LTE antenna connection accessory
MikroTik SMASMA in Dubai, UAE
A one-metre SMA male-to-SMA male coaxial cable for selected MikroTik LTE antenna installations where connector type, cable loss and enclosure routing must be confirmed before purchase.
Confirm the complete connection path
Share the router or LTE card model, antenna connector, quantity and deployment location so the cable and related components can be reviewed together.
1 metre
SMA male to SMA male
50 ohms
DC to 2.7 GHz
≤0.9 dB
Direct answer for buyers
The MikroTik SMASMA is a one-metre, 50-ohm coaxial cable terminated with a standard SMA male connector on both ends. Its principal role is to form part of a compatible external LTE antenna connection, including installations where an LTE card uses an ACSMAUFL pigtail and the cable is passed through the purpose-designed openings of a wAP R enclosure. It should be considered by buyers who already know the antenna and device connector types or who can provide the complete hardware list for review. Before proceeding, confirm standard SMA rather than RP-SMA, the number of antenna chains, frequency compatibility, routing space, environmental protection and whether additional pigtails, adapters or antennas are required.
What the SMASMA does
The cable carries radio-frequency signals between two compatible standard SMA interfaces. In a typical MikroTik LTE arrangement, one end can connect to the exterior SMA side of an ACSMAUFL pigtail associated with the LTE card, while the other end connects to a suitable external antenna or another explicitly compatible SMA interface. The cable does not create LTE service, amplify signal or convert connector standards. Its value lies in providing a short, defined connection path with known impedance and published attenuation.
Because radio-frequency systems are sensitive to mismatch and loss, the cable should be selected as part of the complete antenna path rather than as a generic extension lead. Buyers should verify the radio bands, antenna arrangement, connector gender and physical routing before ordering.
Who should consider it
The SMASMA may suit wireless internet providers, system integrators, IT departments, surveillance installers, remote-site operators, transport projects and organisations using LTE for primary connectivity, failover or out-of-band management. It is most useful when the planned equipment already has a documented need for a one-metre SMA male-to-SMA male link.
It is not automatically suitable for every MikroTik wireless product. Many Wi-Fi antennas and outdoor devices use RP-SMA, while some cellular modules expose miniature U.FL connectors internally. A connector that looks similar can still be electrically and mechanically different. Buyers who cannot identify both endpoints should request a compatibility review before purchase.
Business challenges this accessory helps address
External antenna placement
An LTE device may be installed where its internal antenna position is not ideal. A correctly specified cable allows a compatible external antenna to be positioned elsewhere within the limitations of the one-metre run and the installation design.
Enclosure cable routing
The official product guidance specifically references wAP R kit enclosures with openings designed for these cables. This can support a cleaner physical route when the corresponding internal pigtail and external antenna are correctly selected.
Predictable short-run loss
The published maximum attenuation of 0.9 dB across DC to 2.7 GHz gives designers a reference for link-budget planning. Actual end-to-end performance also depends on connectors, pigtails, antennas, frequency and installation quality.
Standardised procurement
Using a named accessory with a defined product code can reduce ambiguity in a bill of materials, especially where several cable types, connector genders and antenna chains are involved.
MikroTik SMASMA technical information
| Brand | MikroTik |
|---|---|
| Product code | SMASMA |
| Product type | Coaxial radio-frequency cable accessory |
| Cable length | 1 metre |
| Connector at end one | SMA male |
| Connector at end two | SMA male |
| Impedance | 50 ohms |
| Frequency band | DC to 2.7 GHz |
| Maximum attenuation | ≤0.9 dB across DC to 2.7 GHz |
| Temperature range | -40°C to +85°C |
| Referenced application | Connecting an LTE card through an ACSMAUFL pigtail to an external antenna in a compatible wAP R kit arrangement |
| Outdoor protection | Not confirmed as a standalone weather-sealed assembly; installation-dependent protection is required |
| Availability | Contact FourTeck for current UAE options, quantity and lead-time guidance |
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| External LTE antenna link | Both cable endpoints require standard SMA male plugs and the radio path is within the supported frequency range. | Antenna socket gender, LTE module connection, frequency bands and number of antenna chains. |
| wAP R enclosure project | The deployment follows the MikroTik arrangement that uses enclosure openings intended for these cables. | Exact wAP model, LTE card, ACSMAUFL requirement, sealing and cable routing. |
| Two-chain LTE MIMO setup | The radio and antenna use two matching RF chains and the bill of materials includes one cable per required path. | Quantity, antenna ports, pigtails and port labelling. |
| General Wi-Fi antenna extension | Only when the equipment documentation explicitly requires standard SMA male-to-male cable within 2.7 GHz. | Do not assume suitability; many MikroTik Wi-Fi products use RP-SMA and different frequency requirements. |
Connector and compatibility notice
Standard SMA and reverse-polarity SMA are not interchangeable descriptions. The outer threads may appear familiar, but the centre contact arrangement differs. SMASMA is specified as SMA male on both ends, not RP-SMA. The cable should therefore be matched against the exact connector specification of the LTE pigtail, antenna and any intermediate bulkhead or adapter. It should also not be connected directly to a U.FL socket; a suitable pigtail such as the referenced ACSMAUFL is required where the supported LTE card exposes U.FL. Confirm every interface in sequence rather than checking only the first and last component.
