LoRa infrastructure component for 915 MHz deployments
MikroTik R11e-LR9G in Dubai, UAE
The MikroTik R11e-LR9G is a compact miniPCIe LoRa concentrator card intended for compatible MikroTik systems that provide both a miniPCIe slot and the required USB connectivity. It gives integrators a practical way to create or upgrade a 915 MHz LoRa gateway for sensor, telemetry, tracking, industrial, agricultural, and remote-monitoring projects. The card includes onboard GPS support, enhanced receive sensitivity, and low power consumption, but successful deployment depends on choosing the correct host, antennas, software package, regional frequency plan, enclosure, and network-server configuration.
Before requesting a quotation
Share the intended host device, destination country, quantity, antenna plan, LoRa network server, installation environment, and whether configuration assistance is required.
Availability, frequency suitability, delivery schedule, and accessory requirements must be confirmed against the exact project.
miniPCIe LoRa concentrator card
902–928 MHz family support
miniPCIe slot with USB lines
No enclosure; professional installation
Direct answer for buyers
The MikroTik R11e-LR9G is a 915 MHz LoRa gateway module for compatible MikroTik hardware. It is mainly used to receive and forward low-bandwidth data from LoRa sensors and field devices to a LoRa network server. It may suit system integrators, utility operators, industrial sites, farms, logistics teams, municipalities, research projects, and organisations building private or project-specific IoT networks. Before proceeding, buyers should confirm that the destination country permits the intended 902–928 MHz channel plan, that the selected MikroTik host exposes the required USB-connected miniPCIe interface, and that suitable LoRa and GPS antennas, cabling, waterproof housing, RouterOS v7, the LR package, and network-server details are available.
What the R11e-LR9G does
The card acts as the radio concentrator inside a LoRa gateway. End devices such as sensors, meters, trackers, alarms, and monitoring nodes send small data packets over LoRa. The R11e-LR9G receives those packets and, through the host system, forwards them toward a configured LoRa network server. The network server then manages device traffic, deduplication, security processes, and onward integration with applications.
It is not a complete stand-alone gateway by itself. The buyer must provide a compatible MikroTik host or suitable adapter arrangement, power through the host, antennas, cabling, enclosure, RouterOS configuration, and upstream network connectivity. The distinction matters during procurement because ordering only the card may leave the project without essential components.
Who should consider it
The module is appropriate for buyers who need a flexible gateway component rather than a finished appliance. It can be attractive where a MikroTik RouterBOARD platform is already part of the design, where the gateway needs to combine routing and LoRa functions, or where an integrator wants control over antenna placement, enclosure selection, backhaul, and installation architecture.
It may be unsuitable for teams seeking a plug-and-play desktop device with an enclosure, preattached antennas, simplified cloud onboarding, or a region-independent radio. Those buyers may be better served by a complete MikroTik LoRa gateway kit or another preassembled solution after frequency, environmental, and integration requirements are reviewed.
Business challenges this card can help address
Connecting remote sensors
LoRa is intended for modest data volumes over comparatively long distances. A properly planned gateway can collect readings from field sensors where Wi-Fi would be impractical and cellular connectivity at every endpoint would be costly or power intensive.
Reducing endpoint power demand
Many LoRa end devices are designed for low-duty-cycle communication. The R11e-LR9G can form part of an architecture where battery-powered or energy-constrained sensors report small messages without maintaining a high-bandwidth link.
Combining routing and IoT gateway roles
In compatible MikroTik hosts, routing, backhaul, VPN, firewalling, and LoRa packet forwarding can be coordinated in one platform. Exact capability depends on the host model, RouterOS configuration, and project security design.
