MikroTik HGO-LTE-W in Dubai, UAE
A compact 699 MHz to 3.8 GHz antenna for LTE, 5G, CAT-M, NB-IoT and LoRa projects where broad frequency support and a straightforward screw-on SMA connection are required.
Purchase snapshot
Product code: HGO-LTE-W
Frequency range: 699 MHz–3.8 GHz
Gain: 1.5–4 dBi
Connector: SMA male
Placement: Indoor or outdoor
One antenna format across several IoT radio applications.
Suitable where a direct SMA-male antenna is required.
Placement still requires practical weather and mounting review.
Confirm connector, band, antenna count and device requirements.
Direct answer for buyers
The MikroTik HGO-LTE-W is a wideband IoT antenna intended to carry the radio signal supplied by a compatible modem or gateway. It is mainly used with LTE, 5G, CAT-M, NB-IoT and LoRa equipment operating within its stated frequency range. It may suit system integrators, smart-building teams, utilities, logistics operators, telemetry projects and organisations deploying MikroTik KNOT LR systems. Before proceeding, confirm the exact host device, SMA connector gender, supported radio bands, whether one or several antennas are needed, mounting orientation and regional LoRa frequency. Buyers should also distinguish this passive antenna accessory from a modem, router or gateway: it does not provide connectivity, routing or network service on its own.
What the HGO-LTE-W does
The antenna provides a physical radio interface for a compatible modem, IoT gateway or communications device. Its purpose is to transmit and receive the frequencies that the connected equipment supports within the antenna’s published 699 MHz to 3.8 GHz operating range. That wide span includes commonly used bands associated with LTE and 5G access, low-power cellular technologies such as CAT-M and NB-IoT, and LoRa deployments.
The antenna does not select a mobile operator, convert protocols, manage sensors or increase a modem beyond its designed radio limits. Instead, it forms one part of the radio path. Actual results are influenced by modem capability, network band availability, cable loss, connector quality, installation height, nearby structures, interference, enclosure design and local radio conditions.
Who should consider it
This model may be appropriate for buyers who need a compact SMA-male antenna for a MikroTik KNOT LR deployment or another compatible IoT device. Typical decision-makers include network engineers, building-automation specialists, systems integrators, facility teams, fleet-technology providers, industrial monitoring teams, and procurement departments sourcing accessories for a documented bill of materials.
It is not automatically the correct antenna for every LTE or LoRa product. Some devices require multiple antennas for diversity or MIMO, use a different connector type, need a cabled antenna rather than a direct screw-on design, or operate in a specialised regional band. FourTeck can review the intended host device and project details before quotation.
Business challenges this antenna can help address
Mixed radio requirements
A project may combine LoRa sensor collection with cellular backhaul. The broad frequency range can reduce the need to source completely different antenna types, provided the connected device and port arrangement support the intended design.
Space-conscious installation
A compact screw-on antenna can be useful where a large external antenna, long feeder cable or mast-mounted assembly is unnecessary. Mechanical clearance and antenna orientation still need to be checked.
Accessory standardisation
Integrators often prefer a repeatable antenna accessory across a group of compatible gateways. Standardisation should follow technical validation, not simply connector appearance.
Field deployment planning
Indoor and outdoor capability gives project teams flexibility when designing telemetry points, cabinets and remote gateway locations. Environmental exposure and enclosure design remain part of the installation assessment.
Core capability band
699 MHz–3.8 GHz
Broad stated coverage supports several cellular and low-power IoT frequency applications.
1.5–4 dBi gain
Moderate gain is suited to general compact deployments rather than specialised long-range directional links.
SMA male interface
Connector compatibility must be verified against the device port and any adapter or cable arrangement.
