Outdoor LoRa antenna kit
MikroTik 868 Omni Antenna in Dubai, UAE
A practical 6.5 dBi omnidirectional antenna kit for 862–876 MHz LoRa deployments where a gateway must communicate with devices positioned around a building, yard, campus, utility site or industrial environment. FourTeck helps buyers confirm regional frequency fit, gateway compatibility, mounting requirements and the complete bill of materials before quotation.
Direct answer for buyers
The MikroTik 868 Omni Antenna is a 6.5 dBi outdoor antenna kit for LoRa systems using the 862–876 MHz band. It is mainly used to extend or improve gateway reception and transmission around a site where endpoints are spread in several directions. It should be considered by businesses deploying smart meters, environmental sensors, access-monitoring devices, asset-tracking nodes or other low-power wide-area equipment. Before proceeding, confirm the LoRa gateway model, operating frequency, SMA connector arrangement, mounting height, cable path, local regulatory requirements and whether the project needs installation assistance. Range should never be assumed from antenna gain alone because buildings, terrain, interference, cable loss and mounting position all affect practical performance.
What it does
This antenna connects to a compatible 868 MHz LoRa gateway and provides a vertically polarised omnidirectional radio pattern. The 360-degree horizontal beamwidth allows communication around the mounting point, while the 30-degree vertical beamwidth concentrates energy closer to the horizon. That pattern is often useful when a gateway is elevated and field devices are distributed across surrounding facilities, roads, yards or outdoor assets.
Who it suits
The product may suit system integrators, facility managers, utility operators, agricultural projects, logistics sites, campuses, ports, warehouses and smart-city teams that already use or plan to use LoRa gateways within the supported regional band. It is not a general Wi-Fi antenna and should not be selected for 2.4 GHz, 5 GHz or 915 MHz systems. Buyers should base the decision on the gateway frequency and connector rather than appearance alone.
Business challenges this antenna can help address
Scattered IoT endpoints
When sensors are positioned around a site rather than along one narrow direction, an omnidirectional pattern can be more appropriate than a directional antenna. The actual design still depends on gateway location, site geometry and expected endpoint density.
Exposed mounting locations
The IP66 rating supports outdoor use where the unit may be exposed to dust and powerful water jets. Correct sealing, drip loops, grounding, surge planning and secure cable routing remain part of a sound installation.
Gateway placement constraints
A separate antenna allows the radiating element to be mounted in a better location than the gateway enclosure itself. The supplied cable gives limited placement flexibility, so the mounting layout should be reviewed before procurement.
Procurement uncertainty
Regional LoRa bands differ. FourTeck can help buyers confirm that 868 MHz is appropriate for the destination, identify a compatible MikroTik gateway and include required installation or project-coordination items in the quotation.
Core capabilities at a glance
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| LoRa frequency | The gateway and endpoints operate within 862–876 MHz. | Country radio plan and exact gateway variant. |
| Coverage pattern | Devices are spread around the antenna position. | Whether a sector or directional pattern would serve the site better. |
| Outdoor installation | The antenna needs weather-resistant external placement. | Bracket, grounding, surge protection and cable-entry method. |
| Connector compatibility | The gateway can accept the supplied SMA cable arrangement. | Connector gender, adapter requirement and cable length. |
| Project expectations | The design has been assessed rather than based on a guaranteed distance. | Obstructions, mast height, interference, endpoint power and link budget. |
Verified product information
| Brand | MikroTik |
|---|---|
| Product name | 868 Omni antenna |
| Product code | 868_Omni_antenna |
| Product type | Outdoor omnidirectional antenna kit for LoRa |
| Frequency range | 862–876 MHz |
| Antenna gain | 6.5 dBi |
| Beamwidth | Horizontal 360 degrees; vertical 30 degrees |
| Connector | SMA female on antenna |
| Included cable | 1 metre SMA male to SMA male cable |
| Included mounting hardware | Mechanical fastening set |
| Mounting support | Wall or 25–50 mm mast |
| Ingress protection | IP66 |
| Weight | 0.6 kg |
| Power requirement | Passive antenna; no direct power input |
| Availability | Contact FourTeck for current UAE options and vendor lead time |
| Important note | Practical range is deployment dependent and must not be inferred from gain alone. |
Compatibility and regional-frequency notice
The 868 Omni Antenna is intended for the 862–876 MHz range. LoRa deployments use different regional frequency plans, and a product suitable for one market may be unsuitable for another. The antenna should therefore be matched with the correct gateway version and the legal operating band of the destination country. A 915 MHz gateway, a 2.4 GHz LoRa device or standard Wi-Fi equipment should not be paired with this antenna merely because the connector appears compatible.