Supporting mobile gateway concepts
Onboard GPS support can be useful for location-aware or mobile deployments, including vehicle-based data collection and temporary field installations. GPS functionality still requires a suitable external antenna and correct host configuration.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Private 915 MHz LoRa gateway | The project uses an accepted 902–928 MHz regional plan and a compatible host. | Country regulation, channel plan, antenna, and output-power limits. |
| MikroTik-based integration | RouterOS v7, the LR package, and a host with USB-connected miniPCIe are available. | Exact RouterBOARD model, slot wiring, free interfaces, and enclosure layout. |
| Outdoor sensor coverage | The module is installed inside a suitable weatherproof host or enclosure. | IP protection, temperature, lightning protection, grounding, and cable losses. |
| GPS-assisted deployment | Position or time information adds value to the gateway design. | GPS antenna, U.FL connection, cable routing, satellite visibility, and application use. |
| Low-power infrastructure component | The host power budget can support the module’s maximum 1.3 W consumption. | Host power availability, thermal design, and complete system load. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | R11e-LR9G |
| Product type | LoRa gateway concentrator module |
| Form factor | Standard miniPCIe |
| Supported frequency plans | AU915–928, US902–928, AS923, and KR920–923, subject to local regulation |
| Operating frequency noted in manual | 902–928 MHz |
| LoRa classes | Class A and Class C support |
| RF output power | Up to 27 dBm for 902–928 MHz, subject to configuration and legal limits |
| Receive sensitivity | Up to -141 dBm at SF12; practical result depends on antenna and deployment conditions |
| GPS | Onboard GPS support using MT3337V interface; external GPS antenna required |
| GPS connector | U.FL / uUFL style connector as specified by MikroTik documentation |
| Maximum power consumption | 1.3 W |
| Tested ambient temperature | -40°C to 70°C |
| Operating system support | RouterOS v7; other operating systems are not stated as tested by MikroTik |
| RouterOS requirement | LR package installation is required for configuration |
| Ingress protection | IP00; the module has no protective enclosure |
| Certifications listed by manufacturer | FCC and IC |
| MTBF guidance | Approximately 100,000 hours at 25°C |
| Important note | Compatibility, regulatory suitability, antennas, cables, enclosure, RouterOS package, network server, and installation scope must be confirmed for the project. |
Compatibility and prerequisite notice
A physical miniPCIe slot alone does not guarantee compatibility. MikroTik states that the host must also provide the required USB lines. Certain adapter boards may omit essential pins, so the card may not initialise even though it fits mechanically. The chosen host must run RouterOS v7 and have the LR package installed when it is managed within RouterOS. Buyers using a non-MikroTik platform should confirm USB connectivity, driver and packet-forwarder requirements, power, pinout, and operating-system support before purchasing.
The radio plan is equally important. Dubai and UAE projects must be designed in accordance with applicable national spectrum rules. The presence of AS923 support does not remove the need to confirm the permitted channel plan, output power, antenna gain, duty-cycle obligations, and installation requirements for the exact application. FourTeck can help structure the requirement, but regulatory approval and compliant operation remain the project owner’s responsibility.
A practical purchase and deployment journey
Define the sensor application
List the sensor types, message frequency, endpoint count, expected coverage area, obstacles, mobility, data destination, and availability expectations. LoRa performs well for small, intermittent messages, but it is not intended for video, voice, or high-bandwidth telemetry.
Confirm regional radio suitability
Identify the destination country and approved LoRaWAN regional parameters. Confirm channel plan, transmit limits, antenna constraints, installation rules, and any registration or licensing obligations before selecting LR9G hardware.
Select a compatible host
Choose a MikroTik platform with an appropriate miniPCIe slot, the necessary USB lines, enough processing and memory for the wider design, suitable backhaul, enclosure capacity, power budget, and antenna interfaces.
Plan antennas and enclosure
Specify the LoRa antenna, GPS antenna if used, pigtails, connectors, surge protection, mounting method, cable length, environmental protection, grounding, and access for future maintenance.
Configure RouterOS and the server
Install the correct RouterOS version and LR package, create the LoRa network-server entry, set the uplink and downlink ports, assign the gateway, validate connectivity, and apply appropriate network security controls.
Survey, test, and document
Conduct site testing with representative end devices, check coverage at difficult locations, review packet loss, confirm backhaul resilience, record configuration, label antennas and cables, and establish a maintenance and change-control process.
Receive sensitivity and real-world coverage planning
MikroTik lists enhanced receive sensitivity of up to -141 dBm at spreading factor 12. This is a useful radio specification, but it should not be converted into a guaranteed distance. Actual range depends on antenna gain, mounting height, cable loss, sensor transmit power, spreading factor, bandwidth, coding rate, terrain, building materials, interference, Fresnel-zone clearance, noise floor, and regulatory restrictions. A gateway installed on a rooftop with a suitable outdoor antenna may behave very differently from the same card mounted inside a metal cabinet at ground level.
For business projects, coverage planning should start with a map of the intended sensor locations and the likely gateway position. Dense urban areas in Dubai can create reflections and obstruction from concrete, glass, metal cladding, plant rooms, lift cores, and surrounding structures. Industrial sites can introduce electrical noise and shielding. Agricultural or remote sites may have fewer buildings but greater distances and changing environmental conditions. A predictive design is valuable, yet field testing remains the best way to validate performance.
