LTE modem upgrade for RouterBOARD systems
MikroTik R11e-LTE7 in Dubai, UAE
The R11e-LTE7 is a miniPCIe LTE Category 7 modem designed for compatible MikroTik RouterBOARD platforms and selected integration projects. It offers up to 300 Mbps downlink and 100 Mbps uplink, carrier aggregation, broader LTE band coverage and RouterOS v7 compatibility for organisations improving mobile broadband or backup connectivity.
Before you order
Share the exact host device, mobile operator, antenna arrangement, deployment environment and required quantity.
FourTeck can review the requirement and coordinate a quotation for the correct modem, accessories and configuration scope.
Direct answer for business buyers
The MikroTik R11e-LTE7 is an LTE Cat 7 modem card used to add or upgrade cellular connectivity in compatible RouterBOARD and integration platforms. It is mainly considered for branch backup, remote sites, field systems, mobile installations and locations where wired connectivity is unavailable or needs a secondary path. Buyers should consider it when they already have a suitable host device and need a modem rather than a complete LTE router. Before proceeding, confirm the host slot, RouterOS version, antenna connectors, SIM format and operator band support. The modem itself does not guarantee a particular speed because real performance depends on signal quality, tower capacity, carrier aggregation support, antenna design and the mobile operator service plan.
What the R11e-LTE7 does
The modem creates a cellular data interface inside a supported host platform. In a MikroTik environment, RouterOS can use that interface for primary internet access, automated failover, policy-based routing, VPN transport, telemetry or remote-management connectivity. Its Category 7 capability provides a higher theoretical ceiling than older Cat 4 modules and can combine supported LTE carriers where the operator network allows it.
The card is especially useful when an existing RouterBOARD platform remains suitable but its cellular module needs an upgrade. This can reduce the need to redesign the entire enclosure, cabling, mounting and routing configuration. The final result still depends on whether the host hardware, firmware, antennas and power design meet the modem requirements.
Who should consider it
The R11e-LTE7 may suit system integrators, managed-service providers, industrial network teams, transport operators, remote-site administrators and businesses maintaining MikroTik-based infrastructure. It is most relevant when the buyer understands the host platform and wants a modem component rather than a ready-to-use desktop router.
It may not be the right choice for users seeking a complete plug-and-play LTE gateway with Wi-Fi, Ethernet switching, enclosure and power supply in one box. In that case, a finished MikroTik LTE router or outdoor CPE may be easier to deploy. FourTeck can help compare the module approach with complete devices available through the FourTeck product range.
Business challenges this modem can help address
Older cellular module limits
Where a compatible RouterBOARD uses an older modem, the R11e-LTE7 can provide a newer Cat 7 option without replacing every part of the installed platform.
Need for secondary WAN
LTE can provide an alternate path for branches, kiosks, temporary offices and field systems when the fixed connection fails or is unavailable.
Remote deployment constraints
A modular modem can be integrated into purpose-built enclosures, vehicle systems and outdoor platforms where a standard indoor router is unsuitable.
Band coverage requirements
Support for additional bands, including 28 and 32, broadens deployment options, although local operator use and permitted combinations must be confirmed.
Core capabilities and practical value
LTE Cat 7 throughput
Supports theoretical rates up to 300 Mbps downlink and 100 Mbps uplink under suitable network conditions.
Carrier aggregation
Can combine supported LTE carriers where the operator, bands and local radio conditions permit.
Expanded band set
Includes multiple FDD and TDD bands, making operator and regional verification an important part of planning.
