Direct answer for buyers
The MikroTik TOF-2400-8V-4 is an external omnidirectional antenna operating across 2400 to 2500 MHz with 8 dBi gain. MikroTik positions it for the wAP LR2 kit and also states that it can be used with other compatible 2.4 GHz devices, including regular WLAN equipment. It is mainly considered when an indoor or low-positioned antenna does not provide the desired outdoor reach, or when a mast-mounted antenna can obtain a clearer radio path. Organisations planning LoRa, telemetry, sensor, yard, campus or wireless access deployments may consider it. Before proceeding, buyers should confirm connector compatibility, mounting location, antenna height, line of sight, local radio rules, surge and grounding requirements, cable losses and whether the selected radio exposes a suitable external antenna connection.
What the antenna does
It converts radio-frequency energy from a compatible 2.4 GHz device into a broad horizontal radiation pattern. The 360-degree horizontal beam is useful where devices may be located around the installation point rather than in one narrow direction. Its 18-degree vertical beam concentrates more of the radio energy near the horizon than a low-gain antenna typically would, which can help in properly designed outdoor coverage scenarios. This does not make it a universal range solution: mounting height, obstructions, Fresnel-zone clearance, interference, radio power, receiver sensitivity and cable loss remain decisive.
Who should evaluate it
The model is relevant to network integrators, IoT project teams, farms, utilities, logistics facilities, industrial yards, campuses, warehouses, construction operations and organisations deploying compatible 2.4 GHz LoRa or WLAN equipment. It is especially worth evaluating when the radio can remain in a protected location while the antenna is mounted higher or in a clearer position. It is less suitable when the requirement is directional point-to-point coverage, operation outside the 2.4 GHz band, multi-band Wi-Fi, or a device without a compatible external antenna interface.
Business challenges this model can help address
Poor antenna position
A radio installed inside a cabinet, low on a wall or behind structural material may have an inefficient propagation path. The supplied cable and mast hardware allow the antenna to be placed in a more suitable location, subject to cable-routing and environmental planning.
Devices spread around a site
A 360-degree horizontal pattern can be useful where endpoints surround a central gateway. This may suit yard sensors, meters, telemetry nodes or access requirements distributed across several directions.
Longer outdoor paths
MikroTik references coverage up to approximately 3–4 km in clear line-of-sight scenarios with the wAP LR2 context. This should be treated as planning guidance, not a guaranteed result, because the complete link budget and environment determine real performance.
Need for a practical mast kit
The antenna is supplied with a one-metre SMA cable and a mechanical holder. This can simplify the physical bill of materials, although the installer must still confirm pole size, fasteners, weather sealing, grounding and cable protection.
Core capability band
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Central outdoor coverage | Endpoints are distributed in several directions around a mast or gateway. | Antenna height, obstructions, vertical coverage and intended service area. |
| wAP LR2 deployment | The project uses the MikroTik wAP LR2 kit and needs an external antenna. | Radio configuration, external connector routing and local frequency requirements. |
| Other 2.4 GHz device | The radio supports 2400–2500 MHz and an appropriate SMA antenna connection. | Connector gender, impedance, transmit limits and device approval for external antennas. |
| Longer line-of-sight path | The site offers clear line of sight, suitable height and a calculated link budget. | Fresnel clearance, interference, EIRP limits, receiver sensitivity and cable loss. |
| Point-to-point link | Usually not the first choice because an omni pattern spreads energy in all directions. | Whether a directional antenna would provide better isolation and link margin. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | TOF-2400-8V-4 Omni antenna |
| Product code | TOF-2400-8V-4 |
| Product type | External omnidirectional antenna kit |
| Frequency range | 2400–2500 MHz |
| Gain | 8 dBi |
| Horizontal beamwidth | 360° |
| Vertical beamwidth | 18° |
| Nominal impedance | 50 Ω |
| Lightning protection | DC ground |
| Connector | SMA female |
| Cable | 1 m SMA cable included |
| Dimensions | Approximately Ø25 × 550 mm |
| Weight | Approximately 0.6 kg |
| Mast compatibility | Approximately Ø40–50 mm; confirm the final mounting arrangement |
| Primary referenced device | MikroTik wAP LR2 kit |
| Other compatibility | Compatible 2.4 GHz LoRa or WLAN devices, subject to connector and regulatory confirmation |
| Availability | Contact FourTeck for current UAE options, quantities and lead times |
Technical values should be checked against the latest manufacturer documentation and the exact equipment configuration before procurement. Compatibility with a frequency does not by itself confirm connector, legal, mechanical or operational suitability.