Antenna selection should be based on the deployment geometry. A higher-gain omnidirectional antenna may improve horizontal reach but narrow the vertical radiation pattern. A directional antenna may suit a specific corridor or remote installation but reduces coverage elsewhere. Long coaxial cable runs can consume much of the antenna gain, particularly when low-quality cable or poor connectors are used. Surge protection, grounding, mast placement, and weather sealing should be included in the bill of materials rather than treated as afterthoughts.
GPS support for mobile and time-aware gateway designs
The R11e-LR9G includes onboard GPS support through the MT3337V interface and provides a connector for an external GPS antenna. This can add useful location information to a gateway built into a vehicle, mobile inspection kit, temporary field cabinet, or deployable monitoring platform. It can also support projects where gateway position must be recorded during installation or where time synchronisation contributes to operational accuracy.
GPS support is not automatic simply because the receiver is present. The installation needs a compatible antenna, appropriate cable and connector handling, adequate satellite visibility, correct RouterOS exposure, and an application that can use the position or timing data. Metal enclosures, indoor locations, underground rooms, and obstructed rooftops can reduce reception. An external antenna should be placed with a clear view of the sky where possible and installed according to electrical and lightning-protection practices.
MikroTik documentation states that this GPS implementation does not support GLONASS, BeiDou, or Galileo. Buyers should therefore not assume multi-constellation positioning. Where precise timing, high availability, dead reckoning, or regulated positioning is required, the complete project should be reviewed by a specialist rather than relying on the module specification alone.
RouterOS integration and operational control
Within a compatible MikroTik system, the R11e-LR9G is configured through RouterOS v7 after the LR package is installed. The administrator defines a LoRa network server with its address and uplink and downlink ports, then associates the LoRa device with that server and enables it. This gives network teams a familiar management environment when MikroTik routing is already part of the project.
The gateway still forms only one layer of the end-to-end solution. A production design requires an upstream network server, application integration, user and device management, security policies, logging, monitoring, certificate or key handling where relevant, firewall rules, time configuration, DNS, backhaul design, and a process for software updates. Remote access should be restricted, management services should not be exposed unnecessarily, and RouterOS should be maintained according to the organisation’s patching and change-control policy.
Backhaul may use Ethernet, Wi-Fi, LTE, or another route depending on the host hardware. The chosen method should match the criticality of the sensor application. A remote environmental monitor may tolerate temporary buffering or data gaps, while an alarm or operational-control use case may require redundant connectivity, alerting, and a defined incident response. The R11e-LR9G does not by itself guarantee uptime, security, or data delivery; these outcomes depend on the wider architecture.
Ideal business environments and use cases
Utilities and metering
A LoRa gateway can collect periodic readings from compatible water, energy, environmental, or infrastructure sensors. Buyers must validate device profiles, frequency plan, security keys, message frequency, and network-server compatibility.
Industrial monitoring
Factories, warehouses, yards, and processing facilities may use low-data-rate sensors for temperature, vibration, tank level, equipment state, leakage, or asset presence. Radio surveys and enclosure planning are particularly important around metal structures.
Agriculture and remote sites
Soil, irrigation, weather, pump, livestock, and storage monitoring can benefit from long-range low-power links. Power supply, antenna height, lightning protection, solar design, and backhaul availability should be assessed together.
Logistics and fleet projects
The GPS-enabled card can form part of mobile or temporary gateway designs that collect messages from tagged assets. The application must account for changing coverage, vehicle power, antenna location, vibration, heat, and backhaul transitions.
Smart buildings and campuses
A private gateway can support occupancy, environmental, maintenance, and facilities sensors across a site. Concrete cores, basement areas, roof access, network segmentation, and integration with building applications should be reviewed.
Research and pilot deployments
Integrators and technical teams can use the module to evaluate LoRa coverage, sensor behaviour, packet-forwarding configuration, and application workflows before committing to a wider rollout.
Integration and operational considerations
A LoRa gateway should be treated as part of a managed information system, not merely as a radio accessory. The project should define how end devices are provisioned, which network server receives packets, where application data is stored, who can access it, how security keys are controlled, how devices are retired, and how faults are detected. Data ownership, retention, privacy, and integration with dashboards or business applications may matter as much as radio coverage.
Network segmentation is recommended where the host also performs routing or provides other services. Management access, sensor traffic, backhaul, and corporate networks should be separated according to risk. Firewall rules should allow only required communication. Remote administration should use secure methods, strong credentials, and role-based access. Logs should be collected centrally where practical, and configuration backups should be maintained.