Modular integration
Designed as a compact modem card for compatible miniPCIe hosts or suitable USB-adapter based projects.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Upgrade an existing platform | The host is mechanically and electrically compatible. | Exact RouterBOARD model, slot type, firmware and antenna routing. |
| Primary LTE connection | The mobile network has adequate coverage and data capacity. | Operator bands, APN, SIM plan, signal level and antenna placement. |
| WAN failover | RouterOS routing and monitoring policies are configured correctly. | Failover logic, NAT, VPN behaviour and data-plan limits. |
| Vehicle or field deployment | The host enclosure, temperature range and power system are suitable. | Vibration, antenna type, power conditioning and local regulations. |
| Simple office LTE router | Usually better served by a complete LTE router. | Whether a finished gateway would reduce installation complexity. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product code | R11e-LTE7 |
| Product type | miniPCIe LTE modem card |
| LTE category | Category 7, up to 300 Mbps download and 100 Mbps upload |
| 3G category | Release 8, up to 42.2 Mbps download and 5.76 Mbps upload |
| LTE FDD bands | 1, 3, 5, 7, 8, 20, 28 and 32 |
| LTE TDD bands | 38, 40 and 41 |
| 3G bands | 1, 3, 5 and 8 |
| MIMO | 2×2 downlink and 1×1 uplink |
| Maximum power consumption | 5 W |
| Tested ambient temperature | -10°C to 55°C |
| Ingress protection | IP00; the module requires a suitable host enclosure |
| Certifications | CE and RoHS |
| Compatibility guidance | RouterOS v7 compatible host recommended; exact host, slot and antenna compatibility must be confirmed. |
Compatibility, antennas and deployment dependencies
The R11e-LTE7 is a component, not a complete LTE router. A successful deployment depends on the host board, the physical slot, USB or PCIe signalling implementation, supported RouterOS version, SIM interface, antenna connectors, antenna gain, cable losses, enclosure and power budget. A miniPCIe slot does not automatically guarantee modem support because some slots are intended for storage or wireless cards with different electrical wiring. Buyers should therefore provide the exact host model and hardware revision before purchasing.
Antenna design is equally important. LTE performance may be poor when antennas are incorrectly polarised, too close together, installed inside metal cabinets or connected through long lossy cables. The module uses 2×2 downlink MIMO, so the host should provide an appropriate dual-antenna arrangement for the intended bands. External antennas, pigtails and adapters must be selected by connector type and frequency coverage. FourTeck can help identify the questions that need to be resolved, but final radio performance remains dependent on the site and operator network.
For projects using an adapter to convert the module for USB operation, confirm that the adapter provides the required power, SIM interface and supported data path. Drivers and modem-recognition behaviour can vary by host operating system. In a MikroTik environment, RouterOS v7 is the relevant platform for current deployment planning. Firmware should be reviewed before rollout, and production changes should be tested on one unit before a larger quantity is deployed.
A practical purchase and deployment journey
Define the role
Decide whether LTE will be primary connectivity, failover, out-of-band access, telemetry transport or a temporary project link.
Verify the host
Confirm the exact RouterBOARD or third-party platform, slot wiring, power, enclosure, RouterOS release and SIM arrangement.
Review the radio plan
Check operator bands, coverage, data plan, APN, antenna model, cable path and installation position.
Build the quotation
Include the modem, required pigtails, antennas, adapters, host device, enclosure and configuration services where needed.
Test before rollout
Validate recognition, signal, carrier aggregation, failover, VPN behaviour and thermal operation in the intended environment.
Carrier aggregation and real-world throughput
The R11e-LTE7 supports LTE Category 7 and carrier aggregation, which can improve available throughput by using compatible combinations of radio carriers. The headline 300 Mbps downlink and 100 Mbps uplink figures are theoretical maximums, not guaranteed service rates. A deployed modem may connect at a much lower speed because of distance from the cell site, indoor attenuation, interference, network congestion, operator scheduling, signal-to-noise ratio, band availability, backhaul capacity and data-plan controls.
For a business buyer, the important evaluation method is therefore not only the category number. The project should measure signal indicators at the installation point, compare antenna options and test the preferred operator during the hours when the link will be used. A high-gain directional antenna may help in some rural or edge-of-coverage locations, while a well-positioned omnidirectional MIMO antenna may be more appropriate for mobile or urban use. Antenna choice should follow the site conditions rather than a generic assumption.
Carrier aggregation also depends on the combinations enabled by the operator and available in the local cell. The modem may support relevant bands but still operate on a single carrier where the network does not present a compatible combination. FourTeck can assist with equipment selection and deployment planning, while the mobile operator remains responsible for coverage, spectrum use and service-plan performance.
RouterOS integration and operational control
Within a compatible MikroTik system, the LTE interface can become part of a broader RouterOS design. Administrators may use it as a default route, a backup route with health checks, a source for policy-based routing or a transport path for selected services. It can also support remote sites that need VPN connectivity back to a central office, subject to the mobile operator’s addressing model and firewall policies.
