Direct answer for buyers
The MikroTik QRT 5 is an outdoor directional wireless unit intended for access-point, backbone and customer-premises roles on the 5 GHz band. Its integrated antenna and RouterOS platform make it useful for point-to-point links between buildings, remote facilities, camera networks and service-provider edge connections. It should be considered by buyers who have clear or near-clear line of sight and who understand that usable throughput depends on distance, interference, alignment, channel width and local radio rules. Before proceeding, confirm that the exact RB911G-5HPnD-QRT model is required, that its 802.11n generation meets the project need, and that passive PoE, mounting, grounding, weather exposure and frequency permissions are addressed.
What the QRT 5 does
The QRT 5 creates a focused outdoor wireless path by combining a directional antenna with a RouterBOARD radio and one Gigabit Ethernet port. Unlike a typical indoor access point that spreads coverage across rooms, the QRT 5 concentrates radio energy in a narrower direction. That design is more appropriate when the objective is to connect one site to another, reach a distant client location or provide a controlled wireless backbone.
RouterOS allows the device to operate in several network roles, including bridge, router, access point and station configurations. The chosen role should reflect the wider network design. A transparent bridge may suit a simple building link, while routing, firewalling, traffic shaping or monitoring may be useful when the remote location must be treated as a separate network segment.
Who should consider it
The model can suit businesses that need practical outdoor connectivity between locations and already have suitable mounting positions. Typical buyers include IT teams, system integrators, internet service providers, surveillance contractors, warehouse operators, schools, hospitality groups, construction organisations and companies with remote gates, yards or auxiliary buildings.
It is less suitable when the project requires modern Wi-Fi 5 or Wi-Fi 6 modulation, very high aggregate capacity, wide-area sector coverage, non-line-of-sight operation or a compact indoor access point. In those cases, a newer MikroTik wireless platform or a different antenna pattern may be a better fit. FourTeck can help compare the requested model with alternatives before the bill of materials is finalised.
Business challenges the MikroTik QRT 5 can address
Connecting separated buildings
A directional link can carry business traffic between two buildings when trenching fibre is difficult, disruptive or uneconomical. The design still requires a clear path, stable mounting and realistic capacity planning.
Extending a surveillance network
Remote camera clusters may need a network connection back to the recorder or control room. The wireless link must be sized for combined camera bit rates, overhead, future expansion and acceptable latency.
Serving an edge location
Gatehouses, yards, temporary offices and remote operational points may use the QRT 5 as a CPE or routed endpoint, depending on the network architecture and security policy.
Avoiding an unsuitable radio choice
The QRT 5 is a Wi-Fi 4 device. Buyers comparing it with QRT 5 ac, LHG ac or newer Wi-Fi 6 models should evaluate capacity, spectrum use, link budget and lifecycle expectations rather than choosing by antenna gain alone.
Core capabilities at a glance
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building link | Both sites have stable mounting points and usable line of sight. | Distance, Fresnel clearance, interference and required real throughput. |
| Remote camera connectivity | Traffic demand is within a properly engineered 802.11n link budget. | Combined video bitrate, retention design, multicast and peak traffic. |
| CPE deployment | The upstream access point is compatible with the chosen band and protocol. | Access-point mode, channel plan, security profile and regulatory domain. |
| Longer lifecycle project | The organisation specifically accepts a Wi-Fi 4 platform. | Whether QRT 5 ac or newer alternatives offer a better lifecycle fit. |
| Outdoor installation | Pole mounting, shielded cabling, grounding and weather protection are planned. | Mount diameter, wind exposure, cable route, surge protection and access safety. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | QRT 5 |
| Product code | RB911G-5HPnD-QRT |
| Product type | Outdoor flat-panel wireless AP, backbone or CPE device |
| Wireless standards | IEEE 802.11a/n, Wi-Fi 4 generation |
| Maximum wireless data rate | 300 Mbit/s theoretical radio rate; usable throughput is deployment dependent |
| Wireless chains | 2 |
| Integrated antenna | 24 dBi for 5 GHz |
| Ethernet | 1 × 10/100/1000 Ethernet port |
| CPU | AR9342, single core, 600 MHz |
| Memory and storage | 64 MB RAM, 128 MB NAND storage |
| Operating system | RouterOS with Level 4 license |
| Power input | Passive PoE, 8–28 V according to current product specification |
| Maximum power consumption | 12 W |
| Dimensions | 309 × 320 × 50 mm |
| Environmental rating | IP54 |
| Tested ambient temperature | -40°C to 70°C |
| Included components | QRT mount, U-bolts, mast clamp, screw kit, 24 V 0.8 A power adapter and Gigabit PoE injector, subject to regional packaging confirmation |
| Availability | Contact FourTeck for current UAE availability, quantity and lead-time guidance |
Important compatibility and regulatory dependencies
Wireless performance and legality depend on the country configuration, channel selection, transmit-power limits and Dynamic Frequency Selection requirements. The international QRT 5 supports a broad 5 GHz range, but the usable frequencies can be restricted by local regulation. The unit must be configured with the correct country setting and installed by a qualified person. Buyers should not assume that every advertised channel or transmit level is permitted in the UAE or in another destination country.