Connector gender also needs attention. The antenna has an SMA female connector and the kit includes a one-metre SMA male-to-male cable. Buyers should confirm the gateway’s external antenna port, whether an adapter is needed and whether cable routing can be achieved without excessive bending, strain or unplanned extensions. Additional cable length can introduce loss, so it should be added only after a link-budget and installation review.
A sensible purchase and deployment journey
Confirm the radio plan
Identify the country of deployment, gateway model, gateway radio variant and planned LoRa network settings. This prevents procurement of an antenna tuned for the wrong band.
Review the site
Map endpoint positions, building materials, expected obstructions, antenna height, cable path and access for future maintenance. An elevated position with good clearance is generally more useful than a convenient but shielded position.
Define the bill of materials
Confirm antenna quantity, gateway quantity, mounting hardware, surge protection, grounding components, enclosure accessories, cable-entry materials and any installation service required.
Install and test
Mount the antenna securely, protect outdoor cable entries, verify connector torque and strain relief, then test representative endpoints at the intended operating locations. Measurements should guide any final adjustment.
Document the deployment
Record mounting location, antenna orientation, cable route, gateway configuration, endpoint test results and maintenance access. This makes future expansion and troubleshooting more efficient.
Why mounting height and position matter
An antenna is only one part of a radio link. In a LoRa deployment, the height and surroundings of the antenna can influence results as much as the gain figure. Mounting the unit behind metal cladding, near large HVAC equipment, under a roof overhang or beside dense reinforced concrete can restrict the radio path. A location with broader visibility to the service area usually supports more predictable communication, although local regulations, lightning exposure and building permissions must be considered.
The antenna’s 30-degree vertical beamwidth is also relevant. Omnidirectional does not mean the antenna radiates equally in every three-dimensional direction. It provides 360-degree coverage around the horizontal plane, but energy is concentrated within a narrower vertical region. If the antenna is mounted very high and endpoints are directly below it, or if the site has large height differences, the deployment should be modelled or tested rather than assumed. The best height is not always the maximum possible height; it is the position that provides suitable geometry, safe access and manageable cable routing.
FourTeck can assist buyers in translating a site plan into procurement questions. This may include deciding whether one centrally placed omni antenna is appropriate, whether multiple gateways are required, or whether a directional or sector approach would better serve a specific corridor or remote area. Such guidance does not replace an RF survey where the project is critical, but it helps avoid obvious mismatches before equipment is ordered.
Connector integrity, cable loss and outdoor protection
The antenna includes a one-metre SMA male-to-male cable. This short length is useful because radio-frequency cable introduces attenuation: the longer and poorer the cable, the more signal is lost before it reaches the antenna or gateway. Buyers should not automatically extend the cable to solve a mounting inconvenience. It is often better to reconsider the gateway enclosure location or use an approved low-loss cable after calculating the effect on the link budget.
Outdoor installations also require attention beyond the antenna’s IP66 rating. The complete assembly must be protected, including the connector joint, cable entry, gateway enclosure and any adapters. Water can migrate along a poorly routed cable, while repeated movement can loosen connectors or fatigue the cable. A drip loop, weatherproof sealing method, strain relief and secure fastening should be included in the installation plan. In exposed locations, lightning and surge protection may be necessary, and the final method should follow the building’s electrical and grounding requirements.
Marine and coastal environments introduce salt, humidity and wind. The product’s improved durability and ingress protection make it relevant to such settings, but maintenance cannot be ignored. Periodic inspection should check bracket tightness, corrosion, seal condition, cable movement and physical damage. A maintenance schedule is particularly important where access requires lifting equipment, roof permits or operational shutdowns.
Coverage expectations and realistic performance planning
LoRa is designed for low-power, low-data-rate communication over comparatively long distances, but no antenna can guarantee a fixed range. A clear rural path, an urban street canyon, a warehouse full of metal racking and a basement utility room are very different radio environments. Endpoint transmit power, spreading factor, bandwidth, coding rate, gateway sensitivity, interference and duty-cycle rules all influence communication.
The 6.5 dBi gain can support a stronger link budget than a small internal antenna, but the improvement may not be uniform in every direction or elevation. Higher gain generally shapes the radiation pattern rather than creating power. This is why placement should be tested with the actual endpoints and expected payload pattern. A device that sends a small message every hour may appear reliable in a short test but behave differently when weather, moving vehicles, seasonal foliage or interference changes.
