Compact cellular connectivity for compatible MikroTik hosts
MikroTik R11eL-EC200A-EU in Dubai, UAE
The R11eL-EC200A-EU is a Mini PCIe LTE Category 4 modem designed for selected MikroTik host platforms. It provides a practical path to cellular internet for mobile, branch, remote, industrial, and backup-connectivity projects where the host device, antenna system, SIM plan, RouterOS version, and regional LTE bands are carefully matched.
Buyer snapshot
Product type: Mini PCIe cellular modem
LTE category: Cat 4
Regional design: EMEA, APAC, Australia
Important: Host, antenna, SIM, and RouterOS compatibility must be confirmed.
Direct answer for buyers
The MikroTik R11eL-EC200A-EU is a cellular modem card that fits compatible MikroTik equipment with a suitable Mini PCIe interface. It is mainly used to add mobile-network connectivity to routers and specialised network platforms, including remote-site gateways, vehicle systems, branch backup links, telemetry installations, and outdoor networking assemblies. Buyers should consider it when LTE Category 4 performance is adequate and the required operator bands are supported. Before proceeding, confirm the exact MikroTik host, RouterOS release, antenna and pigtail arrangement, SIM format, carrier bands, enclosure, operating environment, power budget, and installation responsibility. The modem is a component rather than a complete router, so it must be selected as part of a compatible system.
What the modem does
The R11eL-EC200A-EU gives a compatible MikroTik host device access to mobile broadband networks. It supports 2G, 3G, and 4G/LTE technologies across a defined set of regional bands. The host device supplies the processing, RouterOS management, Ethernet or wireless connectivity, power, physical enclosure, and broader routing functions, while the modem handles the cellular radio link.
In a complete deployment, a SIM card, suitable antenna system, operator data plan, correct APN configuration, adequate cellular signal, and supported RouterOS version are also required. The card should therefore be treated as one element in a designed connectivity solution rather than a standalone internet appliance.
Who should consider it
The modem is relevant to network integrators, managed-service providers, fleet and transport technology teams, remote-site operators, utilities, construction projects, CCTV connectivity designers, IoT solution providers, and businesses that maintain MikroTik infrastructure. It may also suit organisations building a secondary WAN path for a small office or branch.
It is not the right choice for a buyer who needs a complete plug-and-play router, Wi-Fi access point, firewall, or rugged outdoor enclosure without additional components. Those requirements call for a complete MikroTik LTE product or a separately designed host assembly.
Business challenges this component can help address
Remote locations without fixed broadband
Sites such as temporary offices, kiosks, remote monitoring points, or construction locations may need connectivity before fibre or fixed wireless service is available. A suitable MikroTik host with this modem can use a mobile operator network, subject to signal and data-plan conditions.
Secondary WAN connectivity
A cellular link may be incorporated as a backup path when the primary connection fails. The effectiveness of failover depends on RouterOS configuration, monitoring logic, operator availability, addressing requirements, application sensitivity, and the quality of the LTE signal.
Mobile and transport deployments
Vehicle, fleet, marine, or field-service installations may need a compact modem inside a purpose-built MikroTik system. Antenna placement, vibration, temperature, power stability, roaming, and operator coverage must be assessed for each deployment.
Embedded connectivity for managed systems
Integrators can combine the modem with compatible host hardware to create centrally managed gateways for telemetry, CCTV, machine connectivity, or distributed operations. Security, remote access, data usage, firmware maintenance, and recovery procedures remain essential design considerations.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| LTE performance | Category 4 theoretical rates are sufficient for the application. | Expected real-world speed, signal level, congestion, and operator limits. |
| Host platform | A compatible MikroTik host with the required Mini PCIe support is available. | Exact host model, slot type, USB connectivity, SIM path, and RouterOS support. |
| Regional bands | The operator uses one or more supported FDD or TDD LTE bands. | Carrier band map at the actual deployment site and any roaming requirements. |
| Outdoor use | The modem is installed inside a suitable protected host enclosure. | Enclosure rating, heat management, moisture protection, antenna seals, and mounting. |
| Business continuity | Cellular service is an acceptable backup or alternative path. | Failover policy, public IP needs, VPN behaviour, application tolerance, and data plan. |
Verified technical information
The following values relate specifically to the R11eL-EC200A-EU. Network throughput figures are theoretical modem-category limits and should not be interpreted as guaranteed service speeds.