Mobile connections frequently use carrier-grade NAT, which can limit unsolicited inbound access. Businesses planning remote administration should consider outbound VPN tunnels, secure management platforms or an operator plan that provides the required addressing. Failover must be tested carefully because a modem can remain registered even when upstream internet access is impaired. Effective monitoring should verify reachability beyond the local LTE gateway rather than simply checking whether the interface is running.
Configuration should include APN details, SIM PIN handling where applicable, DNS behaviour, route distance, firewall treatment, NAT, VPN reconnect logic and usage monitoring. Data caps and roaming controls may also matter. FourTeck can discuss configuration and support services as a separate scope when the buyer needs assistance beyond hardware supply.
Environmental and installation planning
The modem is specified with an operating range tested from -10°C to 55°C and carries an IP00 rating, which means it has no stand-alone protection against dust or water. It must be installed inside an appropriate host enclosure. In Dubai and other hot-climate environments, the internal temperature of a sealed cabinet or vehicle can exceed the outside air temperature. Integrators should therefore review heat dissipation, ventilation, sun exposure, cable routing and the thermal behaviour of the complete system rather than relying on ambient temperature alone.
Power quality matters in vehicle, industrial and solar-powered projects. The host must provide stable power and account for the modem’s maximum consumption as well as peaks from the rest of the platform. Poor grounding, voltage drops and electrical noise can create intermittent resets that resemble network faults. Outdoor installations should also include suitable surge protection and weatherproof antenna feed-throughs where required.
Because the module and antenna connectors are small, installation should be performed carefully by trained personnel. U.FL-style connectors can be damaged by incorrect alignment or repeated reconnection. The modem should be secured mechanically, antenna leads should not be sharply bent and the enclosure should avoid pressure on the card. A controlled test and documented installation method are particularly valuable for multi-site rollouts.
Ideal business environments and use cases
Branch connectivity backup
Use LTE as a secondary WAN path for offices, retail sites, clinics or service locations where continuity is important and the mobile signal is adequate.
Remote monitoring
Provide data transport for telemetry gateways, environmental sensors, security systems or remote equipment where fixed access is difficult.
Vehicle networking
Integrate the modem into a suitable rugged host for fleet, service, logistics or mobile-office applications, subject to power and antenna planning.
Temporary sites
Support construction offices, events, pop-up facilities and project teams that require connectivity before a fixed circuit is available.
Rural or edge locations
Pair the modem with an appropriate outdoor host and antenna where cellular coverage exists but indoor reception is weak.
System integration projects
Embed cellular connectivity into purpose-built networking appliances where the designer controls the enclosure, power, antenna and software environment.
Buyer questions to resolve before ordering
Provide model and hardware revision, not only the product family.
A physically matching slot may not provide the required electrical interface.
Confirm local coverage, APN, SIM type and the required subscription.
Check MIMO support, connector type, gain, frequency coverage and cable length.
The routing, monitoring and data-plan requirements differ significantly.
Include this scope in the quotation rather than assuming it is part of hardware supply.
Procurement checklist
✓ Exact modem model: R11e-LTE7
✓ Required quantity and rollout phases
✓ Host device model and hardware revision
✓ RouterOS version and upgrade plan
✓ miniPCIe slot and USB signalling support
✓ SIM type, operator and APN details
✓ LTE bands used at the deployment site
✓ Antenna model, MIMO layout and connectors
✓ Pigtails, adapters and mounting hardware
✓ Enclosure temperature and protection level
✓ Primary, backup or out-of-band role
✓ Configuration, testing and documentation scope
✓ Delivery destination and required timeline
✓ Warranty and return guidance in the quotation
How FourTeck can assist
FourTeck can help business buyers turn a model request into a more complete bill of materials. For the R11e-LTE7, this may involve checking the intended host, identifying whether antennas or pigtails are required, reviewing the role of the LTE link and clarifying whether configuration or installation support should be included. This process reduces the risk of ordering a modem that physically fits but does not operate correctly in the planned system.
Quotation support can also include quantity, destination, project schedule and regional coordination. Availability can vary according to vendor lead time, required volume and the timing of the request. FourTeck does not treat theoretical LTE performance as a guaranteed site result. Instead, buyers are encouraged to test the solution in the actual environment and include operator and antenna validation in the deployment plan.
