MikroTik wAP LR8G Kit in Dubai, UAE
Build a practical LoRa gateway layer for sensors, meters and low-bandwidth field devices with a compact RouterOS platform that supports Ethernet, 2.4 GHz Wi-Fi, GPS and flexible power input. FourTeck can assist with model confirmation, gateway placement, antenna planning, network-server configuration and quotation coordination.
Planning a LoRa rollout?
Share the sensor type, site map, expected coverage, gateway quantity, mounting height, power source and preferred LoRaWAN server.
Direct answer for buyers
The MikroTik wAP LR8G Kit is an outdoor-capable 868 MHz LoRa gateway used to receive messages from compatible long-range, low-power IoT devices and forward them to a chosen network server. It is worth considering when a business needs sensor coverage across a warehouse, farm, campus, utility site or distributed facility without using Wi-Fi or cellular data for every endpoint. Before proceeding, confirm that 868 MHz operation and power levels are appropriate for the destination, that the sensor devices and network server use compatible LoRaWAN parameters, and that the planned antenna, mounting height, backhaul link and power arrangement suit the site.
What the wAP LR8G Kit does
The gateway forms the receiving and forwarding layer between LoRa end devices and a LoRaWAN network server. Sensors transmit small messages over the 868 MHz radio band; the gateway listens for those messages and passes packet data through its IP backhaul. The backhaul may use the single Ethernet interface or the integrated 2.4 GHz wireless interface, depending on site design. RouterOS provides the management environment, while the installed LR8G MiniPCIe card handles the LoRa radio function.
This architecture is useful when endpoints need long battery life and only send modest amounts of information, such as temperature, humidity, tank level, door status, meter readings, asset condition or alarm events. It is not intended to replace broadband Wi-Fi, video networking or high-throughput telemetry.
Who should consider it
The product may fit system integrators, IoT solution developers, industrial operators, property managers, agricultural projects, educational campuses, logistics facilities and utilities that already understand their sensor platform or are carrying out a pilot. It also suits technical teams that prefer a configurable RouterOS device rather than a closed gateway appliance.
It is less suitable where the project requires an integrated LTE backhaul while retaining the LoRa card, where only 915 MHz operation is permitted, or where environmental exposure exceeds the protection offered by an IP54 enclosure. In those cases, another gateway model, additional weather protection or a different backhaul design should be evaluated.
Business challenges this gateway can help address
Sparse sensor locations
LoRa technology can support low-data devices placed farther apart than a typical indoor Wi-Fi design, subject to terrain, buildings, antenna choice and permitted radio settings.
Battery-powered endpoints
Many LoRaWAN sensors are designed for infrequent, compact transmissions, reducing the need to maintain a conventional IP connection at every endpoint.
Outdoor gateway placement
The IP54 wAP enclosure supports protected outdoor installation when mounted correctly, grounded appropriately and kept within the documented environmental limits.
Flexible site power
DC jack, passive PoE and automotive power inputs give integrators several ways to energise the gateway, provided the voltage and cabling are engineered correctly.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| 868 MHz LoRa coverage | The destination regulations and sensor profiles support the relevant 863–870 MHz operating range. | Permitted channels, duty cycle, output power and network-server region plan. |
| Outdoor mounting | IP54 protection is adequate and the unit can be installed with cable openings facing down. | Shade, heat, dust exposure, grounding, mast or wall hardware and cable route. |
| Ethernet backhaul | A 10/100 Ethernet link provides sufficient capacity and reach to the network. | Switch port, VLAN, IP addressing, firewall rules and passive PoE compatibility. |
| Wi-Fi backhaul | A stable 2.4 GHz 802.11b/g/n network reaches the installation point. | Signal quality, interference, authentication method and security policy. |
| Vehicle or mobile asset use | The automotive power input and mounting arrangement match the application. | Voltage stability, vibration, enclosure protection, GPS antenna and backhaul availability. |
Verified technical information
The following information reflects the exact MikroTik product code and should still be reviewed against the latest manufacturer documentation and the intended regional deployment.
