MikroTik wAP LTE Kit in Dubai, UAE
A compact LTE Category 4 access point for outdoor, mobile and space-constrained connectivity projects where a SIM-based internet connection needs to be shared over Wi-Fi or Ethernet.
Plan the right configuration
Share the installation address, mobile operator, quantity, power source and expected users so FourTeck can review product fit.
Direct answer for buyers
The MikroTik wAP LTE Kit is a small weather-resistant router and access point that uses a compatible SIM and cellular network to provide internet access over 2.4 GHz Wi-Fi or one 10/100 Ethernet port. The current wAPR-2nD&EC200A-EU revision is primarily suited to modest-bandwidth locations, backup links, remote devices, temporary workplaces and mobile installations. Buyers should confirm local LTE band support, signal conditions, operator settings, SIM format, data-plan terms, mounting position and whether a faster Ethernet, dual-band Wi-Fi, higher-gain antenna or 5G device is required. FourTeck can help evaluate these points before quotation.
What the wAP LTE Kit does
The unit combines three roles in one enclosure: a cellular modem for connecting to an LTE network, a RouterOS-based router for managing traffic, and a compact 2.4 GHz wireless access point for nearby users or devices. Its Ethernet port can also connect a wired endpoint, downstream switch or another network device. This makes the product useful where running a fixed broadband circuit is impractical, where connectivity is needed for a limited period, or where a cellular path is required for a specific operational function.
It is not intended to replace every office router. The single 10/100 Ethernet interface, Wi-Fi 4 radio and entry-level processing platform make it better suited to focused deployments than to dense, high-throughput enterprise WLAN environments. Its value lies in compact installation, flexible power and RouterOS control rather than maximum wireless capacity.
Who should consider it
The product may fit system integrators, facilities teams, retailers, transport operators, construction businesses, security contractors and small organisations that need manageable LTE connectivity at a defined point. Examples include a security cabin, outdoor payment terminal, telemetry location, mobile service vehicle, pop-up workspace, temporary project office, gatehouse or a small remote branch with modest user demand.
It is also relevant for technical buyers already familiar with MikroTik RouterOS and looking for consistent routing, firewall, VPN, monitoring and scripting tools across several sites. Organisations without RouterOS experience should include configuration and documentation in the project scope rather than treating the device as a completely unattended plug-and-play appliance.
Business challenges and practical responses
No fixed broadband at the location
A supported mobile network and active data SIM can provide the upstream connection. Coverage quality, congestion and operator policy remain external dependencies.
Device must be mounted outside
The IP54 enclosure supports protected outdoor placement. Correct orientation, cable entry, grounding practice and exposure conditions still need assessment.
Power availability is unusual
Passive PoE, a DC jack and an automotive input provide installation flexibility across buildings and vehicles within the stated 9–30 V range.
Central policy is required
RouterOS supports detailed routing, firewall, VPN, logging and management functions, but the exact policy must be designed and tested for the use case.
Capability band
Cellular access
LTE Cat 4 with stated downlink capability up to 150 Mbps and uplink capability up to 50 Mbps under suitable network conditions.
Local distribution
2.4 GHz 802.11b/g/n wireless with two chains, plus one Fast Ethernet port for a wired connection.
Power flexibility
Passive PoE-in, DC jack and automotive input support different deployment designs within the documented voltage range.
