Outdoor 5 GHz sector connectivity
MikroTik SXT SA5 ac in Dubai, UAE
The MikroTik SXT SA5 ac is built for organisations that need a managed outdoor 5 GHz radio with a broad sector pattern rather than a tightly focused directional beam. It combines an integrated 90-degree antenna, 802.11a/n/ac wireless, Gigabit Ethernet, PoE input and RouterOS in one weather-resistant unit. FourTeck helps buyers evaluate whether its coverage pattern, capacity and operating environment match the intended network before a quotation is prepared.
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RBSXTG-5HPacD-SA
5 GHz 802.11a/n/ac
14 dBi, 90° sector
RouterOS Level 4
Direct answer for business buyers
The MikroTik SXT SA5 ac is an outdoor sector wireless router intended mainly for 5 GHz point-to-multipoint coverage and, where the antenna pattern suits the design, point-to-point connectivity. Its broad 90-degree sector beam can serve several client directions from one mounting position, making it relevant to compounds, yards, campuses and wireless access projects. Buyers should consider it when they need RouterOS flexibility and an integrated outdoor antenna, but they should first confirm line of sight, interference, legal channel availability, client compatibility, link budget, mounting and expected traffic. A narrow-beam product may be more appropriate for long, highly focused links.
What the device does
SXT SA5 ac combines a dual-chain 5 GHz radio, sector antenna, RouterBOARD hardware and RouterOS software inside an outdoor enclosure. It can operate as an access point, bridge, routed wireless node or customer-premises device, depending on the network design and configuration. The 90-degree horizontal coverage is its defining characteristic: it is intended to illuminate a wider area than conventional narrow SXT variants. This can reduce the need for several narrowly aimed radios when multiple remote sites or clients sit inside one sector.
The device does not by itself guarantee coverage or throughput. Successful deployment depends on clear paths, correct mounting, channel planning, antenna orientation, client radio quality and suitable RouterOS settings. FourTeck can help translate these variables into a practical bill of materials and configuration scope.
Who it is designed for
The product is relevant to network administrators, wireless internet providers, system integrators, security-camera installers and businesses extending connectivity across outdoor areas. Typical environments include industrial yards, worker accommodation, educational campuses, farms, logistics sites, resorts, warehouses and temporary project compounds. It can also be considered for connecting remote buildings where the counterpart radios fall within the sector beam.
It is not automatically the right choice for indoor Wi-Fi, dense modern enterprise WLANs or very long point-to-point paths requiring a narrow high-gain antenna. Buyers should compare its beamwidth and Wi-Fi 5 platform with newer directional, sector or Wi-Fi 6 alternatives when planning a new long-life network.
Business challenges it can help address
Broad outdoor coverage
A 90-degree antenna pattern can cover multiple client directions from one sector position, subject to terrain and radio planning.
Cable-limited locations
Wireless bridging can connect buildings, cameras or work areas where installing fibre or copper is difficult or disruptive.
Centralised network control
RouterOS provides routing, bridging, firewall, monitoring and wireless configuration tools for experienced administrators.
Outdoor installation
The IP54 enclosure and PoE input support pole-mounted outdoor placement when installed, grounded and weather-sealed correctly.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Sector coverage | Several endpoints sit within an approximately 90-degree horizontal area. | Actual azimuth, elevation, obstructions and client antenna patterns. |
| Outdoor wireless bridge | A clear path exists and expected traffic fits the radio design. | Distance, Fresnel clearance, interference and required availability. |
| RouterOS management | The team already uses MikroTik or has RouterOS skills. | Configuration ownership, security hardening and update policy. |
| PoE deployment | One Ethernet cable will carry data and power to the mounting point. | Cable length, surge protection, grounding and power compatibility. |
| Long-range focused link | Only when the link budget and broad beam remain acceptable. | Whether an LHG, dish or narrower antenna would be more efficient. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | SXT SA5 ac |
| Product code | RBSXTG-5HPacD-SA |
| Product type | Outdoor 5 GHz sector wireless router / access point |
| Wireless standards | 802.11a/n/ac, dual-chain Wi-Fi 5 |
| Maximum radio data rate | 867 Mbit/s theoretical PHY rate; real throughput is deployment dependent |
| Integrated antenna | 14 dBi, approximately 90-degree sector pattern |
| Ethernet | 1 × 10/100/1000 Ethernet port |
| CPU and memory | QCA9557 single-core 720 MHz, 128 MB RAM, 128 MB NAND |
| Operating system | RouterOS with Level 4 licence |
| USB | 1 × USB Type-A, maximum 1 A |
| Power | PoE input; voltage support and injector compatibility should be confirmed for the supplied revision |
| Maximum consumption | 12 W |
| Environmental rating | IP54; tested ambient temperature -40°C to 70°C |
| Included components | Power adapter, Gigabit PoE injector, metal ring and pole-mounting bracket; confirm current package contents |
| Availability | Contact FourTeck for current UAE supply, revision and lead-time guidance |
Dependencies that influence the result
Wireless specifications describe the capabilities of the radio under defined conditions; they do not represent a guaranteed business throughput figure. The selected channel width, modulation, signal-to-noise ratio, interference level, distance, client radio, packet size and RouterOS configuration all affect usable performance. In a point-to-multipoint design, airtime is shared among clients, so the slowest or most distant stations can influence sector efficiency. For this reason, buyer discussions should include expected concurrent users, traffic types and acceptable service levels rather than focusing only on the theoretical wireless data rate.