Compatibility also depends on the opposite end of the link. The remote radio should support the intended wireless standard, channel width, security profile and bridging or routing design. A mixed link may connect at a lower common capability. For critical links, both ends should be selected and configured as a planned pair rather than assembled from unrelated devices without a link study.
Purchase and deployment journey
Record the two endpoints, distance, elevation, traffic profile, required availability and future capacity.
Check line of sight, Fresnel clearance, obstructions, interference and safe mounting access.
Validate exact radios, mounts, shielded cable, surge protection, grounding and power components.
Apply the correct country profile, security, channel settings, network mode and antenna alignment.
Measure signal quality, throughput, stability and failover expectations, then record the final configuration.
Directional antenna value in real deployments
The integrated 24 dBi panel is the defining characteristic of the QRT 5. A directional antenna concentrates the radio pattern, which can improve link budget and reduce reception from unwanted directions compared with a broad omnidirectional antenna. This does not remove interference, and it does not create a path through dense obstructions. It simply gives the installer a more focused tool for a planned outdoor connection.
Precise alignment is essential. Small horizontal or vertical changes can affect signal quality over distance, particularly when both ends use narrow-beam directional devices. Installers should align using live signal data rather than visual judgement alone. The mast must remain stable after tightening, and the cable should be routed downward through the enclosure access area as recommended. Wind loading, vibration and roof-access conditions should be considered before deployment.
For a Dubai project, heat, dust, rooftop access and long cable exposure should be reviewed alongside the device’s published environmental ratings. The IP54 rating provides a defined level of protection, but installation quality remains important. Weatherproof cable entry, shielded outdoor cable, grounding and surge protection can have as much influence on reliability as the radio itself.
RouterOS control and network design
RouterOS gives the QRT 5 more flexibility than a fixed-function wireless bridge. It can support transparent Layer 2 bridging, routed links, firewall rules, address management, traffic queues, monitoring and other network functions. That flexibility is valuable, but it also means configuration should be deliberate. A radio that is reachable from the wrong network, uses weak credentials or carries an undocumented bridge can create operational and security problems.
A business should decide whether the wireless segment will extend the same broadcast domain or connect two routed subnets. Bridging is simple, but it can carry broadcast traffic and faults between sites. Routing provides clearer boundaries and can improve troubleshooting, although it requires an addressing plan and route configuration. VLAN handling, spanning-tree behaviour, management access and firewall policy should be included in the design where relevant.
The device should be updated to a supported RouterOS release suitable for the hardware architecture, and configuration backups should be stored securely. Administrative access should use strong credentials and restricted management sources. FourTeck can include configuration, hardening and handover requirements in the quotation rather than treating the radio as an isolated hardware purchase.
Capacity, interference and realistic performance
The published 300 Mbit/s value is a maximum wireless data rate, not a guarantee of application throughput. Actual capacity is lower because wireless framing, acknowledgements, protocol overhead, signal quality, channel width, interference and traffic direction all affect the link. The QRT 5 also uses an older 802.11n platform, so buyers should compare it carefully with newer ac or ax options when high throughput is a primary requirement.
A site survey is useful in busy areas where many 5 GHz networks may already operate. Rooftops can have strong interference from nearby wireless providers, building links and public access systems. The clearest channel at one end may not be the clearest at the other. Spectrum observations should therefore be taken from both locations when practical.
Link planning should include peak traffic, not only average utilisation. Camera systems may create steady upstream demand, while office links can have short bursts from backups, cloud synchronisation, voice, video and software updates. A design that appears adequate during a light test may become congested during business hours. The required performance margin should be established before the exact radio pair is approved.
Ideal business environments and use cases
Warehouses and logistics yards
A link may connect a remote warehouse, security cabin, gate or loading area to the main network. Traffic should be separated appropriately, especially when operational devices and guest users share infrastructure.
Schools and campuses
Separate buildings can be connected where trenching is not practical. The design should consider user density, cloud applications, exam periods, voice traffic and future bandwidth growth.