RouterOS control
RouterOS v7 and a Level 4 license provide a broad networking toolset. Configuration quality determines the practical result.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Outdoor LTE gateway | A compact IP54 unit can be positioned for better cellular reception. | Exposure, mounting, cable route and local LTE signal. |
| Small Wi-Fi coverage area | 2.4 GHz Wi-Fi 4 is adequate for a modest number of nearby clients. | Client count, interference and required application throughput. |
| Vehicle or mobile deployment | A 9–30 V automotive supply and LTE service match the vehicle design. | Electrical protection, mounting, antenna position and roaming policy. |
| Primary office internet | The office is small and bandwidth demand is limited. | Whether Gigabit Ethernet, dual-band Wi-Fi or higher LTE category is needed. |
| Backup connectivity | The design includes route monitoring and controlled failover. | How it will connect to the main firewall or router and who will test failback. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product | wAP LTE Kit, current 2024 revision |
| Product code | wAPR-2nD&EC200A-EU |
| Operating system and license | RouterOS v7, Level 4 license |
| Processor and memory | QCA9531 single-core 650 MHz, 64 MB RAM, 16 MB flash |
| LTE category | Category 4, stated maximum 150 Mbps downlink and 50 Mbps uplink; real performance depends on operator, signal and network load |
| LTE FDD bands | 1, 3, 5, 7, 8, 20 and 28 |
| LTE TDD bands | 38, 40 and 41n |
| Wi-Fi | 2.4 GHz 802.11b/g/n, two chains, maximum stated data rate 300 Mbit/s, 2 dBi antenna gain |
| Ethernet | One 10/100 Ethernet port |
| SIM and expansion | One Mini SIM slot on the modem and one miniPCI-e slot |
| Power | 9–30 V through DC jack, passive PoE-in or automotive input; maximum power consumption 7 W |
| Environmental rating | IP54; tested ambient temperature −40°C to 60°C |
| Included items | 24 V 0.8 A adapter, PoE injector, automotive cable, mounting and locking hardware, desktop stand, ceiling bracket and cable tie, subject to current package confirmation |
| Availability | Contact FourTeck to confirm current UAE revision, quantity and vendor lead time |
Compatibility and dependency notice
Cellular connectivity is never determined by the router alone. The SIM must be active, the operator must provide coverage at the specific installation point, the supported bands must align with the network being used, and the account may require a correct APN, authentication values or operator-specific settings. Network address translation by the mobile provider can also affect inbound VPNs, hosted services, CCTV access or remote-management designs. Buyers planning public IP addressing, port forwarding or site-to-site VPN connectivity should confirm operator policy before installation.
The current wAP LTE Kit differs from the discontinued RBwAPR-2nD&R11e-LTE revision. Purchase documents should state the required product code so that modem band support, RouterOS generation and included parts are not assumed from an older specification. FourTeck can help compare the quotation against the intended revision.
A practical purchase and deployment journey
Define the connection role
Decide whether the device will provide primary internet, backup connectivity, a dedicated machine connection, temporary access or a mobile link. The role determines how much resilience, monitoring and bandwidth are required.
Validate operator coverage and bands
Check mobile service at the exact mounting location, not only at street level. Identify the operator, expected LTE band, signal indicators and any APN or public-IP requirement.
Confirm physical installation
Select wall, pole, ceiling, desktop or vehicle placement. Review weather exposure, cable entry, passive PoE distance, voltage, access control and maintenance reach.
Design RouterOS configuration
Plan LAN addressing, DHCP, firewall policy, wireless security, VPN, traffic limits, DNS, monitoring and update management. A repeatable template is valuable for multi-site rollouts.
Test and document the service
Test signal, latency, throughput, reconnect behaviour, power recovery, VPN operation and remote access. Record credentials, SIM ownership, configuration backup and support contacts.
Flexible power and discreet installation
The three documented power inputs give designers more options than a conventional small router. Passive PoE can carry power along the Ethernet cable, reducing the need for a nearby electrical outlet. The DC jack suits indoor or cabinet use, while the automotive connector supports compatible mobile electrical systems. These options are useful, but they do not remove the need for proper voltage validation, surge protection and safe installation practice.
The enclosure can be mounted so cables pass through the rear, helping reduce exposed wiring. Locking and fastening accessories can make casual access more difficult. For outdoor projects, IP54 should be understood correctly: it provides protection against limited dust ingress and splashing water, but it is not an invitation to submerge the unit or ignore drainage, direct spray, severe weather and cable sealing.
RouterOS control for focused networks
RouterOS v7 gives the wAP LTE Kit capabilities beyond basic internet sharing. Depending on the design, administrators can use firewall rules, NAT, DHCP, VLANs, routing protocols, queues, VPN functions, logging, scripts and monitoring tools. This can make the device useful as part of a standardised MikroTik estate where administrators already maintain common templates and operational procedures.
The breadth of RouterOS should not be confused with unlimited hardware capacity. Complex filtering, encryption, heavy queueing or large client counts can reduce performance on an entry-level MIPSBE platform. A configuration should therefore be proportionate to the intended traffic. Projects requiring high VPN throughput, Gigabit routing or many wireless users should be compared with more capable MikroTik hardware.
LTE performance in real conditions
LTE Category 4 defines a modem capability, not a guaranteed site speed. The published maximum rates are reached only when the operator network, spectrum, signal quality and radio conditions support them. Actual performance can vary by time of day, tower loading, indoor attenuation, antenna orientation, plan restrictions and traffic management. Latency can also change as the mobile network shifts between cells or radio conditions.