Compatibility and deployment dependencies
An external antenna is part of a complete radio system, not an isolated performance upgrade. The TOF-2400-8V-4 must be connected to equipment that supports the same frequency range and a suitable 50-ohm antenna path. The SMA connector format and gender must be checked carefully; adapters can introduce additional loss and weather-sealing challenges. For equipment with multiple radio chains, buyers must also determine whether one antenna is sufficient or whether the device requires matched antennas for its intended mode.
The installation should account for permissible effective isotropic radiated power, radio transmit settings, lightning and surge strategy, mast bonding, cable strain relief, water ingress prevention and separation from other transmitting antennas. A high-gain omni antenna has a narrower vertical beam, so mounting too high, too low or at an unsuitable elevation relative to endpoints can create unexpected weak areas. FourTeck can discuss these dependencies, but the final radio design should reflect site measurements and applicable regulations.
A practical purchase and deployment journey
Define the coverage objective
Identify the endpoint locations, distances, required data behaviour and whether devices are distributed in all directions. Separate desired coverage from a guaranteed range figure.
Confirm radio and connector compatibility
Provide the full radio model, connector details, number of chains and intended frequency. Confirm whether the manufacturer permits the proposed external antenna and adapter arrangement.
Assess the physical site
Review mast diameter, structural strength, wind exposure, cable path, enclosure entry, grounding, nearby transmitters, obstructions and safe installer access.
Build the complete quotation
Include antenna quantity, radios, brackets, adapters where approved, surge accessories, cable management, mounting labour, configuration and testing rather than quoting only the antenna.
Install, align and validate
Although the antenna is omnidirectional, vertical positioning matters. Validate signal levels, noise, packet performance and coverage from representative endpoint locations after installation.
Broad horizontal coverage for distributed endpoints
The most important design characteristic of the TOF-2400-8V-4 is not simply its gain; it is the combination of gain with an omnidirectional horizontal pattern. A central gateway may need to communicate with devices positioned north, south, east and west of the installation point. A directional antenna could offer stronger focus in one direction but would leave other sectors underserved. The 360-degree horizontal beam of this MikroTik antenna is therefore relevant where site geometry favours one elevated centre point serving multiple surrounding endpoints.
This pattern is commonly useful in yards, farms, utility sites, compounds, campuses and industrial environments, but the word “omnidirectional” should not be interpreted as equal coverage in every three-dimensional direction. The stated vertical beamwidth is 18 degrees. Energy is concentrated around the horizon, and endpoints far below or above the antenna can fall outside the strongest portion of the pattern. Antenna height should therefore be selected with the ground profile and endpoint elevations in mind. A very high mast is not automatically better if nearby devices are close to the mast and well below the main lobe.
The antenna can also receive interference from all horizontal directions. In a congested 2.4 GHz environment, a directional design may offer better rejection of unwanted signals. Before selecting an omni antenna, buyers should assess channel use, competing WLAN systems, industrial noise and other unlicensed-band activity. The correct choice balances geographic coverage, interference exposure, link budget and operational simplicity.
Antenna gain and realistic range planning
An 8 dBi antenna can improve the link budget compared with a lower-gain antenna, but it does not create range independently. The useful distance of a wireless link is determined by transmitter output, antenna gains at both ends, cable and connector losses, receiver sensitivity, modulation, channel bandwidth, environmental loss, fade margin and legal power limits. MikroTik refers to coverage up to about 3–4 km in line of sight when discussing the TOF-2400-8V-4 with the wAP LR2 context. Buyers should treat this as an example under favourable conditions rather than a contractual distance.