For company information, visit About FourTeck, or use the business technology contact page to share the requirement.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik R11e-LTE7. Availability may depend on quantity, vendor lead time and the timing of the project. Delivery and project coordination can be discussed after the exact host device, accessories and service scope are confirmed. Buyers in Dubai should include the intended deployment environment and mobile operator so the quotation can address compatibility rather than listing the modem alone.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation preparation and delivery planning from one combined project brief. Installation and configuration are variable services and should be specifically requested when needed. Site access, antenna mounting, cabling, power work and mobile-service activation may require separate planning. No fixed delivery or installation date should be assumed until product availability and project scope have been confirmed.
GCC Availability
FourTeck can assist organisations planning MikroTik R11e-LTE7 deployments across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Regional support can cover requirement review, host-device confirmation, modem and accessory selection, quotation coordination, delivery planning and discussion of configuration or installation scope. Product availability, mobile operator bands, licensing arrangements, delivery schedules and service access can vary by country and project. Buyers should provide the destination country, exact host model, required quantity, preferred mobile operator, antenna requirement and target deployment period. This information allows the quotation to reflect the actual solution rather than only the modem card. FourTeck can also help coordinate multi-location requirements, but customs procedures, local approvals, network performance and fixed service dates are not assumed or guaranteed. For Kuwait-related technology enquiries, buyers may also review FourTeck Kuwait resources.
Africa Availability
Organisations planning cellular connectivity projects in Africa can contact FourTeck for product evaluation, accessory planning, quotation support and regional procurement coordination. The R11e-LTE7 may be relevant to remote offices, field operations, transport, telemetry and resilient WAN projects where the selected operator uses compatible bands and the host platform is suitable. Availability and fulfilment depend on the destination, quantity, vendor lead time, shipping arrangements, local power conditions and the planned installation scope. Buyers should share the country, deployment site type, exact RouterBOARD or integration host, mobile operator, antenna arrangement and required schedule. FourTeck can then help identify the required bill of materials and the questions that need technical confirmation. For regional enquiries, see FourTeck Africa, Kenya technology support or Uganda technology support. Local inventory, customs outcomes and onsite coverage must be confirmed for each project.
Related options and supporting services
Complete MikroTik LTE routers
Consider a finished router when the project needs enclosure, Ethernet ports, Wi-Fi and power supply in one device.
Outdoor LTE CPE
For weak-signal locations, an outdoor integrated device may reduce antenna-cable loss and simplify weatherproof deployment.
LTE antennas and pigtails
Connector type, frequency coverage, MIMO layout, gain and cable length must match the host and site.
RouterOS configuration
Failover, routing, firewall, VPN and monitoring can be scoped as professional services when required.
Site connectivity assessment
Testing multiple operators and antenna positions can provide better evidence than relying only on coverage maps.
Frequently asked questions
Is the R11e-LTE7 a complete router?
No. It is a miniPCIe LTE modem module that requires a compatible host, SIM interface, antennas, enclosure and power source.
What speeds does it support?
It supports LTE Category 7 rates up to 300 Mbps downlink and 100 Mbps uplink. Actual throughput is network and site dependent.
Will it work in any miniPCIe slot?
No. The host must support the required modem signalling, power, SIM and antenna arrangement. Exact compatibility should be checked.
Does it support RouterOS v7?
Yes, it is positioned for compatible RouterOS v7 devices. The exact RouterBOARD model and installed release should still be confirmed.
Which LTE bands are supported?
FDD bands 1, 3, 5, 7, 8, 20, 28 and 32, plus TDD bands 38, 40 and 41 are listed for the model.
Does it include antennas?
The module should be treated as a modem component. Required antennas, pigtails and adapters depend on the host and should be confirmed in the quotation.
Can it be used for internet failover?
Yes, in a compatible RouterOS system it can support a backup WAN design. Routing, monitoring, NAT and VPN behaviour must be configured and tested.
Is outdoor installation supported?
The modem itself is IP00 and requires a suitable protected host enclosure. Outdoor suitability depends on the complete system, not the card alone.
How do I request a quotation?
Provide the host model, quantity, deployment country, operator, antenna requirement and whether configuration or installation assistance is needed.
How is warranty handled?
Warranty terms and return procedures should be confirmed in the FourTeck quotation for the destination and order.
Confirm the right modem, host and accessories
Send FourTeck the exact RouterBOARD or integration platform, required quantity, operator, installation environment and expected role of the LTE connection. The team can coordinate compatibility review, current UAE availability and a project-specific quotation.