| Brand | MikroTik |
|---|---|
| Product code | R11eL-EC200A-EU |
| Product type | Mini PCIe cellular modem card for compatible MikroTik hosts |
| Target regions | EMEA, APAC, and Australia |
| LTE category | Category 4, up to 150 Mbps downlink and 50 Mbps uplink |
| LTE FDD bands | 1, 3, 5, 7, 8, 20, and 28 |
| LTE TDD bands | 38, 40, and 41 |
| 3G category and bands | Release 7, up to 21 Mbps downlink and 5.76 Mbps uplink; bands 1, 5, and 8 |
| 2G category and bands | Class 12; bands 3 and 8 |
| Maximum power consumption | 3 W |
| Tested ambient temperature | -35°C to 70°C |
| Ingress protection | IP00; the card requires a suitable protective host enclosure |
| Certifications listed by manufacturer | CE and RoHS |
| RouterOS guidance | The selected MikroTik host should run RouterOS v7.11.2 or a later suitable release, with current compatibility confirmed before deployment. |
| Warranty and availability | Contact FourTeck for current commercial terms, regional availability, and applicable warranty guidance. |
Compatibility and dependency notice
This product is a modem card, not a complete LTE router. Successful operation depends on the selected MikroTik host, slot implementation, SIM interface, antenna connectors, antenna frequency coverage, RouterOS version, modem firmware, carrier APN, signal conditions, subscription, and local radio regulations. The exact host-device manual should be reviewed before installation.
The card has an IP00 rating and is supplied without a protective enclosure. Any outdoor or industrial use must rely on the host device and enclosure to provide appropriate protection against dust, moisture, heat, accidental contact, and mechanical damage. Installation should be handled by trained personnel familiar with electronics, RF cabling, grounding, and network configuration.
A practical purchase and deployment journey
Define the purpose
Clarify whether the modem will serve as a primary WAN, backup link, vehicle connection, remote-monitoring path, temporary-site connection, or embedded cellular interface. This determines the required data plan, antenna arrangement, failover policy, and host platform.
Validate the host
Confirm that the exact MikroTik device supports the modem electrically, mechanically, and through RouterOS. Review the host manual for slot use, SIM installation, antenna pigtails, enclosure access, and any restrictions affecting modem operation.
Check the mobile network
Verify that the intended operator uses supported bands at the deployment site. Obtain a suitable business SIM and understand APN, static or public IP requirements, roaming, fair-use limits, traffic shaping, and any restrictions on inbound connectivity or VPN traffic.
Design antennas and mounting
Choose antennas that cover the required LTE bands and match the connector and cable arrangement. Consider placement, cable loss, separation, weatherproofing, grounding, obstruction, metal enclosures, and the need for directional or higher-gain antennas.
Configure and test
Update the host to a suitable RouterOS release, configure APN and interface settings, test signal and registration, validate routing and firewall policy, and confirm failover or VPN behaviour. Testing should reflect expected peak load and actual installation conditions.
LTE Category 4 performance in context
The modem supports LTE Category 4, with a manufacturer-stated ceiling of 150 Mbps downstream and 50 Mbps upstream. These values describe the radio category under favourable conditions; they do not represent a guaranteed application throughput. Real speed can be reduced by distance from the cell, indoor penetration loss, antenna choice, cable loss, cell loading, operator policy, frequency band, radio interference, backhaul capacity, and signal quality.
For many telemetry, branch-management, point-of-sale, remote-access, and backup-WAN applications, Category 4 can be sufficient. It may be less suitable where the project needs consistently high upstream capacity, multi-user broadband at heavy loads, low-latency real-time workloads, or performance comparable to modern fibre services.
A buyer should define the minimum usable speed and latency for the application, then test the intended operator at the actual site. Where higher cellular capacity or carrier aggregation is required, another LTE category or 5G option may be more appropriate.