-40°C to 70°C tested
The published ambient test range supports varied environments, while the complete installation remains subject to enclosure and site conditions.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| LTE or 5G antenna accessory | The modem operates inside the 699 MHz–3.8 GHz range and accepts SMA male antenna connection. | Bands, connector gender, antenna count and MIMO requirements. |
| LoRa gateway antenna | The LoRa radio and regional frequency are supported by the intended device and installation. | Regional band, coverage target, gateway port and whether a higher-gain antenna is preferable. |
| CAT-M or NB-IoT deployment | The host modem, mobile operator and subscription support the chosen low-power cellular technology. | Operator coverage, modem bands, SIM plan and installation signal conditions. |
| Outdoor installation | A compact external antenna is suitable and the complete connection can be protected and positioned correctly. | Ingress protection of the device, connector sealing, wind exposure, orientation and mounting clearance. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | HGO-LTE-W |
| Product type | Wideband IoT combo antenna |
| Supported applications | LTE, 5G, CAT-M, NB-IoT and LoRa, subject to connected equipment and regional frequency support |
| Frequency range | 699 MHz to 3.8 GHz |
| Antenna gain | 1.5 to 4 dBi |
| Connector | SMA male |
| Indoor use | Yes |
| Outdoor use | Yes |
| Tested ambient temperature | -40°C to 70°C |
| Suggested reference price | Manufacturer suggested price is USD 9; UAE selling price, tax, freight and availability must be confirmed. |
| Important note | This is an antenna accessory, not a modem, router, LoRa gateway, SIM service or complete connectivity solution. |
Compatibility and dependency notice
A matching SMA connector does not by itself prove full compatibility. Confirm the connected equipment’s radio port, connector gender, impedance requirements, supported frequency bands and antenna configuration. Some devices use separate ports for LTE, LoRa and GPS. Others require two or more antennas for diversity or MIMO. A project may therefore need more than one HGO-LTE-W, a different antenna, an adapter, a pigtail or a purpose-built higher-gain option.
LoRa planning also requires regional frequency confirmation. The antenna’s wide range can include several LoRa bands, but the gateway radio, end devices and local regulatory plan must all align. For cellular use, the mobile operator, SIM subscription, modem category and supported bands determine service availability. FourTeck can assist with a requirement review, but final compatibility should be based on the exact device documentation and project design.
Purchase and deployment journey
Identify the host device
Record the exact MikroTik gateway, modem or third-party device model and the port intended for the antenna.
Confirm the radio plan
Define whether the antenna will support LTE, 5G, CAT-M, NB-IoT or LoRa, and list the required operating bands.
Check quantity and accessories
Verify how many antenna ports are used, whether adapters or extension cables are needed, and how the unit will be mounted.
Review the location
Assess indoor or outdoor exposure, enclosure design, physical clearance, cable routing, signal obstacles and service access.
Request a complete quotation
Share quantities, destination, accessories and any configuration or installation requirement with FourTeck.
Broad frequency coverage for flexible IoT design
The strongest practical feature of the HGO-LTE-W is its broad published frequency span. In a typical IoT architecture, a gateway may collect data from low-power sensors and send that information to a remote platform over a cellular connection. Using an antenna designed to operate across both types of frequency ranges can simplify accessory selection, particularly when working with a gateway family designed around those applications.
Broad frequency coverage should not be confused with universal compatibility or identical performance at every frequency. Antenna behaviour changes across a wide band, and the stated gain range reflects this variation. The connected radio still determines what frequencies are transmitted, what protocol is used and what power is available. Local network conditions and the physical deployment decide whether the link is reliable enough for the application.
For buyers, the benefit is procurement flexibility. A verified wideband accessory can reduce the need to hold several narrowly targeted antenna models for compatible field devices. The limitation is that specialised projects may obtain better results from a dedicated higher-gain, directional or externally mounted antenna. FourTeck can help compare the compact HGO-LTE-W with other antenna choices where coverage distance, building penetration, cable length or remote-site conditions are important.
Compact connection and installation practicality
The SMA male connector allows the antenna to attach directly to compatible equipment without a long coaxial cable. This can reduce cable loss, minimise loose components and keep the installation compact. It may be useful inside equipment rooms, automation cabinets, building-service spaces, retail branches, warehouses or outdoor enclosures where a suitable antenna port is exposed.
Direct attachment also introduces mechanical considerations. The installer should confirm that there is enough clearance around the port, that the antenna can be oriented correctly and that it will not be damaged by doors, covers, people or maintenance work. When an enclosure is metal, placing the antenna inside may significantly reduce radio performance. In such cases, a bulkhead connector, external antenna or different mounting arrangement may be needed.
For outdoor deployment, the antenna’s outdoor suitability is only one part of the assessment. The gateway enclosure, cable entry, connector sealing, mounting hardware and power arrangement must also suit the environment. Heat, dust, moisture, vibration and direct physical impact can affect the wider installation. Buyers should include site photographs or enclosure drawings when requesting installation guidance.
Balanced gain for local and distributed deployments
The published 1.5 to 4 dBi gain range indicates a compact general-purpose antenna rather than a high-gain directional design. This can be appropriate for local gateway communication, building telemetry and field equipment where devices are distributed around the antenna rather than concentrated in one distant direction. Its suitability depends on the radio technology, transmit power, receiver sensitivity, obstacles and required coverage.
A higher gain value is not automatically better. High-gain omnidirectional antennas often compress the vertical radiation pattern, while directional antennas focus energy toward a selected area. Those characteristics can be useful for long-distance links, but they may be less suitable when sensors are close to the gateway, located at different heights or spread around a building. The HGO-LTE-W offers a compact option for projects that value broad band support and manageable physical size.