How to plan the purchase and deployment
Identify the radio hardware
Record the MikroTik router, enclosure and LTE card model. A product family name alone may not reveal the connector arrangement.
Map every connector
List the connector type and gender at the LTE card, pigtail, enclosure, cable and antenna. Photograph labels where needed.
Confirm RF requirements
Check the cellular bands, antenna characteristics and whether the design uses one or two antenna chains.
Review physical installation
Assess cable reach, bend radius, strain relief, weather protection, enclosure openings and antenna mounting position.
Request a complete quotation
Include cables, pigtails, antennas, mounting parts, installation scope and configuration support where required.
Managing signal loss in the antenna path
A cellular antenna system works as a complete radio-frequency path. The antenna gain, cable loss, pigtail loss, connector quality, frequency, antenna orientation and radio conditions all influence the result. MikroTik publishes a maximum attenuation of 0.9 dB for the SMASMA over its DC to 2.7 GHz range. That figure is useful because it helps the designer account for the cable rather than treating it as lossless. However, it should not be interpreted as a guaranteed improvement in signal level. The cable introduces some loss, while the external antenna and its placement may provide the reason for using it.
The practical objective is normally to place a suitable antenna in a location with better radio conditions without adding unnecessary cable length. A one-metre assembly can be advantageous where the device and antenna are close enough for a short run. Coiling excess cable, introducing multiple adapters or forcing tight bends can undermine a tidy design. In weak-signal projects, buyers should review the full link budget, not only the nominal antenna gain. A high-gain antenna connected through unsuitable cable, mismatched connectors or excessive adapters may perform below expectations.
For LTE MIMO installations, both antenna chains should be planned consistently. Using different cable types, lengths or connector paths may create avoidable imbalance. Confirm whether the selected antenna has two separate SMA female connectors, integrated leads or another interface. Where the antenna uses two ports, two SMASMA cables may be required, but this must be based on the exact device and antenna design rather than assumed.
Correct connector selection prevents costly rework
RF connectors are often described using several attributes: connector family, polarity, gender and mounting style. “SMA male” identifies a standard SMA plug with the expected centre pin arrangement. “RP-SMA male” is a reverse-polarity version and is not the same item. A bulkhead connector mounted in an enclosure may also look different from an inline cable connector even when it belongs to the same family. Procurement teams should therefore copy the full description from the device or antenna documentation.
The SMASMA cable has a male connector at both ends. It will normally mate with standard SMA female sockets. It is not a gender changer, and it does not convert SMA to RP-SMA, N-type, QMA, TS9, CRC9 or U.FL. When a project includes a MikroTik LTE card with U.FL sockets, the referenced ACSMAUFL pigtail provides the miniature-card-side transition in supported arrangements. That pigtail is a separate component unless a specific product bundle states otherwise.
Connector errors can delay a deployment even when every major device is correct. For this reason, FourTeck recommends submitting a simple connection map with the quotation request. The map can state, for example: LTE card U.FL port to ACSMAUFL pigtail, pigtail SMA interface to SMASMA cable, and SMASMA cable to antenna SMA socket. This approach also helps confirm quantities for dual-chain systems and reduces the risk of missing a small but essential component.
Physical installation and environmental protection
The published temperature range of -40°C to +85°C describes the cable specification, but it does not by itself confirm that every connection is weatherproof in an exposed outdoor installation. Outdoor reliability depends on the enclosure, connector sealing, drip loops, strain relief, antenna mounting, cable entry method and local conditions. In Dubai and other UAE locations, installers must consider heat, dust, ultraviolet exposure and occasional moisture. A connector left unsupported or exposed can become a point of failure even when the cable is electrically suitable.