| Brand | MikroTik |
|---|---|
| Product name | wAP LR8G Kit |
| Product code | RBwAPR-2nD&R11e-LR8G |
| Product type | Outdoor-capable 868 MHz LoRa gateway with integrated IP networking |
| Architecture and CPU | MIPSBE, QCA9531 single-core CPU, nominal 650 MHz |
| Memory and storage | 64 MB RAM, 16 MB flash storage |
| Operating system | RouterOS v7 with RouterOS licence level 4 |
| LoRa module | R11e-LR8G MiniPCIe card for 863–870 MHz operation; regulatory settings are region dependent |
| GPS | Built-in GPS capability with uUFL GPS RF connector; external antenna planning may be required |
| Wireless LAN | 2.4 GHz Wi-Fi 4, 802.11b/g/n, dual-chain, up to 300 Mbit/s theoretical radio rate, 2 dBi antenna gain |
| Ethernet | One 10/100 Ethernet port |
| Power inputs | DC jack, passive PoE input and automotive connector |
| Input voltage guidance | Product page lists 9–30 V for DC jack and passive PoE, and 12–30 V automotive input; installation documentation should be checked for the exact hardware revision |
| Cooling | Passive |
| Environmental rating | IP54; tested ambient temperature listed as -40°C to 60°C |
| Included items | 24 V 0.8 A power adapter, PoE injector, automotive adapter cable, fastening set, desktop stand, ceiling bracket and metal ring, subject to current package revision |
| Important modem note | No LTE modem is built in. The SIM slot can only be used after removing the LoRa card and fitting a compatible modem, so LoRa and LTE cannot be assumed to operate together in this configuration. |
Frequency, antenna and compatibility dependencies
LoRa projects are not selected by gateway hardware alone. The radio plan must match the sensors, network server and rules of the country where the system will operate. The LR8G module is designed around the 863–870 MHz range. A buyer should not assume that a sensor purchased for a different regional plan will communicate correctly, even when the product packaging uses the general LoRaWAN name. Channel plans, permitted output power, duty-cycle behaviour and antenna characteristics must be aligned.
The gateway includes SMA connections associated with the LoRa and GPS functions, but the final antenna arrangement depends on distance, obstructions, mounting height, cable loss and project objectives. MikroTik documentation recommends an external LoRa antenna for many deployments. Antenna selection must therefore be part of the bill of materials rather than treated as an afterthought. An external GPS antenna may also be necessary where the installation needs reliable satellite reception or the unit is mounted where the sky view is restricted.
Network-server compatibility is equally important. The gateway can be configured for server communication using RouterOS IoT functions, but the buyer must know the server address, protocol, ports, gateway registration details and security expectations. Public-community infrastructure, privately hosted platforms and enterprise LoRaWAN services may use different onboarding processes. FourTeck can help organise the required inputs, but ownership of server accounts, application integrations, sensor credentials and data governance should be agreed before deployment.
A practical purchase and deployment journey
Define the sensor estate
List endpoint types, quantities, message intervals, expected battery life and the required operational outcome.
Survey the location
Review building materials, terrain, mounting height, interference, cable routes, power sources and backhaul availability.
Confirm regional settings
Validate frequency plan, antenna choice, permitted radio parameters and the sensor profiles used in the destination country.
Prepare server onboarding
Create the gateway record, obtain server details, agree firewall rules and identify application integration ownership.
Pilot and measure
Install the gateway, update RouterOS, apply secure administration settings and test representative endpoints in real locations.
Long-range sensor reception depends on site engineering
The primary reason to evaluate the wAP LR8G Kit is its ability to serve as the LoRa gateway for geographically dispersed, low-power devices. Yet range is not a fixed product number that can be promised from a catalogue. Radio propagation changes with antenna height, antenna gain, feeder loss, walls, metal structures, vegetation, terrain and the spreading factor selected by each endpoint. A gateway mounted high with a clear path may hear devices over a much wider area than the same unit installed inside a reinforced service room.
For a warehouse project, the design should consider racking, moving vehicles, chilled areas and metal partitions. For a farm, the review should consider elevation, trees, irrigation infrastructure, weather exposure and access to power. For a campus, several buildings may create shadow areas that require additional gateways rather than a single high-power device. A useful pilot therefore tests sensors at the difficult edges of the site, not only near the gateway.
The LR8G card supports LoRa Class A and Class C devices, but endpoint behaviour still depends on the device firmware and network design. Class A typically prioritises low power with downlink windows after an uplink, while Class C listens more often and may use more energy. Buyers should select sensors according to application needs rather than assuming every endpoint offers the same response characteristics. FourTeck can help translate the coverage objective into a gateway and antenna discussion, while final radio validation should be based on a site survey and measured test results.