During planning, define success in measurable terms: required cellular signal quality, LoRa coverage radius, number of floors, sensor locations, expected enclosure position and acceptable data retry rate. A small pilot or site survey may be appropriate for challenging environments. FourTeck can assist with product selection and project scoping, while final radio performance remains dependent on the site and connected equipment.
Ideal business environments and use cases
Smart buildings
Gateway connections for environmental sensors, utility meters, occupancy devices and maintenance alerts, subject to confirmed LoRa or cellular design.
Industrial telemetry
Remote monitoring of equipment states, tank levels, pumps, energy use or alarms where a compatible gateway needs a compact antenna.
Warehousing and logistics
IoT gateways supporting asset movement, temperature monitoring, door status, location workflows or cellular backhaul.
Retail and branch networks
Compact cellular or sensor-gateway deployments where space is limited and the antenna connection matches the selected equipment.
Utilities and infrastructure
Distributed telemetry points that may use low-power sensors and cellular communication, with site-specific coverage planning.
Proof-of-concept projects
Development teams validating MikroTik KNOT LR or compatible IoT designs before expanding to a larger production rollout.
Integration and operational considerations
The antenna should be evaluated as part of the complete radio system. For cellular deployments, confirm the modem model, supported LTE or 5G bands, SIM format, operator service, APN configuration and antenna-port assignment. A modem with two antenna ports may use diversity or MIMO, meaning the project could require two suitable antennas. Connecting only one antenna can reduce performance or disable some radio capabilities, depending on the device.
For LoRa deployments, confirm the gateway variant and regional band. A gateway intended for 868 MHz operation is not interchangeable with a 915 MHz gateway simply because an antenna spans both frequencies. The end devices, gateway radio and local spectrum plan must match. Network-server configuration, device keys, payload integration and application logic are separate from antenna selection.
Physical separation from electrical noise sources can improve reliability. Avoid installing the antenna immediately beside high-current wiring, large motors, variable-frequency drives, dense metal structures or other transmitters without assessment. Where an extension cable is used, cable type and length affect signal loss. Every adapter and connector introduces additional loss and another possible failure point.
Operational teams should document the antenna model, port assignment, orientation and installation photographs. This information helps troubleshooting when a device is moved, replaced or serviced. For large rollouts, maintain a standard installation checklist and test signal levels before handover. FourTeck can include accessory review and deployment coordination in the commercial discussion when requested.
Buyer questions to resolve before ordering
Provide the full model number and identify the intended radio port.
Check whether the device uses one port, diversity, MIMO, separate LTE and LoRa ports, or GPS.
List the operator bands, LoRa region and low-power cellular technology used by the project.
Specify indoor or outdoor location, enclosure material, mounting height, obstructions and exposure.
A dedicated higher-gain or externally mounted antenna may be more suitable for difficult coverage targets.
State whether configuration, installation, testing, documentation or project coordination is needed.
Procurement checklist
☐ Exact HGO-LTE-W model confirmation
☐ Required quantity
☐ Host device model and radio port
☐ SMA connector compatibility
☐ LTE, 5G, CAT-M, NB-IoT or LoRa requirement
☐ Required operating bands and LoRa region
☐ Number of antenna ports
☐ Adapter, pigtail or cable requirement
☐ Indoor or outdoor installation
☐ Enclosure and mounting arrangement
☐ Signal and coverage expectations
☐ Configuration or installation scope
☐ Destination and delivery coordination
☐ Warranty and current availability confirmation
How FourTeck can assist
FourTeck can help buyers turn a model request into a practical bill of materials. Assistance may include confirming the intended device, reviewing connector and band information, identifying the required antenna quantity, discussing related MikroTik gateway options, and coordinating a quotation for the UAE or selected regional destinations. Where a project includes installation or configuration, the requested scope should be described so it can be considered separately from product supply.
For an accurate quotation, share the HGO-LTE-W quantity, host device model, deployment location, radio technology, target frequency, expected timeline and any required accessories. Procurement teams can also provide project references, delivery instructions and documentation requirements. FourTeck does not assume that every accessory is compatible with every system, so requirement clarification is encouraged before an order is finalised.
Explore FourTeck technology products, review available installation and configuration services, or contact the Dubai sales team with your project details.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik HGO-LTE-W. Availability may depend on quantity, vendor lead time and the wider bill of materials. A quotation can include product supply, related gateway hardware, compatible accessories and separately defined technical services where required. Delivery and project coordination should be discussed after the exact requirement is confirmed.