The physical installation also deserves attention. The module must be handled using electrostatic-discharge precautions and installed by trained personnel. Power should be disconnected before connecting or disconnecting antennas. The card is IP00 and must be protected from water, humidity, heat sources, and conductive debris. Outdoor deployment requires a weatherproof enclosure or a suitably rated host device. The mounting arrangement should allow airflow, cable strain relief, service access, and secure antenna connections.
For non-MikroTik systems, MikroTik notes that the Semtech packet forwarder is required. However, other operating systems are not listed as tested for this module. Buyers considering a custom Linux appliance, industrial PC, or USB-to-miniPCIe adapter should conduct a technical proof of concept and verify pinout, USB lines, driver visibility, packet-forwarder operation, power stability, and long-term support before deployment.
Buyer questions to resolve before ordering
Confirm the destination country, permitted channels, output power, antenna gain, and any local approval requirement.
Provide the exact MikroTik model and verify miniPCIe USB lines, slot availability, power, enclosure space, and RouterOS v7 support.
Define LoRa and GPS antennas, pigtails, cable lengths, connectors, mounting position, grounding, and surge protection.
Indoor, vehicle, cabinet, rooftop, mast, and outdoor locations have different enclosure, thermal, power, and maintenance requirements.
Share the server platform, address, ports, security model, tenancy, device-provisioning method, and integration destination.
Clarify whether the quotation should include installation, RouterOS configuration, antenna work, testing, documentation, or remote assistance.
Procurement checklist
✓ Exact model: R11e-LR9G
✓ Required quantity and spare policy
✓ Destination country and frequency plan
✓ Compatible MikroTik host model
✓ RouterOS v7 and LR package
✓ LoRa antenna and connector arrangement
✓ GPS antenna requirement
✓ Weatherproof enclosure or host
✓ Mounting, grounding, and surge protection
✓ Backhaul method and network design
✓ LoRa network server details
✓ Installation and configuration scope
✓ Site survey and acceptance testing
✓ Warranty and lead-time confirmation
How FourTeck can support the buying process
FourTeck can help translate a sensor-network requirement into a clearer product and service scope. That may include reviewing the intended frequency plan, confirming whether the R11e-LR9G is the correct regional model, identifying a suitable MikroTik host, checking miniPCIe and USB-line requirements, listing antenna and pigtail needs, and defining whether installation or configuration should be included in the quotation.
For buyers who already have a host device, FourTeck can review the exact model and intended slot arrangement before the order is placed. For new projects, the discussion can cover complete gateway alternatives, Ethernet or cellular backhaul, power, enclosure type, antenna positioning, network-server connectivity, and project documentation. This reduces the risk of purchasing a card that cannot be used in the available hardware or is unsuitable for the destination frequency plan.
A useful enquiry should include the destination country, application, expected number of sensors, coverage area, gateway quantity, host preference, antenna requirements, network server, installation environment, and target schedule. Visit the FourTeck contact page to request a quotation or consultation. Buyers can also review related business technology products and installation and configuration services.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability of the MikroTik R11e-LR9G. Availability may vary according to quantity, vendor lead time, model revision, and the wider bill of materials. A quotation can also include compatible host hardware, LoRa and GPS antennas, pigtails, mounting accessories, enclosure requirements, and configuration assistance where requested.
For projects in Dubai, Abu Dhabi, Sharjah, and Ajman, FourTeck can coordinate requirement review, quotation preparation, delivery planning, and discussion of installation or remote configuration scope. Exact delivery dates, service visits, and warranty terms must be confirmed in the final quotation. Buyers should provide the deployment location, expected gateway count, regional channel plan, host platform, and preferred implementation schedule so that the response is based on the real project rather than a generic product request.
GCC availability
FourTeck can assist organisations planning MikroTik LoRa gateway deployments across the GCC with requirement review, model selection, quotation coordination, accessory identification, and deployment-scope planning. The R11e-LR9G is designed for 902–928 MHz regional variants, but suitability must be assessed for each destination because radio rules, approved channel plans, antenna limits, and certification expectations can differ between the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain, and Oman. Product availability, vendor lead time, quantity, host-device selection, installation scope, and support options can also vary by country. Buyers should provide the destination market, exact quantity, sensor application, required frequency plan, host platform, network-server choice, installation location, and expected project schedule. FourTeck can then help prepare a more accurate bill of materials and quotation. Delivery timing, customs arrangements, local compliance, and onsite service should not be assumed until they are specifically reviewed and confirmed.
