Compact wireless expansion for compatible MikroTik platforms
MikroTik R11e-2HnD in Dubai, UAE
The R11e-2HnD is a low-profile 2.4 GHz miniPCIe wireless card for buyers who need dual-chain Wi-Fi 4 capability inside a compatible host platform. It is primarily considered for equipment upgrades, replacement projects, custom wireless builds and maintained MikroTik installations where the interface, software support, antennas and enclosure have already been reviewed.
Before requesting a quotation
Provide the exact host board or system, required quantity, intended operating environment and antenna arrangement.
FourTeck can help identify connector, pigtail, antenna, mounting and configuration dependencies before the bill of materials is finalised.
Direct answer for buyers
The MikroTik R11e-2HnD is a compact 2.4 GHz dual-chain wireless expansion card using the miniPCIe format. It is mainly used to add or replace 802.11b/g/n radio capability in a compatible MikroTik board, embedded network appliance or specialist system. It may suit integrators, wireless service providers, equipment maintainers and organisations supporting existing RouterOS-based installations. Before proceeding, confirm that the host provides the correct miniPCIe interface, that the operating system and wireless package support the card, that two suitable antennas can be connected through u.FL pigtails, and that the intended frequencies and transmit settings comply with local regulations. Availability, lifecycle status and included accessories should also be confirmed with the quotation.
What the card does
The R11e-2HnD provides a physical 2.4 GHz wireless radio for systems designed to accept a miniPCIe wireless module. It supports two radio chains, allowing a compatible host and antenna arrangement to use 2×2 wireless operation under the 802.11n standard. The card is not a standalone router, access point or complete outdoor radio. It depends on the host processor, software, power design, enclosure, antennas, pigtails and network configuration.
For a business buyer, its value lies in modularity. A supported platform can be built or maintained without replacing the whole system solely because the wireless card needs to be added or renewed. That advantage only applies when the exact host compatibility has been established.
Who should consider it
This model is most relevant to technically managed projects. Typical buyers include system integrators assembling a specialised access point, organisations maintaining an installed MikroTik platform, laboratories testing RouterOS wireless configurations, and wireless operators keeping compatible spare components for field equipment.
A buyer seeking a ready-to-use office Wi-Fi device should normally consider a complete access point instead. The R11e-2HnD requires installation expertise and additional components. It should not be ordered on the assumption that every laptop, industrial computer or miniPCIe slot will support access-point operation.
Business challenges this component can help address
Maintaining a modular platform
Where a supported router board or embedded appliance remains operational, replacing a wireless module may be more practical than changing the entire unit. The decision should include lifecycle, labour and configuration considerations, not component price alone.
Adding 2.4 GHz coverage
A compatible dual-band design may use a separate card for 2.4 GHz service. The R11e-2HnD can fill that role when the host, software and antenna system support the intended operating mode.
Working within limited enclosure space
Its low-profile format and compact heat-sink can suit constrained hardware layouts. Clearance must still be checked around the card, connectors, pigtail routing and nearby components.
Standardising replacement parts
Businesses with a known installed base may keep an approved bill of materials for replacements. The exact hardware revision, software support and antenna connections should be documented to avoid field mismatches.
Core capabilities at a glance
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| 2.4 GHz wireless expansion | The host supports this card and the project specifically requires 802.11b/g/n. | Operating mode, software package, regulatory domain and channel plan. |
| Compact internal installation | The enclosure has a miniPCIe slot, adequate clearance and suitable thermal conditions. | Card retention, heat-sink clearance and pigtail routing. |
| Dual-chain antenna design | Two matched antenna paths can be installed with appropriate separation and orientation. | Antenna gain, connector type, cable loss and installation environment. |
| Replacement component | The original equipment uses the same model or an approved equivalent. | Hardware revision, configuration backup and current product availability. |
| Ready-to-use office Wi-Fi | Usually not the preferred choice because it is a component, not a finished access point. | Consider a complete managed access point or router instead. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | R11e-2HnD |
| Product type | 2.4 GHz wireless miniPCIe card |
| Wireless standards | IEEE 802.11b/g/n |
| Wi-Fi generation | Wi-Fi 4 |
| Maximum wireless data rate | 300 Mbit/s theoretical link rate; real throughput is environment and configuration dependent |
| Number of wireless chains | 2 |
| Wireless chipset | AR9582 |
| Interface | miniPCIe |
| Antenna connectors | 2 × u.FL antenna headers |
| Maximum power consumption | 4.6 W |
| Tested ambient temperature | -40°C to +65°C |
| Indoor or outdoor use | The card may be used in indoor or outdoor systems, provided the host enclosure, antennas, grounding and environmental protection are appropriate. |
| Included accessories | Not confirmed; antennas and pigtails should be treated as separate unless explicitly listed in the quotation. |
| Availability | Contact FourTeck for current UAE availability, quantity and vendor lead time. |
Compatibility and dependency notice
A miniPCIe connector alone does not guarantee compatibility. The host must electrically and mechanically support the card, and the operating system must have the correct driver or RouterOS wireless support. Access-point mode, client mode, regulatory behaviour and advanced wireless features are controlled by the host software and may differ between platforms or software generations.
