Outdoor wireless access and managed PoE
MikroTik OmniTIK 5 PoE ac in Dubai, UAE
The RBOmniTikPG-5HacD brings 5 GHz Wi-Fi 5 connectivity, five Gigabit Ethernet interfaces and four PoE-out ports into a pole-mountable IP54 enclosure. It is intended for buyers who need an outdoor access point that can also simplify power and cabling for nearby compatible devices.
Plan the complete outdoor node
Confirm radio coverage, input voltage, PoE load, cable distances, mounting and RouterOS configuration before ordering.
RBOmniTikPG-5HacD
5 GHz 2×2 Wi-Fi 5
Five Gigabit ports
PoE-out on Ether2–Ether5
Outdoor IP54 enclosure
Direct answer for buyers
The MikroTik OmniTIK 5 PoE ac is an outdoor 5 GHz access point and RouterOS device with integrated omnidirectional antennas, five Gigabit Ethernet ports and the ability to power compatible equipment from four Ethernet interfaces. It is mainly used for outdoor wireless distribution, site connectivity and compact pole-mounted network nodes. It should be considered by organisations that already understand or are prepared to design around 5 GHz coverage, RouterOS management and PoE power budgets. Before proceeding, confirm the international model required for the UAE, the intended channel plan, client compatibility, mounting height, Ethernet surge protection, grounding, input voltage, total output current and whether the supplied power arrangement is sufficient for every connected device.
What it does
OmniTIK 5 PoE ac combines three practical roles. First, it provides 5 GHz 802.11a/n/ac wireless through two integrated 7.5 dBi omnidirectional antennas and two radio chains. Second, it offers five 10/100/1000 Ethernet ports for local switching, routing or uplink duties. Third, it can deliver PoE power from Ethernet ports 2 through 5 to compatible devices, allowing a single outdoor cabinet or pole position to serve as a small aggregation and power point.
Because it runs RouterOS with a Level 4 licence, it can be configured for access-point operation, bridging, routing, firewall policy, VLANs, traffic control, monitoring and other functions supported by the installed RouterOS release and the device hardware. The correct configuration depends on the network design. A simple transparent bridge, routed branch edge, managed outdoor access point or small wireless distribution node may each require different settings and security controls.
Who it suits
This model may suit an IT team, system integrator, wireless ISP, school, hospitality operator, warehouse, yard, farm, construction business or multi-building facility that needs outdoor 5 GHz access with several nearby wired or PoE-powered endpoints. It is particularly relevant where reducing separate injectors and power adapters is valuable, provided the complete electrical design is checked.
It is not automatically the right choice for every outdoor wireless project. Buyers needing dual-band 2.4 GHz and 5 GHz client access, Wi-Fi 6, directional long-range point-to-point coverage, high-density enterprise roaming, centrally managed enterprise WLAN features or a higher switching capacity should compare other MikroTik models or alternative platforms. FourTeck can help review those requirements without treating the OmniTIK as a universal replacement for a dedicated switch, sector base station or modern enterprise access point.
Business challenges this product can help address
Too many outdoor power components
The four PoE-out ports can reduce the number of individual injectors near an outdoor node. This advantage depends on voltage compatibility, cable losses and the total current budget.
Need for broad 5 GHz coverage
Integrated omnidirectional antennas can serve clients distributed around the mounting point. Actual coverage depends on height, obstructions, interference, client radios and local channel rules.
Limited space at a pole or mast
Routing, wireless, switching and PoE functions are combined in one enclosure, which can simplify the physical layout of a small outdoor network location.
Need for flexible RouterOS control
RouterOS provides detailed networking controls, but the flexibility also means configuration should be performed by someone who understands segmentation, secure management and wireless planning.
Core capabilities at a glance
802.11a/n/ac support with two chains and a stated maximum PHY data rate of 867 Mbit/s.
Two built-in 7.5 dBi omnidirectional antennas avoid the need to select external antennas for the standard deployment.
Five copper Gigabit ports support a compact outdoor aggregation point and wired local connections.
Ether2 through Ether5 can power compatible equipment, subject to input voltage, mode and current limits.
The preinstalled licence supports practical access-point and network control functions without a separate base licence purchase.