Frequency use is country dependent. The international model supports a broad 5 GHz range, but RouterOS country settings, DFS requirements and UAE regulations determine which channels and output levels are permitted. Professional installation, correct country configuration and responsible RF planning are necessary. The product should not be purchased on the assumption that every advertised channel can be used at every location.
Compatibility also requires review. Standard 802.11 modes can support suitable third-party clients, while MikroTik-specific Nstreme or Nv2 modes are intended for compatible MikroTik environments. Network teams should decide whether interoperability or a controlled MikroTik wireless ecosystem is more important. FourTeck can include configuration and testing assistance in the quotation where required.
A practical purchase and deployment journey
Map the coverage
Mark the sector location, remote endpoints, distances, heights, obstructions and desired coverage angle. A map or site drawing reduces guesswork.
Build the link budget
Review antenna gain, cable path, expected signal, noise, Fresnel clearance and client antenna characteristics. Avoid relying on distance alone.
Confirm infrastructure
Check pole or wall mounting, grounding, outdoor Ethernet cable, surge protection, PoE power and upstream switching requirements.
Configure and test
Apply country settings, security, management access, bridge or routing logic, monitoring and acceptance tests before production handover.
Wide sector coverage and client distribution
The SXT SA5 ac differs from narrow SXT models because its antenna is designed to cover a broad horizontal sector. That distinction matters more than many headline specifications. A wide sector can be useful when remote buildings, cameras, kiosks or subscriber radios are spread across a compound. Instead of aiming one device at one endpoint, the access-point radio can serve several directions within its coverage area. This may simplify the physical layout and reduce the number of access-point locations.
A broad beam also collects more unwanted radio energy than a tightly focused antenna and distributes transmit energy over a wider angle. In congested urban or industrial environments, interference analysis therefore becomes important. A narrow antenna can produce stronger isolation for a single path, while the sector model prioritises area coverage. The correct choice depends on geometry, not simply which product has the larger data-rate figure. During sizing, FourTeck can help compare the SXT SA5 ac against narrow-beam SXT, SXTsq, LHG, mANTBox or other suitable MikroTik options without treating them as interchangeable.
Client placement should also be balanced across the sector. Stations close to the edges of the antenna pattern may receive lower signal than those near the centre. Vertical alignment, mounting height and downtilt affect whether energy reaches ground-level clients or overshoots them. A site survey or staged test is valuable when the environment contains metal structures, trees, cranes, reflective surfaces or changing project conditions.
RouterOS control and network integration
RouterOS turns the SXT SA5 ac into more than a transparent radio. Depending on the design, administrators can use bridging, VLANs, routing, firewall rules, quality of service, monitoring and management features. This flexibility is valuable when the outdoor wireless link must integrate with segmented business networks or when different clients need controlled access. It also means the product should be configured by someone who understands RouterOS and the organisation’s security requirements.
Default settings are a starting point, not a production security standard. Management credentials should be changed, unused services restricted, software updated through an approved process and administration access limited to trusted networks. Logging, configuration backups and monitoring should be planned so that faults can be investigated without visiting the rooftop or tower unnecessarily. Where multiple units are deployed, naming conventions, IP plans and standard templates help reduce operational inconsistency.
The single Gigabit Ethernet port connects the radio to the wired network and carries power through PoE. VLAN trunks can be used when the topology and RouterOS configuration require them, but the full path—including switch, injector, cabling and remote device—must support the intended design. FourTeck can discuss whether the unit should operate as a bridge, routed node, access point or CPE and can define a configuration scope separately from hardware supply.
Outdoor reliability, powering and installation discipline
Outdoor radios work reliably only when installation details receive the same attention as product selection. The SXT SA5 ac is rated IP54, which provides protection suitable for its intended outdoor enclosure, but installers must still orient the cable exit correctly, secure the access door, use outdoor-rated cable and protect the network from moisture ingress. The mounting bracket must be tightened after alignment, while the pole or structure must withstand wind and vibration.