Clear visual line of sight is helpful, yet wireless planning also considers the Fresnel zone—the three-dimensional area around the direct path through which radio energy propagates. Trees, roofs, walls, vehicles, terrain and machinery can obstruct this zone even when the antenna locations appear visible. At 2.4 GHz, foliage and building material can create substantial attenuation. Seasonal changes, moving equipment and new construction may alter a link after commissioning.
Cable loss also matters. The included one-metre cable helps keep the external feed relatively short, but any additional adapters or extensions reduce available signal. The preferred arrangement is often to place the radio close enough to the antenna that RF cable length remains controlled, then carry Ethernet or another suitable connection back to the network. The exact architecture depends on the device, enclosure, power method and environmental rating. FourTeck can help the buyer identify the information required for a sensible quotation, while a site survey or pilot remains the best method for confirming demanding coverage expectations.
Installation quality, grounding and maintainability
A reliable antenna deployment depends heavily on mechanical and electrical installation. The TOF-2400-8V-4 includes a holder for mast attachment, and commonly published specifications reference a mast diameter around 40–50 mm. Installers should verify the actual pole dimension, loading, bracket orientation and fastener condition before work begins. Rooftop and exposed installations also require consideration of wind, vibration, corrosion, safe access and local building requirements.
The cable should be routed with a service loop where appropriate, supported so that its weight does not pull on the connector, and protected from sharp bends and abrasion. Exterior connector transitions should be sealed using suitable weatherproofing techniques. Water can migrate along a cable and enter an enclosure if drip loops and gland arrangements are poorly designed. The antenna is specified with DC-ground lightning protection, but that feature does not replace a complete site grounding and surge-protection design. The mast, radio enclosure, Ethernet line and building entry may all require coordinated protection.
Maintenance access should be planned at the start. An antenna mounted where technicians cannot safely reach it can create avoidable operating cost. Keep records of model, serial or asset identification where applicable, mounting location, cable path, radio configuration and baseline test results. Periodic visual inspection can identify loose fasteners, damaged cable jackets, corrosion or disturbed orientation before they become service-impacting problems. Where the antenna supports business-critical monitoring, consider whether a spare unit, replacement plan or alternate communication path is justified.
Ideal business environments and use cases
Agriculture and remote sensing
A centrally mounted antenna may support compatible sensors across fields, irrigation zones, livestock areas or equipment yards where endpoint directions vary. Terrain, foliage and power availability should be surveyed.
Warehouses and logistics yards
The antenna may be considered for gateways collecting telemetry from assets, gates, meters or low-data devices across an open compound. Vehicle movement and metal structures can affect propagation.
Utilities and infrastructure
Compatible 2.4 GHz radios may use an elevated omni antenna for distributed monitoring points. Power, grounding, environmental protection and remote maintenance access are central design concerns.
Campuses and compounds
A central location can potentially serve devices around the site, provided channel congestion and building obstructions are understood. Separate coverage sectors may be preferable on complex sites.
Construction and temporary projects
The mast-mount format can fit temporary telemetry or site-networking plans, but changing cranes, containers and work zones can alter the radio path and require retesting.
System integration projects
Integrators can include the antenna in a validated bill of materials for the wAP LR2 or another approved 2.4 GHz device, while documenting adapters, grounding and installation responsibilities.
Operational considerations after installation
After physical installation, record a baseline from several representative endpoint locations. Useful measurements may include received signal, signal-to-noise ratio, packet success, latency where relevant and application-level data delivery. A strong signal alone does not guarantee reliable communication if noise is also high. Testing should reflect the real device data rate, antenna orientation, weather conditions and operating schedule.