Regional band coverage and operator matching
The R11eL-EC200A-EU is designed for EMEA, APAC, and Australian regions. Its LTE FDD support includes bands 1, 3, 5, 7, 8, 20, and 28, while LTE TDD support includes bands 38, 40, and 41. This broad set is useful, but a compatible band list does not by itself guarantee service with every operator, SIM, network profile, or site.
Operators may use different bands by area, combine multiple bands, refarm spectrum, or restrict certain services. A site may also receive only a subset of the operator’s licensed frequencies. Buyers should ask the carrier which bands are active at the deployment location and compare that information with the modem specification.
Band 28 support can be valuable in coverage-oriented networks because lower-frequency spectrum often provides wider reach and better building penetration than higher bands, although actual performance still depends on network design. Antennas and RF cables must also support the selected frequencies.
RouterOS management and operational control
When installed in a supported MikroTik host, the modem becomes part of a RouterOS-managed system. This can allow administrators to integrate the LTE interface with routing, firewall policy, monitoring, VPN design, failover logic, traffic control, and remote administration. The available functions depend on the host hardware, RouterOS release, configuration, and wider architecture.
The MikroTik quick guide indicates that the chosen host should use RouterOS v7.11.2 or later to support regulatory compliance requirements. In practice, businesses should run an appropriate maintained release, follow a controlled upgrade process, and verify modem firmware status as part of lifecycle management.
Remote cellular systems require careful security. Management services should not be exposed unnecessarily, strong authentication should be used, firewall rules should be reviewed, backups should be protected, and remote access should follow an approved VPN or management design. A modem connection is only one part of the security posture.
Suitable business environments and use cases
Branch backup connectivity
A branch with a fixed primary circuit can use a compatible MikroTik host and this modem as an alternate path. The design should define health checks, route priority, session behaviour, VPN recovery, data limits, and the applications permitted during failover.
Temporary project offices
Construction sites, event operations, temporary warehouses, and pop-up facilities may need network access before permanent services are installed. Cellular performance should be surveyed, and the enclosure, power source, antenna mounting, and user load must be planned.
Remote CCTV and monitoring
The modem may support selected remote-surveillance links when bandwidth, data consumption, addressing, and uplink requirements are appropriate. Continuous video can consume significant data, so recording architecture, event-based transmission, and local storage should be evaluated.
Telemetry and IoT gateways
Distributed sensors, meters, and industrial controllers often require modest but dependable connectivity. Integrators should review serial or Ethernet interfaces on the host, protocol needs, VPN design, keepalive behaviour, remote recovery, SIM management, and environmental conditions.
Fleet and mobile systems
A vehicle-based MikroTik platform may use the card for dispatch, tracking, passenger services, or operational data. Mobile deployments need power conditioning, robust mounting, suitable antennas, roaming policies, coverage expectations, and secure remote management.
Managed customer premises
Service providers may integrate the modem into managed gateways for customers with standardised requirements. Each design should include provisioning, configuration templates, monitoring, escalation, firmware handling, spare strategy, data-plan ownership, and replacement procedures.
Integration and operational considerations
Antenna system
The modem requires an antenna solution suited to the supported bands and the host platform. Cable length and quality matter because RF loss can offset the benefit of a good antenna. Antennas should be positioned away from major obstructions and interference sources, while maintaining required separation and safety guidance. External installations need weatherproof connectors, strain relief, grounding where applicable, and careful routing of coaxial cables.
SIM and data service
Confirm the SIM holder location and format on the host, the APN, authentication method, PIN handling, roaming setting, private or public addressing, and monthly allowance. Some operators use carrier-grade NAT, which can limit inbound access. Remote management may therefore require an outbound VPN, a private APN, a managed overlay, or another design agreed with the carrier.
Power and environmental protection
The modem’s maximum consumption is listed as 3 W, but the total system budget must include the MikroTik host, Ethernet interfaces, Wi-Fi radios, storage, sensors, USB devices, and any powered accessories. Industrial or vehicle projects should account for voltage variation, surges, startup behaviour, grounding, battery backup, and safe shutdown. Because the card itself is IP00, the host enclosure carries the responsibility for environmental protection.
