system.
A business deployment should also plan monitoring and recovery. Record the working configuration, administrator access method, management IP, wireless registration data and baseline signal readings. Use secure management practices and restrict administrative services to trusted networks. Where the radio forms a critical link, define how technicians will regain access if the wireless configuration becomes unreachable.
The card itself does not include a separate cloud subscription. Management occurs through the host RouterOS environment, but any broader monitoring platform, central management process or support contract should be considered separately. FourTeck can discuss configuration assistance, documentation and handover requirements as part of the quotation rather than assuming that installation alone completes the project.
Ideal business environments and use cases
Wireless service provider equipment
WISPs and network operators may use the card in supported RouterBOARD assemblies where external sector, panel or dish antennas are required. Link budgets and interference planning should be completed before deployment.
Industrial or remote connectivity
A custom enclosure can combine routing, wireless and other interfaces for remote sites. Temperature, power stability, grounding and maintenance access need careful engineering.
Point-to-point backhaul
Two compatible systems with directional antennas can form a 5 GHz link where line of sight and local spectrum conditions permit. Usable throughput should be tested rather than inferred from link rate alone.
Custom access-point projects
Integrators may add 5 GHz service to a supported board, but a complete modern access point may be preferable when client density, roaming or Wi-Fi 6 capability is required.
Maintenance of legacy designs
The exact model can be useful where an existing assembly was designed around it. Verify availability and avoid assuming another card is electrically or mechanically interchangeable.
Laboratory and training systems
Technical teams can use supported equipment to learn RouterOS wireless configuration, RF basics and custom integration in a controlled environment.
Integration and operational considerations
Plan the wired network around the expected wireless capacity. A fast radio link connected to a slow Ethernet port, overloaded processor or congested upstream connection will not deliver the desired end-to-end performance. Review the host board CPU, Ethernet interfaces, power input and RouterOS licence level where relevant to the wider configuration.
Wireless security should match the capabilities of the installed RouterOS package and the client environment. Use strong authentication, unique credentials and restricted management access. Where the link carries sensitive business traffic, consider additional network segmentation or VPN protection based on the overall design. The wireless card is one layer of the system and does not replace firewall policy, identity controls or secure administration.
For outdoor installations, review enclosure rating, heat dissipation, surge protection, grounding, cable entry, mast mounting and safe technician access. For indoor OEM builds, verify airflow and electromagnetic conditions. Keep documentation of the antenna model, cable type, chain mapping, frequency settings and installation photographs so future maintenance does not rely on guesswork.
Buyer questions to resolve before ordering
Provide the model and hardware revision rather than only saying that a miniPCIe slot is present.
Access point, station, bridge and point-to-point designs have different antenna and configuration requirements.
Confirm connector type, frequency coverage, gain, polarisation and cable length.
State the application requirement, not only the desired radio link rate.
Indoor, outdoor, rooftop and industrial settings need different enclosure and protection measures.
Include channel planning, security, bridge or routing setup, testing and documentation in the scope where needed.
Procurement checklist
☐ Exact quantity of R11e-5HacD cards
☐ Host RouterBOARD or x86 platform model
☐ RouterOS version and wireless package
☐ Required wireless role and topology
☐ Deployment distance or coverage area
☐ Antenna type, gain and polarisation
☐ MMCX pigtail and external connector requirements
☐ Enclosure, cooling and mounting arrangement
☐ Power budget and grounding requirements
☐ Country and permitted frequency configuration
☐ Installation and alignment scope
☐ Configuration, testing and documentation scope
☐ Delivery destination and required schedule
☐ Warranty and current lifecycle confirmation
How FourTeck can support the requirement
FourTeck can assist with requirement clarification before the order is placed. This may include checking whether the proposed host is suitable, identifying missing RF accessories, reviewing the intended deployment role and helping create a more complete bill of materials. Where the buyer is replacing a card in an existing system, photographs, board model details, RouterOS information and connector information can reduce the risk of ordering an unsuitable component.
For project deployments, FourTeck can discuss configuration and installation scope separately from hardware supply. The scope may include initial RouterOS configuration, wireless security settings, channel planning, antenna alignment, connectivity testing and basic handover documentation. The exact work depends on the site, topology, access arrangements and whether the deployment involves new infrastructure or an existing network.
Buyers can also explore other networking products available through FourTeck, review installation and configuration services, or send the deployment details through the FourTeck contact page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik R11e-5HacD. Supply may depend on requested quantity, vendor lead time and the current lifecycle position of the model. A quotation should identify whether the card is supplied alone or with pigtails, antennas, host hardware, enclosure and services. Do not assume these components are included unless they appear in the bill of materials.
Delivery and project coordination can be discussed after the exact requirement is confirmed. Installation and configuration should be included in the quotation when required, particularly for outdoor links or customised assemblies. FourTeck can coordinate requirements for businesses in Dubai and across the UAE, while final scheduling remains dependent on product availability, site access and agreed scope.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck for product selection, quotation coordination and planning assistance. Share the installation city, host hardware, required quantity, antenna arrangement and intended application so the response addresses the real deployment rather than only the card price. Where on-site work is requested, access conditions, mounting height, cable routes, safety requirements and testing expectations should be discussed before the service scope is confirmed. Remote configuration may be suitable for some prepared systems, while physical installation, antenna connection and alignment normally require local site activity. Availability and service coverage are confirmed against the specific request.