FourTeck can coordinate requirements for organisations in Dubai, Abu Dhabi, Sharjah and Ajman through one combined commercial discussion. Buyers should provide the destination, required quantity, host device details and expected schedule. Installation and configuration scope should be included in the quotation when required. Warranty terms and return conditions should be confirmed against the supplied product and commercial offer rather than assumed from a generic accessory listing.
GCC availability
Businesses planning MikroTik IoT deployments across the GCC can ask FourTeck for requirement review and quotation coordination. The HGO-LTE-W may be considered for compatible equipment in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman, but regional availability, delivery schedules and project services can vary. Buyers should confirm the destination country, exact device model, antenna quantity, required radio bands, LoRa region and any installation or configuration expectations. Vendor lead times, freight arrangements, local compliance requirements and service-visit scope may differ by project. FourTeck can help review model selection, related gateways, accessories and deployment dependencies before a quotation is prepared. For Kuwait enquiries, buyers may also review FourTeck Kuwait technology assistance. No local stock, customs outcome or fixed delivery date should be assumed without written confirmation.
Africa availability
FourTeck can support organisations evaluating the HGO-LTE-W for IoT and telemetry projects in selected African markets. Requirement planning may cover antenna compatibility, MikroTik gateway selection, accessories, quantities, deployment conditions, configuration scope and support expectations. Availability and fulfilment depend on the destination, product quantity, vendor lead time, radio regulations, regional LoRa band, power and enclosure requirements, shipping arrangements and local project conditions. Buyers should share the destination country, exact host device, preferred deployment schedule and any need for installation or remote guidance. Projects in East Africa can review FourTeck Kenya or FourTeck Uganda, while wider regional enquiries can use FourTeck Africa. Local inventory, customs outcomes, onsite coverage and delivery dates must be confirmed for each requirement.
Related options and project components
MikroTik KNOT LR8 kit
Consider for 868 MHz LoRa deployments requiring a MikroTik IoT gateway. Confirm regional suitability and antenna-port requirements.
MikroTik KNOT LR9 kit
Designed for relevant 915 MHz regional applications. Verify local frequency rules and the complete antenna arrangement.
868 Omni antenna
A higher-gain LoRa-focused alternative for compatible 862–876 MHz projects where greater range or external mounting is required.
IoT installation support
Project scoping can include gateway placement, antenna planning, configuration, testing and handover documentation.
Why businesses contact FourTeck
Businesses contact FourTeck when they need more than a part number. The practical questions often concern whether the antenna fits the selected gateway, whether one or two units are needed, which LoRa regional model is appropriate, whether a higher-gain option would be better, and what related equipment should be included in the quotation. FourTeck can help structure these questions before procurement.
Support can include requirement clarification, bill-of-material guidance, compatibility review, quotation coordination, installation planning and configuration scoping. The objective is to reduce avoidable ordering errors and make the commercial offer reflect the actual project. For company information, visit About FourTeck.
Frequently asked questions
What is the MikroTik HGO-LTE-W?
It is a compact wideband IoT antenna with an SMA male connector. MikroTik states support across 699 MHz to 3.8 GHz for applications including LTE, 5G, CAT-M, NB-IoT and LoRa.
Is it a modem or LoRa gateway?
No. It is an antenna accessory. A compatible modem, gateway or radio device is required to provide the network and protocol functions.
Can it be used with MikroTik KNOT LR systems?
MikroTik positions it as suitable for the KNOT LR series. Buyers must still confirm the exact KNOT model, regional LoRa band, antenna ports and required quantity.
Does one antenna handle LTE and LoRa at the same time?
The antenna covers both frequency areas, but the host device may have separate LTE and LoRa ports. The number of antennas depends on the equipment design and should be checked before ordering.
Can it be installed outdoors?
MikroTik lists indoor and outdoor use. The complete installation must also protect the device, connector and cable arrangement against the actual site conditions.
What connector does it use?
The HGO-LTE-W uses an SMA male connector. Confirm that the device port is physically and electrically compatible.
Is it suitable for every LTE or 5G router?
No. Compatibility depends on the router’s antenna connector, supported bands, number of ports, MIMO design and manufacturer guidance.
What information is needed for a quotation?
Provide the quantity, host device model, radio application, operating bands, destination, accessories and any installation or configuration requirement.
Is the HGO-LTE-W currently available in Dubai?
Contact FourTeck to confirm current UAE availability, commercial pricing and vendor lead time for the required quantity.
Can FourTeck assist with installation and configuration?
Installation, gateway configuration, testing and documentation can be discussed as a separate project scope based on the site and equipment involved.
Confirm the antenna, gateway and project scope together
Send FourTeck the host-device model, required quantity, radio bands and deployment location. The team can review the request and prepare a UAE quotation with relevant accessories or services.