The R11e-2HnD uses u.FL antenna headers. Many outdoor antennas use N-type, RP-SMA or other external connectors, so correctly specified pigtails are often required. Cable length and quality affect signal loss. Two antennas should normally be planned for dual-chain operation, and their polarisation and separation should suit the intended wireless design.
Frequency availability and permitted transmit power are region dependent. Configuration must follow UAE regulatory requirements and the country setting supported by the software. FourTeck can discuss the required bill of materials, but final compatibility should be confirmed against the exact host platform and installation plan.
A practical purchase and deployment journey
Identify the host platform
Share the exact router board, appliance, embedded computer or existing device model. Include photos of the slot and existing card when the equipment documentation is unavailable. This step prevents the common mistake of treating all miniPCIe slots as interchangeable.
Define the wireless objective
Clarify whether the card will operate as an access point, station, point-to-point radio, test interface or replacement component. State the number and type of clients, coverage target, indoor or outdoor environment and expected traffic profile.
Select antennas and pigtails
Choose antennas for the required coverage pattern rather than simply selecting the highest gain. Confirm connector gender, pigtail type, cable length, enclosure bulkhead requirements and whether surge protection or grounding is needed.
Confirm software support
Check RouterOS version, wireless package, driver requirements and configuration method. For third-party hosts, confirm supported operating systems and whether the required operating mode is available. Do not rely only on physical slot compatibility.
Request the complete quotation
Ask for the card, required accessories, delivery coordination and any installation or configuration work as separate quotation lines. This makes it easier to see what is included and avoids assumptions about antennas, pigtails or labour.
Install, configure and validate
Use appropriate electrostatic handling, secure the module correctly, connect antennas before transmission and verify temperature, country setting, channel width and power configuration. Test real coverage and throughput in the actual environment rather than relying only on the maximum link-rate specification.
Dual-chain wireless design
Two wireless chains allow the card to use two antenna paths for 802.11n operation. In suitable conditions, this can improve link rate and radio performance compared with a single-chain design. The result is not automatic. Both antenna paths must be connected correctly, the antennas must support the target band, and the host configuration must enable the intended channel width and wireless mode.
For indoor coverage, antenna placement and interference usually matter more than raw transmit power. For outdoor links, clear line of sight, Fresnel-zone planning, alignment, weatherproofing and regulatory limits become important. The dual-chain capability should therefore be evaluated as part of a complete radio design.
Compact form factor and thermal planning
The low-profile construction can be useful where a larger radio card would obstruct adjacent components or fail to fit within a shallow enclosure. Even so, the installer must leave enough space around the heat-sink and prevent pigtails from being pinched, sharply bent or routed across hot surfaces.
The host power budget must accommodate the card’s stated maximum consumption, while enclosure ventilation and ambient temperature should remain within the system design. Outdoor use refers to operation inside an appropriate protected device; the bare card is not weatherproof and should not be exposed directly to moisture, dust or conductive contamination.
Operational control through the host platform
Channel selection, security settings, bridge configuration, client access policies, transmit power and monitoring are handled by the host system. This means the R11e-2HnD should be assessed together with the router board, RouterOS version and broader network design rather than as an isolated component.
A managed MikroTik deployment can provide detailed wireless configuration and monitoring, but that flexibility requires competent administration. Configuration backups, access control, software maintenance and documented country settings should form part of the operational process. Businesses without internal wireless skills may wish to include configuration assistance in the quotation.
Suitable business environments and use cases
Wireless infrastructure maintenance
Replacement or spare component for an installed platform that has been positively identified as compatible.