The IP54 enclosure is intended for outdoor mounting, while correct installation, sealing, grounding and cable support remain essential.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Outdoor 5 GHz access | Clients support compatible 5 GHz standards and an omni coverage pattern is appropriate. | Channel availability, interference survey, regulatory domain and expected client count. |
| Powering nearby devices | Endpoints accept the available passive or 802.3af/at mode and voltage. | Per-port current, total current, input voltage, cable length and startup demand. |
| Compact pole node | Five Ethernet ports are enough and no fibre interface is required. | Uplink type, surge protection, grounding, enclosure access and maintenance method. |
| RouterOS management | The technical team can configure and maintain MikroTik RouterOS securely. | Required VLANs, firewall rules, updates, backups and administrator access controls. |
| High-capacity modern WLAN | Only when the expected load fits this Wi-Fi 5 platform and design. | Whether Wi-Fi 6, dual-band access, sector antennas or a controller-led enterprise WLAN would be better. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | OmniTIK 5 PoE ac |
| Product code | RBOmniTikPG-5HacD |
| Product type | Outdoor 5 GHz access point/router with Gigabit Ethernet and PoE-out |
| Architecture and CPU | MIPSBE, QCA9557, single core, 720 MHz |
| Memory and storage | 128 MB RAM and 16 MB flash |
| Operating system | MikroTik RouterOS with Level 4 licence |
| Wireless band and standards | 5 GHz, IEEE 802.11a/n/ac, two chains, Wi-Fi 5 generation |
| Maximum wireless data rate | 867 Mbit/s PHY rate; real application throughput varies by design and conditions |
| Integrated antenna gain | 7.5 dBi for 5 GHz |
| Ethernet interfaces | Five 10/100/1000 Ethernet ports |
| PoE input | Passive PoE, 12–57 V input |
| PoE output | Ether2–Ether5; supports 802.3af/at output under the applicable input-voltage conditions |
| PoE current limits | 1 A low-voltage limit per port, 450 mA high-voltage limit per port, 2 A maximum total output |
| Power consumption | Up to 18 W without attachments and up to 66 W with powered attachments |
| USB | One USB Type-A port, up to 1 A, with USB power reset |
| Dimensions | 416 × 129 × 58 mm |
| Environmental rating | IP54; tested ambient temperature from -40°C to 70°C |
| Included items | Pole-mounting bracket, metal ring, Gigabit PoE injector, IEC cord and 28 V 2.57 A power adapter |
| Availability | Contact FourTeck for current UAE availability, revision, regional model and lead-time guidance |
Power, compatibility and regulatory dependencies
PoE design is the most important dependency for this model. The voltage delivered by the PoE-out ports follows the voltage supplied to the OmniTIK. A connected device must therefore accept that voltage and the supported power mode. MikroTik states that 48–57 V input is required when powering compatible 802.3af/at mode-B devices through the relevant outputs. Low-voltage operation may suit passive-PoE endpoints, but it must not be assumed that every camera, radio, access point or sensor is compatible.
The included 28 V power adapter is useful for many deployments, yet it does not automatically provide the same compatibility or power budget as a correctly selected high-voltage supply. The number of powered endpoints, their normal draw, startup current, cable resistance and environmental temperature should all be considered. A separate 48 V power option may be needed for a design intended to power standard-compliant endpoints, and the exact adapter should be included in the bill of materials after calculation.
Wireless operation is also region dependent. The international model supports a broad hardware frequency range, but the channels and transmit settings available in the UAE are governed by local regulations and the configured country profile. The device should be configured with the correct country selection rather than using an unrestricted or incorrect regulatory setting. Client devices, channel width, DFS behaviour, interference and antenna placement affect the usable service.
From requirement to operational outdoor node
Map the service area
Identify client locations, mounting height, obstacles, competing 5 GHz networks and whether an omni pattern is appropriate.
Calculate the power budget
List every powered endpoint, its accepted voltage and power demand, then account for cable length and startup load.
Define logical networking
Decide whether the unit will bridge, route, tag VLANs, provide DHCP, enforce firewall policy or join a managed RouterOS design.
Prepare installation
Confirm pole hardware, outdoor-rated Ethernet, grounding, surge protection, weather sealing and safe maintenance access.
Configure and validate
Update RouterOS, secure administrator access, apply the correct country settings and test wireless, Ethernet and PoE behaviour under load.
Wireless coverage with an integrated omni design
An omnidirectional outdoor access point is chosen when client devices are distributed around the installation point rather than concentrated in one narrow direction. The OmniTIK’s integrated 7.5 dBi antennas simplify procurement because there is no separate antenna, connector or feeder-cable selection for the standard configuration. That simplicity is valuable at compact sites, but it does not remove the need for radio planning.