For Kuwait-related technology coordination, buyers may also review FourTeck Kuwait resources. Regional projects often benefit from standardising gateway hardware and configuration, yet every site still requires local frequency, antenna, power, backhaul, and installation validation.
Africa availability
FourTeck can support African organisations and integrators evaluating the R11e-LR9G for agriculture, utilities, logistics, industrial monitoring, environmental sensing, and remote infrastructure projects. The correct choice depends on the destination country’s permitted LoRaWAN region, the availability of compatible host equipment, antenna and power requirements, backhaul connectivity, shipping arrangements, and the intended network-server platform. Conditions can differ substantially between urban, industrial, agricultural, and off-grid sites, so the project should be reviewed as a complete system rather than as a card-only purchase.
Buyers should share the destination country, exact product quantity, preferred MikroTik host, sensor types, coverage area, antenna plan, power source, enclosure requirement, expected deployment date, and any installation or configuration expectations. FourTeck can help coordinate product evaluation and quotation planning for selected markets, including East African projects. Availability, delivery schedule, local support, import requirements, and onsite coverage remain dependent on the destination and final scope. Additional regional information is available through FourTeck Africa, FourTeck Kenya, and FourTeck Uganda.
Related products and services to consider
Complete MikroTik LoRa gateway kits
A complete gateway may be more suitable when the buyer prefers a preintegrated enclosure, antenna arrangement, and host platform. Frequency and model must still match the country.
Compatible RouterBOARD host
The host must provide the required miniPCIe interface and USB lines, suitable power, RouterOS v7 support, enclosure capacity, and backhaul connectivity.
LoRa and GPS antennas
Antenna type, gain, connector, cable length, mounting, weatherproofing, and surge protection should be selected for the actual site.
Installation and configuration
Professional assistance may include module installation, RouterOS package preparation, network-server setup, radio validation, and documentation.
Why businesses contact FourTeck
Technology buyers often need more than a part number. A card such as the R11e-LR9G sits inside a larger design that includes a host router, radio regulations, antennas, cables, enclosure, backhaul, RouterOS packages, server configuration, security, and field installation. FourTeck can help organise those questions into a clearer purchasing scope, identify gaps, and coordinate a quotation that reflects the actual deployment.
The assistance can cover model and regional-variant clarification, host compatibility review, bill-of-material guidance, accessory selection, configuration-scope definition, delivery coordination, and discussion of remote or onsite support. It does not replace a formal radio survey, regulatory assessment, or engineering design where those are required, but it helps buyers start with more complete information. Learn more about FourTeck or use the contact page to share a project brief.
Frequently asked questions
Is the R11e-LR9G a complete LoRa gateway?
No. It is a miniPCIe concentrator card. A compatible host, antennas, enclosure, power, RouterOS or packet-forwarder software, backhaul, and a LoRa network server are also required.
Which frequencies does it support?
MikroTik lists support for AU915–928, US902–928, AS923, and KR920–923 plans. The permitted plan and power limits must be confirmed for the destination country.
Can it be installed in any miniPCIe slot?
Not necessarily. The slot must also expose the required USB lines, and some adapters do not connect the necessary pins. Exact host compatibility should be checked before ordering.
Does it work with RouterOS?
Yes, MikroTik documents support for RouterOS v7 and states that the LR package is required. Other operating systems are not listed as tested.
Is GPS included?
The card includes onboard GPS support, but a suitable external GPS antenna and correct configuration are needed. MikroTik states that GLONASS, BeiDou, and Galileo are not supported.
Can the card be used outdoors?
The module itself is IP00 and has no protective enclosure. Outdoor use requires a suitable weatherproof host or enclosure, correct cable sealing, grounding, and professional installation.
What range can buyers expect?
No fixed distance can be guaranteed. Range depends on antennas, height, cable loss, sensor settings, terrain, buildings, interference, frequency limits, and site conditions. A field survey is recommended.
What information is needed for a quote?
Provide quantity, destination country, intended frequency plan, host device, antennas, installation environment, network server, backhaul method, and required configuration or installation support.
Is it available in Dubai?
Contact FourTeck to confirm current UAE availability, vendor lead time, quantity, accessories, and delivery coordination. Availability should not be assumed until confirmed in the quotation.
Plan the complete LoRa gateway requirement
Share the destination country, sensor application, gateway quantity, host preference, antenna plan, network server, and installation scope. FourTeck can help confirm whether the R11e-LR9G is suitable and prepare a requirement-based quotation.
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