Grounding and surge protection are particularly important in exposed locations. The manufacturer provides a grounding point that should be connected to the building or tower grounding system. Additional Ethernet surge protection may be appropriate according to site standards. No outdoor radio can be treated as immune to lightning or electrostatic discharge. A safe design considers the complete path from rooftop device to indoor switch and power outlet.
PoE simplifies cabling because power and data share the Ethernet run, but voltage compatibility, cable length and conductor quality should be checked. Buyers should confirm the exact hardware revision and included injector before combining the unit with third-party PoE switches. Installation planning should also include access arrangements, work-at-height controls, permits, weather windows and a method for safe future maintenance. FourTeck can help define these requirements for the quotation, while the final installation must follow local electrical and safety rules.
Ideal business environments and use cases
Industrial yards
Connect gatehouses, portable offices, telemetry points or cameras across an open facility when endpoints fall inside the sector and line of sight is available.
Campus links
Distribute network access from a central building toward several nearby blocks, subject to capacity planning and building geometry.
Hospitality and leisure sites
Provide backhaul or controlled outdoor connectivity between operational areas where trenching cable would be difficult.
Wireless service networks
Use as a sector access point for compatible subscriber radios where RouterOS and 5 GHz channel planning fit the provider’s architecture.
Construction projects
Extend temporary connectivity to site cabins, security points and monitoring systems, with allowances for changing obstructions and relocation.
Remote surveillance
Transport camera traffic from multiple remote positions when bandwidth, latency, interference and power are properly engineered.
Integration and operating considerations
A wireless link should be designed as part of the wider network rather than as an isolated product purchase. Determine which VLANs will cross the link, where routing and security policies will be enforced, whether multicast or broadcast traffic needs control and how management traffic will be separated. For surveillance deployments, calculate aggregate camera bit rates and peak usage rather than the average traffic of one camera. For internet distribution, consider the number of simultaneous users and the effect of contention.
Monitoring should cover signal strength, signal-to-noise ratio, data rates, channel usage, error rates, uptime, CPU load and Ethernet status. Thresholds can reveal gradual deterioration caused by new interference, alignment movement or vegetation. Configuration backups and documented reset procedures reduce recovery time. Because the unit runs RouterOS, operational teams should maintain a controlled update policy and verify configuration compatibility before major software changes.
The product supports legacy 802.11a/n as well as 802.11ac, but allowing older clients may reduce overall airtime efficiency. Decide which client generations must be supported and whether the network should prioritise compatibility or performance. For new projects with long lifecycle expectations, compare Wi-Fi 5 against current Wi-Fi 6 MikroTik options and verify whether newer hardware provides a better platform for the required service period.
Questions to resolve before ordering
Procurement checklist
☐ Confirm exact model RBSXTG-5HPacD-SA and hardware revision.
☐ Confirm required quantity and any spare-unit policy.
☐ Provide site coordinates, drawings or endpoint map.
☐ State link distances, mounting heights and line-of-sight conditions.
☐ Define expected client count and aggregate throughput.
☐ Confirm whether sector or point-to-point operation is intended.
☐ Review UAE frequency, DFS and output-power requirements.
☐ Confirm client radio models and protocol compatibility.
☐ Check outdoor cabling, PoE, grounding and surge protection.
☐ Identify pole, wall or adjustable mounting requirements.
☐ Define RouterOS configuration, VLAN and security scope.
☐ Agree testing, documentation and handover expectations.
☐ Confirm current warranty terms with the quotation.
☐ Confirm destination, availability and delivery coordination.
How FourTeck can assist
FourTeck can support the buying process from initial requirement clarification through quotation coordination. The discussion can include product suitability, antenna pattern, client-device selection, quantity, accessories, PoE, mounting, RouterOS configuration, installation planning and testing. This is especially useful when a buyer knows the required business outcome but has not yet finalised the radio design.
For a straightforward replacement, provide the existing model label, RouterOS configuration details and reason for replacement. For a new deployment, share a site plan, endpoint positions, distance estimates, available mounting heights, traffic requirements and photographs where appropriate. FourTeck can then help identify whether the SXT SA5 ac remains suitable or whether another MikroTik product should be evaluated. Configuration, installation and support activities should be stated explicitly in the quotation because they are scope dependent.
Explore other business technology products, review available installation and configuration services, or contact FourTeck for a project discussion.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability of the MikroTik SXT SA5 ac. Supply may depend on quantity, hardware revision, regional product code and vendor lead time. Because outdoor wireless products are often purchased as part of a system, the quotation should also identify required CPE radios, surge protection, cable, mounting accessories, switching and configuration services. Delivery and project coordination can be discussed after the exact requirement is confirmed.