RouterOS management and network integration
RouterOS v7 gives the gateway a familiar MikroTik management environment. Administrators can use WinBox, WebFig or supported management methods to configure IP addressing, Wi-Fi, routing, firewall policy, time settings, system updates and the LoRa server definition. This flexibility is valuable for teams that already operate MikroTik networks, because the gateway can be incorporated into established administrative practices rather than treated as an isolated black box.
That flexibility also creates responsibility. The default installation should not be left unchanged in a production environment. Administrators should update RouterOS, set strong credentials, restrict management access, disable unused services, define permitted source networks, protect outbound communication and document the configuration. Internet exposure should be avoided unless there is a controlled, justified architecture. A management VLAN, site-to-site VPN or private administrative path may be appropriate, but the correct design depends on the organisation’s security policy.
The single Fast Ethernet port is adequate for LoRa packet forwarding and normal management because LoRa sensor traffic is generally small. It should not be judged like a modern high-throughput access point. The 2.4 GHz Wi-Fi interface can provide a backhaul alternative or field configuration route, but crowded radio environments can reduce reliability. For fixed sites, a wired backhaul is usually easier to monitor and troubleshoot when cabling is practical. Where Wi-Fi is required, signal quality and roaming behaviour should be tested at the final mounting position.
Power and mounting flexibility for field installations
The wAP LR8G Kit supports several power methods: passive PoE through Ethernet, a direct DC jack and an automotive connector. This is useful when an integrator must place the gateway at a mast, wall, ceiling or vehicle location. Passive PoE can carry power and data over one cable, reducing visible cabling, while the direct and automotive inputs support other infrastructure designs.
Passive PoE must not be confused with automatic 802.3af or 802.3at negotiation. The power source, polarity, voltage, cable quality and distance must be checked. Connecting incompatible power equipment can damage devices. Where the official product page and a current hardware guide show slightly different maximum consumption or voltage figures, the installer should follow the document matching the supplied hardware revision and allow suitable power margin.
For outdoor use, the IP54 rating offers protection against limited dust ingress and splashing water, but it does not make the unit submersible or suitable for every exposed location. Cable openings should face down, the bottom cover must be secured and shielded outdoor cable with appropriate grounding should be considered. Dubai summer heat, direct sunlight and enclosed metal cabinets can raise operating temperature beyond ambient conditions. Shade, ventilation and installation position should therefore be reviewed even when the listed ambient range appears sufficient.
The included mounting components support several placement methods, but the final structure must safely handle wind, vibration and maintenance access. The gateway should not be mounted where water can collect around the cable entry or where future antenna work becomes dangerous. A professional installation plan protects both radio performance and serviceability.
Ideal business environments and use cases
Facilities and property monitoring
Connect compatible sensors for plant-room temperature, leak detection, door status, tank level or environmental conditions across a property portfolio. The application platform, alert workflow and sensor maintenance plan remain separate design decisions.
Agriculture and irrigation
Collect readings from soil, climate, water or equipment sensors across open land. Coverage testing is essential because terrain, crops, trees and antenna height can materially affect reception.
Warehouse and logistics sites
Support low-volume telemetry such as environmental monitoring, asset-zone events or utility readings. Metal racking and vehicle movement may create variable signal paths that should be measured during the pilot.
Utility and metering projects
Provide a gateway for compatible meters and monitoring endpoints where small periodic messages are required. Meter certification, billing integration and data retention are outside the gateway and must be validated independently.
Campus proof of concept
Create a manageable pilot environment for developers and operations teams testing LoRaWAN applications. RouterOS access helps technical users inspect networking while they validate sensors and server integration.
Vehicle or mobile installations
Use the automotive input where the electrical design is appropriate. Confirm vibration, antenna placement, GPS reception and the IP backhaul method before treating the gateway as a mobile solution.
Integration and operational considerations
A LoRa gateway is only one component in an IoT service chain. End devices need valid identifiers and security keys. The network server must receive gateway traffic, process joins and route application payloads. An application platform then stores, displays or acts on the data. Business owners need to decide who administers each layer, how credentials are protected, how failed sensors are detected and how firmware or battery maintenance is scheduled.