For business-critical monitoring, buyers should define an acceptance method before deployment. That may include testing signal strength and signal-to-noise ratio at representative locations, confirming message delivery over a meaningful period, recording weak zones and establishing whether gateway redundancy is required. FourTeck can include configuration and testing support in the project discussion when the required scope is clear.
Suitable business environments and use cases
Facilities and smart buildings
A rooftop or external gateway antenna may serve meters, environmental sensors, leak detectors or equipment-monitoring nodes distributed across a property. Building materials and basement coverage should be assessed carefully.
Warehousing and logistics
Large yards and warehouses can use LoRa for asset status, door events, temperature monitoring or equipment telemetry. Metal containers and racking can create reflections and shadow zones, making test placement important.
Utilities and remote metering
The antenna may support compatible gateway links to water, energy or infrastructure sensors. Pole access, grounding, weather exposure and regulatory approval should be included in the project plan.
Agriculture and environmental monitoring
Fields, greenhouses and remote outdoor areas may benefit from an elevated omni pattern where sensors surround a central gateway. Terrain, vegetation, irrigation structures and solar-powered endpoint behaviour affect coverage.
Ports and coastal projects
IP66 construction is relevant where dust, rain or spray are concerns. Salt exposure, wind loading and maintenance access still require a site-specific installation method.
Campuses and municipal systems
A central gateway may collect low-bandwidth data from lighting, parking, environmental or maintenance devices. Network ownership, security, data platform integration and expansion plans should be defined early.
Operational and integration considerations
The antenna does not provide network management, data processing or application services on its own. It is a passive radio component within a wider LoRa architecture. A complete solution normally includes compatible endpoints, a gateway, a packet-forwarding or network-server layer, backhaul connectivity, application integration, security controls and operational monitoring. Buyers should define who is responsible for each layer.
Gateway backhaul can use Ethernet, cellular or another supported connection depending on the chosen hardware. That backhaul path needs suitable resilience and security. The LoRa network server may be hosted by the organisation, a service provider or a cloud platform. Device commissioning, key management, firmware procedures and data ownership must be planned separately from antenna selection.
Antenna gain should also be reflected correctly in gateway settings where required and in compliance calculations. Local limits may apply to effective radiated power. FourTeck can help identify the questions that should be raised with the technical owner or system integrator, but regulatory compliance remains dependent on the destination, configuration and complete radio system.
Buyer questions to resolve before quotation
Provide the exact model and regional variant so the radio band and connector can be checked.
Share roof, wall, pole, mast or cabinet details, approximate height and access restrictions.
A site plan helps determine whether one omnidirectional antenna is suitable or whether multiple gateways are needed.
Confirm whether the supplied one-metre cable reaches the gateway without extension, sharp bends or exposed joints.
Define whether the requirement is supply only or includes mounting, weather sealing, testing and documentation.
Current availability and lead time depend on quantity, destination and vendor supply conditions.
Procurement checklist
How FourTeck can support the purchase
FourTeck can help turn a product request into a clear procurement requirement. For the MikroTik 868 Omni Antenna, that means confirming whether the destination uses the appropriate LoRa frequency plan, checking the gateway model, reviewing connector details and identifying any accessory or mounting questions that should be resolved before ordering. This is particularly useful when a buyer receives an equipment list from a consultant but still needs to validate quantities, regional variants or installation scope.
The quotation discussion can include supply only or a wider project scope. Depending on the requirement, buyers may ask about installation planning, mounting coordination, gateway configuration, endpoint testing or network handover. These activities are not automatically included with the antenna and should be requested explicitly. FourTeck can also help identify related networking, power, enclosure or backhaul products where they form part of the project.
For broader business technology needs, explore the FourTeck product portfolio, review available technology services or contact the team through the Dubai enquiry page. Buyers planning multi-site projects can also learn more about FourTeck’s business technology approach.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik 868 Omni Antenna. Availability may depend on quantity, vendor lead time and the exact project schedule. A quotation can identify the product code, unit quantity, applicable commercial terms and any requested installation or configuration work. Delivery and project coordination should be discussed after the technical requirement has been confirmed.
For deployments across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation preparation and delivery planning from one enquiry. Site work, access permits, mast availability, cabling and testing expectations vary by location, so they should be described in advance. No fixed installation date or coverage outcome should be assumed until the project scope and site conditions have been reviewed.