A professional evaluation should record signal values and test the applications that matter, rather than relying only on a speed-test result. CCTV upload, cloud applications, VoIP, payment terminals and VPN sessions may have different sensitivity to packet loss, jitter and uplink capacity. Where the built-in LTE antennas are insufficient, an alternative device with higher-gain directional antennas may be preferable to attempting an improvised installation.
Suitable business environments
Temporary project offices
Provide a managed connection while a fixed circuit is pending, subject to mobile coverage and a suitable data plan.
Gatehouses and security posts
Connect a workstation, access-control terminal or limited surveillance equipment where cabling to the main building is difficult.
Retail kiosks and pop-up sites
Support payment, stock or communication devices after verifying operator policy, public-IP needs and data usage.
Vehicles and field operations
Use the automotive power option in a properly designed installation for service fleets, buses or mobile technical teams.
Remote monitoring points
Connect low-bandwidth telemetry, environmental sensors or control equipment with appropriate security and recovery logic.
Small branch backup
Add a secondary cellular path when the main router or firewall can monitor, route and test failover correctly.
Integration and operational considerations
A standalone wAP LTE Kit can serve a small group directly, but many business deployments place it behind or beside another router, switch or security appliance. In that architecture, decide which device will perform NAT, DHCP, firewall enforcement and VPN termination. Double NAT can be acceptable for simple browsing but can complicate inbound services and some VPN designs. Bridge mode, passthrough behaviour and operator addressing should be reviewed by the engineer responsible for the wider network.
For remote administration, avoid exposing management services broadly to the public internet. Use a controlled VPN, restricted management address, strong credentials and current RouterOS software. Back up the configuration before changes and document a recovery process. Mobile connections can change IP addresses or sit behind carrier-grade NAT, so a remote-management method must account for the operator environment.
Wi-Fi design also matters. The unit supports 2.4 GHz Wi-Fi 4, which offers broad device compatibility but operates in a busy spectrum band. Channel planning, transmit power, client distance and interference affect the user experience. It is not a direct substitute for a modern dual-band Wi-Fi 6 access point in a high-density office. Where Wi-Fi demand is substantial, the wAP LTE Kit can be used as an upstream LTE gateway while a separate access point handles local coverage.
Power recovery should be tested. After a loss of power or cellular service, the unit should reconnect and restore the required routes without manual intervention. Scripts or watchdog functions may help, but they need careful validation to avoid restart loops. Monitoring should distinguish between loss of the mobile network, exhausted data allowance, SIM failure, DNS issues and a local Ethernet or Wi-Fi problem.
Questions to resolve before ordering
Coverage maps are only a starting point; confirm service at the intended mounting location.
The device has one 10/100 port. Projects needing Gigabit connectivity should consider another model.
A few operational devices differ greatly from a busy office expecting high-capacity wireless access.
Confirm public-IP and carrier-grade NAT policy with the mobile provider before designing remote services.
State whether the device will use passive PoE, DC or automotive input and where cables will run.
Define initial setup, updates, backups, monitoring, incident response and future configuration changes.
Procurement checklist
How FourTeck can assist
FourTeck can help translate an operational requirement into a product and service scope. That may include confirming whether the wAP LTE Kit is appropriate, checking the requested product code, reviewing mobile band requirements, comparing nearby MikroTik LTE options, identifying power and mounting needs, and preparing a quotation around the required quantity. For projects that need configuration, the requested scope should state whether FourTeck is expected to create the RouterOS policy, configure Wi-Fi and LTE settings, integrate a VPN, connect the unit to an existing firewall, test failover or provide handover documentation.
Buyers can explore other business networking products, discuss installation and configuration services, or send the project details through the FourTeck contact team. A useful request includes the site type, intended users, mobile operator, expected traffic, mounting arrangement, preferred power source and any security or remote-management requirement.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the wAPR-2nD&EC200A-EU revision. Supply can depend on quantity, vendor lead time and the exact regional product requested. Delivery and project coordination can be discussed after the model, required units, destination and configuration scope are clear. Installation and RouterOS configuration should be included in the quotation where required, rather than assumed to be part of a hardware-only order.
For projects across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation and deployment planning from one consolidated specification. Site access, mounting conditions, mobile coverage and support expectations may differ across locations, so multi-site buyers should provide a simple schedule showing each destination, quantity, operator and intended use. Current warranty terms should be confirmed against the supplied item and sales documentation.