Changes to transmit power, data rate or channel configuration can affect coverage and regulatory compliance. Administrators should avoid increasing power without reviewing the complete EIRP and local rules. For LoRa deployments, spreading factor, bandwidth, coding parameters and network architecture influence range and airtime. For WLAN, channel width, client capability, contention and protocol behaviour create different performance characteristics. The antenna supports the frequency range; it does not determine the radio protocol or capacity.
Document any approved configuration and monitor recurring weak areas. If some endpoints consistently lie outside the practical coverage area, options may include repositioning the gateway, adjusting antenna height, adding another gateway, using a directional antenna for a specific sector or addressing local obstructions. A structured review usually delivers a better outcome than simply replacing the antenna with a higher-gain model.
Buyer questions to resolve before ordering
Which radio will connect to it?
Provide the exact brand and model, not only “2.4 GHz radio.” Connector type, number of antenna ports and approved antenna limits can differ.
Where are the endpoints?
Map distance, direction and elevation. An omnidirectional antenna is appropriate only when the geographic pattern supports it.
Is the path clear?
Buildings, trees, earth, storage racks and vehicles may block or reflect 2.4 GHz signals. Site conditions should inform expectations.
What mounting height is practical?
The height should improve clearance without placing nearby endpoints outside the main vertical pattern or making service unsafe.
What protection is required?
Confirm grounding, bonding, surge devices, weather sealing, UV resistance, cable support and building-entry protection.
Who will install and test it?
Define whether the quotation needs supply only, mounting, cable routing, radio configuration, testing, documentation or ongoing support.
Procurement checklist
How FourTeck can support the requirement
FourTeck can help turn an antenna request into a clearer procurement package. Buyers can share the exact radio, deployment objective, site type, estimated distances, endpoint distribution, mounting location and required quantity. The review can identify whether the TOF-2400-8V-4 appears appropriate, whether connector or accessory confirmation is needed, and whether installation or configuration should be included in the quotation. For a broader technology requirement, explore the FourTeck product portfolio or discuss planning through the business technology services team.
The purpose of this support is to reduce avoidable mismatches. A frequency match alone is not enough: antenna connector, radio mode, power limits, mechanical mounting and environmental conditions all influence suitability. FourTeck can coordinate quotation details, delivery planning and the requested service scope without presenting uncertain stock, warranty or project dates as confirmed. Buyers requiring a formal proposal can use the FourTeck contact page and include available drawings or photographs.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik TOF-2400-8V-4, as supply can depend on quantity, vendor lead time and the complete project requirement. Delivery and project coordination can be discussed after the exact model, destination and service scope are confirmed. For deployments across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can review the radio platform, required antenna quantity, mounting plan, configuration needs and preferred schedule as one combined requirement. Installation and configuration are not assumed to be included with product supply; request them explicitly where needed. Warranty guidance should also be confirmed in the final quotation, together with included accessories and any approved adapters or protection components.
GCC Availability
Businesses planning MikroTik antenna deployments in the GCC can approach FourTeck for requirement review, model confirmation, quotation coordination and delivery planning. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may have different procurement, radio, installation and fulfilment considerations, so a regional request should identify the destination country and the equipment that will connect to the antenna. FourTeck can help clarify whether the TOF-2400-8V-4 is being requested for a wAP LR2 deployment, another 2.4 GHz radio, a new site or an expansion of an existing system. Availability, delivery schedules, service visits, project scope and vendor lead times can vary by country, model, quantity and requirement. Buyers should share the required quantity, radio details, deployment location, target schedule, mounting expectations and any configuration or testing needs. For Kuwait-related coordination, the FourTeck Kuwait resource may also provide a useful regional contact route.