Surveillance networks
Remote cameras or recorders can use a directional link, provided combined bit rates and failure impact are understood. Critical security coverage may require redundancy or an alternate communication path.
Hospitality and property operations
Service buildings, parking facilities, recreation areas or remote offices may need controlled network access. Installation must respect property appearance, roof permissions and safe maintenance access.
Construction and temporary sites
A wireless bridge can support temporary offices or monitoring systems while the physical site changes. Mount stability, power quality and relocation planning should be included from the start.
Service-provider edge links
The QRT 5 can operate as CPE or access-point equipment in suitable legacy or cost-sensitive networks. Operators should verify spectrum, protocol choice, capacity and compatibility with the wider subscriber platform.
Integration and operational considerations
The QRT 5 should be integrated into a managed network rather than treated as an invisible cable replacement. Give the device a documented management address, restrict administrative access, configure time synchronisation, back up the RouterOS configuration and record the antenna alignment. Monitoring should include reachability, interface errors, signal level, noise, data rate and resource use where these metrics matter to operations.
Power and cabling require equal attention. The unit accepts passive PoE rather than universal standards-based PoE on every switch, so the correct injector or compatible power source must be used. Outdoor shielded Cat5e or Cat6 cabling is recommended, with a route that avoids sharp bends, water entry and electrical hazards. Grounding the mast and equipment, and using suitable surge protection, can reduce risk from static and nearby electrical events.
Where the link carries critical services, define what happens if it fails. A secondary radio path, fibre backup, mobile connection or operational workaround may be appropriate depending on impact. The QRT 5 itself does not automatically provide end-to-end redundancy; resilience is a wider system-design decision.
Questions to resolve before requesting a quote
Provide endpoint addresses, approximate coordinates or a site drawing, distance, mounting height and known obstructions.
State peak and average throughput, traffic direction, connected users, camera bit rates and future expansion.
Confirm whether 802.11n is acceptable or whether QRT 5 ac, LHG ac or a newer Wi-Fi 6 model should be assessed.
Clarify mast work, cabling, grounding, alignment, RouterOS configuration, testing and documentation.
Procurement checklist
☐ Confirm model RB911G-5HPnD-QRT rather than QRT 5 ac.
☐ Record required quantity and whether both ends are included.
☐ Confirm deployment distance and line-of-sight conditions.
☐ Define required throughput and traffic profile.
☐ Review UAE frequency and transmit-power requirements.
☐ Confirm the opposite radio and protocol compatibility.
☐ Check pole diameter, bracket position and wind exposure.
☐ Include outdoor shielded network cable.
☐ Confirm grounding and surge-protection scope.
☐ Verify passive PoE compatibility and power location.
☐ Define RouterOS configuration and security requirements.
☐ Decide whether site survey and alignment are included.
☐ Confirm warranty terms and regional packaging at quotation stage.
☐ Request current UAE availability and vendor lead time.
How FourTeck can assist
FourTeck can help translate a general request for an outdoor wireless bridge into a clearer bill of materials. Assistance may include checking whether the QRT 5 is the intended model, comparing it with newer MikroTik options, reviewing basic link information, identifying mounting and power dependencies, defining RouterOS configuration scope and coordinating a commercial quotation.
For a more accurate discussion, share the site-to-site distance, photos from both mounting positions, approximate installation height, expected traffic, required quantity and destination. Installation, cabling, grounding, alignment, testing and handover should be listed separately where required so that the quotation reflects the actual project rather than hardware alone.
Browse FourTeck networking products or review available technology installation and configuration services.
UAE availability and support guidance
Contact FourTeck to confirm current MikroTik QRT 5 availability in the UAE. Supply may depend on the exact model, international or regional version, required quantity, vendor lead time and current channel availability. Delivery planning can be discussed once the product code and destination are confirmed. Buyers should also specify whether they require hardware only or assistance with link planning, installation, alignment, RouterOS configuration and post-deployment support.
FourTeck can coordinate requirements for Dubai, Abu Dhabi, Sharjah and Ajman in one combined UAE project discussion. Service scope, site access, roof permissions, travel, cabling distances and installation conditions can vary by location. No installation date or delivery schedule should be assumed until the requirement and commercial offer are confirmed. Use the FourTeck contact page to provide the project details.