Firewall rules should permit only the traffic required for the chosen server architecture. DNS, time synchronisation and software-update access may also be needed. If the gateway uses private addressing behind another router, outbound communication is normally simpler than direct inbound exposure. Logs should be retained at a useful level without overwhelming the limited local storage. Where central monitoring is required, use a documented method compatible with the organisation’s network policy.
Operational teams should record the gateway ID, device serial information, RouterOS version, physical location, mounting height, antenna type, cable length, power source, switch port and server account. This information shortens troubleshooting time and helps future expansion. Backup and restore procedures should be tested carefully, especially when configuration includes server addresses or credentials.
Questions to resolve before requesting a quotation
Which regional channel plan is required?
Confirm the destination country, permitted LoRa frequencies and the regional profile used by the sensors and network server.
How many gateways are likely to be needed?
Site size alone is not enough. Provide building drawings, terrain details, endpoint locations and expected mounting points.
What backhaul will carry gateway traffic?
Choose wired Ethernet or 2.4 GHz Wi-Fi and confirm addressing, VLAN, firewall, internet and management requirements.
Which antenna arrangement is suitable?
Clarify desired coverage, cable loss, mounting height, connector type, lightning protection and GPS requirements.
Who owns the LoRaWAN server?
Identify whether the platform is public, hosted, private or supplied by another project partner, and obtain onboarding details.
What installation help is required?
Separate supply-only pricing from site survey, mounting, cabling, configuration, testing, documentation and handover scope.
Procurement checklist
- Confirm exact product code RBwAPR-2nD&R11e-LR8G.
- State the required gateway quantity and destination.
- Confirm the 868 MHz regional profile and regulatory settings.
- List sensor makes, models and LoRaWAN classes.
- Provide site dimensions, drawings and proposed mounting points.
- Choose external LoRa antenna and cable requirements.
- Confirm whether a GPS antenna is required.
- Specify Ethernet or Wi-Fi backhaul.
- Validate passive PoE or alternative power input.
- Provide network-server protocol and registration details.
- Define RouterOS hardening and update responsibility.
- Include survey, installation and configuration scope where needed.
- Request current warranty guidance for the supplied region.
- Confirm delivery coordination and vendor lead time.
How FourTeck can support the buying process
FourTeck can help turn a broad IoT objective into a clearer product request. Assistance may include confirming the exact MikroTik model, discussing the 868 MHz use case, identifying antenna and mounting questions, reviewing power and backhaul options, coordinating a bill of materials and separating supply from installation or configuration services. This reduces the risk of receiving a gateway without the accessories, server information or site preparation needed to use it.
For technical quotations, share the sensor platform, destination, quantity, coverage area, network-server preference and required project services. FourTeck can then coordinate current availability and pricing guidance. Where the design includes other network components, visit the FourTeck product catalogue or discuss broader technology implementation services. Product supply, onsite work and platform integration should be itemised so each responsibility is clear.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik wAP LR8G Kit. Availability may depend on the exact product revision, quantity, regional radio version and vendor lead time. Delivery and project coordination can be discussed after the bill of materials is confirmed. Installation and configuration should be included in the quotation when the project requires mounting, cabling, antenna work, RouterOS setup, LoRaWAN server registration or testing.
For projects across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can review the requirement as one coordinated UAE request rather than treating every location as a separate product decision. Multi-site buyers should provide a site list, gateway count, preferred delivery sequence, installation conditions and network ownership details. Environmental conditions can vary considerably between indoor warehouses, exposed rooftops, farms and vehicle installations, so each location may need a different antenna, mount or protection approach. Use the FourTeck UAE contact page to submit the project outline.
GCC Availability
FourTeck can assist organisations planning MikroTik LoRa gateway requirements across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The first step is to confirm that the LR8G frequency plan is appropriate for the destination and that the sensor devices, antenna system and LoRaWAN server are configured for the same regional parameters. Quotation coordination may include gateway hardware, suitable antennas, mounting components, power accessories, delivery planning and an agreed configuration or installation scope. Product availability, licensing, delivery schedules, service visits and vendor lead times can vary by country, model, quantity and project requirement. Buyers should share the destination country, exact product code, required quantity, deployment location, server platform and expected timeline. For Kuwait-related coordination, the FourTeck Kuwait resource may also help direct the enquiry.