GCC availability
FourTeck can assist organisations planning MikroTik wireless component purchases and related deployments across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Assistance can cover requirement review, compatibility questions, quotation coordination, antenna and accessory planning, configuration scope and delivery discussions. Buyers should provide the destination country, exact host platform, required quantity, wireless role, antenna requirement and expected project timeline. Product availability, radio regulations, delivery schedules, service visits and vendor lead times can differ by country and project. The permitted 5 GHz settings may also vary, so installers must apply the correct country configuration and comply with local rules. FourTeck does not assume a fixed delivery date or local inventory without confirmation. For projects involving Kuwait, buyers may also review FourTeck regional technology guidance and then request a requirement-specific quotation.
Africa availability
FourTeck can help businesses and integrators evaluate MikroTik wireless cards, compatible host systems, antennas, pigtails, enclosures and configuration requirements for projects in Africa. Planning may involve East Africa, West Africa, Southern Africa or Central Africa, with fulfilment depending on the destination, quantity, product lifecycle, shipping route, power and regulatory requirements, vendor lead time and local project conditions. Buyers should share the destination country, exact product requirement, intended host hardware, deployment environment, requested quantity and preferred schedule. Outdoor installations may require extra review of enclosure protection, grounding, mounting and local spectrum rules. FourTeck does not promise immediate shipment, customs outcomes or country-wide on-site coverage. Organisations can review FourTeck Africa technology support information, as well as dedicated resources for Kenya and Uganda, before requesting a tailored quotation.
Related products and services to consider
Compatible RouterBOARD host
The host must provide supported PCIe connectivity, adequate power and a RouterOS environment that recognises the card. Confirm the exact board rather than ordering by slot appearance.
5 GHz antenna system
Choose sector, panel, dish or indoor antennas based on coverage and link design. Connector type and dual-polarisation support must be checked.
MMCX RF pigtails
Pigtails connect the card to external antenna connectors. Cable quality, length and mechanical routing affect reliability and RF loss.
Complete MikroTik wireless device
A complete access point or CPE may reduce integration work when the buyer does not need a custom assembly. Model selection should reflect range, client count and environment.
Wireless installation service
Site review, mounting, antenna alignment, cabling and testing can be scoped separately when the project needs physical deployment assistance.
RouterOS configuration support
Configuration can cover country settings, channel planning, security, bridge or routing setup, monitoring and handover documentation.
Why businesses contact FourTeck
The main value of discussing this product with FourTeck is procurement clarity. A low-cost radio card can become the wrong purchase when the host slot is incompatible, antennas are missing or the intended enclosure cannot manage heat and weather. FourTeck can help gather the technical details needed to identify those issues before a quotation is finalised.
Assistance can include model confirmation, accessory selection, bill-of-material guidance, deployment questions, configuration planning and coordination of installation requirements. This is particularly useful for buyers who know the desired business outcome but are not certain which host board, antenna or complete MikroTik product is appropriate. Learn more about FourTeck technology assistance or discuss a live requirement through the contact team.
Frequently asked questions
Is the R11e-5HacD a complete access point?
No. It is a miniPCIe wireless card. It requires a compatible host device, RouterOS support, antennas, pigtails, power and an appropriate enclosure.
Does it support both 2.4 GHz and 5 GHz?
The R11e-5HacD is a 5 GHz card. It does not add a 2.4 GHz radio. A separate interface or dual-band device is required when both bands are needed.
Will it work in any miniPCIe slot?
Not necessarily. The slot must provide the correct PCIe connectivity and the host platform must support the card. Some miniPCIe slots are intended only for cellular modems or other devices.
Are antennas included?
Do not assume antennas or pigtails are included. The quotation should state every included component. The card has two MMCX antenna headers.
Does 867 Mbit/s mean I will receive that throughput?
No. It is a maximum wireless link rate. Usable throughput is lower and depends on channel width, signal quality, interference, host processing and the complete network path.
Can the card be used outdoors?
It can be integrated into an outdoor system only with a suitable weather-protected enclosure, thermal design, grounding, surge protection and outdoor-rated antenna installation.
Does it require a separate subscription?
The card itself does not normally require a subscription. It operates through the compatible RouterOS host. Confirm the host licence and any separate management or support services.
Can FourTeck help with configuration?
Configuration support can be discussed for country settings, channel planning, wireless security, bridge or routing setup, testing and documentation. The final scope depends on the project.
How can I request an accurate quotation?
Provide the quantity, host model, deployment role, antenna requirements, delivery location, desired timeline and whether installation or configuration support is needed.
Is the R11e-5HacD currently available in Dubai?
Availability must be confirmed against current supply and vendor lead time. Contact FourTeck with the required quantity for a current UAE quotation.
Confirm the card, host and antenna system together
Share the RouterBOARD model, wireless role, quantity, antenna plan and installation location. FourTeck can review the requirement and prepare a quotation that reflects the full deployment rather than the card alone.
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