The practical service area depends on both sides of the link. A high-power outdoor access point cannot compensate indefinitely for a low-power client with a small antenna. Trees, metal structures, walls, vehicles, neighbouring radios and mounting height can change signal quality. An access point mounted too high may create poor near-ground coverage because of the vertical antenna pattern, while one mounted too low may be blocked by obstacles. The intended client equipment should therefore be included in the coverage review.
Channel width is another trade-off. Wider channels can offer higher PHY rates in clean spectrum, but they occupy more of the band and may be less reliable in a congested area. Narrower channels may improve coexistence or link stability. RouterOS enables detailed control, yet the best settings depend on a site survey and service target. Buyers should treat the stated 867 Mbit/s as a radio link rate, not as a guaranteed business throughput figure. Protocol overhead, signal conditions, processor load and network configuration reduce real application performance.
PoE-out as a practical site-design tool
The OmniTIK 5 PoE ac differs from a basic outdoor access point because it can act as a small power-distribution node. Ports 2 to 5 may feed compatible radios, cameras or other Ethernet devices, reducing the number of injectors and power outlets required at the mounting location. This can make an outdoor installation cleaner and easier to service, particularly where several low-to-moderate-power devices are clustered on one pole or rooftop position.
The benefit must be balanced against electrical limits. MikroTik specifies a total maximum output of 2 A, with different per-port current limits at low and high voltage. The main unit also consumes power. A design that merely adds the nameplate wattages of endpoints without considering cable loss, startup draw and the chosen input supply may be unreliable. It is good practice to leave operating margin and to verify the behaviour of each powered device rather than assuming generic compatibility from the term “PoE”.
For a 48–57 V design intended to power 802.3af/at devices, a suitable high-voltage power source may be needed instead of relying on the included 28 V adapter. The final quotation should therefore state the exact power supply, injector arrangement, cable specification and expected endpoint load. FourTeck can assist with this bill-of-material review, but the installer remains responsible for safe electrical work, grounding and compliance at the site.
RouterOS flexibility and operational control
RouterOS is a major reason buyers select MikroTik equipment. The OmniTIK can be more than a simple unmanaged outdoor access point: it may participate in bridging, routing, VLAN segmentation, firewall policy, DHCP services, bandwidth management, monitoring and MikroTik wireless-management workflows. The preinstalled Level 4 licence supports access-point operation without a separate RouterOS base licence purchase.
Flexibility should not be confused with automatic design. RouterOS provides many options, and an insecure or unnecessarily complicated configuration can create operational risk. Default credentials must be changed, management services should be restricted, configuration backups should be retained and software updates should be governed by a maintenance process. Remote administration should be exposed only through an appropriate protected management path.
Organisations using several MikroTik devices should define naming conventions, configuration standards, time synchronisation, logging and backup procedures. VLAN design should align with the wider switching and firewall environment. Where the OmniTIK is used mainly as an access point, unnecessary routing services can be disabled or kept outside the device. Where it is used as a routed edge, the firewall policy and failure behaviour should be documented. FourTeck can discuss configuration support as a separate scope so the quotation reflects actual work rather than assuming every deployment uses the same template.
Suitable environments and use cases
Warehouse yards and logistics areas
Provide 5 GHz connectivity around loading areas or connect nearby outdoor devices, subject to obstruction, roaming and client compatibility testing.
Hospitality and leisure properties
Support selected outdoor zones or back-of-house devices where a single-band 5 GHz design is appropriate and central enterprise WLAN features are not mandatory.
Schools and campus compounds
Create a compact outdoor node for links, cameras or access devices while keeping student, staff and infrastructure traffic logically separated.
Wireless service-provider sites
Use RouterOS and the omnidirectional radio for compatible subscriber or distribution scenarios after capacity, frequency and customer-device design is confirmed.
Construction and temporary projects
Deploy a manageable outdoor node where equipment can be mounted securely, powered safely and relocated when project phases change.
Farms and remote facilities
Connect nearby 5 GHz endpoints or PoE devices around a central outdoor position, with careful attention to surge protection, grounding and maintenance access.
Installation and integration considerations
Outdoor networking reliability is influenced as much by installation quality as by the device itself. The OmniTIK should be mounted securely on a suitable pole or mast, with its port cover closed correctly and cables supported so their weight does not pull on the connectors. MikroTik instructs installers to ground the mounting infrastructure. In lightning-prone or exposed locations, the broader design should include suitable Ethernet surge protection and an earthing approach prepared by qualified personnel.
Use outdoor-rated, UV-resistant Ethernet cable and weatherproof the complete cable path. Drip loops, cable glands, conduit and bend radius should be considered. Long copper runs must remain within Ethernet limits and should be assessed for voltage drop when carrying PoE. The unit’s IP54 rating indicates protection against limited dust ingress and water spray, but it does not mean the installation can ignore sealing, orientation or environmental exposure.