GCC Availability
FourTeck can assist organisations planning MikroTik QRT 5 deployments across GCC markets by reviewing the exact product code, intended wireless role, quantity, destination and implementation scope before quotation. Requirements in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may differ because radio regulations, approved frequency ranges, power limits, shipping arrangements, site access and service logistics vary by country. Product supply, installation visits, delivery schedules and vendor lead times therefore need to be confirmed for each request. Buyers should provide the destination country, number of links, endpoint distances, required throughput, preferred deployment schedule and whether mounting, cabling, grounding, configuration or testing is expected. For projects involving Kuwait, regional coordination can also begin through FourTeck Kuwait resources. A formal quotation should identify hardware, accessories, licensing, services and exclusions separately.
Africa Availability
Businesses evaluating the MikroTik QRT 5 for African projects can ask FourTeck for product, accessory and deployment guidance based on the destination and operating environment. Outdoor wireless links in East Africa, West Africa, Southern Africa and Central Africa may face different spectrum rules, power conditions, tower practices, shipping routes and local installation requirements. Availability and fulfilment can depend on the exact model, quantity, regional radio version, vendor lead time, power-supply requirements, project location and support scope. Share the destination country, link distance, number of endpoints, expected traffic, mounting conditions and preferred schedule so the requirement can be reviewed. FourTeck’s Africa technology coordination, Kenya services and Uganda services can support regional discussions. Local inventory, customs outcomes and onsite coverage must be confirmed for each project.
Related products, services and alternatives
MikroTik QRT 5 ac
Consider when 802.11ac support and a newer radio platform are required. Confirm exact model availability and compatibility.
MikroTik LHG series
Useful to compare where a dish-style integrated antenna, different gain or newer wireless generation may better match the link.
Outdoor link assessment
A site and requirement review can clarify line of sight, interference, link budget, mounting and expected capacity.
RouterOS configuration support
Configuration assistance can cover bridging, routing, security, management access, monitoring and documentation.
Why businesses contact FourTeck
Buyers often need more than a product name. They need to know whether the model suits the distance, whether both ends are included, which accessories are required, how it will be powered, who will align it and how it will integrate with the existing network. FourTeck can help organise those questions before purchase, reducing the risk of an incomplete bill of materials or an unsuitable radio choice.
The assistance is practical: requirement clarification, model selection, compatibility review, quotation coordination, installation planning, configuration scope, migration or replacement discussion, and support coordination. Claims about stock, delivery, warranty and service coverage are confirmed at quotation stage rather than assumed. Learn more about FourTeck and its approach to business technology projects.
Frequently asked questions
Is the MikroTik QRT 5 suitable for point-to-point links?
Yes. MikroTik positions the QRT 5 for AP, backbone and CPE roles, and its directional 24 dBi antenna makes it particularly relevant for planned point-to-point links. Distance and performance still depend on line of sight, interference, alignment and configuration.
What is the difference between QRT 5 and QRT 5 ac?
The QRT 5 uses an 802.11a/n Wi-Fi 4 radio, while QRT 5 ac adds 802.11ac support and different hardware resources. Buyers should confirm which model code is required and avoid assuming that their specifications are identical.
Does the QRT 5 include a RouterOS license?
Yes. The device is supplied with RouterOS Level 4 preinstalled and licensed. Configuration services are separate unless included in the quotation.
Can it be powered from a standard PoE switch?
The QRT 5 uses passive PoE input. Compatibility must be checked because not every standards-based PoE switch provides the required passive voltage. The supplied injector or a confirmed compatible source should be used.
What antenna gain does it provide?
The official specification lists an integrated 24 dBi antenna for 5 GHz. This is a directional panel, so accurate alignment is necessary.
Is the advertised 300 Mbit/s the actual link throughput?
No. It is the maximum wireless data rate for the radio. Real application throughput is lower and depends on signal quality, channel width, interference, traffic direction, configuration and protocol overhead.
What installation items should be planned?
Plan the mast or pole, mounting hardware, outdoor shielded cable, passive PoE source, grounding, surge protection, safe access, alignment, weatherproof routing and RouterOS configuration.
Can FourTeck configure the wireless link?
Configuration, alignment, testing and documentation can be discussed as part of the project scope. Provide both endpoint details and the expected network design for an accurate quotation.
Is MikroTik QRT 5 available in Dubai?
Contact FourTeck to confirm current UAE availability, quantity, regional version and vendor lead time. Availability should not be assumed until confirmed in a quotation.
What information is needed for a quote?
Provide the exact model, quantity, destination, number of links, link distance, required throughput, mounting details, installation scope and expected project timeline.
Confirm the right outdoor wireless design
Send FourTeck your QRT 5 quantity, endpoint distance, required capacity and installation expectations. The team can help verify the model, organise the bill of materials and prepare a UAE quotation.
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