Monitoring and maintenance
A production deployment should monitor registration state, signal metrics, interface status, traffic use, route availability, and device health. Administrators should define how to recover from a failed registration, exhausted data plan, weak signal, frozen modem, damaged antenna, or host failure. Configuration backups, firmware records, spare equipment, and escalation contacts reduce recovery uncertainty.
Questions to resolve before requesting a quotation
Procurement checklist
✓ Exact model: R11eL-EC200A-EU
✓ Required quantity and deployment schedule
✓ Compatible MikroTik host model
✓ RouterOS release and upgrade plan
✓ SIM format, APN, and carrier account
✓ LTE band availability at each site
✓ Antenna, pigtail, and connector requirements
✓ Enclosure and environmental rating
✓ Power, grounding, and surge considerations
✓ VPN, firewall, and remote-access scope
✓ Installation and configuration responsibility
✓ Testing, documentation, and support expectations
How FourTeck can assist
FourTeck can help a buyer turn the modem requirement into a complete and orderable bill of materials. Assistance may include reviewing the exact MikroTik host, checking whether the project needs antenna pigtails or external antennas, discussing RouterOS and configuration scope, identifying environmental or mounting concerns, and coordinating a quotation for the required quantity. The objective is to reduce the risk of ordering a modem that does not match the intended host or mobile network.
For projects that require a complete solution, FourTeck can also discuss routing, firewall policy, VPN connectivity, failover behaviour, remote management, installation planning, and testing requirements. These services should be defined in the quotation because hardware supply does not automatically include configuration, on-site work, cabling, antenna mounting, SIM service, operator contracts, or ongoing management.
Explore additional network and security products, review available implementation and support services, or contact FourTeck with your project details.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik R11eL-EC200A-EU. Availability may depend on quantity, vendor lead time, regional supply, and the other components required for the solution. A useful enquiry should include the exact host device, number of modems, deployment purpose, preferred schedule, operator, antenna requirements, and whether configuration or installation assistance is expected.
FourTeck can coordinate requirements for businesses and project teams in Dubai, Abu Dhabi, Sharjah, and Ajman through one combined review. Delivery and project arrangements are discussed after the technical and commercial scope is confirmed. No assumption should be made that the modem includes a SIM, data subscription, antenna, pigtail, enclosure, host router, configuration, or on-site service unless these items appear in the agreed quotation.
GCC Availability
FourTeck can assist organisations planning MikroTik cellular projects across GCC markets by reviewing the exact modem requirement, host platform, antenna arrangement, mobile operator bands, installation environment, and configuration scope. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain, and Oman may have different operator profiles, import arrangements, power conditions, site-access requirements, and service expectations. The EMEA-focused R11eL-EC200A-EU band set may be relevant, but the intended carrier and deployment location should still be verified before ordering.
Product availability, delivery schedules, service visits, vendor lead times, and commercial terms can vary by country, quantity, and project complexity. Buyers should provide the destination country, exact MikroTik host, quantity, required accessories, SIM or operator details, deployment location, expected timeline, and any installation or remote-configuration needs. For regional enquiries, FourTeck can coordinate quotation planning and discuss whether a complete router, a higher-category LTE option, or a managed connectivity design would better suit the requirement. Visit the FourTeck Kuwait resource for relevant regional contact options.
Africa Availability
FourTeck can help businesses, integrators, and project owners evaluate the R11eL-EC200A-EU for deployments in Africa, including selected projects in East Africa and other regions. The review can cover modem-to-host compatibility, supported LTE bands, antenna design, SIM and APN needs, remote-management architecture, environmental enclosure, power stability, data usage, spares, and configuration responsibilities. Mobile-network frequencies and coverage vary significantly between operators and locations, so the band list must be compared with the actual carrier network used at each site.
Fulfilment can depend on the destination, quantity, vendor lead time, shipping arrangement, local regulations, power and environmental conditions, installation scope, and support expectations. Buyers should share the destination country, exact host model, number of units, target operator, application, preferred schedule, and whether installation or remote support is required. FourTeck can then provide appropriate guidance without assuming local inventory or a fixed delivery date. Regional information is available through FourTeck Africa, FourTeck Kenya, and FourTeck Uganda.