GCC Availability
FourTeck can assist organisations planning MikroTik 868 MHz LoRa deployments across GCC markets with requirement review, product selection, quotation coordination and delivery planning. The correct antenna and gateway combination must be checked against the destination country’s frequency plan, as regional radio requirements can differ. Buyers in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman should provide the destination, exact gateway model, antenna quantity, intended mounting location and preferred deployment schedule. Product availability, service visits, project scope and vendor lead times can vary by country, quantity and requirement. Installation planning, cable routing, configuration support and testing should be listed separately when needed. For regional enquiries that involve Kuwait, the FourTeck Kuwait resource may also help start the discussion. FourTeck does not assume local stock, customs clearance or a fixed completion date without a confirmed quotation and project review.
Africa Availability
Organisations planning LoRa projects in Africa can contact FourTeck for assistance with antenna selection, gateway compatibility, accessories, deployment planning and regional procurement coordination. The MikroTik 868 Omni Antenna may be suitable in markets that use the supported 862–876 MHz range, but buyers must confirm the local band plan and the regional version of the gateway. Availability and fulfilment depend on destination, quantity, vendor lead time, shipping arrangements, power and regulatory requirements, and the expected installation scope. Share the destination country, exact gateway model, antenna quantity, site type and planned schedule so the requirement can be reviewed accurately. FourTeck resources for African technology projects, Kenya enquiries and Uganda enquiries can support initial coordination. Local inventory, delivery dates, customs outcomes and onsite coverage are not guaranteed and must be confirmed for each project.
Related products and project options
MikroTik KNOT LR8 gateway
A compatible 868 MHz LoRa gateway option may be considered where cellular, Ethernet and IoT integration features are required. Exact model and connector fit should be confirmed.
MikroTik wAP LR8 gateway
A compact outdoor gateway option for 868 MHz LoRa projects. Buyers should compare gateway form factor, backhaul, environmental requirements and current model availability.
915 Omni Antenna
A separate regional antenna for 900–928 MHz projects. It is not a direct substitute unless the destination and gateway use the 915 MHz band.
Installation and RF planning
Mounting, cable routing, sealing, grounding and field testing can be scoped as separate services where the buyer needs more than product supply.
Why businesses contact FourTeck
Buyers often need more than a part number. They need confidence that the antenna matches the gateway, the regional band and the intended site. FourTeck helps clarify these points before quotation, reducing the risk of ordering an incompatible frequency variant or overlooking mounting and cable requirements.
Support can include model clarification, quantity review, accessory identification, compatibility questions, quotation coordination and planning for installation or testing. The exact activities depend on the customer’s project, and each should be stated in the enquiry. This practical approach is valuable for procurement teams that need a clean bill of materials as well as technical teams that need deployment considerations documented.
Frequently asked questions
Is the MikroTik 868 Omni Antenna a Wi-Fi antenna?
No. It is designed for LoRa operation across 862–876 MHz. It should not be purchased for 2.4 GHz or 5 GHz Wi-Fi applications.
What antenna gain does it provide?
The verified gain is 6.5 dBi. Practical coverage still depends on mounting height, obstructions, gateway settings, endpoint design, interference and local radio conditions.
What is included in the kit?
The kit includes the antenna, a one-metre SMA male-to-male cable and a mechanical fastening set. Any adapters, surge protection, grounding items or extra cable should be confirmed separately.
Can it be mounted outdoors?
Yes. The antenna has an IP66 rating. The installer must still weatherproof connectors, cable entries and the associated gateway enclosure correctly.
Which mast sizes are supported?
MikroTik states support for installation on a 25–50 mm mast, with wall mounting also possible. Site hardware and structural suitability should be reviewed before installation.
Will it work with a 915 MHz gateway?
It should not be treated as a 915 MHz antenna. A 915 MHz gateway requires an antenna designed for its regional operating range.
Does the antenna guarantee a particular distance?
No. Range depends on the complete link budget, terrain, building materials, antenna height, cable loss, endpoint power, radio settings and interference.
Do I need professional installation?
Professional installation is advisable for rooftops, masts, exposed locations or projects requiring grounding, surge protection, compliance checks and documented testing.
How can I obtain a Dubai quotation?
Send FourTeck the product code, quantity, gateway model, delivery location and whether installation or configuration assistance is required.
Is UAE availability guaranteed?
No. Current availability and lead time must be confirmed at the quotation stage and may vary with quantity and vendor supply conditions.
Confirm the right antenna before ordering
Share your MikroTik gateway model, required quantity, installation location and project timeline. FourTeck will help review compatibility, current UAE availability and the quotation scope.
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