Custom RouterOS appliances
Purpose-built routing or wireless systems where integrators control the board, enclosure, power, antennas and software.
Training and testing labs
Technical environments that need a known 2.4 GHz radio for configuration practice, troubleshooting or controlled validation.
Specialist embedded systems
Industrial or mobile networking projects where the integrator has verified driver support, power, thermal limits and antenna routing.
2.4 GHz companion radio
A compatible modular device may use the card alongside another radio to provide an additional wireless band or operating role.
Field repair stock
Organisations with documented installed equipment may retain matched spare components, subject to lifecycle and storage planning.
Integration and operational considerations
The wireless card is only one layer of the finished solution. Host CPU capacity, RouterOS configuration, bridge or routing design, power input, enclosure, antennas and upstream network all influence the result. A 300 Mbit/s maximum radio link rate does not mean an application will receive 300 Mbit/s of usable throughput. Protocol overhead, half-duplex wireless operation, interference, client capability, channel width, distance and signal quality reduce real performance.
The 2.4 GHz band is widely supported but frequently congested in offices, apartments, retail locations and dense urban areas. A site survey can reveal neighbouring networks, non-Wi-Fi interference and channel utilisation. In a new deployment, buyers should compare whether a modern dual-band or Wi-Fi 6 access point would offer better lifecycle value. The R11e-2HnD is often most logical where compatibility with an existing modular MikroTik design is the primary requirement.
Security depends on configuration and software support. Use appropriate authentication and encryption supported by the host platform, restrict administrative access, maintain configuration backups and review firmware or RouterOS updates. The card itself does not provide a security policy or cloud-management service.
For outdoor projects, use a weather-rated enclosure, suitable cable glands, grounding and surge-protection practices. Antenna gain and cable loss should be included in the effective radiated power calculation. Installation height, mounting structure and access for maintenance should be considered before equipment is shipped to site.
Questions to resolve before ordering
Procurement checklist
☐ Confirm exact model: R11e-2HnD
☐ State required quantity
☐ Identify the host board or appliance
☐ Confirm RouterOS or driver support
☐ Define access point, station or link role
☐ Specify indoor or outdoor environment
☐ Select two suitable 2.4 GHz antennas
☐ Confirm u.FL pigtails and connector gender
☐ Check enclosure and heat-sink clearance
☐ Review power and thermal budget
☐ Confirm country and frequency settings
☐ Include installation and configuration scope
☐ Request availability and lead-time confirmation
☐ Confirm warranty terms in the quotation
How FourTeck can assist
FourTeck can help translate a component request into a complete purchasing requirement. This may include confirming the exact model, reviewing the intended host device, identifying antenna and pigtail requirements, separating included and optional items, and preparing a quotation that reflects the required quantity and delivery destination.
Where installation or configuration is needed, the scope can be discussed before quotation. Useful information includes photographs of the existing hardware, RouterOS version, current configuration, antenna model, enclosure design and the business objective for the wireless link. For a new system, FourTeck may also help the buyer compare a component-based build with a complete access point or router available through the FourTeck product portfolio.
Buyers can review broader network planning and implementation options through technology services or send the project details through the FourTeck contact page. Assistance and deliverables depend on the agreed quotation and project scope.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik R11e-2HnD. Supply can depend on quantity, product lifecycle, distributor allocation and vendor lead time. A quotation should identify the exact model, included items, taxes, delivery terms and any requested service scope. Do not assume that antennas, pigtails, mounting hardware or installation labour are included unless they appear as quotation lines.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation preparation and delivery planning after the destination and quantity are confirmed. Installation or configuration support can be discussed separately where the host equipment and site conditions are known. Businesses planning a wider network refresh can also explore FourTeck business technology solutions.
GCC Availability
FourTeck can assist GCC organisations that are evaluating the R11e-2HnD for an existing MikroTik platform, an integrator-built appliance or a replacement-parts requirement. The first step is to confirm the destination country, host device, required quantity, antenna arrangement, software version and expected deployment schedule. Based on that information, quotation coordination can address the card itself, suitable pigtails or antennas, delivery planning and any requested configuration scope.
Requirements in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may differ because frequency regulations, import processes, service access and vendor lead times are not identical. Availability, licensing where applicable, installation visits and project schedules remain country and scope dependent. Buyers should avoid ordering solely from a model name when the host platform has not been verified. For Kuwait-related coordination, the FourTeck Kuwait resource may also help direct the enquiry.