Integration with an existing network requires decisions about uplink VLANs, management addressing, DHCP boundaries, firewall placement and monitoring. A camera network may need isolated VLANs and restricted access. A wireless distribution network may use bridging or routing depending on scale. A guest-access deployment may require captive portal or external authentication components. The OmniTIK can support many RouterOS functions, but CPU and memory are finite, so complex services should be evaluated against expected load.
Questions to resolve before requesting a quote
Share a site layout, approximate distances, mounting height and the make or radio capability of important clients.
Provide each endpoint model, accepted voltage, normal draw and maximum power requirement.
Confirm whether the site uses copper Ethernet, another wireless link or a separate switch. This model has no SFP port.
State whether the device will bridge, route, enforce policy, tag VLANs, provide DHCP or join a managed MikroTik environment.
Confirm that a single-band 5 GHz 802.11ac platform meets the lifecycle, performance and client-support target.
Define responsibility for mounting, power, grounding, configuration, acceptance testing, updates and fault response.
Procurement checklist
✓ Confirm product code RBOmniTikPG-5HacD and international regional variant.
✓ State the required quantity and intended installation locations.
✓ Confirm whether 5 GHz-only wireless is suitable for all expected clients.
✓ Review the coverage pattern, mounting height and interference conditions.
✓ List every device that will receive PoE from ports 2–5.
✓ Calculate the per-port and total power budget with operating margin.
✓ Confirm whether the included 28 V adapter is appropriate or a high-voltage option is required.
✓ Specify outdoor Ethernet, surge protection and grounding materials.
✓ Define VLAN, IP addressing, routing and firewall requirements.
✓ Decide whether configuration, installation and testing are included in scope.
✓ Confirm required mounting accessories and secure maintenance access.
✓ Request current UAE availability, lead time and warranty guidance in writing.
How FourTeck can assist
FourTeck can help turn a product request into a clearer outdoor-network requirement. This may include confirming the exact model code, reviewing whether an omnidirectional 5 GHz design suits the site, checking the number and type of PoE endpoints, identifying a suitable power arrangement, and preparing a quotation that separates hardware from configuration or installation services.
For a new deployment, buyers can share a site sketch, device list, approximate cable distances, mounting information, required VLANs and expected user or endpoint count. FourTeck can use those details to discuss whether the OmniTIK 5 PoE ac is a reasonable fit or whether a directional wireless system, Wi-Fi 6 outdoor product, dedicated PoE switch or different MikroTik platform should be considered. Compatibility guidance is based on the information supplied and should be validated during design and testing.
Configuration support may cover RouterOS updates, secure administrator settings, wireless country and channel setup, bridge or routed design, VLANs, DHCP, basic firewall rules, PoE-out control and acceptance testing. The exact deliverables should be written into the quotation. Visit the FourTeck technology services page to review broader assistance, or use the contact page to provide project details.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik OmniTIK 5 PoE ac. Availability may depend on the exact regional variant, quantity, distributor position and vendor lead time. A quotation should identify the model code, included items, any alternative power supply, mounting components and configuration or installation work. Delivery and project coordination can be discussed after the requirement is confirmed.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation preparation and suitable delivery or implementation planning according to the agreed scope. On-site work, access permissions, elevated-work requirements, cabling, grounding and testing should be stated separately. Buyers can browse the network and security product catalogue for related options and review FourTeck company information before submitting a requirement.
GCC availability
FourTeck can assist organisations planning MikroTik outdoor wireless and PoE projects across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Assistance can begin with a review of the intended wireless role, endpoint list, required quantity, power arrangement, RouterOS configuration and installation conditions. This is especially useful for multi-site projects where the same product is being considered for locations with different radio environments, cable distances or site-access rules.
Product availability, regional frequency restrictions, delivery schedules, service visits, project scope and vendor lead times can vary by country, model and quantity. Buyers should provide the destination country, exact product code, number of units, required accessories, expected deployment date and any configuration or installation expectations. FourTeck can then coordinate a more relevant quotation and identify dependencies. For Kuwait enquiries, the FourTeck Kuwait resource may also support regional communication. No local inventory, customs outcome or fixed installation schedule should be assumed until confirmed in the commercial proposal.