Related products and services to consider
Compatible MikroTik host hardware
The modem must be installed in a supported host. Confirm the exact RouterBOARD, LtAP, wAP, or other MikroTik platform and review its slot, SIM, antenna, enclosure, power, and RouterOS requirements.
LTE antennas and pigtails
Suitable antennas, RF pigtails, and connectors may be required. Frequency coverage, gain, polarization, mounting, cable loss, weather sealing, and connector type should be selected for the actual installation.
Higher-category LTE or 5G options
Projects that need more capacity, carrier aggregation, or newer mobile-network capabilities should evaluate alternative MikroTik cellular modems or complete routers. These are not automatically interchangeable.
RouterOS configuration support
Configuration may include APN setup, routing, firewall rules, VPN, health checks, failover, monitoring, and documentation. The service scope should be agreed according to the host and network design.
Installation and antenna planning
Physical installation can require enclosure work, antenna placement, RF cabling, grounding, power design, weatherproofing, and signal testing. Site conditions determine the required effort.
Business continuity design
A modem used for failover should be integrated into a documented resilience plan covering route monitoring, application priorities, data limits, VPN reconnection, alerts, and manual recovery procedures.
Why businesses contact FourTeck
Buyers often need more than a model number. A modem purchase can fail to deliver the intended result when the host is incompatible, the antenna uses the wrong connector, the operator does not provide the expected band at the site, or the configuration scope is missing from the order. FourTeck helps clarify these dependencies before the quotation is finalised.
Practical assistance can include model verification, host review, bill-of-material guidance, accessory identification, requirement documentation, quotation coordination, deployment planning, and configuration discussions. This is especially useful for multi-site projects where the same technical design must be checked against different signal conditions, operators, enclosures, power sources, and operational needs.
The objective is not to describe every project as identical. FourTeck works from the buyer’s actual information so that hardware, services, delivery coordination, and support expectations can be stated clearly. Learn more about FourTeck or submit the requirement through the business technology contact page.
Frequently asked questions
Is the R11eL-EC200A-EU a complete LTE router?
No. It is a Mini PCIe modem card designed for installation in a compatible MikroTik host. The host provides the enclosure, RouterOS, routing functions, Ethernet or wireless interfaces, power, SIM path, and other system capabilities.
What maximum LTE speed does it support?
The modem is LTE Category 4, with theoretical limits up to 150 Mbps downlink and 50 Mbps uplink. Real throughput depends on operator capacity, signal, antenna quality, radio conditions, network congestion, data-plan policy, and the host system.
Does it support LTE Band 28?
Yes. Band 28 is included in the supported LTE FDD band list. Buyers should still verify that the intended mobile operator uses Band 28 or another supported band at the actual deployment location.
Which RouterOS version is required?
MikroTik’s quick guide states that the selected host should be upgraded to RouterOS v7.11.2 or later. FourTeck recommends confirming the current supported release for the exact host and applying normal change-control and backup procedures.
Can the modem be installed outdoors?
The card itself has an IP00 rating and no enclosure. Outdoor use is possible only when it is installed inside a compatible host and protective enclosure designed for the environment, with suitable antenna sealing, mounting, and thermal management.
Are antennas, SIM, and data service included?
They should not be assumed to be included. The required antenna, pigtails, SIM, operator subscription, host device, and installation services must be listed separately in the quotation when needed.
Can it be used for internet failover?
Yes, when installed in a suitable MikroTik host and configured correctly. The failover design should address route checks, traffic priorities, data limits, VPN sessions, public addressing, alerts, and operator coverage.
How do I confirm host compatibility?
Provide FourTeck with the exact MikroTik host model and hardware revision. The Mini PCIe slot, SIM support, antenna connectors, USB implementation, RouterOS support, enclosure, and power budget should then be reviewed together.
What information is needed for a Dubai quotation?
Share the exact product and host model, quantity, mobile operator, deployment purpose, site environment, antenna requirements, expected schedule, and whether configuration, installation, testing, or support should be included.
Plan the complete LTE requirement before ordering
Send FourTeck the host model, quantity, operator, deployment location, antenna requirement, and intended use. The team can help review compatibility and prepare a quotation that separates hardware, accessories, configuration, installation, and support scope.