The cable should not be sharply bent, crushed behind a cover or used as a mechanical support for the antenna. Maintain a smooth route and avoid placing tension on the connector bodies. Where the cable passes through a designated enclosure opening, follow the device installation guidance and preserve the intended sealing method. If the installation needs a cable gland, bulkhead fitting, weatherproof boot or self-amalgamating protective treatment, those items should be identified in the project scope rather than improvised after delivery.
Before final tightening, power down the connected radio equipment where the relevant device instructions require antenna connection or disconnection with power removed. Hand-tightening and appropriate RF installation practice help avoid damaged threads. Excessive torque can deform connectors, while insufficient tightening may create an unreliable contact. Qualified installers should inspect the completed path and document which cable serves each LTE chain.
Suitable business environments and use cases
Branch connectivity and failover
A branch router may use LTE as a backup path when a fixed connection is unavailable. The SMASMA can form part of the external antenna arrangement where the exact MikroTik hardware and antenna interfaces support it.
Remote monitoring locations
CCTV, telemetry and environmental monitoring sites may depend on cellular connectivity. A short external-antenna cable can support antenna placement while keeping the modem protected inside a suitable enclosure.
Temporary project networks
Construction offices, events and temporary facilities may use LTE where fixed services are not practical. The cable is relevant only when the planned radio and antenna connector path matches the SMASMA specification.
Industrial and utility sites
Control, metering or maintenance systems may require a cellular management link. Physical durability, enclosure protection, antenna placement and local radio conditions should be reviewed with the cable choice.
Managed connectivity services
Service providers standardising a repeatable LTE kit can list SMASMA as a controlled bill-of-material item when the complete supported design has been validated.
Mobile and transport projects
Vehicle and transport deployments can have demanding vibration, routing and antenna requirements. Use the cable only after confirming mechanical protection and the exact MikroTik platform interfaces.
Questions to resolve before ordering
A correct accessory order starts with the complete system rather than the cable name alone. Provide the answers below when requesting a quotation:
- What is the exact MikroTik router or enclosure model?
- Which LTE card or modem is installed?
- Does the modem use U.FL, SMA or another connector?
- Is an ACSMAUFL pigtail already available or required?
- What is the antenna make and model?
- Are the antenna sockets standard SMA female?
- Does the installation require one cable or two for MIMO?
- Are the operating cellular bands within the cable range?
- Will the connectors be indoors, inside an enclosure or exposed?
- Is one metre sufficient without tension or excessive slack?
- Are mounting, sealing or installation services required?
- What quantity and destination are needed?
Procurement checklist
FourTeck assistance for cable, antenna and LTE requirements
FourTeck can help buyers turn a partial accessory request into a more complete bill of materials. The review can include the exact MikroTik model, LTE card, pigtail, external antenna, cable quantity, enclosure path and installation expectations. This is particularly useful when a project specification mentions only “SMA cable” without stating polarity, gender or radio-chain count.
Quotation coordination can also cover related networking hardware and services. Buyers planning a new cellular deployment can browse FourTeck technology products, discuss installation and configuration services, or send the full requirement through the FourTeck contact page. The final quotation should clearly separate the cable from optional pigtails, antennas, mounting parts, devices and service scope.
Where the accessory is intended for an existing installation, provide photographs of the current connector labels and the device model sticker. Where it is part of a new design, provide the anticipated LTE operator, site type, indoor or outdoor placement, antenna mounting position and number of required links. These details support a more accurate recommendation without making assumptions about compatibility.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik SMASMA, required quantity and any related ACSMAUFL pigtails or external antennas. Availability may vary with vendor supply, project quantity and lead time. Delivery and project coordination can be discussed after the exact hardware path is confirmed. For installations in Dubai, Abu Dhabi, Sharjah and Ajman, buyers can submit one consolidated requirement covering the cable, compatible MikroTik equipment, antenna components and any requested installation or configuration services. FourTeck can then help clarify the bill of materials and quotation scope. No stock level, delivery date or installation schedule should be assumed until it appears in the accepted quotation.
GCC availability
Organisations planning MikroTik LTE installations across the GCC can contact FourTeck for requirement review, accessory selection and quotation coordination. A regional request should identify the destination country, exact router or LTE card, antenna model, cable quantity, project location and expected schedule. The SMASMA may be relevant for installations in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman when the hardware requires a one-metre standard SMA male-to-SMA male path, but connector and regulatory requirements should be checked for every project. Product supply, vendor lead time, shipping arrangements, service visits and installation scope can vary by country and quantity. License terms may also apply to the wider LTE device even though the cable itself is a passive accessory. For Kuwait-based technology enquiries, buyers may also review FourTeck Kuwait resources. Confirm the complete requirement before relying on a delivery or deployment date.