For projects across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can review the requirement, coordinate product selection and discuss installation or configuration scope. Site access, mounting conditions, work-at-height requirements and local radio compliance can affect the final project plan. Buyers should provide the deployment address, quantity, desired schedule and support expectations so the commercial proposal reflects the real requirement rather than hardware alone.
GCC Availability
FourTeck can assist organisations evaluating the MikroTik SXT SA5 ac for projects across the Gulf region, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Assistance may include requirement review, confirmation of the exact model, wireless design questions, quotation coordination, mounting and power considerations, RouterOS configuration scope and delivery planning. Availability, permitted frequency ranges, vendor lead times, service visits and project conditions can vary by country, quantity and destination. Buyers should share the destination country, number of units, client radio models, intended operating mode, installation location and required schedule. For Kuwait-related coordination, buyers may also review FourTeck Kuwait technology support. No regional stock or fixed delivery date should be assumed until the requirement and supply route have been confirmed.
Africa Availability
Organisations planning outdoor wireless connectivity in Africa can contact FourTeck for product evaluation, accessory planning, configuration guidance and procurement coordination. The SXT SA5 ac may be considered for compounds, campuses, service-provider sectors and remote operational sites, but suitability depends on local spectrum rules, path conditions, power, mounting and client design. Availability and fulfilment can vary according to destination, quantity, product revision, shipping arrangements, vendor lead time and local project conditions. Buyers should provide the country, exact requirement, quantities, intended coverage, deployment schedule and any installation or support expectations. Regional resources include FourTeck Africa technology solutions, Kenya project coordination and Uganda technology support. Local inventory, customs outcomes and onsite coverage must be confirmed for each request.
Related products and services to consider
SXTsq 5 ac or ax
Compact directional CPE alternatives for focused links. Antenna pattern and platform differ, so they should be selected through link planning.
LHG directional radios
Higher-gain narrow-beam options that may better suit longer or interference-sensitive point-to-point paths.
MikroTik sector platforms
Consider mANTBox or newer sector products when greater scalability, different beamwidth or a newer radio generation is required.
Outdoor installation service
Define mounting, grounding, cabling, alignment, configuration, testing and documentation as a separate project scope.
Why businesses contact FourTeck
Business buyers often need more than a model number. They need confidence that the antenna pattern fits the site, the client radios are compatible, the power method is practical and the configuration scope is understood. FourTeck helps organise these questions before procurement. The objective is to reduce avoidable mismatches between hardware, site conditions and operational expectations.
FourTeck can coordinate model confirmation, bill-of-material guidance, quotation preparation, accessory selection, installation planning and RouterOS configuration discussions. Support requirements, warranty guidance, delivery arrangements and project responsibilities can be clarified in the commercial proposal. For more company information, visit about FourTeck or submit the requirement through the business technology contact page.
Frequently asked questions
What is the MikroTik SXT SA5 ac mainly used for?
It is mainly used as an outdoor 5 GHz sector access point or wireless router for point-to-multipoint coverage. It can also support selected point-to-point links where the broad 90-degree beam is acceptable.
What is the exact model code?
The official product code is RBSXTG-5HPacD-SA. Buyers should confirm the label and regional variant in the quotation, especially when replacing an existing unit.
Does it include a RouterOS licence?
The device includes RouterOS with a Level 4 licence. No separate base RouterOS licence is normally required, although configuration and optional services are separate considerations.
Can it be used for a long point-to-point link?
It may operate in point-to-point designs, but its 90-degree sector antenna is not as focused as a dish or narrow-beam CPE. A link budget should determine whether a directional alternative is more suitable.
Is the advertised wireless speed guaranteed?
No. The 867 Mbit/s figure is a theoretical radio data rate. Real throughput depends on signal quality, channel width, interference, protocol, client capability, traffic and configuration.
What comes in the package?
Manufacturer information lists a power adapter, Gigabit PoE injector, metal ring and pole-mount bracket. Current package contents should be reconfirmed with the quotation.
Does FourTeck provide configuration assistance?
Configuration assistance can be discussed for RouterOS setup, wireless mode, VLANs, security, management and testing. The exact scope should be included in the quotation.
Is it available in Dubai?
Contact FourTeck to confirm current Dubai and UAE availability. Supply depends on quantity, revision and vendor lead time, so availability should not be assumed without confirmation.
What information is needed for a quote?
Provide quantity, site location, coverage layout, distances, client models, required throughput, mounting details, configuration scope and target schedule. These details improve product sizing and quotation accuracy.
Confirm the model, coverage and configuration before purchase
Send FourTeck the site layout, intended wireless mode, endpoint count, quantity and installation requirements. The team can help coordinate product sizing, UAE availability and a project-specific quotation.
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