Africa Availability
FourTeck can support organisations evaluating the wAP LR8G Kit for selected projects in Africa, including requirements in East Africa and other regions where the 868 MHz model is suitable under local rules. The evaluation should include sensor compatibility, antenna choice, network-server hosting, power input, outdoor protection, shipping arrangements and the availability of local installation resources. Fulfilment can depend on the destination, gateway quantity, radio regulations, power and connector requirements, vendor lead time and the requested configuration or support scope. Buyers should provide the destination country, site type, exact quantity, preferred deployment schedule and any installation or training expectations. Regional enquiries can also be directed through FourTeck Africa, FourTeck Kenya or FourTeck Uganda. No local inventory, customs outcome or fixed delivery date should be assumed until the complete request is reviewed.
Related products and services to evaluate
868 MHz LoRa antenna
An external antenna may be necessary for the planned coverage. Confirm gain, mounting, connector, cable loss and regulatory limits.
MikroTik KNOT LR8G Kit
Consider for projects that need a different IoT gateway platform or interface mix. It should not be treated as a drop-in equivalent without reviewing specifications.
LtAP LR8G LTE6 Kit
A possible alternative where integrated cellular backhaul and LoRa are required together. Confirm modem bands, regional certification and antenna requirements.
LoRaWAN server configuration
Gateway registration, server addressing, firewall policy and application routing can be included as a defined technical service.
Site survey and pilot testing
A measured pilot helps identify shadow areas, antenna changes and gateway quantity before a wider sensor rollout.
Why businesses contact FourTeck
IoT purchasing often fails when the gateway is ordered before the sensor region, antenna, server, mounting and backhaul are confirmed. FourTeck focuses on requirement clarification and quotation coordination rather than presenting the hardware as a complete solution by itself. Buyers can request help with exact model selection, bill-of-material guidance, compatibility questions, configuration scope, installation planning and regional delivery coordination.
This approach is particularly useful for procurement teams that need a technically meaningful quotation. Instead of requesting “one LoRa gateway,” the organisation can document the exact product code, antenna, power method, server platform, location and services. The result is easier to compare and approve internally. Learn more about FourTeck technology assistance or submit a detailed enquiry through the business technology contact page.
Frequently asked questions
Is the MikroTik wAP LR8G Kit a LoRaWAN gateway?
Yes. It uses the installed R11e-LR8G card to receive compatible 868 MHz LoRa transmissions and forward packet data to a configured network server. The server and application platform are separate components.
Can it use LTE and LoRa at the same time?
No LTE modem is included. The SIM slot can only be used when the LoRa card is removed and replaced by a compatible modem, so the supplied configuration should not be described as simultaneous LTE and LoRa.
Does the kit include an external LoRa antenna?
The official included-parts list does not show a dedicated external LoRa antenna. Antenna requirements should be confirmed according to the coverage design, cable route and local radio regulations.
Is it suitable for outdoor use in Dubai?
The enclosure is rated IP54 and supports outdoor mounting when installed correctly. Direct sun, heat accumulation, dust, water path, grounding and cable entry still need a site-specific review.
Which power methods are supported?
The gateway supports a DC jack, passive PoE input and automotive power input. Confirm the correct voltage, polarity, cable length and power source before connection.
Can it connect to The Things Stack?
MikroTik provides configuration guidance for The Things Stack and related server scenarios. The buyer still needs a valid account, gateway registration details, regional channel plan and network connectivity.
How far will the gateway reach?
There is no single guaranteed distance. Range depends on antenna height and gain, terrain, buildings, interference, endpoint power, spreading factor and regulatory limits. A site pilot is recommended.
Does RouterOS require a separate licence?
The product is listed with RouterOS licence level 4 and the operating system preinstalled. Confirm the supplied hardware revision and current software policy when ordering.
What information is needed for a quotation?
Provide the destination, quantity, sensor type, regional frequency plan, coverage area, network-server platform, antenna requirement, power method, backhaul choice and any installation or configuration services.
Confirm the gateway, antenna and deployment scope
Send FourTeck your site details, sensor platform and LoRaWAN server preference. The team can coordinate the exact MikroTik wAP LR8G Kit requirement, current UAE availability, accessories, configuration options and a commercial quotation without assuming unsupported stock or delivery commitments.
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