Africa availability
FourTeck can assist organisations evaluating MikroTik connectivity components for projects in Africa, including accessory planning, antenna-path review, equipment selection and regional procurement coordination. Buyers should provide the destination country, exact MikroTik hardware, LTE bands, antenna type, number of radio chains, cable quantity, deployment environment and preferred schedule. Fulfilment can depend on the model, quantity, shipping route, vendor lead time, local power and regulatory requirements, installation scope and project conditions. The SMASMA should only be specified where the required connectors are standard SMA and the frequency and physical path are appropriate. Businesses working in East Africa can explore FourTeck Kenya and FourTeck Uganda, while broader regional enquiries can use FourTeck Africa. Local inventory, customs outcomes, country-wide onsite coverage and delivery dates must be confirmed for the individual quotation.
Related components and suitable services
ACSMAUFL pigtail
The MikroTik product guidance references this pigtail for connecting a compatible LTE card to the SMA-side cable path. Confirm the exact card and required quantity.
External LTE antenna
Select an antenna that supports the operator bands, connector arrangement, MIMO design, mounting position and environmental conditions.
wAP R-compatible LTE build
Review the enclosure, modem card, internal pigtails, SIM arrangement, RouterOS setup and antenna path as one complete system.
Installation planning
Define cable routing, sealing, antenna mounting, grounding considerations, signal testing and handover documentation before deployment.
LTE configuration support
Configuration scope may include APN settings, failover logic, monitoring and RouterOS policies, depending on the selected device and project.
Why businesses contact FourTeck
Small RF accessories often determine whether a larger network deployment can be completed on schedule. FourTeck supports buyers by clarifying part descriptions, reviewing connector paths, identifying related components and preparing a quotation that reflects the actual deployment rather than a single ambiguous line item. This can include model selection, bill-of-material guidance, compatibility review, antenna and cable planning, installation scope, configuration requirements and delivery coordination.
The purpose of the review is not to claim that every combination will work. It is to identify which facts are confirmed, which items remain dependent on the chosen device or antenna, and what the buyer should verify before purchase. Organisations can learn more about FourTeck or submit a structured requirement for commercial and technical review.
Frequently asked questions
What is the MikroTik SMASMA?
It is a one-metre, 50-ohm coaxial RF cable with standard SMA male connectors at both ends. MikroTik describes it for selected LTE antenna connections, including arrangements involving an ACSMAUFL pigtail and a wAP R kit enclosure.
Is SMASMA the same as an RP-SMA cable?
No. SMASMA is specified as standard SMA male to SMA male. RP-SMA uses a reverse-polarity centre-contact arrangement. Confirm the full connector description on the device and antenna.
Can it connect directly to an LTE card with U.FL sockets?
Not directly. A compatible pigtail is needed to transition from the LTE card’s U.FL interface to SMA. MikroTik specifically references the ACSMAUFL pigtail in the described use case.
What frequency range does the cable support?
The official specification states DC to 2.7 GHz. The LTE modem and antenna bands must also fall within their own supported ranges.
How much signal loss does the cable introduce?
MikroTik states a maximum attenuation of 0.9 dB across DC to 2.7 GHz. End-to-end performance also depends on pigtails, connectors, antenna gain, frequency and installation quality.
Do I need one cable or two?
That depends on the LTE device and antenna arrangement. A two-chain MIMO design commonly uses two RF paths, but the required quantity must be confirmed from the exact equipment documentation.
Is the SMASMA suitable for outdoor use?
The cable has a published operating temperature range, but standalone weather sealing is not confirmed. Outdoor reliability depends on proper enclosure routing, connector protection, strain relief and installation method.
Is it compatible with every MikroTik LTE router?
No universal compatibility should be assumed. Some products have direct SMA sockets, some use internal U.FL connections, and others may have integrated antennas or different requirements. Provide the exact model for review.
How can I request a Dubai quotation?
Send FourTeck the SMASMA quantity, MikroTik device and LTE card model, antenna details, destination and any installation requirement. Current availability and commercial terms can then be confirmed.
Can FourTeck help with installation and configuration?
FourTeck can review installation and configuration needs as a separate or combined quotation scope. The requirement should identify the site, hardware, antenna mounting, cable routing, RouterOS configuration and testing expectations.
Confirm the SMASMA cable and related LTE components
Send the exact MikroTik model, antenna details, connector photographs, quantity and UAE delivery location. FourTeck can review the connection path and prepare a quotation with related accessories or services where required.