Africa Availability
FourTeck can assist organisations evaluating the MikroTik TOF-2400-8V-4 for projects in Africa by reviewing the intended radio, antenna quantity, installation environment, accessories, configuration scope and support expectations. A project in East Africa may face different power, mast, shipping, regulatory and maintenance conditions from one in West, Central or Southern Africa. Availability and fulfilment therefore depend on the destination, exact product model, quantity, connector requirements, shipping arrangements, vendor lead time and local project conditions. Buyers should provide the destination country, radio model, installation site, desired deployment schedule and whether mounting, testing or remote configuration assistance is needed. FourTeck does not assume local inventory or guaranteed delivery outcomes without confirmation. Organisations in Kenya and Uganda can also review the Kenya technology resource, the Uganda technology resource, or the wider FourTeck Africa platform when planning regional enquiries.
Related products and services to consider
MikroTik wAP LR2 kit
The manufacturer-referenced gateway platform for this antenna. Confirm the exact radio version, regional suitability and complete installation bill.
Surge and grounding components
Outdoor radio projects may require coordinated Ethernet surge protection, bonding and grounding beyond the antenna’s DC-ground characteristic.
Mast and enclosure planning
Antenna mounting, radio enclosure, cable glands, power method and service access should be designed as one physical system.
Wireless site assessment
A site review or pilot can reduce uncertainty where distance, interference, obstructions or endpoint elevations make coverage difficult to predict.
Why businesses contact FourTeck
Antenna projects often fail because the purchase is treated as a single-part transaction rather than a system decision. FourTeck can help buyers clarify the radio model, connector path, deployment geometry, quantity, mounting arrangement and requested support. This makes it easier to prepare a quotation that identifies the actual scope instead of leaving important accessories or installation tasks unresolved.
FourTeck can also coordinate product sourcing enquiries, compatibility discussions, installation planning, configuration requirements and regional delivery details. These activities depend on the information supplied and the agreed quotation. No unsupported claim is made about stock, authorisation, guaranteed range or fixed project dates. Learn more about FourTeck or submit the exact requirement through the contact team.
Frequently asked questions
What is the MikroTik TOF-2400-8V-4 used for?
It is an external 2.4 GHz, 8 dBi omnidirectional antenna used with the MikroTik wAP LR2 kit or other compatible 2.4 GHz devices. Its broad horizontal pattern is intended for coverage around a central mounting point.
Does it support both LoRa and Wi-Fi?
MikroTik states that the antenna can work with 2.4 GHz LoRa connectivity and regular 2.4 GHz WLAN. The connected radio must still support the required protocol, frequency and external antenna interface.
Is a 3–4 km range guaranteed?
No. MikroTik references up to approximately 3–4 km in line-of-sight conditions for relevant setups, but actual distance depends on the complete link budget, interference, terrain, mounting height, endpoint antenna and radio configuration.
What connector does the antenna use?
Published specifications identify an SMA female connector, and the kit includes a one-metre SMA cable. Confirm the connector gender and path on the exact radio before ordering.
Can it be mounted on a mast?
Yes. The product includes a mechanical holder for mast attachment. Common specifications reference a mast diameter around 40–50 mm, but the installer should confirm the final pole and fastener arrangement.
Is this antenna suitable for point-to-point links?
It can participate in a link, but an omnidirectional antenna is normally selected to serve several directions. A directional antenna may provide better focus and interference rejection for a dedicated point-to-point path.
Does the antenna require a license or subscription?
The passive antenna itself does not normally require a software subscription. The connected radio, LoRa platform or network service may have separate configuration, licensing or regional requirements.
What should be included in an installation quotation?
Where required, include mounting, safe access, cable routing, weather sealing, grounding, surge protection, radio configuration, testing and documentation. Supply-only and installed scopes should be distinguished clearly.
How can I confirm UAE availability?
Send FourTeck the model, quantity, destination and preferred timeline. Current availability and lead time should be confirmed in the quotation because they can change.
What information is needed for a quotation?
Provide the antenna quantity, connected radio model, installation location, mast details, estimated endpoint distances, service scope, destination and required schedule. Photographs or site drawings are helpful for installation planning.
Confirm the antenna, radio and installation scope
Share your radio model, quantity, site location and coverage objective. FourTeck can coordinate a compatibility-focused quotation and current UAE availability guidance.
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