Africa Availability
Organisations in Africa can contact FourTeck for requirement review and procurement guidance for the MikroTik R11e-2HnD, particularly where the card is intended for a documented RouterOS platform or a specialist wireless integration. A useful enquiry should include the destination country, exact host hardware, quantity, required antennas, operating environment, preferred delivery window and whether installation or remote configuration assistance is expected.
Fulfilment may vary across East Africa, West Africa, Southern Africa and Central Africa because shipping arrangements, product lead time, local radio rules, power and enclosure requirements, and onsite project conditions differ. FourTeck does not assume that a bare card will be compatible with an unspecified system. Buyers in Kenya or Uganda can also review the relevant Kenya technology resource, Uganda technology resource or the broader FourTeck Africa platform when planning regional requirements.
Related products, services and suitable alternatives
Compatible antenna system
Two suitable 2.4 GHz antennas, pigtails and external connectors selected for the coverage pattern and enclosure.
MikroTik host platform
A RouterBOARD or other device explicitly verified to support the interface, card and intended RouterOS configuration.
Complete access point
For ordinary office Wi-Fi, a finished access point may reduce integration work and provide a clearer support lifecycle.
Installation and configuration
Professional fitting, RouterOS setup, antenna validation and testing can be included when the project scope is defined.
Outdoor enclosure accessories
Weather-rated housing, cable glands, grounding and surge protection should be selected for exposed installations.
Modern wireless upgrade
Where legacy compatibility is not required, compare current dual-band or Wi-Fi 6 platforms for capacity and lifecycle value.
Why businesses contact FourTeck
Component purchases can appear simple until connector types, software support and accessory requirements are considered. Businesses contact FourTeck to clarify the exact model, review whether the requested component fits the intended platform, and prepare a bill of materials that separates mandatory items from optional services.
FourTeck can support quotation coordination, antenna and pigtail discussions, delivery planning, configuration-scope definition and comparisons with complete network devices. This practical approach helps procurement teams ask the right questions before issuing a purchase order. It does not replace manufacturer compatibility documentation or a site-specific wireless design, but it can reduce avoidable ordering errors.
For information about FourTeck and its technology focus, visit the company overview. Exact availability, warranty, delivery and service commitments are confirmed only in the applicable quotation.
Frequently asked questions
Is the MikroTik R11e-2HnD a complete Wi-Fi access point?
No. It is a miniPCIe wireless card. It needs a compatible host device, software, antennas, pigtails, enclosure and network configuration before it can provide wireless service.
What wireless standards does the card support?
It supports 802.11b, 802.11g and 802.11n in the 2.4 GHz band. MikroTik identifies it as a Wi-Fi 4 dual-chain radio with a maximum link rate of 300 Mbit/s.
Will it work in any miniPCIe slot?
Not necessarily. Mechanical fit, electrical interface, BIOS behaviour, driver support and operating-mode support must all be verified for the exact host platform.
Are antennas included with the R11e-2HnD?
Included items should be confirmed in the quotation. Buyers should normally plan for two suitable antennas and the correct u.FL pigtails unless those accessories are explicitly listed.
Can the card be used outdoors?
It can be installed inside an appropriately designed outdoor system. The bare card is not weatherproof, so the enclosure, cable entries, grounding, surge protection and temperature conditions must be suitable.
Does 300 Mbit/s mean users will receive 300 Mbit/s throughput?
No. That figure is a maximum wireless link rate. Real application throughput is lower and depends on channel width, interference, distance, signal quality, client capability and protocol overhead.
Which antenna connectors are used?
The card has two u.FL antenna headers. Pigtails are commonly needed to connect these small internal headers to external antenna connectors.
Is a separate licence required?
The card itself is a hardware component. RouterOS licensing and feature availability depend on the host platform and software deployment, so the complete system should be reviewed.
What information is needed for a quotation?
Provide the exact host model, quantity, destination, antenna and pigtail needs, indoor or outdoor environment, intended wireless role and whether installation or configuration support is required.
How can I confirm UAE availability and warranty?
Contact FourTeck with the exact quantity and requirement. Current availability, lead time, warranty terms and included items will be confirmed in the applicable quotation.
Confirm the complete R11e-2HnD requirement
Share the host device, required quantity, antenna connection plan and deployment location. FourTeck can review the purchasing details and prepare a quotation covering the component, identified accessories and any agreed configuration support.
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