Africa availability
FourTeck can support procurement planning for organisations considering the OmniTIK 5 PoE ac in selected African markets. The review may cover the exact model, quantity, local wireless requirements, power-input design, compatible PoE endpoints, outdoor cabling, mounting, configuration and support expectations. For remote sites, it is particularly important to design for maintainability, spare equipment, surge protection and local technical capability rather than treating the access point as an isolated purchase.
Availability and fulfilment can depend on destination, product quantity, regional model, shipping arrangements, power standards, vendor lead time and local project conditions. Buyers should share the destination country, deployment locations, preferred schedule, endpoint list and any installation or training requirement. FourTeck can then provide suitable guidance and quotation coordination. Regional information is available through FourTeck Africa, with additional resources for Kenya technology enquiries and Uganda business requirements. Local stock, immediate shipment, customs clearance and country-wide on-site coverage are not implied and must be confirmed for each project.
Related products and services to consider
OmniTIK 5 ac
Consider the non-PoE-out version where outdoor 5 GHz access is needed but downstream devices do not need to be powered from the access point.
Directional MikroTik wireless
SXT, LHG, NetBox or mANTBox platforms may be more appropriate when coverage must be focused toward a link, sector or defined service area.
Outdoor PoE switching
A dedicated outdoor PoE switch may be preferable when more ports, fibre uplinks, higher power capacity or separation of wireless and switching roles is required.
Installation and grounding scope
Include pole mounting, outdoor cable, surge protection, earthing and access equipment in the project scope where those items are not already available.
RouterOS configuration support
Request a documented configuration for VLANs, wireless settings, secure administration, PoE control, monitoring and backups.
Wireless site review
A site survey or structured requirement review can reduce the risk of choosing an omni design where a directional or higher-capacity system is needed.
Why businesses contact FourTeck
Business buyers often need more than a part number. They need to know whether the equipment fits the physical site, whether the radios and powered devices are compatible, and what must be added to the bill of materials. FourTeck can assist with requirement clarification, product selection, power-budget discussion, quotation coordination and the definition of installation or configuration scope.
This practical process is valuable when the device will sit at an exposed location and become a dependency for several connected endpoints. Confirming power, grounding, network segmentation and support responsibility before purchase can prevent avoidable changes during installation. FourTeck does not need to treat every enquiry as the same package; the quotation can be aligned with the quantity, destination, accessories and services actually requested.
Frequently asked questions
Is the OmniTIK 5 PoE ac a dual-band access point?
No. This model provides 5 GHz 802.11a/n/ac wireless. It does not provide a 2.4 GHz client radio, so confirm that all required clients can use 5 GHz or provide separate coverage for other devices.
Which Ethernet ports provide PoE output?
Ethernet ports 2 through 5 can provide PoE-out. Port 1 is commonly used for PoE input and uplink. The final configuration and cabling plan should identify every port role clearly.
Can it power standard 802.3af or 802.3at devices?
It can power compatible af/at mode-B devices when the required high-voltage input is used. MikroTik states that 48–57 V input is needed for this use. Endpoint mode, voltage and power draw must be verified.
Is the included 28 V adapter suitable for every deployment?
No. It may be suitable for the OmniTIK and certain passive-PoE designs, but a different supply may be needed for high-voltage af/at output or a larger downstream power budget.
Does the product include RouterOS?
Yes. RouterOS is preinstalled and the product carries a Level 4 licence. Configuration services, network design and ongoing administration are separate considerations.
Can it be used for a long-distance point-to-point link?
The integrated antennas are omnidirectional rather than narrow-beam directional antennas. A directional MikroTik product is generally more appropriate for a dedicated long-distance point-to-point link.
Is 867 Mbit/s the expected internet speed?
No. It is the stated maximum wireless PHY data rate. Real throughput is lower and depends on signal, channel width, interference, client capability, protocol overhead and device configuration.
What installation materials should be considered?
Review outdoor-rated Ethernet cable, surge protection, grounding, pole or mast hardware, cable support, weather sealing, safe access equipment and any additional high-voltage power supply required by the PoE design.
How can I obtain a UAE quotation?
Send FourTeck the exact model, quantity, installation locations, endpoint list, coverage requirement, desired power design and any configuration or installation scope. Current availability and commercial terms can then be confirmed.
What warranty applies?
Warranty terms can depend on the supply channel and commercial proposal. Request written warranty guidance with the quotation and retain product serial numbers, invoices and installation records.
Confirm the model, power design and deployment scope
Share your quantity, site layout, PoE endpoint list and RouterOS requirements so FourTeck can prepare a more accurate UAE quotation for the MikroTik OmniTIK 5 PoE ac.
Reviews
There are no reviews yet.