GCC Availability
FourTeck can assist organisations evaluating the MikroTik wAP LTE Kit for projects across the GCC, including requirements in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The first step is to confirm that the selected modem revision and supported bands suit the mobile operator in the destination country. FourTeck can also review quantities, mounting plans, power arrangements, RouterOS configuration, accessories and whether a different LTE or 5G model is more appropriate. Product availability, licensing, delivery schedules, service visits, project scope and vendor lead times can vary by country, quantity and requirement. Buyers should provide the destination country, product code, number of units, proposed mobile operator, deployment environment and target schedule. For Kuwait-related coordination, the FourTeck Kuwait resource may also support initial planning. Local stock, customs outcomes and fixed delivery or installation dates should not be assumed until they are confirmed in the quotation.
Africa Availability
Businesses planning LTE-connected sites in Africa can contact FourTeck for product evaluation, revision checks, configuration planning and regional procurement guidance. The wAP LTE Kit may be relevant to small remote locations, mobile operations, temporary sites and controlled telemetry applications, but suitability depends on operator bands, signal conditions, power design, local data plans and the required level of support. Availability and fulfilment can vary with the destination, quantity, modem region, shipping arrangements, vendor lead time and local project conditions. Buyers should share the destination country, exact requirement, quantity, preferred deployment schedule, intended mobile operator and any installation or support expectations. FourTeck’s Africa technology coordination, Kenya project resource and Uganda project resource can help start the discussion. Local inventory, immediate shipment, customs clearance and country-wide onsite coverage are not implied and must be confirmed for each engagement.
Related products and services to consider
MikroTik wAP ac LTE6 kit
A higher-capability option with dual-band wireless and LTE Category 6 for environments that need more local wireless and cellular performance. Compare exact current revision and bands.
MikroTik LHG LTE models
Directional outdoor products that may be more appropriate for weak-signal or longer-distance cellular sites where antenna gain is a priority.
External access point
Use a separate modern Wi-Fi access point when the LTE gateway location is ideal for cellular reception but not for user coverage.
RouterOS configuration service
Define addressing, firewall, Wi-Fi security, VPN, monitoring, backups and documentation for a controlled business deployment.
Why businesses contact FourTeck
Most problems in LTE projects occur because the product, operator, mounting point and application were evaluated separately. FourTeck helps bring those decisions together. The discussion can cover model verification, band compatibility, Ethernet and Wi-Fi requirements, power design, configuration ownership, accessories, integration with an existing firewall, installation planning and quotation coordination. This practical approach is especially useful when several locations need a repeatable bill of materials and a consistent RouterOS configuration.
FourTeck does not need to assume that one product fits every site. Where the wAP LTE Kit is too limited, a different MikroTik LTE or 5G device can be considered. Where it is more capable than the requirement demands, the scope can remain simple. Buyers can review the wider FourTeck network and security portfolio or learn more about FourTeck’s business technology approach.
Frequently asked questions
Is the MikroTik wAP LTE Kit suitable for outdoor use?
The current model has an IP54 enclosure and is designed for protected outdoor or indoor installation. Correct mounting, cable routing and exposure assessment remain important.
Which version should I request?
The current 2024 revision is product code wAPR-2nD&EC200A-EU. The older RBwAPR-2nD&R11e-LTE product is discontinued, so the quotation should identify the exact revision.
Does it support 5G?
No. It uses an LTE Category 4 modem. Buyers requiring 5G or substantially higher cellular capacity should compare other MikroTik products.
What SIM is required?
The modem uses a Mini SIM. The SIM must have an active data service, suitable operator coverage and any required APN settings.
Can it replace an office Wi-Fi router?
It may serve a small, modest-demand location, but its 2.4 GHz Wi-Fi 4 radio and single Fast Ethernet port are not designed for every office. Client count and throughput should be reviewed.
Is RouterOS included?
Yes. The current product includes RouterOS v7 with a Level 4 license. No separate RouterOS purchase is stated for normal use of the supplied unit.
Can FourTeck configure VPN and firewall rules?
Configuration assistance can be discussed as part of the quotation. The required VPN type, addressing, security policy and connection to existing systems must be defined first.
What speed should I expect?
The modem is rated up to 150 Mbps down and 50 Mbps up, but actual speed depends on mobile coverage, signal quality, operator capacity, plan limits and network congestion.
How do I confirm UAE availability?
Send FourTeck the exact product code, quantity, delivery destination and required schedule. Availability and lead time will be confirmed for the requested revision.
What information is needed for a quotation?
Provide quantity, site location, mobile operator, intended users or devices, mounting method, power source, configuration requirements and any installation or support expectations.
Confirm the right LTE gateway for your site
Send FourTeck your deployment details for model verification, UAE availability guidance, configuration planning and a business quotation.
